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HomeMy WebLinkAboutMINUTES - 10191993 - 1.5 (3) 1 . 50 Tu: BOARD OF SUPERVISORS ,E..� _- A Contra FROM: Costa Barton J. Gilbert ; �?< Director of General Services _ County DATE: October 6, 1993 SUBJECT: EXECUTE CONTRACT FOR ENERGY CONSERVATION LIGHTING RETROFITTING IN NINE COUNTY BUILDINGS (4405-4265; WH265B) SPECIFIC REQUEST(S)OR RECOMMENDATION(S)&BACKGROUND AND JUSTIFICATION I . RECOMMENDATIONS APPROVE and AUTHORIZE the Chair, Board of Supervisors, to execute a contract with Proven Alternatives, Inc. , with a payment limit of $530,000, for energy conservation lighting retrofitting in nine County . buildings, effective October 19, 1993 through January 31, 1994 . II . BACKGROUND Contra Costa County can take advantage of PG&E energy rebates and provide nine County buildings with enhanced lighting, that saves an estimated 47% of lighting energy consumption over existing fixtures costs . Buildings ; to be retrofitted are the Administration Building, the North Wing Annex, Custodial Building, Crime Lab, Public Health Building, Court House, Bray Building, Finance Building, and Assessor's Building. All work will be done at night so that building occupants are not disturbed. Sonoma County completed a lighting retrofit in August, 1993, which was competitively bid. Proven Alternatives, Inc. was the low bidder and was awarded the contract. Contra Costa County is able to take advantage of the months of preparation work Sonoma County spent in preparing its bid package and is receiving similar pricing for lighting fixture retrofits . CONTINUED ON ATTACHMENT: YES SIGNATURE: &j4"k:hLV RECOMMENDATION OF COUNTY ADMINISTRATOR RECOMMENDATION OF BOARD COMMITTEE APPROVE OTHER SIGNATURE(S): ACTION OF BOARD ON October 19, 1993 APPROVED AS RECOMMENDED XX OTHER VOTE OF SUPERVISORS X I HEREBY CERTIFY THAT THIS IS A TRUE UNANIMOUS(ABSENT ) AND CORRECT COPY OF AN ACTION TAKEN AYES: NOES: AND ENTERED ON THE MINUTES OF THE BOARD ABSENT: ABSTAIN: OF SUPERVISORS ON THE DATE SHOWN. Contact: Kathy Brown (313-7100) October 19, 1993 CC: ATTESTED Office of the County Administrator PHIL BATCHELOR,CLERK OF THE BOARD OF General Services--Administration SUPERVISORS AND COUNTY ADMINISTRATOR Contractor Purchasing BY �� DEPUTY 1000, M382 (10/88) Page -2- Representatives from General Services met with staff from Sonoma County, who were very pleased with the work that was done. The difference in the lighting output was noticeable, plus the savings made Sonoma County departments pleased with the results . Energy conservation contracts, as defined in Section 4217 . 12 of the Government Code, do not require bidding as a Public Works contract and may be entered into "on such terms as its governing body determines are in the best interest of the public agency. . . . "; and per Section 4217 . 18, agencies can structure agreements "to provide the greatest possible flexibility . . .so that economic benefits may be maximized and financing and other costs associated with the design and construction of alternative energy projects may be minimized. To this end, public agencies . . . should have great latitude in characterizing components of energy conservation facilities as personal or real property. " Contra Costa County can share in the benefits of Sonoma County's experience and expedite the work to meet the December 31, 1993 PG&E deadlines for rebates . Carl Doolittle, an Electrician in the General Services Department, has spent considerable time researching information on energy alternatives, and is serving as the technical coordinator for this project. III . FINANCIAL IMPACT The cost to implement this project is projected to be a maximum of $530,000. Purchasing has arranged a low, 5.4% interest rate for a loan to cover this amount. Payments will be made for four (4) years and covered by the PG&E rebates and annual energy savings. PG&E rebates will be $112, 172 if the work is completed by December 31, 1993; and annual energy savings are estimated to be $112,000, estimated based on the kilowatt hours saved. After four years, all energy savings will continue to benefit the County. IV. CONSEQUENCES OF NEGATIVE ACTION The County will not be able to save on energy costs, .improve the lighting output,' and receive rebates from PG&E if this contract is not approved. PG&E rebates are scheduled to end December 31, 1993; so any delay will affect the County's ability to receive PG&E rebates . ATTACHMENT A 1 . Project Descriptionc� ... Proven Alternatives, Inc. (Contractor) shall provide labor and materials to retrofit all electrical lighting fixtures at the following locations : 611 Pine Street, Martinez (North Wing, Admin) 651 Pine Street, Martinez (Administration Bldg. ) 625 Court Street, Martinez (Finance Bldg. ) 725 Court Street, Martinez (Court House) 1111 Ward Street, Martinez (Health Svcs . ) 1020 Ward Street, Martinez (Bray Building) 834 Court Street, Martinez (Assessor's Office) 1215 Main Street, Martinez (Custodial) 1122 Escobar Street, Martinez (Sheriff ' s Crime Lab) Work is to be done in accordance with Attachment B, provided by contractor, and agreed to by County which describes types of fixtures by building, price per fixture, number of fixtures per location and in total, to be replaced and a work completion timeline per building. Scope of project includes removal of debris, materials, and supplies, and clean-up at all worksite locations . Retrofitting shall be completed by December 31, 1993, and will be done at night and/or on weekends so as not to disturb building occupants . Clean-up of all materials and worksites shall be completed by the term date of the contract. Work will be coordinated with staff from Building Maintenance Division, who will provide off-hours access and security, as needed. 2 . Special Conditions : a. Section 18 is hereby deleted and is replaced with the following: Indemnification. The Contractor shall defend, indemnify, save and hold harmless the County and its officers and employees from any and all claims, costs and liability for any damages, sickness, death, or injury to person(s) or property, including all consequential damages, from any cause whatsoever, excluding damages, sickness, death or injury to person(s) caused by light emissions, arising directly or indirectly from or connected with the operations or services of the Contractor or its agents, servants, employees or subcontractors hereunder, save and except claims or litigation arising through the sole negligence or sole willful misconduct of the County or its officers or employees . Contractor will make good to and reimburse the County for any expenditures, including reasonable attorneys fees, the County may make by reason of such matters and, if requested by the County will defend any such suits at the sole cost and expense of the Contractor. b. Section 19 .a is hereby deleted and is replaced with the following: Liability Insurance. The Contractor shall provide comprehensive liability insurance, including coverage for owned and non-owned automobiles, with a minimum combined single limit coverage of $1, 000,000 for all damages, including consequential damages, due to bodily injury, sickness or disease, or death to any person or damage to or destruction of property, including the loss of use thereof, arising from each occurrence. Such insurance shall be endorsed to include the County and its officers and employees as additional insureds as to all services performed by Contractor under this agreement. Said policies shall constitute primary insurance as to the County, the State and Federal Governments, and their officers, agents, and employees, so that other insurance policies held by them or their self-insurance program(s) shall not be required to contribute to any loss covered under the Contractor's insurance policy or policies . initials: Contractor County Dept. 1 . 50 -00.11tr.a Costa County Number .: .Standard Form 1/87 STANDARD CONTRACT (Purchase of Services) Fund/Org I Account # 1. Contract Identification. Other Department: General Services Department--Building Maintenance Subject: Electrical Lighting Retrofit 2. Parties. The County of Contra Costa , California (County) , for its Department vaned above, and the following named Contractor mutually agree and promise as follows: Contractor: Proven Alternatives, Inc. Capacity: Corporation for Profit Taxpayer ID# 94-3136715 Address: 1740 Army Street San Francisco, CA 94124 3. Term. The effective date of this Contract is October 19, 1993 and it terminates January 31, 1994 unless sooner terminated as provided herein. 4. Payment Limit County's total payments to Contractor under this Contract shall not exceed $ 530,000.00 5. County's Obligations. County shall make to the Contractor those payments described in the Payment Provisions attached hereto which are incorporated herein by reference, subject to all the terms and conditions contained or incorporated herein. 6. Contractor's Obligations. Contractor shall provide those services and carry out that work described in the Service Plan attached hereto which is incorporated herein by reference, subject to all the terms and conditions contained or incorporated herein. 1 7. General and Special Conditions. This Contract is subject to the General Conditions and. Special Conditions (if any). attached hereto, which are incorporated herein by reference. 8. Project. This Contract implements in whole or in part the following described Project, the application and approval documents of which are incorporated herein by reference: See Attachment A 9. Legal Authority. This Contract is entered into under and subject to the following legal authorities : 10. Signatures. These signatures attest the parties' agreement hereto: COUNTY*OF CONTRA COSTA, CALIFORNIA ATTEST: Phil Batchelor, Clerk of the Board BOARD OF SUPERVISORS of Supervisor and County Administrator By- By Chairman Designee Dep7uV CONTRACTOR By, By DC/ (Designate official business capacity A. ) (Designate officiAl business capacity B.) Note to Contractor: For corporations (profit or nonprofit) , the contract must be signed 'by two officers . Signature A must be that of the president or vice-president and Signature B must be that of the secretary or assistant secretary (Civil Code §1190.1 and Corporations, Code §313) . All signatures must be acknowledged as set forth on page two. 09ntra ,,Costa County Standard Form 1/87 APPROVALS/ACKNOWLEDGEMENT Number APPROVALS RECOWENDED BY DEPARTMENT FORM APPROVED z/A By By signee APPROVED: COUNTY ADMINISTRATOR By Designee ACKNOWLEDGMENT State of California ACKNOWLEDGEMENT (by Corporation, Partnership, or Individual) County of The person(s) signing above for Contractor, personally known to me in the individual or business capacity(ies) stated, or proved to me on the basis of satisfactory evidence to be the stated individual or the representative(s) of 'the partnership or corporation named above in the capacity(ies) stated, personally appeared before me today and acknowledged that he/she/they exe- cuted it , and acknowledged to me that the partnership named above executed it or acknowledged -to me that the corporation named above executed it pur- suant to its by-laws or a resolution of its board of directors . Dated: [Notarial Seal] f Notary Public Deputy County Clerk -2- CALIFORNIA ALL-PURPOSE ACKNOWLEDGMENT No.5193 State of California OPTIONAL SECTION CAPACITY CLAIMED BY SIGNER County of San Francisco Though statute does not require the Notary to fill in the data below, doing so may prove invaluable to persons relying on the document. On 10/11/93 before me, Sandra L. Sanderson ❑ INDIVIDUAL DATE NAME,TITLE OF OFFICER-E.G.,"JANE DOE,NOTARY PUBLIC" CORPORATE OFFICER(S) personally appeared Christopher T. Condy and Vernon A. Harris Director/VP Secretary NAME(S)OF SIGNER(S) TITLE(S) personally known to me-OR-❑ proved to me on the basis of satisfactory evidence ❑ PARTNER(S) ❑ LIMITED to be the person(s) whose name(s) is/are ❑ GENERAL subscribed to the within instrument and ac- ❑ATTORNEY-IN-FACT knowledged to me that he/she/they executed ❑TRUSTEE(S) the same in his/her/their authorized ❑GUARDIAN/CONSERVATOR capacity(ies), and that by his/her/their ❑OTHER: signature(s) on the instrument the person(s), or the entity upon behalf of which the SANDRA L,SANDERSON person(s) acted, executed the instrument. COMM.#997747 z =` Notarybli Puc—CQlifomia SIGNER IS,REPRESENTING: WITNESS m hand and O clal seal. NAME OF PERSON(S)OR ENTITY(IES) SAN FRANCISCO AUG4,1 y Proven Alternatives Inc. •' My Comm.Expires UG 4,1997 � SIGNA URE O NOTARY OPTIONAL SECTION THIS CERTIFICATE MUST BE ATTACHED TO TITLE OR TYPE OF DOCUMENT Standard Contract-Contra Costa County THE DOCUMENT DESCRIBED AT RIGHT: NUMBER OF PAGES 4(2Sets) DATE OF DOCUMENT 10/19/93 Effective Date Though the data requested here is not required by law, it could prevent fraudulent reattachment of this form. SIGNER(S)OTHER THAN NAMED ABOVE None ©1992 NATIONAL NOTARY ASSOCIATION•8236 Remmet Ave.,P.O.Box 7184•Canoga Park,CA 91309-7184 .. Contria Costa County Standard Form 1/87 PAMONT PROVISIONS (Fee Basis Contracts) Number 1. Payment Amounts. Subject to the Payment Limit of this Contrac.t and subject to the following Payment Provisions, County will pay Contractor the following fee as full compensation for all services, work, expenses or costs provided or •incurred by Contractor: (Check one alternative only. ) a. $ monthly, or b. $ per unit , as defined in the Service Plan, or [XJ c. $X)ODOOOOOQ=, after completion of all obligations and conditions herein. as described: 35% of total upon receipt of materials. Upon Contractor's receipt of this payment, Contractor shall transfer title of materials to TransOcean Funding, Inc. 65% upon completion of project. 2. Payment Demands. Contractor shall submit written demands. Said demands shall be made on County Demand Form D-15 and in the manner and form prescribed by County. Contractor shall submit said demands for payment no later than 30 days from the end of the month in which the contract services upon which such demand As based were actually rendered . Upon approval of said payment demands by the head of the County Department for which this Contract is made, or his designee, County will make payments as specified in Paragraph 1. (Payment Amounts) above. 3. Right to Withhold. County has the right to withhold payment to the Contractor when, in the opinion of the County expressed in writing to the Contractor, (a) the Contractor's performance, in whole or in part, either has not been carried out or is insufficiently documented, (b) the Contractor has neglected, failed or refused to furnish information or to cooperate with any inspection, review or audit of its program, work or records, or (c) Contractor has failed to sufficiently itemize or document its demand(s) for payment . 4. Audit Exceptions. Contractor agrees to accept responsibility for receiving, reply- ing to, and/or complying with any audit exceptions by appropriate County, State or Federal audit agencies occurring as a result of its performance of this Contract. Contractor also agrees- to pay to the County within 30 days of demand by County the full amount of the County's obligation, if any, -to the State and/or Federal government resulting from any audit exceptions , to the extent such are attributable to the Contractor's failure to perform properly any of its obligations under this Contract. Initials: vQ - Contractor County Dept. Contra Costa County Standard Form 1/87 GENERAL CONDITIONS (Purchase of Services) 1. Compliance with Lay. Contractor shall be subject to and comply with all Federal, State and local laws and regulations applicable with respect to its perfor- mance under this Contract, including but not limited to, licensing, employment and purchasing practices; and wages , hours and conditions of employment , including nondiscrimination. 2. Inspection. Contractor's performance, place of business and records per- taining to this Contract are subject to monitoring, inspection, review and audit by authorized representatives of the County, the State of California, and the United . States Government . 3. Records. . Contractor shall keep and make available for inspection and copying by authorized representatives of the County, the State of California, and the United States Government, the Contractor's regular business records and such addi- tional records pertaining to this Contract as may .be required by the County. a. Retention of Records. The Contractor shall retain all documents per- taining to .this. Contract for five years from the date of submission of Contractor's final payment demand or final Cost Report; for any further period that is required by law; and until all Federal/State audits are complete and exceptions resolved for this contract's funding period. Upon request, Contractor shall make these records avail- able to authorized representatives of the County, the State of California, and the United States Government. b. Access to Books and Records of Contractor, Subcontractor. Pursuant to Section 1861(v)(1) of the Social Security Act, and any regulations promulgated thereunder, Contractor shall, upon written request and until the expiration of four years after the furnishing of services pursuant to this Contract, make available to the Secretary of Health and Human Services or to the Comptroller General, or any of their duly authorized representatives, this Contract and books, documents, and records of Contractor that are necessary to certify the nature and extent of all costs and charges hereunder . Further , if Contractor carriesout any of the duties of this Contract through a subcontract with a value or cost of $10,000 or more over a twelve-month period, such subcontract shall contain a clause to the effect that upon written request and until the expiration of four years after the furnishing of services pursuant to such subcontract, the subcontractor shall make available, to the County, to the Secretary or to the Comptroller General, or any of their duly authorized representatives, the subcontract and books, documents, and records of the subcontractor that are necessary to verify the nature and extent of all costs and charges thereunder. This special condition is in addition to any and all other terms regarding the main- tenance or .retention of records under this Contract and is binding on the heirs, successors, assigns and representatives of Contractor. 4. Reporting Requirements. Pursuant to Government Code §7550, Contractor shall include in all documents or written reports completed and submitted to County in accordance with this Contract, a separate section listing the numbers and dollar amounts of all contracts and subcontracts relating to the preparation of each such document or written report. This section shall apply only if the payment limit under this Contract exceeds $5,000. -1- Contra Costa County Standard Form 1/87 GENERAL CONDITIONS (Purchase of Services) 5. Termination. a . Written Notice. This Contract may be terminated by either party, at their sole discretion, upon thirty-day advance written notice thereof to the other, and may be cancelled immediately by written mutual consent . b. Failure to Perform. The County, upon written notice to Contractor, may immediately terminate this Contract should the Contractor fail to perform properly any of its obligations hereunder. In the event of such termination, the County may. proceed with the work in any reasonable manner it chooses . The cost to the County of completing Contractor' s performance shall be deducted from any sum due the Contractor under this Contract, without prejudice to the County's rights otherwise to recover its damages . c. Cessation of Funding. Notwithstanding Paragraph 5.a. above, in the event that Federal, State , or other non-County funding for this Contract ceases, this Contract is terminated without notice. 6. Entire Agreement. This Contract contains all the terms and conditions agreed upon bythe parties. Except as expressly provided herein, no other understanding, oral or otherwise, regarding the subject matter of this Contract shall be deemed to exist or to bind any of the parties hereto. 7. Further Specifications for Operating Procedures. Detailed specifications of operating procedures and budgets required by this Contract, including but not limited to, monitoring, evaluating, auditing, billing, or regulatory changes, may be devel- oped and set forth in a written Informal Agreement between the Contractor and the County. Such Informal Agreements shall be designated as such and shall not be amendments to this Contract except to the extent that they further detail or clarify that which is already required hereunder. Such Informal Agreements may not enlarge in any manner the scope of this Contract , including any sums of money to be paid the Contractor as provided herein. Informal Agreements may be approved and signed by the head of the County Department for which this Contract is made or his designee. 8. Modifications and Amendments. a. General Amendments. This Contract may be modified or amended by a written document executed by the Contractor and the Contra Costa County Board of Supervisors or, after Board approval, by its designee, subject to any required State or Federal approval. b. Administrative Amendments. Subject to the Payment Limit, the Payment Provisions and the Service Plan may be amended by a written administrative amendment executed by the Contractor and the County Administrator or his designee, subject to any required State or Federal approval, provided that such administrative amendments may not materially change the Payment Provisions or the Service Plan. 9. Disputes. Disagreements between the County and Contractor concerning the meaning, requirements, or performance of this Contract shall 'be subject to final determination in writing by the head of the County Department for which this Contract is made or his designee or in accordance with the applicable procedures (if any) required by the State or Federal Government . -2- Contra Costa County Standard Form 1/87 GENERAL CONDITIONS (Purchase of Services) 10. Choice of Law and Personal Jurisdiction. a. This Contract is made in Contra Costa County and shall be governed and construed in accordance with the laws of the State of California. b. Any action relating to this Contract shall be. instituted and prosecuted in the courts of Contra Costa County, State of California. 11. Conformance with Federal and State Regulations and Laws. Should Federal or State regulations or laws touching upon the subject of this Contract be adopted or revised during the term hereof, this Contract shall be deemed amended to assure conformance with such Federal or State requirements. 12. No Waiver by County. Subject to Paragraph 9. (Disputes) of these General Conditions , inspections or approvals, or statements by any officer, agent or employee of the County indicating the Contractor's performance or any part thereof complies with the requirements of this Contract, or acceptance of the whole or any part of said performance, or payments therefor, or any combination of these acts, shall not relieve the Contractor's obligation to fulfill this Contract as prescribed; nor shall the County be thereby estopped from bringing any action for damages or enforcement arising from any failure to comply with any of the terms and conditions of this Contract. 13. Subcontract and Assignment. This Contract binds the heirs, successors, assigns and representatives of Contractor. The Contractor shall not enter into subcontracts for any work contemplated under this Contract and shall not assign this Contract or monies due or to become due, without the prior written. consent of the County Administrator or his designee, subject to any required State or Federal approval. 14. Independent Contractor Status. This Contract is by and between two independent contractors and is not intended to and shall not be construed to create the relationship between the parties of agent, servant, employee, partnership, joint venture or association. 15. Conflicts of Interest. Contractor, its officers, partners, associates, agents, and employees, shall not make, participate in making, or in any way attempt to use the position afforded them by this Contract to influence any governmental decision in which he or she knows or has reason to know that he or she has a financial interest under California Government Code Sections 87100, et seq., or otherwise. 16. Confidentiality. Contractor agrees to comply and to require its officers, partners, associates, agents and employees to comply with all applicable State or Federal statutes or regulations respecting confidentiality, including but not limited to, the identity of persons served under this Contract, their records, or services provided them, and assures that: a. All applications and records concerning any individual made or kept by Contractor or any public officer or agency in connection with the administration of or relating to services provided under this Contract will be confidential, and will not be open to examination for any purpose not directly connected with the administration of such service. -3- standard Form 1/87 GENERAL CONDITIONS (Purchase of Services) b. No person will publish or disclose or permit or cause to he published or disclosed, any list of persons receiving services, except as may be required in the administration of such service. Contractor agrees to inform all employees, agents and partners of the above provisions, and that any person knowingly and intentionally disclosing such information other than as authorized by law may be guilty of a misdemeanor. 17. Nondiscriminatory Services. Contractor agrees that all goods and services under this Contract shall be available to all qualified persons regardless of age, sex, race, religion, color, national origin, or ethnic background, or handicap, and that none shall be used, in whole or in part , for religious worship or instruction. - 18. Indemnification. The Contractor shall defend, indemnify, save and hold harmless the County and its officers and employees from any and all claims, costs and liability for any damages, sickness, death, or injury to person(s) or property, including without limitation all consequential damages, from any cause whatsoever arising directly or indirectly from or connected with the operations or services of the Contractor .or Its agents, servents, employees or subcontractors hereunder, save and except claims or litigation arising through the sole negligence or sole willful misconduct of the County or its officers or employees. Contractor will make good to and reimburse the County for any expenditures, including reasonable attorneys fees, the County may make by reason of such matters and, if requested by the County will defend any such suits at the sole cost and expense of the Contractor. 19. 'Insurance. During the entire term of this Contract and any extension or modification thereof, , the Contractor shall keep in effect insurance policies meeting the following insurance requirements unless otherwise expressed in the Special Conditions : a. Liability Insurance. The Contractor shall provide comprehensive liabi- lity insurance, including coverage for owned and non-owned automobiles, with a minimum combined single limit coverage of $500,000 for all damages, including consequential damages , due to bodily injury, sickness or disease, or:. death to any person or damage to or destruction of property, including the loss of use thereof, arising from each occurrence. Such insurance shall be endorsed to include the County and its officers and employees as additional insureds as to all services performed by Contractor under this agreement . Said policies shall constitute primary insurance as to the County, the State and Federal Governments, and their officers, agents, and employees, so that other insurance policies held by them or their self-insurance program(s) shall not be required to contribute to any loss covered under the Contractor's insurance policy or policies. b. Workers' Compensation. The Contractor shall provide workers' compensation insurance coverage for its employees. c. Certificate of Insurance. The Contractor shall provide the County with (a) certificate(s) of insurance evidencing liability and worker's compensation insurance as required herein no later than the effective date of this Contract. if the Contractor should renew the insurance policy(ies) or acquire either a new .insurance policy(ies) or amend the coverage afforded through an endorsement to the policy at any time during the term of this Contract, then Contractor shall provide (a) current certificate(s) of insurance. d. Additional Insurance Provisions . The insurance policies provided by the Contractor shall include a provision for thirty (30) days written notice to County before cancellation or material change of the above specified coverage. Contra Costa County Standard Form 1/87 GENERAL CONDITIONS (Purchase of Services) 20. Notices. All notices provided for by this Contract shall be in writing and may be delivered by deposit in the United States mail, postage prepaid. Notices to the County shall be addressed to the head of the County Department for which this Contract is made. Notices to the Contractor shall be addressed to the Contractor's address designated herein. The effective date of notice shall be the date of deposit in the mails or of other delivery, except that the effective date of notice to the County shall be the date of receipt by the head of the County Department for which this Contract is made. 21. Primacy of General Conditions. Except for Special Conditions which expressly supersede General Conditions, the Special Conditions (if any) and Service Plan do not limit any term of the General Conditions . 22. Nonrenewal. Contractor understands and agrees that there is no representation, implication, or understanding that the services provided by Contractor under this Contract will be purchased by County under a new contract following expiration or termination of this Contract, and waives all rights or claims to notice or hearing respecting any failure to continue purchase of all or any such services from Contractor. 23. Possessory Interest. If this Contract results in the Contractor having possession of, claim to or right to the possession of land or improvements, but does not vest ownership of the land or improvements in the same person, or if this Contract results in the placement of taxable improvements on tax exempt land (Revenue & Taxation Code §107), such interest or improvements may represent a possessory interest subject to property tax, and Contractor may be subject to the payment of property taxes levied on such interest. Contractor agrees that this provision complies with the notice requirements of Revenue & Taxation Code §107.6, and waives all rights to further notice or to damages under that or any comparable statute. 24. No Third-Party Beneficiaries. Notwithstanding mutual recognition that services under this Contract may provide some aid or assistance to members of the County'spopulation, it is not the intention of either the County or Contractor that such individuals occupy the position of intended third-party beneficiaries of the obligations assumed by either party to this Contract . 25. Copyrights and Rights in Data. Contractor shall not publish or transfer any materials produced .or resulting from activities supported by this agreement without the express written consent of the County Administrator. If any material is subject to copyright, the County reserves the right to copyright such and • the Contractor agrees not to copyright such material. If the material is copyrighted, the County reserves a royalty-free, nonexclusive, and irrevocable license to reproduce, publish, and use such materials, in whole or in part , and to authorize others to do so. -5- QUESTIONNAIRE FOR DETERMINING PAYMENT METHOD FOR CONTRACTORS All new or renewal independent contractor agreements that do not meet .IRS criteria for independent contract status must be paid through the payroll system so that withholding taxes and Social Security can be deducted ( note : this does not apply in the case of contracts with corporations , temporary help agencies , partnerships or established businesses with Taxpayer Identification number) . For completion by Department Personnel for ALL contracts: Is this contractor a corporation or partnership? yes no Does the contractor have a taxpayer identification number? yes no If yes , I .D. n yY—,q/3 6 7/ If above are "yes, " please sign, have contractor sign below and have an authorized department signature review and sign, and submit with contract. If above are "no, " please complete following questions sign, have contractor sign, and submit for review and approval to an authorized signature. YES NO a. Do I , as the employer, have the right to control not only the result of the work, but also the way in which it is done? ( ) (✓) b. Am I setting the independent contractor' s hours? ( ) ( V C. rs the independent contractor restricted from taking jobs from other businesses at the same time they are working for me? d. Do I or other departments have employees with similar duties as the independent contractor? e. Does the County supply assistants to the contractor? ( ) f. Is the duration of employment for a specific period of time rather than a specific job? ( ) ( V7, g. Does the County furnish training, tools, or equipment to the contractor? ( ) ( vf, A "yes" answer to any of the questions "a" through "g" will constitute justification for paying the contractor through the payroll system. CONTRACTOR CERTIFICATION PREPARED BY: I certify that the answers to the above questions accurately reflect U 7theZanticipjatedd raking relationship. REVIEWED APPROVED BY: conquest. frm 6/91 ATTACHMENT B 1,50 - ` PAYMENT TERMS • 35% Material Delivery to Site 65% Notice of Completion Net 30 Days i' w r 1 4 SAVINGS ANALYSIS I EXECUTIVE SUMMARY Proven Alternatives,Inc. takes pleasure in submitting our design specifications and audit results to complete our contractual obligations of the Agreement for Services dated 9/27/93. The recommended lighting project will reduce current operating costs by: • Lowering energy consumption. • Reducing operating inefficiencies. • Improving the overall quality of lighting. • Modernizing the lighting system. The project's financial benefits will reduce current utility costs by $112,000. This reduction represents a 47% decrease in lighting energy consumption. The project's estimated value is$521,782. A substantial portion of the capital investment can be immediately offset by cash rebates from the utilities and the accumulation of future operational savings. The project's simple payback after rebate is 3.6 years. We believe the recommended project design can be used to define a cost/effective project which can be implemented before December 31, 1993. __ ____ _ —---------- C.C.C. FIXTURE UNIT PRICES TYPE STRATEGY QTY UNIT EXT. PRICE PRICE 1.21 N/A 1 50.00 S0.00 1.4 NIA 87 50.00 50.00 1-5 NIA 3 S0.00 50.00 I.6 I NIA 14 S0.00 S0.00 1-9 NIA 4 S0.00 S0.00 I-19 En 3700HL 3 $31.54 S94.62 I-24 En 3800HL 12 $31.54 S378.46 I-17 En 370OHL 2 $31.54 563.08 1-1 En 390OL 2 531.54 $63.08 1-11 En 390OL 4 531.54 S126.16 I-23 En 3900L 10 S31.54 S315.40 1-7 En 3900L 17 S31.54 S536.18 I-12 En 1026L 8 $53.85 5430.80 I-25 En 1026LI I 553.85 S53.85 Keyless En 1026L1 44 553.85 S2,369.40 182 1 311(25)EI 1 564.62 I564.62 F14W3 42(30)2(32)EI 9 564.62 S581.54 F18W2 822(32)EI 16 564.62 51,033.85 F12WI 222(17)E 26 S64.62I 51,680.12 F12W2 222(17)E 12 S64.62 S775.44 F13S1 322(25)EI 5 $64.62 5323.10 Tubc 322(25)EI 15 I S64.62 S969.30 182 I 411(32)£ 3 S64.62 S193.86 F14SI 411(32)£) 361 S64.62 S23,327.82 F14R3 422(32)E 4 S64.62 S258.48 F14S3 422(32)E 89 j S64.62T S5,751.18 F14S4 I 422(32)E 37 I $64.62 S2,390.94 F14W1 I 422(32)E 58 S64.62 S3,747.96 F14W10 422(32)EI 260 S64.62 S16,801.20 F14W4 422(32)EI 175 564.62 S11,308.50 F14W8 422(32)E 32 564.62 52,067.84 F24R5 422(32)EI 41 S64.62 S2,649.42 F24W2 422(32)EI 21 564.62 S1,357.02 L-1 422(32)EI 144 S64.62 $9,305.28 L-2 422(32)EI 204 S64.62 S13,182.48 Tube 4' 422(32)£ 21 1 564.62 S1,357.02 F22R1 22U2U(31)E 198 S69.23 S13,707.54 F22SMI 22U2U(31)E 5 S69.23 S346.15 1-10 En 1039L 17 S69.23 $1.176.91 1-13 En 1039L 2 S69.23 5138.46 1.2 En 7900\VL 15 569.23 I S3,038.46 I-20 En 8900BL 4 569.23 S276.92 I.22 Wf 120-20w 40 S69.23 S2,769.23 F14SM3 411(32)EL 2 587.69 S175.38 F14W6 411(32)EL 20 S87.69 $1,753.80 F14R2 422(32)EL 13 S87.69 51,139.97 F14SMI 422(32)EL 20 S87.69 S1,753.80 F14SN12 422(32)EL 5 S87.69 5438.45 F14W2 422(32)EL 73 S87.69 56,401.37 F14W9 422(32)EL 32 S87.69 $2.806.08 F14S5 444(32)E 4 587.69 S350.76 F24R6 444(32)E 7 587.69 5613.83 F24SN13 444(32)E 14 S87.69 51,227.66 F24SM4 444(32)E 7 587.69 5613.83 F24W5 444(32)E 29 S87.69 $2,543.01 F12SM1 222(17)EL 19 587.69 $1,666.15 F22R2 244(17)E 2 S87.69 S175.38 FISWI 822(32)EL 3 $87.69 5263.0$ F18S3 844(32)E 15 $87.69 51,315.38 F18S1??? 104 S87.69 59.120.00 Page 1 • P. 03 TYPE_ _ STRATEGY 1'Y UI+11T _ _XXT. _ PRICL, _ PRICK FLMS _ 23 IT 2 _ S1a0Q0 57110.00 F14W S_ _43 0 32)GL. 402 5100,00 $0,2W.00 P14R1 43302(32 2U W TtCO.Utf S2,000.00 _F14R4 ______4 32 :.1. S HMO SSOO.00 _N1452 ---__433(32)E 4 i $_IOQ00 $400,00 F24R4 - 413(32)E 303 - { $100.00 $30,300.00 P24R1 J 442(32)ELR 12 $100.00 $1 .00 51 F24R2 442(32)FLR 25 OM - 52,100.00 k24R3 �- 44N3&M 12 5100.00 51.200.00 F'24R7 442(32LELR It S100.00 &J 200.00 FURS 442(32)P.I.R 7 SIO8.00 5706.00 F24R9 _ - - 442(32)EiJt 16 _ ---„sio0_00 51,600.00 F24SM1 _44 3' LIS 31 SSaU.00 S3 100.00 124SM2 ��- _444 32 , 44 5166.06 54.406.00 P24SW -� 442(32}E1.R 22 - OO700 204.00 FWJ - 442(l TA 161 -" $100.00 516100.00 F2424W3 442 32 R 1t 5100.00 S1y100.00 F24W4 44 2)BR $100.00 53,200.00 N24W6 - 442{32)1 R 48_ 5100.00 54,500.00 F1-1251 IZ± 32yi 9 8126.15 51,135.38 Pd491vi4 463(32)P.R 3 5126.15 S63O.77 F1832 --- _.-....__t24{32)II,RK I s126,15 - $126.15 1-15 Wm 103,2,NF 2 5126.15 $232.31 I-14 Wm182 2`,NF _ 1 $126.15 5326.15 1.16, Wm182T,NF 1 $126.15 $126.15 -F16121 _ 6X56)6(25}E,RK 11 515231 _51,15?5^3Y F18W6J 81 60)a32 RK _ _16 S15231 $2,436.92 1$28.91 82(60)4(32)P,RIC 2 $152.31 $304.62 FISWS __-'2{60)$ 4{32)W-RK T 30 .� $152.31 54369,23 F18W4 83(60)4(32);A. ItK 386 S1S231 589,252.31 F18W4A _ 83(60 6(32)U,P4( „ S0 $152-31 $7 15.38 F18W360)4 S(_2) RK 96 5132.31 $14.621,54 1.18 Wf260D•34 2 513231 $304.62 SIS2.31 506.92 I8 _ '1Vf3800"2G0 1 $152.31 51675.38 -F44RI y 4841�32�R 12_ _SI52.32 $1,827.72 P44SM2 4 32 19 515231 -52 893.89 -P44Shf3 48 32 14 5152.31 -12,S93.99 $2,132.34 F38SI 86 32 E 2d 5152.31 S3,`i60.G6 F38S7 2 -8 5157..31 $1,218.46 F14WI2422(32},NRI 1? $157.23 $2672.91 1F72 422(32A JW4F J 5357.23 _ S157.23 F_14WII -__ 441+3, 2�NF 34 SIS-I.-23_ _ $5,345.82 F16SI �6156)202)NF 4 - -5137.23 $628.12 T �16W2 - - - S157.23 SI57.23 --- _ 62(56�32jNF1 1 _. . ..-- ----- - ---------- F16Wi _ 63(56W2 $157.23 _$157.23 F26WI fid 16 2 I1F I 5137.23 Si5?.23 F16W3 6 2 S 6137.23 ;786.!5 F18W7 83{ (32 NF 1 _ 5157.23 $157.23 F28W4 84{60}8{32)F NF 2 S1S7.23 $314.46 F28'%V3 _.._. 888t32)_L'•_. 12 51"3S S 1993.85 --F28WJ - 884 32 ELR $23 YSt$d.62 596.553.85 F28W2 884(32}ER 9 SI84.62 51,661,34 $10_763.92 $520 254.96 I POW 2 ~ ~ Proven Alternatives, Inc. Lighting efficiency improvement Page 1 for Contra Costa County Rates: Summer Winter $0.10107 $0.07834 |:Demand Charge: $4.30 $4.30 Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 12-66(32)E 222(17)E 222(17)EL 22U2U(31) 233(17)EL 244(17)E 311(25)E Lamp type F40 F20 F20 FB40 F30 F]O F30 Fixture type Indirect Wrap 1x2 2x2 lz] lz2 lz3 (}uoodty 9 38 lV 203 2 2 l Toml fixture watts 210 50 50 88 82 100 43) Total KW 1.944 1.900 0.050 17.864 0.164 0.200 0.043 Estimated Lighting hours 2`868 2,868 2`868 2,868 2'868 2,868 2'868 Business hours 6Lmanually off 0Y6 OY& 0% 0Y6 096 0Y6 0Y6 After hours lit Jiouocc% 0% 0% 0% 0% 096 0% 096 Adjuu��d ����du�bnuro 2'868 2`86D 2,868 2,86O 2,868 2,868 2,868 Total kWh consumption 5575 5,449 2724 51,231 470 574 123 ROPOSED SYSTEM EfDcicncyMcoxure ** E8.T8 BB.T8 EB.T8 E8'T8 EB.T8 EB'T8 EB.T8 ** Quantity o[fiz1unu 0 38 19 203) 2 2 l Fixture wattage 164 32 32 58 43 57 26 ** Proposed total k9/ 1.476 1.216 0.608 11,774 0.086 0.114 0.026 Actual business hours 2.868 2.868 2.868 2.868 2.868 2,868 2,868 Business hours%ompty 0% O% 0% 0% 0% 0% O% After hours lit&unocc% 0Y6 O% O% O% 0% O% O% Adjusted%.ia6dnhours 2,868 2,868 2,868 2`868 2'868 2'868 2'868 Total kWh consumption 42]] 3,487 1,744 33,766 247 327 73 AVOIDED COSTS kWh Lighting 1`342 1'962 981 17.465 224 247 49 kW Demand 0.468 0.684 0.342 6.050 0.078 0.086 8.017 88uviu0s $145 $211 $106 $1,881 $24 $27 $j HVAC kWh Reduction @14% 124 196 98 1.747 22 25 j Combined kWh Savings 1'476 2,158 1.079 19,212 246 271 54 Combined OSavings $165 $241 $120 $2,144 $27 $30 $6 ~~w°�. Ee~o��rticu�astrx~dia.ularpDL=oawnpREF=Reflector [SAvCALC.KLvvCvntra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 2 for Contra Costa County Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 322(25)E 411(32)E 411(32)EL 2(30)2(32) 422(32)ENF 422(32)E 422(32)ENF Lamps per fixture 2 1 1 2 2 2 1 Lamp type F30 F40 F40 F48 F40 F40 F72 Fixture type 1x3 1x4 lx4 Wrap Wrap 1x4 Strip Quantity 20 364 22 9 17 1086 1 Total fixture watts 75 48 48 72 72 72 68 Total KW 1.500 17.472 1.056 0.648 1.224 78.192 0.0158 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 4,302 50,107 3,028 1,858 3,510 224,243 195 PROPOSED SYSTEM EBJ8, EB,T8, EB,T8,New EB,T8,New Efficiency Measure EBJ8 EB,T8 LENS Retro Kit Fixture EB,T8 Fixture Quantity of fixtures 20 364 22 9 17 1086 1 Fixture wattage 42 30 30 58 58 58 58 Proposed total kW 0.840 10.920 0.660 0,522 0.986 62.988 0.058 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 2,409 31,317 1,893 1,497 2,828 180,641 166 AVOIDED COSTS IcWh Lighting 1,893 18,790 1,136 361 683 43,603 29 kW Demand 0.660 6.552 0.396 0.126 0.238 15.204 0.010 S Savings $204 $2,024 $122 $39 $74 $4,696 $3 HVAC kWh Reduction @14% 189 1,879 114 36, 68 4,360 3 Combined IcWh Savings 2,082 20,669 1,249 397 751 47,963 32 Combined S Savings $232 $2,307 $139 $44 $84 $5,353 $4 -Notes: EB=Electronic Ballast,I'll•dia.of lamp,DL-Delamp,REF=Reflector (SAVCALC.XLW]Contra Costa Savings Calc ~ ^ Proven Alternatives, Inc. Lighting efficiency improvement analysis Page for Contra Costa County Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 422(32)EL 43(30)2(32)EL 3(30)2(32)EL 432(32)EL 433(-)2)E 442(32)ELR 442(32)ER Limps per fixture 2 3 3 3 3 4 4 Lamp type F40 F48 F48 F40 F40 F40 F40 Fixture type lz4 lz4 lz4 lx4 lx4 2x4 2x4 _Quantity 143 402 20 5 307 341 01 0mlfixtu/cnaum 72 108 108 107 107 143 143 0tuiKVV 10296 43.416 2.160 UjJj 32.849 48.763 1I813 Estimated Lighting hours 2'868 2.868 2'860 2.868 2'868 2,868 2.860 Business hours 6i manually off 096 0% 0% O% O% 0% O% After hours lit&000co96 096 8% 0% O% 01yo O% O% Adjusted Lighting hours 2`868 2.868 2'868 2,868 2'068 2,868 2'868 Total kWh consumption 29,527 124511 6,195 1,534 94,206 130845 37319 PROPOSED SYSTEM ~w� Del,BB.T8. Dcl.E8.T8. Dcl.B8.T8. Efficiency Measure ** BB,78 E8`T8,Leoo EB,T8 Lens BB,T8 Lens,Ref Bc[ ** Quantity n[fixturca 143 401 20 5 307 241 01 Fixture wattage 58 58 58 58 84 58 58 ** Proposed total kVV 8.294 23.316 1�160 0.200 25.788 19.778 i278 Actualb i hours 2`868 2,868 2'868 2'868 2'868 2.868 2'868 W"usiness hours Y6cnipty O% OY& 8% O% 01yo 0% 0% terbuurslii&unoco% 0% O% O% 0% 01yo O% 0% Adjusted Lighting hours 2,868 2'868 2.868 2.868 2.868 2.868 2'868 Total kWh consumption 23,786 66,867 3,327 832 73936 56720 15,137 AVOIDED COSTS kWh Lighting 5'741 57'644 2`868 703 20,250 83`125 22,183 kW Demand 2.002 20.100 1.000 0.245 7.061 28.985 7.735 33wvingo $618 $6`208 $309 $76 $2.181 $8,952 $2,389 HVAC kWh Reduction @14% 574 5.764 287 70 2.025 8.312 2,218 Combined kWh Savings 6'316 63.4083.155 773 22`275 91,437 24.401 Combined SSavings $705 $7^077 $352 $86 $2,486 $10,206 $2,724 ~~Notes: ca~o�uor�coabst.m'dia."rImpcL~ouam, REF~o"uect" (aAvCALC.XLvvConra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 4 for Contra Costa County Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 444(32)NF 444(32)E 463(32)ER 484(32)ER 61(56)2(32)N 62(56)4(32)NF 63(56)4(32)NF Lamps per fixture 4 4 6 8 1 2 3 Lamp type F40 F40 F40 F40 F72 F72 F72 Fixture type Wrap lx4 4x4 4x4 1x6 1x6 1x6 Quantity 34 61 5 45 4 1 1 Total fixture watts 143 143 216 288 68 131 199 Total KW 4.862 8.723 1.080 12.960 0.272 0.131 0.199 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Lighting 2,868 Total kWh consumption 13,944 25,016 3,097 37,167 780 376 571 PROPOSED SYSTEM .EB,T8,New Del, EB,T8, Del,EB,T8, New Fixture, New Fixture, New Fixture* Efficiency Measure Fixture EB,T8 Rcf Ref EB,T8 EB,T8 EB,T8 Quantity of fixtures 34 61 5 45 4 1 1 Fixture wattage 106 106 84 106 58 106 106 Proposed total kW 3.604 6.466 0A20 4,770 0.232 0.106 0.106 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 10,336 18,544 1,205 13,680 665 304 304 AVOIDED COSTS kWh Lighting 3,608 6,473 1,803 23,488 115 72 267 kW Demand 1.258 2.257 0.660 8.190 0.040 0.025 0.093 S Savings $389 $697 $204 $2,530 $12 $8 $29 HVAC kWh Reduction @14% 361 647 189 2,349 11 7 27 Combined kWh Savings 3,969 7,120 2,082 25,837 126 79 293 Combined S Savings $443 $795 $232 $2,884 $14 $9 $33 Notes: EB=Electronic Ballast,T8=dia.of lamp,DL=Delarnp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 5 for Contra Costa County Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure EXISTING SYSTEM 63(56)6(25)ER 64(56)4(32)E,NF64(56)4(32)N 81(60)2(32)EL,RK82(60)4(32)EL,R Lamps per fixture 3 4 4 1 2 Lamp type F72 F72 F72 F96 F96 Fixture type 1x6 1x6 1x6 1x8 1x8 Quantity 11 1 5 16 2 is Total fixture watts 199 262 262 77 134 Total KW 2.189 0.262 1.310 1.232 0.268 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 Business hours& manually off 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 6,278 751 3,757 3,533 769 •PROPOSED SYSTEM EB,T8, Retro New Fixture, New Fixture, Efficiency Measure ** Kit EB,T8 EB,T8 EB,T8, Retro Kit EB,T8,Retro Kit ** Quantity of fixtures 11 1 5 16 2 **Fixture wattage 128 106 106 58 106 ** Proposed total kW 1.408 0.106 0.530 0.928 0.212 Actual business hours 2,868 2,868 2,868 2,868 2,868 • Business hours%empty 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 4,038 304 1,520 2,661 608 AVOIDED COSTS kWh Lighting 2,240 447 2,237 872 161 kW Demand 0.781 0.156 0.780 0.304 0.056 S Savings $241 $48 $241 $94 $17 HVAC kWh Reduction @14% 224 45 224 87 16 Combined kWh Savings 2,464 492 2,461 959 177 Combined S Savings $275 $55 $275 $107 $20 • "Notes:EB=ElectronicBallast,U-dia.oflamp,DL=Delarnp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 6 for Contra Costa County Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 82(60)4(32)EL,R 822(32)E 822(32)EL 824(32)E,RK 83(60)4(32)E,NF 3(60)4(32)EL,R Lamps per fixture 2 2 2 2 3 3 Lamp type F96 F40 F40 F96 F96 F96 Fixture type IX8 1x8 1x4 IX8 IX8 IX8 Quantity 30 16 3 1 1 586 Total fixture watts 134 72 72 134 134 210 Total KW 4.020 1.152 0.216 0.134 0.134 123.060 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 11,529 3,304 619 384 384 352,919 PROPOSED SYSTEM EB,T8,Retro New Fixture, EB,T8,Lens Efficiency Measure EB,T8,Retro Kit EB,T8 EB,T8 Kit EB,T8 Retro Kit Quantity of fixtures 30 16 3 1 1 586 Fixture wattage 106 58 58 106 106 106 Proposed total kW 3.180 0.928 0.174 0.106 0,106 62.116 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 Lighting 2,868 Total kWh consumption 9,120 2,661 499 304 304 178,140 AVOIDED COSTS kWh Lighting 2,409 642 120 80 80 174,779 1-:W Demand 0.840 0.224 0.042 0.028 0.028 60.944 S Savings $259 $69 $13 $9 $9 $18,823 HVAC kWh Reduction @14% 241 64 12 8 8 17,478 Combined kWh Savings 2,650 707 132 88 88 192,257 Combined S Savings $296 $79 $15 $10 $10 $21,458 Notes:EB=Electiror&Ballast,T8=dia.of lamp,DL=Delainp,REF-Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 7 for Contra Costa County • Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 83(60)6(32)EL,R 84(60)4(32)EL,RK 4(60)8(32)E,N 844(32)E 866(32)E 884(32)ELR Lamps per fixture 3 4 4 4 6 8 Lamp type F96 F96 F96 F40 F40 F40 Fixture type 1x8 1x8 1X8 1x8 IX8 1x8 Quantity 50 96 2 15 34 523 Wotal fixture watts 210 267 267 143 216 286 otal KW 10.500 25.632 0.534 2.145 7.344 149.578 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 30,113 73,509 1,531 6,152 21,062 428,968 OPOSED SYSTEM 46EB,T8, EB,TB,Lens EB,T8,Lens Retro EB,T8, New Lens, Retro Efficiency Measure** Retro Kit Kit Fixture EBJ8 EB,T8 Kit ** Quantity of fixtures 50 96 2 15 34 523 ** Fixture wattage 164 106 212 106 164 106 ** Proposed total kW 8.200 10.176 0.424 1.590 5.576 55.438 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 *Business hours%empty 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 23,516 29,183 1,216 4,560 15,991 158,988 AVOIDED COSTS kWh Lighting 6,596 44,326 315 1,592 5,070 269,980 kW Demand 2.300 15.456 0.110 0.555 1.768 94.140 S Savings $710 $4,774 $34 $171 $546 $29,076 HVAC kWh Reduction @14% 660 4,433 32 159 507 26,998 Combined kWh Savings 7,256 48,758 347 1,751 5,577 296,978 Combined S Savings $810 $5,442 $39 $195 $623 $33,147 '•Notes: EB=Electronic Ballast,•B=dia.of lamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Cale Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 8 for Contra Costa County Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 884(32)ER 888(32)E 1-10 Lamps per fixture 8 8 1 1 1 1 2 Lamp type F40 F40 A-19 A-19 PS-30 A-19 A-19 Fixture type IX8 IX8 Incand Incand Incand Incand Incand Quantity 9 12 53 19 17 3 9 Total fixture watts 286 286 75 60 300 60 120 Total KW 2.574 3.432 3.975 1.140 5.100 0.180 1.080 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 7,382 9,842 11,400 3,269 14,626 516 3,097 PROPOSED SYSTEM Compact Compact Compact Compact EB,T8, Fluor Fluor Fluor Retro Fluor Efficiency Measure Retro Kit EB,T8 Fixture Fixture Win 1034 Kit Fixture Quantity of fixtures 9 12 53 19 17 3 9 Fixture wattage 106 212 36 36 58 18 54 Proposed total kW 0.954 2.544 1.908 0.684 0.986 0,054 0.486 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc:% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 1� 2,868 2,868 2,868 Total kWh consumption 2,736 7,296 5.472 1,962 2,828 155 1,394 AVOIDED COSTS kWh Lighting 4,646 2,547 5,928 1,308 11,798 361 1,704 kW Demand 1.620 0.888 2.067 0.456 4.114 0.126 0.594 S Savings $500 $274 $638 $141 $1,271 $39 $183 HVAC kWh Reduction @14% 465 255 593 131 1,180 36 170 Combined kWh Savings 5,111 2,801 6,521 1,439 12,978 397 1,874 Combined S Savings $570 $313 $728 $161 $1,449 $44 $209 Notes:EB Electror&Mast,T8 dia.oflamp,DL Delamp,REF ReDector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 9 for Contra Costa County Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM I-2 1-20 I-22 I-18 I-3 Lamps per fixture 2 1 1 1 1 1 1 Lamp type A-19 A-19 A-19 R-40 PS-30 A-19 A-19 Fixture type Incand Ext. Incand Incand Incand 2x2 Ext. Incand Ext. Incand Quantity 3 2 15 4 40 2 3 •Total fixture Nvatts 120 60 100 150 300 60 150 Total KW 0.360 0.120 1.500 0.600 12.000 0.120 0.450 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off' 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 1,032 344 4,302 1,721 34,41.1 344 1,291 PROPOSED SYSTEM Compact Compact Compact Fluor Retro Fluor Fluor Compact FIPS,NCw HPS,New Efficiency Measure ** Wm 103-4' Kit Fixture Fixture Fluor Fixture Fixture ** Quantity of fixtures 3 2 15 4 40 2 3 ** Fixture wattage 58 26 26 26 24 43 63 ** Proposed total kW 0.174 0.052 0.390 0.104 0.960 0.086 0.189 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 • Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 499 149 1,118 298 2,753 247 542 AVOIDED COSTS kWh Lighting 533 195 3,183 1,422 31,661 98 749 kW Demand 0.186 0.068 1.110 0.496 11.040 0.034 0.261 S Savings $57 $21 $343 $153 $3,410 $11 $81 HVAC kWh Reduction O14% 53 20 318 142 3,166 10 75 Combined kWh Savings 587 215 3,502 1,565 34,827 107 823 Combined S Savings $65 $24 $391 $175 $3,887 $12 $92 "Notes: EB=ElectronicBallast,78=dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 10 for Contra Costa County Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency, LOCATION Measure Measure Measure Measure TOTALS EXISTING SYSTEM I-8 I-15 I-14,I-16 Lamps per fixture 2 4 2 2 Lamp type Par-38 A-19 F40 F96 Fixture type Ext. Incand Incand 1x4 1x8 Quantity 11 2 2 104 4955 Total fixture watts 150 240 90 134 Total KW 1.650 0.480 0.180 13.936 681.07 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 Business hours& manually off 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 Total kWh consumption 4,732 1,377 516 39,966 1,953,214 PROPOSED SYSTEM New New ID'S,New Fixture, EB, Fixture, EB, EB,T8, Efficiency Measure** Fixture T8 T8 Retro Kit ** Quantity of fixtures 6 2 2 104 4950 **Fixture wattage 130 58 32 106 ** Proposed total kW 0.780 0.116 0.064 11.024 364.64 Actual business hours 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 Total kWh consumption 2,237 333 184 31,615 1,045,721 AVOIDED COSTS 1,Wh Lighting 2,495 1,044 333 8,351 907,493 kW Demand 0.870 0.364 0.116 2.912 316.436 S Savings $269 $112 $36 $899 597,735 HVAC kWh Reduction @14% 250 104 33 835 90,749 Combined kWh Savings 2,745 1,148 366 9,186 998,243 Combined S Savings $306 $128 $41 $1,025 -S111,418 --Notes: Es=Electrordt;Mast,Ts=dia.oflamp,DL-Detamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc • • PG&E ESTIMATED REBATES • • • i _...- . -- --- -- --- ----- ------ REBATE.001 ESTIMATED PG&E REBATE FOR CONTRA COSTA COUNTY UNIT EXT. TYPE STRATEGY QTY BEFORE AFTER REBATE REBATE FI.12SI 12-66(32)E 9 F40T12&lamp F3718 6-lamp with clec.bat 536.00 $324.00 222(17)E 38 F20TI2 2-lamp F171`8 2-lamp with elec,bat. SI4.00 $532.00 1`12SM1 222(17)EL 19 F20T12 2-lamp FITM 2-lamp with elec.bat $14.00 $266.00 22U2U(31)E 203 F20 12U 2-lamp FIM U2-lamp with clec.bat. $12.00 $2,436.00 F12SM2 233(17)EL 2 F20T12 3-lamp F1778 3-lamp with elec,bat. $21.00 $42.00 F22R2 244(17)E 2 F20T124-tamp F17184-lampwith clec,bal. 528.00 556.00 181 311(25)E 1 322(25)E 20 F30T12 2-lamp F25T8 2-lamp with elec.bat. 58.00 5160.00 411(32)E 364 F40TI2 !-lamp F32T81-lamp with elec.bat.and tandem wire $6.00 $2,184.00 411(32)EL 22 F40T12 (damp F32T8 1-tamp with elec,bat,and tandem wire 56.00 $132.00 F14W'3 42(30)2(32)E 9 F48TI2 2-lamp F32'r8 2-lamp with elec.bal. 112.00 $108.00 F14W12 422(32),NFJ 17 F40T)2 2-lamp New Exture,F32T8 2-lamp withelec.bal. S25.00 S425.00 422(32)E 1 1086 F40T12 2-lamp F3278 2-lamp with elec.bat. SUM 513,032.00 I F 72 422(32)E,NF l IF40T12 2-lamp New Etxture,F32T8 2-lamp with elec.bat. 525.00 525.00 422(32)EL 143 F40T12 2-lamp F32T8 2damp with elec.bat. 512.00 11,716.00 F14W5 43(30)2(32)EL 402 F40TI2 3-lamp 1`3278 2-lamp with clec.bat. $12.00 $4,824.00 F14RI 43(30)2(32)ELR 20 F40T12 3-lamp F3278 2-lamp with elec.bat.and reflector 520.00 $400.00 F14R4 432(32)EL 5 F40T12 3-lamp F32T8 2-lamp with elec.bat.and radial lens $20.00 5100.00 433(32)E 307 IF40TI2 3-lamp 1`3278 3-tamp with elec.bat, 518.00 55,526.00 442(32)ELR 341 IF40TI2 4-lamp F32T8 2-lamp with elect bat.and radial lens 5]8.00 $9,548.00 442(32)ER 91 1 F401'l2 4-lump iF31TS 2-lamp with elect bad and radial lens 1 5'8.00 12,548.00 F14W l l 44.1(32),NF 34 F40T12 4-lamp New fixture,F32T8 a-lamp widh clec.bat. 135.00 $1,190.00 444(32)E 61 F40T12 4-lamp F32T84-lampwith clec.bat. 52.1.00 $1,464.00 F44SM4 463(32)ER 5 F40TI2 6-lamp F32T8 3-lamp with elec.bal.and reflector 542.00 S210.00 484(32)ER 45 IF40TI2 8-lamp F32T8 4-lamp with elec.bat.and reflector 556.00 $2,520.00 F16S1 61(56)2(32)NF 4 JF72T12 2-lamp New fixture,F32T8 2-lamp with clec.bal. 525.00 5100.00 F16W2 62(56)4(32)NF 1 IF72T12 2-lamp New fixture,F32T8 4-lamp with elec.bat. 535.00 I 535.00 F16W I 63(56)4(32)NF ! IF72T12 3-}amp New Exture,1732TS 44amp with elec.bat. 535.00 S35A0 F16R1 63(56)6(25)E.RK 11 F72T[2 3-lamp Retrokit,F25T8 3-hrnp with elec.bal. S18.00 5198.00 F26WI 64(56)4(32)E,NF 1 IF72TI2 4-lamp New fixture,F321S 4-lamp with clec.but. 535.00 $35.00 F16W3 64(56)4(32)NF 5 F72TI2 4-lamp New fixture,F321'8 4-1amp with elec.bat. S3500 5175.00 F18W6 81(60)2(32)EL,RK 16 F96T12 I-lamp Rctralat,F32T8 2-lamp with elec.bat. 520.00 $320.00 F28SI 82(60)4(32)E,RK 2 FW12 2-lamp Retrolat,F32TS 4-lamp with elec.bat. 520.00 S40A0 F18W5 82(60)4(32)EL,RK 30 1`961712 2-lamp Rebroldt,F37i8 4-lamp with clec.bat. 520.00 S600M F18W2 822(32)E 16 F40T12 2-lamp F32T82-lamp with elec.bal, 112.00 5192.00 F18W I 822(32)F.L 3 IF40TI2 2-lamp F32TS 2-lamp with elec.bat. 512.00 536.00 Page 1 REBATE-001 F18S2 82(60)4(32)E,RK 1 F96T12 2-lamp Retroldt,F32T8 4-lainp with elec.bal. 520.00 $20.00 FI8W7 83(60)4(32)E,NF I F96TI2 2-lamp New fixture,F32T8 4-tamp with elm bat. 535.00 535.00 F18W4 83(60)4(32)EL,RK 586 F9o"fI2 3-lamp Retrofit,F32T84-tatnpwithelec.bal. 530.00 517,580.00 FI8W4A 83(60)6(32)EL,RK 50 F96T12 3-tamp Retrolal,F32TE 6-lamp with elec.bal. 560.00 53,000.00 FISW3 84(60)4(32)EL,RK 96 F96T12 4-lamp Retroldt,F32T8 4-lamp with elec.bal, 540.00 ;3,840.00 F28W4 84(60)8(32)E,NF 2 F9o"C12 4-Imp New fixture,F32T8 8•larnp with elec.bal. 535.00 570.00 F18S3 844(32)E 15 F40TI2 4-lamp F32T8 4-lamp with elec.bal. ;24.00 5364.00 866(32)E 34 F40T12 6-lamp 1`32T8 6-imp with clec.bal. S36.00 51,224.00 F28W 1 884(32)ELR 523 F40T12 8-lamp F3278 4-1amp with clec.bal.and reflector 556.00 529,288.00 F28W2 884(32)ER 9 F40T12 8-lamp F32U 4.1amp with clec.bal.and reflector $56.00 $504.00 F28W3 888(32)E 12 F40T12 Vamp F3218 84amp whdi elec.bal- S48.00 $576.00 En 1026L 53 Incandescent IfIxii,ire PL lit S15.00 $795.00 1.10 En 1039L 17 1ncandescenl lllardwire PL 16t SI500 $255.00 En 1039L 19 Incandescent Hardwire PL lit 515 00 5285.00 1-19 En 370OHL 3 Incandescent Hardwire PL kit $15.00 545.00 1-24 En 3800HL 12 Incandescent Hardwire PL kit 515.00 5184.04 En 3900L 33 lneatidescent Screw in PL base and reusable Limp 56.00 5198.00 50.00 1.17 En 3700HL 2 Incandescent Haidwire PL kit SI5,00 530.00 50.00 1.2 En 790OWL 15 Incandescent Hardwire PL lit SI5.00 522500 50.00 1-20 En 8900BL 4 Incandescent Hardwire PL lit SI5.00 560.00 50.00 1.21 N/A I 50.00 1-4 NIA $7 $0.00 1-5 N/A 3 $0.00 1•6 N/A 14 50.00 1.9 NIA 4 $0.00 $0,00 1.22 WC120.20w 40 Incandescent 22w circuline conversion 56.00 5240.00 50.00 1-18 Wf 2600-35 2 Incandescent High pressure soditmr,35w 530.00 S60.04 50.00 1-3 Wf2600-50 3 Incandescent High pressure sodium,50w $30.00 $90.00 S0.00 1.8 Wf 5800-100 11 Incandescent High pressure sodiurn,100w S30.00 5330.00 50.00 1-15 Win 103.2,NF 2 Incandescent New 24amp fluorescent fixture $25.00 550.00 50.00 1-14 Wm182 2',NF 1 Incandescent New 24amp fluorescent fixture $25.00 $25.00 1-16 Wm182 2',NF 1 Incandescent New 2-lamp fluorescent future $25.00 S25.00 50.00 F I8S1777 104 F40T12 2-lamp F32T82-lamp with elec.bal. $12.00 51,248.00 4391 S t 12,192.00 i Page 2 - z:•.-:.pnw• - 'I f GANTT CHART OF CONSTRUCTION SCHEDULE i LL IF C) ggg, 0 U 0 F- 0 E -0 E C/) :3 75 LL 4J C. (U 0 0 >1 14.4 U) 0 cu U c o cm ca CL ri H rtf N 4J zz" 4-) A 93 U) "i 0 .......... .......................................................................................................................................................... 4J0 L; 0 LL Z ar CL C: U') U') U)U') C) C) LO U') C) U) fh LO C) Ci 75 LO m 6 m CN Vco S, > 0 > E tm E 0 .0 E cu < w CL cu .5 _0 0) -ru >- c > E tm :g .2 0) 0 0 D 0 CO U) 70 .L- 0 D E c w < :3 z 0 C: (U ED Dof 76 0 —1 !E5 .— . m I > Z5o 0 , , cr_ ,V- r- :E -r-: ccoo < E .5; 'E —E ca E 2. .rmQ) a) 2 .;: :3 ,0 ,D0C: WEMoW - - m 0 0 < < iz No 0) :: o G mco E a- fl. 0) 0 :3 z :D L V) w 20 o C14 cr) V U) 0 r- 00 0 W d2 C4 z 0 0 C7 0 0 ct rt Al 0 0 0 ro I't (t rl, -n 0 U. cn m .......... cn cr oC: (D CL 3 42 00 -n (n (n 3 tr m -4 - N > . m n LL F- U)n U) -- --------- � LL f ƒ \ ( $ . § \ $ \ m ) ƒ ƒ W / ® / k -----— --. ... --- ---- - - - _- ----y-\- � P4 ® IN k LL / \ 0o � e % \ \ \ d ] « \ % / ) co CDM o \ \ M » \ � m 6 \ \ t3l U / / k ® \ o / / \ 4JC-4 _ % x / \ 0/ O Ie a o\ \ I " . \ _ -------------...-- — -y-- ® \ / . k ® y / m % e — -- � U) � ~ § S c CO E �\ [F- o y a3 Contra Costa County ID Name Duration Scheduled Start Scheduled Finish Week of September 26 1 Lighting Audit 4d 9/27/93 4:00pm 9/30/93 6:00pm Week of October 3 2 Proposal Meeting Od 10/4/93 4:00pm 10/4/93 4:00pm Week of October 17 3 Supervisor Meeting Approval Od 10/19/93 8:00am 10/19/93 8:00am 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm Week of October 24 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am Week of October 31 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 8 Bray Court Bldg 4d 11/1/934:00pm 11/4/936:00pm 9 Crime Lab 3d 11/4/936:00pm 11/9/9310:00pm Week of November 7 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am • 9 Crime Lab 3d 11/4/936:00pm 11/9/9310:00pm 10 Custodial Bldg 0.2w 11/9/93 10:00pm 11/10/93 8:00pm 11 Administration 1.5w 11110/93 8:00pm 11/23/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10.00pm Week of November 14 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 11 Administration 1.5w 11/10/93 8:00pm 11/23/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of November 21 • 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 11 Administration 1.5w 11/10/938:00pm 11/23/938:00pm 12 Admin. North Wing 0.7w 11/23/938:00pm 11/301938:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of November 28 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 12 Admin.North Wing 0.7w 11/23/93 8:00pm 11/30/93 8:00pm 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 t 0:00pm Week of December 5 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/1419312:00am 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of December 12 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 14 Finance Bldg 0.7w 12/14/93 8:00pm 12/20/93 6:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am Week of December 19 14 Finance Bldg 0.7w 12/14/93 8:00pm 12/20/93 6:00pm 15 Health Bldg 0.6w 12/20/93 6:00pm 12/22/93 10:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am Week of December 26 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am 19 Removal Complete 14.75d 12/27/93 4:00pm 1/14/94 2:00am Week of January 2 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/9410:OOpm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/942*00am 19 Removal Complete 14.75d 12/27/93 4:00pm 1/14/94 2:00am Page 1 Contra Costa County ID Name Duration Scheduled Start Scheduled Finish Week of January 9 18 PCB Ballast Removal 24.5d 1 2/1 3193 4:00pm 1/14/94 2:00am 19 Removal Complete 14.75d 12/27/93 4:00pm 1114194 2:00am Page 2 N N L L . 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T 70 Series (S*ra^ght and -B emt) Fluorescent u ,����resceK�~ K�amps TuStraight Fluorescent T-au'oent Fluorescent Definition Fluorescent straight and U-bent:T-8 (one inch diameter)bulb, -HiOh Lamp Efficacy nana earth phosphor high color rendering(amps various _Easn of Handling and Installation ' |engtho� rapid start for electronic ormagnetic ballasts, The many sizes ofTL7Olamps provide efficiency and flexibility - for cony�ucdnnmodular|ighdngdesigns.Their smaller Description diameter also provides greater design latitude for modular - Lamp efficacies over 97 lumens per watt on electronic office furniture lighting equipment, ballasts - Lamp efficacies up/u9l lumens per watt onmagnetic Circuitry ballasts TL70lamps, because oftheir .265amp operating current, Four nominal lengths (2', 3', 4' and 5) and a 23"long, six inch require special ballasts. Magnetic, rapid start ballasts for TL 70 leg U'beot lamps are available from oevao|ballast manufacturers for both l2O'vo|tand277'vo|topeoation H�hfrequ�noyba||astsare -Three color temperatures (3OOOK 350UKand41OOK> � ' also available for the operation of TL70lamps un 120+/u|tand - Rare earth phosphors achieve acolor rendering index uf7S 277+m|tpri,na,iea. High frequency ballasts with TL70lamps -"Electrode guard'(in straight lamps) reduces provide lamp efficacies over 37lumens per watt. These end b|ackening, maintains clean appearance ballasts are available tuoperate 2 3 or lamps. Lamp life may over thousands ofhours beaffected oncertain high frequency ballasts. U'bent|amps -T'O bulbs provides 2`b96 higher luminaire operate on the same T'8ballasts, coefficient of uti|izadon, thou fewer fixtures are required »uproduce desired light level TIL 70 Lamp Specification 'Lamps shall be Philips TL 70 Series lamps having: Applications *Color rendering index of 75 TL7Olamps offer impressive lighting economics for #T-8 diameter bulb mode/nizinO, expanding facilities ornew construction. When *Medium bipin bases compared to standard T'12 lamps, the Philips TL 70 line &Color temperature of_K(3000,3500 or 4700) provides all ormost ofthe following advantages: *Powered by electronic ballasts designed for 265 ma T-8 lamps - HighCo!orRendering -U-bent (if applicable) - Higher Fixture Coefficient of Utilization Philips Lighting Company ng � auoFranklin Square Drive~pzl.Box 6aon *o1Milner Avenue Somerset,mJnoars'onuo Scarborough,Ontario mio1nxa ADivision ofNorth American Philips Corporation ADivision u,Philips Electronics Limited Printed/oUSA my2 p-3007-A ' ~ NumberTL 70 Series (Strai ht and U-Bent) Fluorescent Lamps Electrical, Technicai and Ordering Data (Subject to change without notice) Product StdLamp Color Color Nominal Rated Approx. ~ Nominal~ ' ^y. ~"''=^` '=^p Rendering Length °,".uye ""ou. unn/on 046677- Description Watts Bulb Base Oty. (Amps) (Kelvin) Index(CRI) (Inches) Life(Hrs)"' Lumens Lumens"' 32061-4 F1 7T8/7L730 17 T-8 Md-Bipin 25 0.265 3000 75 24 20000 1325 1200 32297-4 F 1 7TB/TL735 17 T-8 Md. Bipin 25 0.265 3500 75 24 20000 1325 1200 32062-2 F 1 7T8fTL741 17 T-8 Md. Sipin 25 0.265 4100 75 24 20000 1325 1200 32050-7 F2 73O 25 T-8 Md. 8ipio 25 O205 3000 75 30 20000 2125 1825 32298-2 F25T8/TL735 25 T-8 Kxd. Biuin 25 0.265 3500 75 36 20000 2125 1325 32051'5 F25T8/TL741 25 T'8 Md. 8ipin 25 0265 4100 75 36 20000 2125 1935 32052'3 F32 30 32 T-g ,wd. 8.pin 25 0265 3000 75 48 20000 2850 2800 32054'9 F32T8/TL735 32 T-8 Mu. Bipin 25 0.265 3500 75 48 20000 2850 2600 32055'6 B2T8fTL7*I 32 T-8 wd. 8ipm 25 0265 4100 75 48 20000 2850 2600 32057-2 F4 40 T-8 Md. 8ipin 25 0,265 3000 75 60 20000 3600 3250 32301'4 p40T8/TL735 40 T-8 Md. Dip.n 25 0265 3500 75 50 20000 3600 3250 32058'0 r40T8/TL741 40 T'g wg 8ipm 25 0.255 *100 75 60 20000 3600 3250 ~34073'7 FB3lL7300 31 T-8 md. Bipin 20 0.265 3000 75 22Y'6 20000 2650 2300 ~34077'8 FB31T8fTL735/6 31 T'8 Mg B.p.n 20 0�265 3500 75 22'/.o 20000 2650 2308 ~340794 F831T8fTL741/5 31 T-g Md. Bipin 20 0255 4100 75 22 7/16 20080 2650 2300 (1)Average life under specified test conditions wi*,h lamps turned off and restarted no more than once every 3 operating hours. (2)Apprommate lumens at 40%of rated average life(8000 Hours). . New since last printingMM M M � � Lamp Dimensions: T-8 Straight Fluorescent MMM Mtn max, Mtn Max � Min viax Min. Max. MMM Base Face to Base Face 0: 23.22'; 35.22" 47.22': 5M5' Face to End of M Bulb Diameter 0 0,94' 1.10'; 0.94' 1.10' 0,94' 1.10-i 0.94' 1.10 x | m | � -D System Characteristics vs.Ambient Temperature Lamp Dimensions: oTL 70 Lamp on Electronic Ballast z 5 3 AS Bulb Diameter in Legs 1G) 0.94* 110' � T-8 U-Bent Fluorescent 90 Base Face to End of Base Center to Base Center(F) 587 6.13' �� Jt '1515: 1Z r 'ps (41' PHILIPS o agneTek Lighting and Electronic Products 9 9 TNI Vft z- nqiin earrea Specification Guide .C.;n TM KIAIJ ELECTRONIC BALLASTS TRIAD introduced the first electronic ballast in 1967.Today, High Performance (HP) ballasts with more ballasts installed than all other electronic ballast brands combined,TRIAD maintains its leadership position in the industry. TRIAD"HP"ballasts are designed and manufactured with one goal in mind—providing the ultimate in performance, With the largest installed base of any brand of electronic ballast, TRIAD provides an industry standard by which all others reliability and energy efficiency.Total harmonic distortion is less are judged. than 10 percent.Other advanced features include virtually noiseless operation,consistent light output over wide variations in line voltage and a power factor of over 95 percent. Energy efficiency by design In renovation or retrofit projects,TRIAD ballasts can save as Reduced Harmonic (RH) ballasts much as 35 to 60 percent of present power costs depending on the Harmonic distortion has become a consideration for the current system and TRIAD ballast chosen. In new construction lighting designer due to the large amount of non-linear equipment TRIAD ballasts can meet the most demanding specifications for in today's commercial and industrial buildings.While providing the efficient operation,performance and integrity as part of the same high energy savings as other TRIAD electronic ballasts, • electrical system as a whole. TRIAD"RH"ballasts minimize the problem by producing total harmonic distortion of less than 20%. Duality Quality control over every step of manufacturing and careful Low Wattage (L) ballasts evaluation of every component results in a product line of the highest possible standards for reliability and performance. TRIAD"L"ballasts utilize the inherent efficiency of high-frequency electronic ballasts and 32-watt T8 tri-phosphor lamps.The light output of the T8 lamps is reduced to match that of Parallel lamp operation 34-watt T12 lamps,a generally acceptable level.This reduction in Many TRIAD ballasts feature parallel lamp connections.This light output results in a proportionate savings in energy.Potential means that if one lamp should fail,the others will stay brightly lit. energy savings can reach 60 percent,making this a popular Troubleshooting and maintenance are simplified. choice as the most economical ballast available.Total harmonic distortion is less than 20 percent. Five Year Warranty MagneTek is proud to offer the industry's first five-year Light Level Switching System (S) warranty and service program for our entire line of TRIAD ballasts electronic ballasts.If any TRIAD ballast should fail,other than as a TRIAD"S"ballasts,available for the most widely used rapid result of abuse or misapplication,within 5 years from the date of start fluorescent systems,allow the light level to be switched from manufacture,MagneTek will replace the ballast and pay 100 percent to 50 percent.The control mechanism can be a reasonable replacement labor costs.This unique program is made simple light switch,occupancy sensor,photocell or low-voltage possible by the extremely low failure rate demonstrated by millions energy management system.When correctly applied,buildings of installed units. realize dramatic energy savings with TRIAD"S"ballasts.For complete information consult our catalog of TRIAD high frequency Long life, less heat electronic ballasts. Maximum efficiency means less wasted energy in the form of heat.This increases ballast life dramatically and reduces air conditioning costs. Versatile Whatever your particular installation calls for—maximum '. y energy efficiency,reduced harmonics,switchable light levels, parallel circuitry or optimized performance—TRIAD has an electronic ballast to meet your need. • , ' ' ' TM ONIVERSAL ELECTROMAGNETIC ��� ����n����� �������� � ���.������k������� @ ��.� BALLASTS Since 1947,UNIVERSAL brand ballasts have dominated the UNIVERSAL PLUSTM electromagnetic ballast industry with onunsurpassed reputation. ballasts Asavertically integrated manufacturer,K4agneTekhas 1UOpercent control over the raw materials,components and production K4agneTek'sUNIVERSAL PLUS ballasts for two rapid start processes which are used inevery UNIVERSAL ballast.h1agaeTek lamps combine anefficient electromagnetic ballast with electronic manufactures acomplete line ofUNIVERSAL ballasts,comprising components which control power tothe lamp cathodes,resulting hundreds ofdesigns\omeet all commercial,industrial and inadditional energy savings oftwo watts per lamp.One-lamp residential requirements.Two Energy Engineered lines are UNIVERSAL PLUS ballasts are designed ascompanions nu available—the UNIVERSAL PLUSruand the UNIVERSAL the two-lamp models and offer similar energy savings VVATTHEDUCER!" and performance. The UNIVERSAL PLUS slashes energy use byupku35 Energy eff iu:iency percent with only animperceptible six percent decrease intotal light output.FuUlight output versions are also available which can stemThepe�orm�noeandofhuie of your fluorescent lighting reduceenergy oo�sby17percent with no�oouf|ighL7b�| depandsk�ni�cam�ontho��|am��A||UN[VERSAL harmonic distortion is less than 20percent. � U designed to provide the highest OueVutheir relatively low cost and high energy savings, � energy savings,quality and reliability,and meet orexceed the UNIVERSAL PLUS ballasts generally off erthe shortest possible strict energy efficiency standards ofPublic Law 1OO'357 payback oninvestment. Quality assured UNIVERSAL WATT AyWaQneTekUNIVERSAL label isyour assurance o(meeting REDUCER rwballasts the specifications ofyour application.AtN1ogneTek.each oompunan(andeveryproduo\ionprooe»omua�me*�rigid The least expensive way tosave onyour e|e��riobiU.the standards to i ' upmduc*suf the highest possible qua|it� UNIVERSAL WATT REDUCER cuts ena�yuse by28 percent. UN|VERSALPLUS and WATT REDUCER ballasts are protected ThiobuU�a�feu�urosfu|||igh�o"t1C8Kuertihomuionand byothree-year warranty and service program. guaranteed quality WATT REDUCER ballasts are available for rapid start,high output rapid start,oUm|inoand ocdclamps. With proven performance inmillions ofinstallations worldwide,UNIVERSAL WATT REDUCER ballasts have become the standard ofthe industry. Energy Engineered Ballasts for T8 Rapid Start and Slimline Lamps NOMINAL LAMP LINE INPUT TOTAL MINIMUM CATALOG BALLAST LINE BALLAST WIRING SOUND VOLTAGE NUMBER TYPE G. WATTS CURRENT FACTOR HARMONIC STARTING DIAGRAM RATING NOMINAL 60Hz (ANSI) (AMPERES) DISTORTION TEMPERATURE TYPE WATTS ONE LAMP/265 M.A. HIGH POWER FACTOR (1)F01TT8t7 120 703-L-TC-P-rD UNIVERSAL-LEAD 24E:oO93 215 .95 <10 +50°F 1 (2'01 U) 2T7 704-L-TC-Pd B2321120L TRIAD-P-IS 26 0.24 1.00 <20 0°F 7 120 B2321120RH TRIAD-P-1S 29 0.27 1.12 <20 0°F 7 (1)F025T8 727-L-TC-P(Z) UNIVERSAL-LEAD 30 0265 .95 <15 +50°F 1 (3'or U) 25 62321277L TRIAD-P-IS 26 0.10 1.00 <20 O°F 7 277 B23212T7RH TRIAD-P-IS 29 0.12 1.12 <20 0°F 7 728-L-TC-Pp UNIVERSAL-LEAD 30 0.115 .95 <15 +50°F 1 82321120L TRIAD-P-IS 32 0.30 .96 <20 0°F 7 120 82321120RH TRIAD-P-IS 36 0.32 1.10 <20 0°F 7 (1)F032T8 32 748-L-SLH-TC-P WR-LEAD 37 0.325 .95 <10 +50°F 1 A (4'or U) 823212T7L TRIAD-P-IS 32 0.13 .96 <20 0°F 7 277 823212TIRH TRIAD-P-1S 36 0.14 lAO <20 0°F 7 741-L-SLH-TC-P WR-LEAD 37 0.140 .95 <10 +50°F 1 B232:120L TRIAD-P-1S 38 0.35 .94 <20 0°F 7 120 B2321120RH TRIAD-P-IS 43 0.37 1.04 <20 0°F 7 (I)F040T8 40 734-L-TC-PM UNIVERSAL-LEAD 46 0400 .90 <15 +SO°F 1 (5') B2321277L TRIAD-P-IS 38 0.15 .94 <20 0°F 7 277 623212T7RH TRIAD-P-IS 43 0.16 1.04 <20 0°F 7 735-L-TC PCD UNIVERSAL-LEAD 46 0.175 .90 <20 +50°F 1 TWO LAMP/265 M.A. HIGH POWER FACTOR 6232:120L TRIAD-P-IS 29 0.27 .69 <20 0°F 8 120 B2321120RH TRIAD-P-IS 34 0.30 .98 <20 0°F 8 121F017T8 17 701-L-TC-P(Z) UNIVERSALSL 43 0.380 .95 <25 +50 °F 2 WorU) B23212TL TRIAD-PAS 29 I 012 .89 <20 0°F 8 277 702 L-C-P(T7RH TRIADUNIVERSAL-SL SA 34 0.14 .98 <20 0°F 8 • 702-L-TC-P� UNIVERSAL-SL 43 0.165 .95 <25 +50°F 2 82321120L TRIAD-P-1S 43 0.39 .87 <20 0°F 8 120 B23211208H TRIAD.P'IS 47 0.40 .95 <20 0°F 8 (2)F02579 731-L-TC-PD UNIVERSAL-SL S8 0.510 .95 <15 .+50°F 2 IT or U) 25 B2321277L TRIAO-P.IS 43 0.17 .88 <20 0°F 8 277 82321277RH TRIAD-P-IS 47 0.18 .95 <20 0°F 8 732-L-TC.PM UNIVERSAL-SL 58 0.220 .95 <15 +50°F 2 82321120L TRIAD-P-IS 54 0.46 .82 <20 0°F 8 120 B2321120RH TRIAD-P-IS 62 0.53 .92 <15 0°F 8 (2)FO32T8 3 749-L-SLH-TC-P WR-SL 70 0.610 .95 <15 +50°F 2 A (4'or U) 2 B2321277L TRIAD-P-IS 54 0.20 .82 <20 0°F 8 277 B2321277RH TRIAD.P.IS 62 0.23 .92 <15 O°F 8 742-L-SLH-TC-P WR-SL 70 0260 .95 <15 +50°F 2 82321120L TRIAD-P-IS 66 0.56 .82 <20 0°F 8 120 82321120RH TRIAD-P-IS 72 0.62 .88 <15 0°F 8 (2)F040T8 40 736-L-TC-P(D UNIVERSAL-SL 91 0.800 .90 <15 +50°F 2 (51 623212T7L TRIAD-P-6 66 0.25 .82 <20 0°F 8 ` 277 82321277RH TRIAD-P-IS 72 0.27 .88 <15 0°F 8 738-L-TC-P;; UNIVERSAL-SL 91 0.340 .90 <15 +50°F 2 B2591120HPL TRIAD-P-IS 106 0.890 .79 <10 8 A+ 120 82591120HP TRIAD-P-IS 118 0.99 .92 <10 8 A+ (2)F096T8 59 866-BR-TC-PM UNIVERSAL-SL WA N/A N/A <20 +50°F 9 C (81 82591277HPL TRIAD-P-IS 106 0.439 .79 <10 8 A+ 277 B2591277HP TRIAD-P-IS 118 043 .92 <10 8 A+ b67-BR-TC-PQ) UNIVERSAL-SL NIA NIA NIA <20 10 C THREE LAMP/265 M.A. HIGH POWER FACTOR B3321120HP 49 0.42 .97 <15 A+ 120 B3321I20L 43 0.39 .87 <25 A ( 17 B3321120RH 50 0.43 .97 <25 A • (2'2'or orU) 83321277HP 49 0.18 .97 <15 A+ 277 83321277L 43 0.17 .87 <25 A 83321277RH 50 0.20 .97 <25 A B3321120HP 66 057 .95 <10 A+ 120 B3321120L 63 0.54 .85 <20 A QF025T8 25 BM211208H 69 0.59 .95 <20 A (Tor U) B3321217HP 68 0.25 .95. <10 A+ 277 B33212T7L 63 0.23 .85 <20 A B3321277RH 69 0.26 .95 <20 A 8332112014P 88 P-IS 88 0.74 .93 <10 0°F 11 A+ 120 SM21120L 79 0.67 .82 <20 A (3)F032T8 32 B3321120RH 90 0.77 .93 <20 A (4'or U) B3321277HP. 88 0.32 .93 <10 A+ 277 83321277L 79 0.28 .82 <20 A SM21277RH 90 0.33 .93 <20 A 8332112DHP 108 0.90 .91 <10 A+ 120 B3321120L 98 0.83 .80 <20 A (3)F040T8 40 83321120RH 110 0.94 .91 <20 A (5') B3321277HP 108 0.39 .91 <10 A+ 2T7 B3321277L 98 0.36 .80 <20 A 833212T7RH 110 0.41 .91 <20 A FOUR LAMP/265 M.A. HIGH POWER FACTOR 8432112014P 60 0.54 .93 <15 A+ 120 64321120L 54 0.48 .85 <25 A (4)F017864321120RH 61 0.56 .93 <25 A (2'ofU) t7 84321277HP 60 0.22 .93 <15 A+ 277 843212T7L 54 0.21 .85 <25 A 843212T7RH 61 0.24 .93 <25 A B4321120HP 88 0.74 .92 <10 A+ 120 B4321120L 78 0.67 .81 <25 A ((3'or T8 84321120RH 90 077 .92 <25 A 25 TRIADPIS +50°F 12 (3'or U) W21277HP 88 0.32 .92 <10 A+ 277 B43212T7L 78 0.29 .81 <25 A ` 84321277RH 90 0.33 92 <25 A W21120HP 112 0.94 .91 <10 A+ 120 84321120L 98 0.84 .78 <20 A (4)F032T8 32 B4321120RH 114 0.98 91 <20 A (4'or U) 84321277HP 112 0.41 .91 <10 A+ 2T7 B4321277L 98 0.36 .78 <20 A 84321277RH 114 0.42 1 .91 <20 A 16504/MAG Energy Engineered Ballasts for T12 or T10,:.Rapid Start Lamps BUY LINE 7312 INPUT WATTS NOMINAL TOTAL MINIMUM LAMP LINE CATALOG BALLAST IANSIJ LINE BALLAST FACTOR HARMONIC STARTING WIRING SOUND NOMINAL VOLTAGE NUMBER TYPE(D CURRENT DISTORTION TEMPERATURE DIAGRAM RATING TYPE 60HZ STANDARD E.S.T12 TICS {AMPERES) WATTS LAMPS LAMPS LAMP ONE LAMP/430 M.A.HIGH POWER FACTOR B24OR120HP TRIAD-P-IS 43 36 46 0.36 97 .92 <15 7 B140T120RH$ TRIAD-S-MRS 37 30 39 0.32 .88 .84 <20 1 120 410-L-TC-P15) U+COMP-LEAD 40 45 37 46 037 -85 .81 <15 6 (I)F40T 121RS or 40 412-L-SLH-TC-PIM WR-LEAD 50 42 51 0.44 .95 .88 <15 6 0)F4OT1OJRS or 40 723-L-SLH-TC-P(D WR-LEAD so 42 - 0.44 .95 88 - +50°F 6 A I I)F4OT I 21RS E 34 8240R277HP TRIAD-P-IS 43 36 46 0.16 .97 .92 <15 7 157 81407`277R,40 TRIAD-S-MRS 37 30 39 014 +88 -84 <20 1 277 417-L-TC-PI) U+COMP-LEAD(D 45 37 46 0.17 .85 .81 <15 6 458-L-SLH-TC-P2 WR-LEAD 50 42 51 0.19 .95 88 <15 6 724-L-SLH-TC.P(I I WR-LEAD 50 42 019 .95 .88 - 6 TWO LAMP/430 M.A. HIGH POWER FACTOR B24OR120HP TRIAD-P-IS 72 61 75 0.61 .87 .83 <10 A+ B240R120RH TRIAO-P-IS 74 63 77 0.63 .87 .83 <20 A 120 824GT120RHZ TRIAD-S-MRS 70 60 73 0.60 .87 .83 <20 530-L-TC-P U+-SERIES LEAD 80 66 82 0.690 .95 .88 <20 A 420-LJC-P U+-SERIES LEAD 71 58 73 0.60 85 .81 <20 A (2)F.0T12/RS or 40 446-L-SLH-TC-P VVR-SERIES LEAD 86 72 88 0.75 .95 .88 <15 A (2)F40Tl040 fRStu - +50*F 2 624OR2T7HP TRIAD-P-IS 72 61 75 0.26 .87 .83 <10 A+ (2)F4OTI2/RS E S. 34 B240R2T7RH TRIAD-P-IS 74 63 77 0.27 .87 .83 <20 A B240T2T7RH(5) TRIADS-MRS 70 60 73 0.26 .87 .83 <20 A 277 537-L-TC-P U+-SERIES LEAD 80 66 82 0,310 .95 .88 <20 A 427-L-TC-P U+-SERIES LEAD 71 58 73 0.26 .85 .81 <20 A 443-L-SLH-TC-P WR-SERIES LEAD 1 87 1 73 1 89 1 0-33 1 95 18 1 <15 I A THREE LAMP/430 M.A. HIGH POWER FACTOR 737-LRSLH-TC-P WR-$ER(ES LEAD tA6 139 176 742 024 .95 -88 4 FOUR LAMP/430 M.A. HIGH POWER FACTOR _f2/RS or 40 120 18440SPR120HP 0,67 87 <to (4)`4OT701RS o 40 TRIAD-P-IS 141 1 117 142 1 1 (4)F4OT r .83 +50°F 5 A+ (4)F40T 121RS 34 H 0.29 1 10 � 2T7 I 8440SPA277HP Energy Engineered Ballasts for High Output Rapid Start Lamps LAMP INPUT WATTS NOMINAL TOTAL MINIMUM LINE ST LINE BALLASTFACTOR HARMONIC STARTING WIRING SOUND NOMINAL VOLTAGE CATALOG BALLAST (ANSI) CURRENT DISTORTION TEMPERATURE DIAGRAM RATING TYPE WATTS 60H 1 WIND AMPERES) NUMBER TYPE C). STANDARD ENERGY S. STANDARD ENERGY SAVING 03 LAMPS LAMPS (2) LAMPS LAMPS TWO LAMP/800 M.A.HIGH POWER FACTOR B2 I111RI20L TRIAD-S-RS 160 - 139 .80 - <20 AtB 120 62lOSR120 TRIAD-S,RS 173 - 1,50 .89 - <30 AIR [(2)F72Tl21H0 65 480-SLH-TC-P WR.SL 194 - 1.80 B 82110S -S-RS 150 - 0.60 80 - <20 AID 277 B21IOS8277 TRIAD-S-RS 173 - 0.65 .89 - <30 AID 487-SLH-TC-P WR-SL 194 - 0.77 - - - -20*F 2 8 B2110SR120L TRIAD-S-RS 190 160 1.63 .80 77 <20 A/B 120 B211OSR120 TRIAD-&RS 211 175 1.81 -89 .84 <30 AIB (2)F96TI2/HO 110 480-SLH-TC-P WR-SL 237 197 1 210 1 .95 .88 <10 8 I B21 IOSR277L TRIAD-S-RS 190 160 0.71 80 W <20 "1 27 821I ' OSR2T? TRIADS-RS 21, 1 75 0,79 89 .84 <30 0 1 1 487-SLH-TC-P WR-SL237 197 1 0.87 1 95 88 <10 Energy Engineered Ballasts for Slimline Lamps LAMP A _ TTS. INPUT W I NOMINAL TOTAL STARTING WIRING SOUND MINIMUM LINE j rATALnrBALLAST (ANSI) BALLAST FACTOR HARMONIC I VOLTAGE I NUMBER TYPE Q) ' DISTORTION I TEMPERATURE DIAGRAM RATING STANDARD ENERGY SAVING TYPE NOMINAL 60HZ (AMPERES) STANDARD ENERGY SAVING I WATTS I LAMPS LAMPS LAMPS LAMPS TWO LAMP/425 M.A.HIGH POWER FACTOR (2)F48T12 39 120 827511 Ot TRIAD-P-IS 78 68 031 99 .94 <25 0°F 13 AB 277 82751277RH 031 '99 .94 <25 8275112ORM TRIAOT'l-S 172 0.96 .92 - <20 0°F 13 A/B 120 806-SLH-TC-P VVR-SL 122 - 1.05 - - - +50°F 9 C (2)F72TI2 5-0 277 82751277RH TRIAD-P-IS 112 - 0,42 .92 - <20- O-F 1-3 -A/8 827-SLH-TC-P VVR-SL 122 - 0.46 - - - +50°F 10 C 120 B2751120RH TRIAD-F45 138 112 1.19 aB .89 <15 O-F 13 A/8 (2)F96T12 75 806-SLH-TC-P WR-SL 158 128 1.34 .95 .90 <25 +50°F 1 9 277 82751277RH I TRIAD-P-13 <15 13 AIS 827-SLH-TC-P I WR-SL 158 <25 +50°F t0 C (D Abbreviations: SL-SERIES-LEAD RS-RAPIOSTART S-SERIES TRIAD"-TRIAD brand electronic ballast MRS-MODIFIED RAPID START U+-UNIVERSAL PLUS'"hybrid"ballast IS-INSTANT START U+COMP-UNIVERSAL PLUS,"companion"ballast P-PARALLEL LAMP OPERATION WR-UNIVERSAL WATT REDUCER'"energy efficient magnetic ballast 0 Line Current shown is based on rated line voltage and standard lamps and will vary with any increase of decrease in the line voltage and lamp wattage. (3)minimum starting temperature shown is for standard lamps.Consult lamp manufacturers specifications for energy saving lamp starling temperatures- (4D UNIVERSAL PLUS(1)lamp"companion"ballasts match the light output and operating characteristics of(2)lamp UNIVERSAL PLUS ballasts but do not utilize a cathode cutoff device. CJ Also for use with F30TI2 lamps.Consult catalog. 06 Not recommended for use with energy-saving"Ll"lamps, Q)This UNIVERSAL"brand ballast,S covered by a two-year warranty and service program. (3)For use only with-U-lamps. (9)Not for use with"U"lamps, For information concerning ballasts not fisted in this guide consult h1agne7ek's full line catalogs of TRIAD and UNIVERSAL products. PHYSICAL REFERENCE OVERALL DIMENSIONS MOUNTING DIMENSIONS BALLAST WEIGHT TYPE LENGTH WIDTH HEIGHT LENGTH WIDTH RANGE (lbs.) ALL 9'/2 23/8 111/16 857/64 1' /16 2.7 — 3.7 RAPID START ALL SLIMLINE 113/4 3'/a 125/32 119/64 2 4.6 — 8.13 AND TRIAD H.O.R.S. UNIVERSAL 113/4 33/16 25/e 119/64 2 12.19-12.4 H.O.R.S. DIMENSION TOLERANCE ±3/64" WIRING DIAGRAMS • ALL BALLASTS MUST BE GROUNDED DIAGRAM 1 DIAGRAM 2 DIAGRAM 3 DIAGRAM 4 Er BLACK BLACK BLUE BLACK ACK FLA<•Ir L 0� � EIUE LINE LINE WHITE BLUE W A_.UE • WHITE WNITE BLUE BLUEIWNITE BLUE I 'rE.Ei� J BALLASTBLUE BALLAST RED YELLOW BEALLAST RED BLUYHITE BALLASTYELLOW RED BLUE RED YELLOW RED RED YELLOW ORN — GRN i GRNLA.NP \O.I ij LAMP LAMP LIMP I LAYP LAMP .Hl ra V�'CENi_R LAMP LAMP I I / I I I r?HP VO Z Ll.e L ON THIS END DF CENTER LAYP ONLY DISCONNECT LA"PHOLDER MUST BE USED DIAGRAM 5 DIAGRAM 6 DIAGRAM 7 DIAGRAM 8 • BLACK BLUEIWHITE BLUE I"E W."F. BLUE/WNITE �I.f 7E CAP REO%WNITE BLUE rELIwNITF RED,WIIITE PpEO BALLAST f rEI:w KITE BALLAST BLUE Fief BLACK BLUE BLACK BLUE BLUE LINE WHITE BALLAST LINE WHITE BALLAST YELLOW RED YELLOW pFp RED RED OR. — LAMP LAMP L I TIE GRH = GRH- LAMP LAMP LAMP LAMP LAMP LAMP DIAGRAM 9 DIAGRAM 10 DIAGRAM 11 DIAGRAM 12 DIAGRAM 13 BLUE Blue 1 _ BWE BLUE BLUE BLUE �Llf 1 LA•P 'R ,+ LINE BLACK BLUE BLACK REO BLACK BLUE WHITE BALLAST LINE WHITE BALLAST RED WHITE BALLAST YELLOW II (BALLAST t�BALLAST PED YELLOW ,'•`• , GHN— GPM- REO— / 1 LAMP LAMP ... LA-1 L1YP LAMP L AMP LAYP LAMP ' ' ' Electronic Ballast Specification . ~~ 1. Ballasts shall bomanufactured inthe United States 1V. Lamp current crest factor(ratio o(peak 8zR.k4.S.lamp of America. current)shall be1.7cvless per lamp manufacturers' recommendation. 2. Ballast shall bespecifically designed tooperate ....—(^).....lamps. 11. Ballast shall comply with all applicable state,federal and *Define lamp application. industry performance and safety standards:a)Shall bolisted with Underwriters'Laboratories,Inc. 3. Ballast shall beelectronic type and operate lamps ata b) Shall comply with F.C�C requirements governing frequency above2DKHZhnmeninputhequenoycd80HZ' e|m�mmagneboand --radio frequency interference. 4. Ballast shall consistently start and operate lamps from c)Shall comply with|.E.E.E.standards for line voltage supply(|ine)voltage ofplus orminus 1Opercent about the transient protection. center design voltage of12Oor277volts. d)Shall comply with A.N.S.iand|.EE.E.standards for 5. Ballast shall provide installed light level equivalent\mC.8.M. harmonic distortion. certified electromagnetic ballasts(plus orminus SPercmnA. 12. Ballast shall produce audible noise levels lower than quietest 6. Light output shall not vary b C..8.*>.certified ballast for same application. plus o,minus 1Opercent variation\nline voltage. 13. BaUastmhaUhave input power factor(ratio ofactual power\o -- `1Percent for^HP^Models. apparent power)above S09h(.S).^ ` *Above.97 7. Ba||a�e�cucy�c�r(n�ai�eUghtoutputperwe�oonsumed shall beat least 15percent greater than C'B.K4.certified 14 BaUaoisize and mounhngcon8gunudonshaUbeconsistent m n|outmagnodoba||umtedoyntom{ornumoapp|iou1inn ' � with C.B.K8.certified electromagnetic ballast for same application. B�a�hn�����m�[0mT/�m�m�u�m� shall bacapable ofoperating remaining}amp(s)\fone ormore � . 15. � �a manufacturer �n(1C;yea/s oomponion|umpafai|oraro,emovod. experience manufacturing electronic ballasts with a �wr documentable low failure rate. 9. Ballast shall provide starting sequence consistent with lamp manufacturers'recommendations and shall provide full rated 1O_ B�|aatmanuhmturerahaUwarrant baUmototobofree hnm lamp life. defects inmaterial orworkmanship for atleast five(5)years from date ofmanufacture under normal conditions ofuse. - - ' MagneTek: Leadership in Lighting Energy EngineeredKighting products MagneTekiscommitted inevery aspect o/operation to Any K8 eTehbuUastdooignatodas5hergyEhgineemd - energy conservation and leadership/henergy technology provides efficiency,quality and reliability. Energy savings can ba aemuch aaG0percent.And every ballast iaprotected bythe most Auamajor manufacturer o/electrical equipment and provider comprehensive warranty and service program inthe ballast ~ ofservices toutilities and industry,kAagneTekplays alead role in industry.The warranty period io5aroforTR|ADba|iao�o'on - saving energy,preventing air pollution and conserving our nation's industry first,and 3 years for UNIVERSAL WATT REDUCER and ` resources.With its wide array ofproven enorgy*#ioientproducts, UNIVERSAL PLUS ballasts. rNugneTekieinabetter position than perhaps any other company tohelp make amajor impact onthe nation's projected shortage nf Energy Engineered for electric energy. environmental protection Lighting takes the lead K4agneTekisfirmly committed tothe goals ofGreen Lights, The past decade has generated intense interest in the U.S.Environmental Protection Agency's voluntary, energy-efficient lighting uoaconservation strategy which often non-regulatory program which encourages American corporations provides alarge and quick financial return Lighting touPgmd«their|ighdngsystems,but only where pmfitab|eand � wher�qua|i�yo�|igh�inmuin\ainodorimpmved some 25po�emcd�|�ao�ohygonena�dinthe Uni�dS��s . and typically accounts for asmuch aa5Opercent of the electricity K8agn�ek aGreen Ugh�AUKh/=" commitment mitman1to coe��o�manyindue�ria|/commoroialbui|dings�Legi»|adnn. supply energy-efficient �oientUghhngprodu^=ofthehig" otstandards governmen/inidm�eoandgenena|�wamneosofihebenoUm�� ''= enargy-e#icienilighting continue toincrease the demand for «fquality and performance 0uhelp participating highly efficient and reliable products. corporations--Green Lights Partners--meet the program's ambitious pollution prevention goals. The Energy Engineered TM Initiative Also,aoaGreen Lights Partner itself,MagneTekhas signed a K8agneTek'sEnergy Engineered symbol isaregistered memorandum ofUnderstanding with the EPA ouaudit and trademark which assures you ofthe company's ongoing upgrade all ofits corporate facilities'lighting where appropriate. commitment tooptimizing the energy offioiencyofits products through every phase nfproduction--from research and Whatever your requirements development tointernal manufacturing and office operations./t Whether your primary goal iatosave money orhelp the also assures you of MagneTek'uofforinioaggressively update environment--orboth--K4agneTehhas your ballast. From first nst energy technologies and off erproducts which meets the special inspection 0ofinal testing,aKagneTekballast assures you of needs oftoday's- and tomorrow's- installations. quality inmaterials,workmanship and performance. ` JWMaqneTek Lighting and Electronic Products Sales Offices and Warehouses: 200Robin Road,Paramus.New Jersey 07052 5411 South Soto Street, bm Aoyeleo. CA 8005 ~ (21q581-8013 Phone:(201)987-760^1-800'8ALLA8T U.S.Hwy 48.P8.Box 548.Mendenhall,MG3811* ~ (601)847-12w ' Fax:(201)907-0904`Telex No.753 30 1501 Pratt Bom|evard, Elk Grove Village, |LO0O 7 ~ (7D8)80O-6S0 ou93 Printed in U.S.A. EBT LOW HARMONIC BALLAST GUIDE T12 &T10 ELECTRONIC BALLASTS RAPID START(SERIES CONNECTION) No.Of Lamp .Lamp Lamp InputLine . Input Ballast Power Starting •Wiring .0 Ballast Special :.'+ ':'.Ordering. I:am --.T _Length Watts Volta a Am Watts Factor Factor "Tem Di� am Dimension Approvals ��='rE'..'`•"'=:Code'"'•-=:"~:'` 34 120 . 0.27 31 --._.. .... SSBI-120-1/40 LH F40T12/RS 4' 40 0.33 38 ;0.89., >0.98.. .,,SOF. ;' 1.•:.�: :�,.:,B.' &TIO,,. . 34 ..:277 . 0.12 31 :,.<'. .s - SSBI-277-1/40 LH 40 0.14 38 :. ..., , . . . .... 34 120 0.50 59 CSA SSBI-120-2/40 LH . 2 F40T12/RS 4' 40 0.60 71 0.86 >0.98 50 F 2 B &TIO 34 277 0.22 59 SSB 1-277-2/40 LH 40 0.26 71 34 I20 0.77 90CSA SSB1-120-3/40 LH 3 F40T121RS 4' 40 0.89 105 0.86 >0.98 SO F 3 B &T10 34 277 0.33 90 SSBI-277-3/40 LH a0 0.39 105 �95f� � �+0':S4ir X60 (! 5 "37�766rH''[iH •�ti:. :tom. - :�.t10,�.,� ��'='. �i0:I0f=':,319(11:%:?� :�t` �. ice:~ r��.. 75%REDUCED LIGHT OUTPUT 2 F40T12/RS 1 4' 40 1200.52 61 0.73 >0.98 . 50F 2 B SSB 1-120-2/40 LH 75% &TIO 277 0.22 SSBI-277-2/40 LH 75% HIGH OUTPUT 34 120 0.60 71 1 1.05 >0.98 50F 2 B SSBI-120-2/40 LH MPX . 2 F40T12/RS 4' 40 0.73 86 &T10 34 277 0.26 71 1.05 >0.98 50 F 2 B SSBI-277-2/40 LH MPX 40 0.32 86 MINIBALLAST 34 120 0.53 59 0.86 >0.92 50 F 2 A SSBI-120-2/40 ML'v'I • 2 F40T12/RS 4' 40 0.64 71 &T10 34 277 0.23 59 0.86 >0.92 50F 2 A SSBI-277-2/40MR41 40 0.28 71 CANADIAN MODELS 2 1 F40T12/RS 1 4' 1 34 1 347 1 0.21 1 71 1 0.86 >0.98 50F 2 B CSA SSBI-347-2/40 LH &T10 40 10%THD REGULATED (50/60 Hz) No.Of Lamp: :Lamp . Lamp Input Line. Input BallastPower: Starting •Wiring *,:Ballast. ,Special ;:.Ordering:;; ; • Lam "`•:T Len th Watts Voltage Am Watts Factor .Factor "Tem Diagram Dimension Approvals ^ "'Code?:= . 34. 110-120 0.26 31 0.90 >0.99 50F 1 B SSB3-120-1/40 LH .1 F40T12/RS 4'.:.; 40 0.32 38. &T10 34 220.277 0.11 31 0.90 ->0.99 50 F 1 B. . SSB3-277-1/40 LH 40 0.14 38 34 110-120 0.50 59 0.87 >0.99 50 F 2 B SSB3-120-2/40 LH 2 F40T12/RS 4' 40 0.60 71 &T10 34 220-277 0.22 59 0.87 >0.99 SOF 2 B SSB3-277-2/40 LH 40 0.26 71 10%THD DIMMING (50/60Hz) 34 110-120 0.50 59 .0.87 >0.99 50 F 2 B SSB7-120-2/40 LH 2 . F40T12/RS 4' 40 0.60 71 &T10.._-. 34 220-2771 0.22 59 0.87 >0.99 50 F 2 B SSB7-277.2/40 LH 40 0.26 71 DIMMING CONTROLLER SSB7-120-CONTROL DLMMING CONTROLLER I I SSB7-277-CONTROL INSTANT START(PARALLEL CONNECTION) No OC "..•':Lamp z Lamp.: Lamp "Input. ,_Line;_ .Input Ballast .Power, Starling !.Wiring z.Ballest -;Special* : j*'.;Orderinj io+TYP)w- Len tli Wafla' .Volta e "Amps Watts Factor Factor' + - Lam Tem Dia D6e'n ton A covets ......_,. + '.• ' ; S�i:I5�r7 •- ,- -84�X10 .- - +�"6d:�?: �b22 Ot34rh ;IOS7� 8tt B CANADIAN MODELS 2 +.F9tiI11/ISr bta 60-dC75 1+347a ?�A;38Yi }3. 11:Q:8Si"elR9. :C GSA, 5SB24i2<9�t3. F •Refer To EBT Electronic Ballast Speclilcatlon Guide 10-Oct-91 EBT LOW HARMONIC BALLAST GUIDE T8 ELECTRONIC BALLASTS RAPID START(SERIES CONNECTION) No.Of Lamp Lamp Lamp Input Line Input Ballast Power Starting *Wiring $ Ballast Special Ordering:; Lamps Type Length Watts Voltage Amps Watts Factor Factor Temp. Diagram Dimension A rovals 7' Code 2 F032TB 4' 32 120 0.25 62 0.88 >0.98 50 F 2 B SSBI-120-2/32 LH 277 0.53 SSBI-277-2/32 LH 3 F032T8 4' 32 120 0.80 94 0.89 >0.98 50 F 3 B SSBI-120-3/32 LH 1 277 0.35 SSB 1-277-3/32 LH 75%REDUCED LIGHT OUTPUT 2 F032T8 4- 32 120 0.43 51 0.73 >0.98 50F 2 B SSB I-120-2/32 LH 7596 277 0.19 SSB 1-277-2/32 LH 75% 3 F032T8 4' 32 120 0.64 76 0.73 >0.98 SQ F 3 B SSB 1.120.3/32 LH 75% 1 277 0.28 SSBI-277.3/32 LH 75 MINI BALLAST 2 F032TS 4' 32 120 068 64 0.91 >0.92 50 F 2 A SSBI-120-2/32 MINI 277 0.25 SSBI-277-2/32 MINI 10%THD REGULATED (50/60Hz) No.Of ,Lamp Lamp :I Lamp I Input e Line I Input Ball" Power Starting •Wiring • Ballast Special. Ordering Length Watts Voltsig Amps Watts Factor Factor I Temp. Dia am Dimension Approvals Code- Lamps T�pe I I 1 1 I F032T8 .4! 32 110-120 0.27 32 0.91 >0.99 50 F I B SSB3-120-1132 LH - 1220-277 0.12 1 SSB3-277-1/32 LH 2 F032TS 4' 32 E121 10-120 0.52 62 99 50 F 2 B SSB3-120-2/32 LH 2 0 _277 .23 0:: SSB3-277-2132 LH 10%THD DIMMING (50/601-1z) No.Of I Lamp Lamp,I Lamp Input Line Input Ball" Power Starting •Wiring • Ballast Special Lams j Type, Length I Watts I Voltage I Amps I Watts I Factor I Factor I Temp. I Diagram I Dimension I Approvalsl Code 2 1 F032T8 4' 32 1110-1201 OM 1 62 OM >0.99 50 F 2 B SSB7-120-2132 LH 1220.2771 0.23 1- SSB7-277-2132 LH DIMMING CON"FROLLER K§57-120-CONTROL DIMN11NGC ONTROLLER 5 117-217.CO, FROL INSTANT START(PARALLEL CONNECTION) No..Of Lamp input Input I Ballast Power Starting Wiring E* Ballb 0rdering----­'.L Lamp_ Line Dimension Z7 Larnpi Type Length Watts Volta e Amps Watts Factor Factor Temp- Magi go I am i ension Approials, F032T8 4* 32 120 0.26 30 0.90 >0M !'50 F 10, A SSB2-120-1132 Is LH 277 0.11 SSB2-277-1/32 IS L" -�.-171'-; 120 02 .34;• 470-9.5:,, >0.98 50 F 1. B SSB2420-VI7 IS LH-,'r- '._5, SSB2r277-2fl7 IS 277 0.12 - LH ev:, 32 120 0.49 58 0.89 CSA SSB2-120-2/321SLH F032T8 :4',:. 40 0.59 70 0.80 >0.98 10 F 11 B 32 277 0.21 58 0.88 SSB2-277-2/32 IS LH 40 016 70 0.80 3 F032TS 4' 32 120 0.75 89 0.90 >0.98 50 F 12 B CSA SSB2-120-3132 IS LH 277 0.32 SSB2-277-3/32 IS LH IWFO32-Tal�� 0 =Min r !lam HIGH LIGHT OUTPUT 2 1 F032T84' 32 120 0.64 76 1.15 >0.98 50F 11 B SSB2-120-2/32 IS MPX LH 277 0.28 SSB2-277-2/32 IS MPX LH MINI BALLAST I 1`032T8r:j .4'.'.-s 1 �2 120 0.28 277 EU 2 .32- 1 0.98 >0.98 ..!io[7� A L�2-120-1132 MINI IS SSB2-277-1/32 MINI IS j CANADIAN MODELS 2 F032T8 4- 32 347 0.17 58 0.88 11 B CSA SSB2-34-7-2/32�ISUHH-- 1 3 F032T8 4' 1 32 347 0.26 88 0.90 >0.98 50 F 12 B CSA SSB2-�347-3/32 IS LH •Refer To EBT Electronic Ballast Specification Guide 10-Oct-91 i CD co INI 44 .. :. -77 MU to cu tz m - .Wo rte-• @_ P. Z N AI cm m co d w 4'7 OD C� rOy w D GTN Ch N C7�N ".7 N C n N .p^- •1 1•--1 N +> {r- t/ D D q � 1 -Z 1 1 cry is to w.. 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'�.k•L �'�KQ ."w �"' �,S•f,.� � :.f°'. �,,.. ���.,I, F5 ;�r..tl.:.re::�r, ':t: t'M'Y`.F� � 'd: c••'+, S c< :�p�?,:k'p'+;�+`�.. •,. .s,.Y.w; i;xH�r�li'�p'"-�qy}. ,•:z... - - �t,!��''' "r,s:;=.tip�•:�=Y c�R'c :� ��h rF';i.:;:;"� tp"J'�'F `k=�w'-''r3'-i^ �: ��'[:;�.^b: _ :S�•,.«,1F�5¢r^• :.kC-: ��;�� t':�;^ f V✓ ,;.ii?°; _y,a��My: �t �tir:,�!+x.i�,-" _ __ ... r'rri:or.:•.:.;"'' '.:1fr^i.'.itnc;i?c;: .A �• .+�s*;i,{i,� �S >.'r<' �7..i, • - .t?%�v+^,..r+.c'.,-v,- :a.�%:-;:,. EBT, Inc. Electronic Ballast Specification Guide Ballast manufacturer shall have been designing and producing high frequency (>20 KHz) electronic ballast for more than 10 years. The "High Frequency" electronic ballast shall operate lamps at a frequency of 20KHz or higher with minimum detectable flicker. The electronic ballast shall have a "Total Harmonic Distortion" (THD) of 20% or 10% depending on the ballast model. The electronic ballast shall have a "Power Factor" of not less than 98% or 99% depending on the ballast model. The electronic ballast shall have a lamp current "Crest Factor" of less than 1.7 or 1.5 depending on the ballast model. The electronic ballast shall be provided with integral leads, color coded to ANSI standard C82.1 (latest version). The electronic ballast shall provide for a minimum lamp starting temperature of 50 degrees F to 0 degrees F depending on the ballast model. The electronic ballast shall support a sustained short to ground or open circuit of any output leads without damage to the ballast or without blowing any fuses either inside the ballast or in line with the ballast. The electronic ballast shall be Underwriters Laboratories (UL) listed, (Class P). The electronic ballast shall have a audible noise rating (Class A) or better. The electronic ballast shall meet FCC standard for EMIlRFI (FCC Part 18, 15J. The electronic ballast shall meet all applicable ANSI and IEEE standards regarding harmonic distortion and transient protection such as IEEE 587 and ANSI C62.41 for transient protection. The electronic ballast shall comply with all applicable state and federal efficiency standards. The electronic ballast shall not contain Polychlorinated Byphenyls PCB's. The electronic ballast shall carry a three year warranty including labor allowance. 14-OCT-91 EnERvtonCOMPACT FLUORESCENT TECHNOLOGIES INC . QUAD ADAPTER • LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Side Mount Position Fits All Incandescent Lamp Harps • Save Energy- Replaces up to 90 Watt Incandescent • Universal Burning Position y- • LongLife - Lasts 10 times longer than standard bulb • Available in Normal and xz:=. High Power Factor (HPF) < •; • Durable VALOX Housing • " :; `` 45,000 + Hour Ballast • 10,000 + Hour Lamp Life O Air Cooled, Water Resistant .. Ballast Ratcheted Brass Socket Yields Versatile Applications -.''.�?i' 'fid' a:•..5,•:'::-°i;"_�:.: �- _ mer � ,�., • Total Harmonic Distortion (THD) does not exceed 20% • Shortest Possible Overall Length • 120 Volt, Medium Base 3800-L 3900-L MADE CHOListedIN USA „ � DI ENSIONS 11LAMP/BALLAST LIFE , AMMILM W 7H '36 L QUAD 9 60 WATTS 600 10,000/45,000 HRS. 23/a" 19/16' 5 e/16" 25°F 3600HPF-L QUAD 9 60 WATTS 600 10,000/45,000 HRS. 23/4" 19/16' 515/16 25°F 3800-L QUAD 13 75 WATTS 900 10,000/45,000 HRS. 23/4" 17/6" 515/16" 32°F 3800HPF-L QUAD 13 75 WATTS 900 10,000/45,000 HRS. 23/4" 17/8" 6 5/16" 32'F 3900-L QUAD 22 90 WATTS 1300 10,000./45,000 HRS. 33/16 11/8" 7 1/2" -26°F 3900HPF-L QUAD 22 90 WATTS 1300 10,000/45,000 HRS. 33/16 17/8"1 7 7/8" 1 -26°F DISTRIBUTED BY: Ennvton TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 (800) 537-7649 Rev.2/93 Printed on Recycled Paper �� FAX: (619) 598-5332 EnFivion COMPACT FLUORESCENT TECHNOLOGIES INC . HARDWIRE ADAPTER LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Works any Direction - Vertical or Horizontal Right Side or Upside Down • Save Energy- Replaces up to 90 Watt Incandescent • Easy Installation ;F ' • Long Life - Lasts 10 times longer i; than standard bulb 1' • Fewer Lamp Changes • Lower Maintenance Cost *�� • Durable VALOX Housing • 45,000 + Hour Ballast R''�• • 10 000 + Hour L amp Life • Air Cooled,ed, Water Resistant Ballast • 120 Volt �� rise....,•,?=c;.'°. ::G" -.r,,;. f .>""C•:{::aK...•.:.•- :r'ri,``:h.'fit:;: .�:' '��Yb,�aa:r:.. e? Ay.. .-'ti'.. i".y'.i?,•'. ,.St as'f.'.� ..f"{y".�,,�a"'k%L•".:�iS.k.,: )��:a y MADE IN USA CIP s . ,a FE 3000H RATED AVER E 511 5 25 WATTS 250 10,000/45,000 HRS. 25/18" 15/8" 00 F 3200H 7 40 WATTS 400 10,000/45,000 NRS. 25/18" 15/8" 53/8" 0°F 3500H 9 60 WATTS 600 10,000/45,000 HRS. 25/18" 15/8" 65/8" 25°F 3700H 13 75 WATTS 900 10,000/45,000 HRS. 23/4" 11/8" 71/2" 32°F 3800H 13 QUAD 75 WATTS 900 10,000/45,000 HRS. 23/4" 17/8" 47/8" 32-F 3900H 22 QUAD 90 WATTS 1300 10,000/45,000 HRS. 33/18" 17/8" 61/2" -26°F DISTRIBUTED BY: CnC:tvtOn TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev. 1/93 FAX: (619) 598-5332 - rcnrnvton � COMPACT FLUORESCENT TECHNOLOGIES INC . 13 WATT DRUM FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON a .. O Uses one 13-watt replaceable compact fluorescent single twin tube lamp e Energy efficient • 10,000 hour replaceable lamp O Wall or ceiling mount ® High impact white acrylic drum ® Stamped steel pan O White powder coat finish O 120 Volt MADE Listed tib: r IN USA t.r I--W INCANDESCENT INITIAL RATED AVG. DIMENSIONS . WATTS . EQUIVALENT LUMENS LAMP/BALLAST LIFEt W H 1013 1013-L 13 WATT 60 WATT 900 10,000/45,000 HRS 11" 3" • DISTRIBUTED BY: amnion TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled PaperOD-11 (800) 537-7649 }� Rev.4/93 FAX: (619) 598-5332 E Fnvton COMPACT FLUORESCENT - TECHNOLOGIES INC . 39 WATT DRUM FIXTURE � LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON lowa ® Uses three 13 watt replaceable compact fluorescent single twin tube lamps 0 Energy efficient i 10,000 hour replaceable lamp 0 Wall or ceiling mount it High impact white acrylic drum 0 Stamped steel pan $� 0 White powder coat finish .. 0 120 Volt -• &: --� � � �::�s� MADE • ` I N USAL Listed ., . ., H i--—WINCAN --I MODEL r r r r EQUIVALENT 1039 39 WATT 180 WATT 2700 10,000/45,000 NRS 14" 3" 1039-L DISTRIBUTED BY: mmFi ion TECHNOLOGIES INC. 12150 Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 0— ^'°' FAX: (619) 598-5332 + >v - - COMPACT FLUORESCENT 40TECHNOLOGIESINC . 26 WATT DRUM FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Available in High Power Factor >0.9, or Normal Power Factor 0 Uses two 13-watt compact fluorescent single twin tube lamps O Energy efficient A Wall or ceiling mount W High impact white acrylic drum ii Stamped steel pan White powder coat finish ' ``' • 120 Volt MADE IN USA .} r. 0 - - Jam^::x°• ¢ 4p'S':;'.._,r:"- �.,,�� Listed F---W---� INCANDESCENTD AVG. DIMENSIONS EQUIVALENT LUMENS LAMP/BALLAST LIFE W H 1026-L 102frNPF L 26 WATT 120 WATT 1800 10,000 J 45,000 HRS 11" 3" 1026 1026-HPF DISTRIBUTED BY: cm:tvion TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.4/93j( FAX: (619) 598-5332 REFLECT;_=STAR® MAGNETIC 13W •• _ 1.90" _ 1.90" _ 4$.2bmm 49.26. _ 1.90"_ 4$.2b 48.26mm 6.75' .. .v„. 171.45mm 171.45mm 6.7S' - 171.45mm T.•eZf.!:.•w.Lr. .'-te.........`_.-.,':.�._-;l'trLifi•„4-i�...Yn_1x.�,wL•Y.5r`JJ.•.'�-.•a.�i..,._u...':,y...+,r-.t.'!..-.It=...'-r__t.�_.y...-::-:`1.-. r«”.-.„''.'.i-iM'„-�.r•.:i•.,_J�:_-_-,r..�'""''r.rte'.....1--.«.Y.°:n•,�?."•�,�.`rf`_.,:•_FLMntE:.^.n�-".-..4.l."-1..'.r�.rK.._ i :r'iari�.-«:`f�.."�,Q=RJ;--�.�J.•�•.te-:¢+''"I".�i.�r-:-t-_,. '-v~..T.'.'.'•:.v:_."'�:_�i..1__.'e•:.,if�t-•.l:•,xY.F•:.''_:�:-:-5:,5^,2+�T2_a5. 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' ".,S+i•.'`_-'—�.3 l—:.:/—y�-►:�.,.. 175* 75." 133.35mm 114.30mm 95.25mm 1325 MODEL11324MODEL MODEL 11323 1323 LAMP:PLQ13 LAMP:PLQ13 LAMP:PLQ13 REFLECTa-STARMAGNETIC 9W 1.90' 1.90' 1.90' 48.26rnm4$26mm 4$.26mm 625' 6.25" 158.75m171.45mm I5$.75mm 4.50' 3.75" 133.35mm IIa.30mm MODEL10925 MODEL10924 MODEL10923 LAMP:PLQ9 LAMP:PLQ9 LAMP:PLQ9 _ _ -•_y ^- ...•+j.;f.t l,.:ir•" elm REFLECT-=STAR" ELECTRONIC 1OW 48.26mm 48 6rtr 4826mm 6.75 173mm 171.45m[n 171.45nm lla 30mm 952Srtun MODEL 30 MODEL 1 1025 MODEL 11024 23 LAMP:PLQ10E LAMP:PLQ10E LAMP:P c i w . afSilver Gold 45 .:' Xz- .: � >-'A.t'✓:-... i-..^{'t• - '•..• .� .- ., t - ,_f}.: .� (standard) (optional) REFLECTOR COLORS MICRIII)LAMP" MAGNETIC 1.90' 4826mm1.90• _ _ 1.90• Y ... �48.26mm 4$.26mm� .._.M.71 - _ .. .' � ••1.� .. 3.80 ..,:.'.r` . ♦�1-J 165.1Omm • 151,93mm :�'i 147.32mm MODEL 21320 MODEL 20920 MODEL 20510 LAMP:PLQ13 LAMP:PLQ9 LAMP:PLS MICRIH)LAMPO MAGNETIC/GLOBE 4816mm .- ._ _ 8.26 1.90' . 48 26mm 7.00' 6.75' - s.. -.....,. - .. - 3177.SOmm 'r" 11; _ F7i.:LL_,x:... .._ 6.75•.. 11 271.45mm `'=�• ; _ m. 4.20' ~106.68mm 410' .._. ... `-4.20. T—• ��106.68mrn� .�._ _t –IO. 0- MODEL 213204DG ._..... MODEL 20920-DG MODEL 20510Dti - LAMP:PLQ13 LAMP:PLQ9 . ,.....'.--'. LAMP:PLS---.,._.-...,_. MICRiII►LAMP® ELECTRONIC MICWDLAMP® ELECTRONIC%GLOBE. - a' ?3 i 1.90' .. ��.. :. —'1,90• 6.40' 16236mm : I.. 730'. .•y: ,;fes -�=c?I _, '_ 185.42mm _ .,.__. _ _ j•' -i. .7* _ r : X60•• "-^^���— Ai 420 % ' __ .i- •n.. J96 68 MODEL 21020. M D LAMP:PL O EL 21020•D(i LAMP:PLQIOE d.',, .*;.. _'i r, �:• ::r•:M Kai,;::' � - •'.K• :fir. :iJ'.i ':r '.`.. �.';S+a. .d..r p.aw' i�•- - - - ter'- - -•�: .:f h _ 'M t r♦ ..... _ ._ _ ..... �'^=ti:^ .':•:: fig¢\ X(`Pl IN LT-100 INSTALLATION TOOL nE:q,:qon c L TECHNOLOGIES 'INC . VANDAL PROOF FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON I* • Compact Fluorescent Lamp Included 0 Can Be Installed • LEXAN Housing Vertically or Horizontally • LEXAN Prismatic Lens 9 White Powder Coated Reflector • Stainless Steel Tamper Proof Screws 9 Wet Location G.E.'s LIV Stabilized LEXAN Housing and Lens BLACK or MMUTf C HOUSING White Powder Coated jyjAluminum Reflector MADE IN USA tj Listed Lamp FOR INDOOR/OUTDOOR USE Installed A With High Abuse Areas Set Screw Address Marker • Pathway jStep Light Stainless Steel Vandal-Proof Screws • Corridors • Car Ports too RATED AVERAGE DIMENSIONS MIN.START LAMP/IBALLAST IJIFE D 170!81 5 25+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 0°F 000 -L 7000 W-L 5 25+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 0°F 7200 B-L 7 40+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 0°F 7200 W-L 7 40+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 0°F 7500 B-L 9 60+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 25°F 7500 W-L 9 60+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" 25°F 7800 B-L 13 75+WATTS 10,000 j 45,000 HRS. 4" 4.625" 8.562" 32°F 7800 W-L 13 75+WATTS 10,000 j 45,000 HRS. 4" 4,625" 8.562" 320F 7900 B-L 22 90+WATTS 10,000 45,000 HRS. 4" 4.625" 8.562" -26°F 7900 W-L 22 90+WATTS 10,000 j 45,000 HRS. 411 4.625" 8.562" -26°F *AVAILABLE IN HIGH POWER FACTOR DISTRIBUTED BY: rcmnvton TECHNOLOGIES INC 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.1/93 FAX: (619) 598-5332 COMPACT FLUORESCENT EnE:tvion TECHNOLOGIES INC . FLOODLIGHT • LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • DEVELOPED FOR DURABILITY • ENERGY SAVING • 880OB-L & 880OG-L REPLACES 100 WATT PAR FLOOD • 890OB-L & 890OG-L REPLACES 150 WATT PAR FLOOD • IMPACT RESISTANT • VANDAL RESISTANT G.E.'s UV Stabilized LEXAN • WEATHER RESISTANT Housing and Lens • LAMP INSTALLED • COMPACT SIZE • BLACK OR GREEN HOUSING ;.� • 1 ks.s. O WET LOCATION f; iCS lz " *p #: s • Stainless Steel Vandal-Proof Screws Lamp Weepholes `+.,.. Instailed Polished Aluminum with Reflector With Set Screw Custom Angles eaded Weepholes Base Rugged LEXAN Swivel Knuckle Mount will not rust or corrode. Extra Durability Where It's Needed Most. MADE IN USA (W Listed PARIFLOOD RATED AVERAGE DIMENSIONS 11 � 13 B L EQUIVALENT f 8800 100 10,000/45,000 HRS 4" 41/2" 81/2" 32°F 78800 G-L 8900 B-L 22 150 10,000/45,000 HRS 4" 41/2" 81/2" -26°F 8900 G-L DISTRIBUTED BY: E n E:qq on TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper }�0EX (800) 537-7649 Rev. 1/93 FAX: (619) 598-5332 RETROFITS 120 SERIES CIRCLINE RETROFITsl­ �"�= � `_ ADAPTER �� DESCRIPTION =��,•,, ,•.r�- The versatile 120 SERIES circline adapters are designed with either a medium base attached for 120 direct screw-in (120 SERIES) or with a medium base on an 8" pigtail for remote sockets (121 SERIES). - ORDERING INFORMATION MODEL-LAMP DIAMETER OPTIONS 120-20W 6'A' HARDWIRE 120-22W 8" 121-20W - 6I/V • � 121-22W 8" 121 i i I 1 3 0 S E R I E S ROUND PLATE RETROFIT DESCRIPTION _ .,.r The multipurpose 130 SERIES is a 5 1/2" round plate that is designed to convert incandescent round recessed fixtures, ceiling drums and wall fixtures to energy efficient fluorescent. =" ORDERING INFORMATION: "s MODEL-LAMP DIAMETER OPTIONS 130-PL9 63%' LOW AMBIENT BALLAST(PL) wP _ _- - 130-2PL9 711Y MEDIUM BASE PIGTAIL 130-20W(FC6) 6 M 12VDC BALLAST(PL) -- -- — 0.' • FLOODLIGHTS i 5800 SERIES 1 I ECONOMY HPS FLOOD t..• r �.- i I I _ DESCRIPTION A compact, cost efficient, high pressure sodium floodlight idea! for security lighting, landscape applications, parking areas and storage complexes. Especially appropriate for retrofitting incandescent quartz and PAR floods. i i FEATURES Housing: T ■ Die-cast aluminum with architectural bronze finish. 8" M 1/2" heavy duty adjustable mounting knuckle. ■ Anodized aluminum reflector with hammered finish for maximum reflectivity. Lens: ■ Tempered glass with waterproof gasket. Ballast: ■ 120V, 60Hz., normal power factor. 8 Listed Wet Location ORDERING INFORMATION: MODEL-LAMP OPTIONS 5800-35W HPS PHOTOCONTROL E5800-50W HPS 3" POLETOP SLIPFITTER 5800-70W HPS HIGH POWER FACTOR 5800-100W HPS 50W"WHITE"HPS LAMP 5800-15OW NPS t I ------------ AREA LIGHTS i I 2600 SERIES I MINI WALLPRISM I k . ng I ua 1"'I II II �..r \y DESCRIPTION A compact, high pressure sodium area lighter for parking areas,office and industrial complexes, hotels, motels and apartment/condominium developments. FEATURES Housing: ■ Rugged, corrosion-resistant, die-cast alumi- Ballast: num with architectural bronze finish. Conduit ■ Ballast is 120V, 60 Hz, normal power knockouts provided. factor. ■ High efficiency specular aluminum reflector for maximum light projection. Q Listed Wet Location Diffuser: ■ Vandal-resistant clear prismatic polycarbon- ate. Fully gasketed. 0 ORDERING INFORMATION: MODEL-LAMP OPTIONS 8'h 2600-35W HPS PHOTOCONTROL 2600-50W HPS 2600-70W HPSl-- 61/2"—I F-- 8'1x' 2600-100W HPS WESTERFIELD SAN DIEGO, CA 41 Scientific Component Systems 2651 Dow Avenue, Tustin, California 92680 Telephone (714) 730-3555 FAX (714) 730-3817 12" ZIP CORD MAXIMUM EXTENSION 3.5" UPPER -HOUSING --� DIAMETER 5.25" MAX FIXTURE HEIGHT 4.0" f MINIMUM CEILING OPENING —DIAMETER-- ' TRIM RING 4.5,. LENS } DIAMETER WHITE SLIDE BLOCK 5 OR 9 WATT VERSIONS BLACK LOCKING BLOCK ZIP CORD X18-CRS 4" CAN Retrofit for recessed cans with ceiling openings of 4.5" to 6".diameter.,Fully anodized housing. Zip-cord installw: on. White powder-coat reflector. Polycarbonate diffuser. Single 5 watt or single 9 watt versions available. Dedicated ballasts for specific wattage. Suitable for damp locations. Fully U.L. listed. SC ZIP-C 12 scientific component systems ORD !'.`lAXIMUM 2651 Dow Avenue, Tustin, California 92680 EXTENSION Telephone (714) 730-3555 FAX (714) 730-3817 71/2" UPPER HOUSING DIAMETER f / 6V." FIXTURE* HEIGHT 7 3/. DIAN f V MINIMUM ZIP-CORD CEILING OPENING 711116" DIAMETER POLYCARBONATE DIFFUSER Double 13 watt retrofit for iecessed cans with ceiling k MAXIMUM ooeninGs of 73/" to 9" diameter. Zip-cord installation. I DIAMETER V :ile powder-coal rellectoi-. Polycarbonale diffuser. Two I AT TRIM 1 watt lamps. Operates on 110-120 V AC. Fully U.L. listed. Suitable for damp locations. Patent 94,520.436 V 595.969114,641.228114,704.644. Scientific Component Systems 2651 Dow Avenue, Tustin, California 92680 Telephone (714) 730-3555 FAX (714) 730-3817 12„ ZIPCORD MAXIMUM EXTENSION UPPER HOUSING DIAMETER y 11 4 3(8" ' FIXTURE HEIGHT ,r 6„ MINIMUM CEILING OPENING DIAMETER : TRIM RING--� 6" ---LENS DIAMETER WHITE SLIDE BLOCK --- BLACK LOCKING BLOCK -� ZIP CORD ---� X18-CR 6" CAN Retrofit for recessed cans with ceiling openings of 6"to 72A"diameter.Fully anodized housing.Zip-cord installation. White powder-coat reflector. Polycarbonate diffuser. Double 5 watt or double 7 watt versions available. Dedicated ballasts for specific wattage. Suitable for damp locations. Fully U.L. listed. �....:.. - ,,..a:.4wwww:vrw.,..:.-x a-:n.4._-n.nnt..'•..,i... -... ...:u-.«...r,maw++,�.T:A.:...•tgx`_..,.._-,..sw.e.,»;r j:Yy.aa.._"� _ _ . .:..:.:... AL ..3 of MM.w _ .ria`==+-."•.i :ra Y: f.p - J ; rim I r• F.- aA> - - } Fr :� r _.-_._":---.,-•• i'" v.. 4i?- -'t. - •�i',,::r�'AASsa x..',;:rL^.a::::'d.. .. r"•�- �+,�. ..r�!'�' :itL.:!r-c :si'c,�a:a%F••, x7R r'� - I y4\:..r:4.'Jiia,.^.:'- A+aat.!'4lf.. >+`.r - .�C` •F^:J...;.,:r:. ..j,a„ •�l 4: t•w i• •v t. rt y� ,Ft 1ST - sfa - .-{.lt. ^moi:_..N •'!A• wy. .,. .: ,•,.i...w,..tt..,,,...,w.,.•a.u•tx,fa+"r-,...._-+.«..:`',::�'...t_r.. .,,.i-.. 32a. .�r - h 'x rc - ... .,. .. i. .. .. .. ... - �ti.. vy.:!�t0.`'19:r:•;�;r `y„r;.{.,�trs:.:;+Fn i�M..';"':.::,P;% '.m... +'., +o.7°:a t U _ - N r - 't-- .s - Yy� J .�...?•!n _ aJ>,t ,.'fes - 'i -"rw - a"z.r s Y. Kar` b •-.�`.^ -r:G.:': nM` in. r •'L • c is w., , , r _ _ n. - F. rr 1 - — ..• -..'.... .. ..._.,......_: .• S , - I ill' •1 a +J. L .cls_ ._ .e.4.}i_>.,.,..n3...-w.�x.n.n3.•:..w..,.�,!.i...w.rn.t_n,-.. _-,_,.,.=tri•- - _ -:'✓'� ,.'�:^f+r'�`iia. .i'F:+":.A.":: _. �'lrt - ^t_ ,-1«r :��-= yet.�,. �w K _ �!Vle t e�rie S�H:. °,�_: r, -��- _r� .�: �: ..-�.. �,�� -vv des« i�e`ad la17 � �.: your best bet yet to ive.workin eyes a break! .Because office t _ Y s aff'�members may.be _... _•,��.i-:.:rte Ysit?ti.... ^ _ - :.-..' •.:.......... .......r.:,_ .,,;'moi s> 1,ai:: :�:6 - . .....-_..._. .........,_.._..__y.- _ - . : . _-'.. ,.. ....:-...::',:... _ _ s;. nth�s•`arid''�ears under .w ;commercial lighting;sel-ested�by::you.—how . eyes ho e e Id u t s e o under,: de strain _ in�w- ._ -will b e the e - Y : p... : final proof of our choice li Min s stem. That'svJh ou want to ��- no ::=f , vv a a ou e neve -e ens ere excited about"it because we can talk VEFFECTIVE' E EN ENERGY YSAVING" ::. •_ G ` . - ��':�' . �- �: .�• = _� : lighting-irvhich"measures�up to the latest - H li htin s ecifi - cations. EVEN and d : . _ - EFFECTIVE !TIVE E F t e - C h fir vv st r a in our ds e - 3 theme create`a sight saver.A legis that attacks her; the old problem of "Veiling _ like'no of Reflections" (reflections-caused by. images f mt i he I ht source I - ro o rce ref, i. esti s . 9 n nto�a person s f s rom e s e th urfa e e c at vv h hic h - _ Y e islooking _ .. " " - _ �Tlit='rieinr'KSH 3 @ lens delivers !i ht ra s o t the work surface am preferred directions ze tlVe an -� increasein � !nReflections" 9 - task es*vtisi comisticated puter techn qu ere�used�ohgenerate ;. :: ...- a unique form of candlepower distribution , ...-...:_. . . ... . .:.:.... :::.: :..:: :::..w,��:. . . .:.. •' _ is wh' h provides visual benefits in almost any lighting situation._ "Environmental Research Laboratories PROTECTED BY U.S. PATENT NO.3.988,809 AND OTHER FOREIGN PATENTS. FEMALE ELEVATING DEPRESSING PRISMS FLUTES PRISMS PRISMS Now. ..a scientific blend 4pof four optical bands each wforming an YtJ_.y�`Y•• •.'�•4 Z. t „y" 3!s•� f�'1��.S'�S ��`•.:�'•'� '•',•.• � .. portant ' 3'.., ..:;r�fs..�`�. 4:,.,�e '�.£ ..t?{�S." _ St 's. +e•�-�' �..".l�i!�G`.. ..T......... �.'`'..•�'�� r..ye' -: :s�;.."by.�+�, ..3"','x, .E,:... .f.t'�.�-.'�-� .•';"df'.'�' r �e�''.i: a'�k'.:.:2�'.:'.; �' function. _ - _ . _ .} r,, :� _ . £,� :�•t . : •:y�T' - FPr�":''f X24 t�Fi...t- r,:�;'� ..'`^. .1 "+b'.fi'•k.�°'.'%pi. �`•' j�;7.' ..'+ tau-'�'. � - ;;;;' �*;,, •�,<�;:�,. by �.''• >xz. 5"�T:�T}'+;''_ ..!'s moi'.. >y"r'{:.�'� �i• . ::.•�A`L{3+124, :)'•:1_ .4'. �� .t.�i i� ,r. ��J M1.ja. ' :�. ,.. � _• "f � ; Pira va:�.�'a���k'� ' �N����� Lighting ~���� �w��~�� ' �~�~ �~ ��~��~��~~��� �~~�~=���~~ � ��=~���~�����~�~� Changes are taking place in lighting design techniques.Factors such as the energy crisis and the adoption of new forms of lighting specifications have meant that conventional procedures involving rules oYthumb and approximate techniques are becoming less acceptable. Methods using CU's and standard S/MH ratios tend to mverdesign the lighting system in many situations. 1. Co-efficientmofUtilization versus Point by Point The standard lighting calculation invown CU's provides onlyAsunexample,consider the design ofanoffice area usshown uv the average illumination level.The average level,however,takes Figure Afor aspecified level cx7nfootcandles. Using aCUcal- into auoount,emoueoomarsofmemomanutheextnomepe,im- nu|auon.for sfixtures,Table 1.the illumination level/,calculated ,ye, a,eas, where o,ninut visual t*yx, are ,a,e\v carried out. to 59 {o. As this does not meet the specified leva\, two om,a These points normally have lower illumination than the general fixtures would oeadded. (8fixtures would calculate uorefo.) working area, and txoe,oe to produce the required average Table 2gives the results o/aPoint»yPoint Calculation for the 6 /e,e|' the CU method cavnoo the overall footcandles to be in' fixtures,made for the sopoints marked.These calculations show creased to compensate for the|m*points. that in ,acu, over 70fc are pnogvoeu in the work area,and that The problem caused uyCUdesign |snot that n/insufficient or the system meets the specification using 6 fixtures. !nthis in- poor quaxtyiovminaoon. butmutitoanuuggeat that more light stance, o3% more fixtures would have been installed had only than necessary is needeu, causing increased cost and energy the CUmethod been used.wm|ot»ePoi^/byPoint Method allows wastage. aconsiderable saving. 4' Results of Point by Point w/6 fixtures—Points on Figure A. Six 2'x 4'troffers-2 lamps-3150 lumen lamps Conventional Female Cone Lens ROW 5 High Low ROW FC FC FC 62 58 60 31 2 88 82 85 4 88 82 85 X X X C mw' 2 5 62 L 58L 60 Work area average 77 FC TAoLs2 --------- Point uvPoint Calculations are handled best uvcomputer.The' FuaVnE A computer operator simply issupplied with details p/the room and the lighting /ayovt, and a print-out o/ footcandles a/ any point mthe room can beproduced. Ceiling Height 9' Rouec aom Rw sn% n/no%LLF ~ Js 2' Spacing to Mounting Height Ratio u'x 4'troffers-2 iamps-3150 lumen lamps Maximum spacing»omounting height ratios provided by manu- convennonmFemale Cone Lens oanture,n are determined by using a standard IES technique. This standard method guarantees that irthe designer does not exceed the specified maximum S/mHratio,then poor uniformity due to dark areas on the work plane bumvoan m~v will not be CU Calculation apmulem. The standard technique used to find maximum SomH.however, isanapproximate method only,and anstated »ythe IES,tends 16 X 18 to uoconservative. Where a low energy xOxongdesign re- CU 0.60 quiwd.using awide spacing o/fixtures,auniformity calculation using point by point footcandle computations, also IES ap- proveu.oftenwmuxowthatan moreo^eu spacing between rows can be used, wm|o maintaining good uniformity. Table 3gives to meet 70 F.C.-8 fixtures reqd. example data from acomputer Point byPoint Calculation.While the standard method su stthat the particular fixture should 16 x 18 uelimited toa1J:1maximum S/mH.the Point uvPoint Method U shows that o oxm* o, 2.11x can be used wmoo producing an TABLE I K excellent uniformity or1.u8:1. „ .*On a 10 it. ceiling, for example, the standard method limits the spacing of rows to about 13 ft.,while the Point by Point Method shows that in fact a spacing of 16 ft. or more can be used.(See Figure B.) 30' ................. —161 f C..-j A M�j Performance Data .. ......... The following studies show the ability of the 3-E lens to out oot3perform the standard KSH-12 lens in terms of effective foot- 30' e-- candles(E.S.I.) and low energy applications in continuous rows. -MV XX? C X . ...... ExXXXXI x EXXXXxIi x( 16' O .----fixtures ( ./�� , 140 120 KSH-12 r N100 a so u o ♦, ' : < 60— Z 0 i -� When standard prismatic panels can no longer illuminate the 2 40 - work stations between the rows of fixtures, the 3-e is just o getting started. The tables and graphs shown below are based 20 on 69 point footcandle calculations taken at the locations in Fig. C and clearly show the superiority of the 3-e lens in low 0 energy applications. 6' 8' 10' 12' 14' 16' 18' 20' 22' 24' 26' prsance acres row+ 30' Initial FC—Rows 16' on center—Watts per square foot 1.55— * _ Report No. ERL 1273E and BALL 18016—Paints 71/7 from rear wall ^�•'.+T.i.'.w''O.,yf.i��a�•,^.Cr�^r''� +=q'!'i�i''-¢'e s�:3'Z�tr=�;�Tr Si�:�==°i: KSH-12 KSH 3-e ..fid{aup'fwa <.. +.wC�`% •'Igmi.-•�—._aaii'..ro,Y.+.�'.. -17 ''w,` zf =yk.ye;S .tif:.�•:"KS .�_. ..,;,; ;..• '�'�'?7cxxx•�t ,.,.. Wiz' � Highh Footcandle 100 94 xXxXXXXxXXXXxxxxxx Loµ, Footcandle 51 68 4-a-'s Ratio 2.0 1.38 $r .:.�.. 2 Z. "_ "`x * `' Spacing to Mounting Height Ratio - 2.13 5�-�sr"_r�:�sqi� '.�'�ws.�:+flri-!,?:�t•;�z',%�4+ SvKruy 30+ .xxzxzzzxxzxxxxzxzxlcxxzx Acrylic material used in KSH 3-e meets ognized standards. :_;���.5`_.xs�r;�_�;{=�:.::;:��,:,�_s.?,,w_ �:�•�w«: or exceeds rec The acrylic used in KSH 3-e prismatic lighting panels is 100% "`�"` ' h molecular weight hi virgin material meeting rade 8 vire- . -..•.}..>:: -t .::...-.:-. . .-.� . xxiixxxxxxxxzzxxxicxxxxxx g g g 9 g re q ments as set forth in table 2 of ASTM D-788-69a. It exceeds IES-NEMA-SPI standards for acrylic material b 100%. Under :<• _ Y Y F41 normalinteriorconditions these panels will perform satisfactorily sfactori t Y for 20 years. Standard Sizes FIGURE C 2 x 2 2 x 4 t 14' —•--' o Maximum width available 24" by length required. -fixtures 00 QCT Thickness 140 .150" panels are .145" to .155" thick with prestressed arch to span up to 24" x 48" g 1Z0 KSH-12 X100 "�' .� 4..:....._.... ... .. . .. .. . ..... < - o soJ� 0 ^" , 60 Architectural Specifications 0 = 40 KSH 3-e 2 Lamp Clear Acrylic 20 Fixture enclosure shall be KSH 3-e clear acrylic manufactured by KSH, Incorporated. In a nominal 2'x 4' fixture with two 40 0 watt lamps spaced 10"on center with the lamp centers 2'/2"above 6' 8' 10' 12' 14' 16' 18' 20' 22' 24' 26' the bottom of the lens,minimum fixture efficiency shall be 780/D. Q61a�eiC +— The maximumto average brightness ratio in the 45°-85° zone shall not exceed 1.5. Initial FC—Rows 14' on center—Watts per square foot 1.55— Report No. ERL 1273D and BALL 18028—Points 7t/2'from rear wall KSH 3-e 3 Lamp Clear Acrylic KSH-12 KSH 3-e Fixture enclosure shall be KSH 3-e clear acrylic manufactured by KSH, Incorporated. In a nominal 2' x 4' fixture with three High Footcandle 101 95 40 watt lamps spaced 5" on center with the lamp centers 2'/a Low Footcandle 67 89 above the bottom of the lens, minimum fixture efficiency shall Ratio 1.5 1.1 be 75%. The maximum to average brightness ratio in the 450-85° Spacing to Mounting Height Ratio= 1,87 zone shall not exceed 3.0. KSH 51� o Photometric Data TWO LAMP FIXTURE THREE LAMP FIXTURE F7�:�I'F:'.-:e:::t".'=_•r�....e_`_::_>.�`,:c=;-*-".,:.•._.,.._�• �•,�y�.rrrc.-•:-r:-".'-�-.-'-. ............ ....:.._..:.. r•-^7.�-_^'-'r3^.'-�"-T`'_.".'-'---..��.�.-.-'--�--_•-- . Building Acoustics and Lighting Building Acoustics and Lighting Laboratories, Report No. 1438 Laboratories, Report No. 1229 I I Visual Comfort 8/25/80. KSH 3-E ! 2/6/80 KSH 3-E .150" Clear acrylic ! ! 150" Clear acrylic lens. 1 lens. Nadir Candlepower: 1769. Nadir Candlepower: 2463 Probability Data Efficiency:0-40° 38.52%, Efficiency: 0-401 38.52%. 0-60° 69.99%, 0-90° 80.91%. 0-60° 66.04%, 0-90° 77.35%. I Candlepower Distribution { Candlepower Distribution o 223:" � • i `��' �,� � ��� I ,�i���� ' " Data for lenses in 2'x4' troffer with �� e>►�O��a �j`��00�®�®� t `eir� e three 3200 lumen lamps and with ��p�•,6� 000® I �i6�•!.e®�� r two 3200 lumen lamps. Fixture re- to♦� ® ®® I �Q•oo a flectance 90%. ® • f � �s®®®� " ! 1-0�e� ��� „• tI � TWO LAMPSloot, - i I 0� ®r� ��b ! From Report No. BALL 1438mat i �®� �� maim- � 100. FC. Reflectances 80;50/207-~ �sow�� ®�S�®� i �� _'�®�� I Room Lengthwise Crosswise • >.� ����� i rex�� ` W L •. 8.5'10.6 13.0 16.01 8.5;10.0 13.0 16.0; „ r>• u ` r . a r• i 20 20 67. 71 77 86 . 67. 70 74 81 ` I 1 20' 30 66 67 ! 71 76 65 66 70 73 o Plarie Parallel to Lamps o Plane Parallel to Lamps i 20 40 66 67 . 67 70 65 65 66 68 o ( ��� Plane 450 to Lam 1 20 60 67 67 i 67 ' 68 ' 64_65 65 67 Plane 45 to Lamps Lamps _ Plane Normal to Lamps �� Plane Normal to Lamps 30 20. 70 72 76 83 : 70 71 . 74 79 I' E 30 30" 67 68 68 73 66 67 68 71 Coefficients of Utilization Coefficients of Utilization 1 30 40: 67. 67 66 67 65: 66 65 66 I 30 60 67 66 65 65 65 64 63 64 Zonal Cavity Method ! Zonal Cavity Method I 30 80 67 67 65 65 . 65 65 63 64 i Floor 20% Floor 20% 40 20 72 74 77 83 72 74 76 80 1 40 30 69. 69. 69 73 : 69 69 69 71 Ceiling 801/6 507. Ceiling 80% 50% I 1 40 40 68 68 66 67 : 67 67 66 66 Walls 70% 50% 30% 10y° 50% 30% 10% Walls 701/6 50% 30% 101/. 50% 301/6 10% 40 60 68 67: 65 65 66 65 64 64 -1-_89_,86_83-.80__.81-79 .77 1_85_82.-79 .77 .77 .75 .73 : 40 80 68 67 65 64 66 65 63 63 i- 40 100 69 68 65 65 66 65 63 63 2 .83_77 .72 _68_73 ,69_66_ 1 2 .79 .73 .68 .64 .69 .65 .62 - 3 .76 _.69 _.63 .58 .65-.60 .57 1 3 .72 .65 .59 .55 •62 .57 .53 60 30 71 71 ; 70; 73 71 71 70 72 t 4 7061 55 .50 58 53 .49 : 4 .66 .58 .52 .47 .55 .50 .46 60 40 70 69 67' 67 : 69 68 66 67 - 60 60 69: 68 65 65 67 67 64 64 5 64_54__47__42__.52'_:46'_. . . 42 1_561-51.45. .40.49.43.39 I 60 80 69• 68 65 : 64 : 67 66 63 63 I 6-__...59_,49_42__37 ,46___:41_36 ' _-6.-__.56.__,46_39734_44_38_.34 `. i 60 100 69 68 65 64 67 66 63 62 l t 7 .54 .43 .37 .32 .41 .36 .31 7 •.51 .41 .34 .30' .39 .33 29 ii e I - -- - t 100 40 73: 73: 70 70 73' 72 70 70 _8___49_39 .32_27 .37 .31 27 : x_8____:47_,36_30___25_.35 .29_25 i 1100 6072 71 , 68! 67 . 71. 70 67 66 •' 9 .45 .34.28 .23.33 .27 23 1I 9 43 .32 .26 .22 .31 .25 .22( i 100 BO: 71 70 67 66 70 69 65 65 i • i 10 42 .-31 25_20.30.24..201 -10 .40 .29..23. .19 .28 .23 .19 I ( 100 100 71 70 66: 65 69 68 65 '64 i � . 1 Spacing to Mounting Height Ratio 2.2 I Spacing to Mounting Height Ratio 2.2 i THREE LAMPS i (determined by Point by Point Calculation) I (determined by Point by Point Calculation) From Report No.BALL 1229 I `_-.:.:.._'::,:__-:_.L-:;��::.:,::_:s:�=�'._:.•_:.:sem, I .,..:r�._:.___:.�:�a:.v:cm-air:=,pis'......,�-. j Average Luminance ; Average Luminance i Reflectances 80/50/20 l 1300 I 100. FC. 1300 t Room Lengthwise Crosswise 1200 I ' 1200 ! 1 W: L 8.5 10.0 13.0 16.0 8.5 10.0 13.0 16.0 ` 1100 ! 1100 I I ' 20 20 58. 62, 70 81 :57. 60 65 73 i 1000 i i d 1000 1 20 30 56 58. 63 69 :54. 56 60 64 i a n 1 20' 40 55: 57 58 62 '53 54 55 58 E E 900 IE 900 20. 60. 55 56 57; 59 152 53 54 56 I i ` - f 0 800i o 800 i 30 20 61 63 68 77 :59. 62 65 72j I ti i t° I t 30. 30 57. 58 59 65:55 57 57 62 t i 700 -' 700 I 30' 40 56 56: 56 58 53 54 54 56; J. w 30 60 55 55 54 55 52 53 52 53 600 Z Z 600 40 J. I 30 80 55' 55' 54' 55 52 52 51 52` Z 500 ` t Z 500 ! ` 40 20 63' 65 69 76,62 64 66 72 ' 1It 000, 40 30 59 60 60 65 58 58 58 62 1 2 400 I 40040: 40 57; 57, 56 58'55 56 55 56 J 40; 60 56 56' 54: 55 54 53 52 53 i W 300 i I w 300 40 80 56' S5' 53 54: 53 53 51 521 1 < 200 ¢ 200 I 40:100 56 56. 54 54, 53 53 51 51 m w 100 60 30 61 62: 61 65 60 61 60 63 l w 100 60 40 59 59 57' 58 57 57 56 56 Q 0 Q 0 l 60 4' 60 57 57 54 5 55 55 52 53 ,i 850 750 650 550 450; 850 750 650 550 450- i 60 80 56 56 53 53 54 54 51 51150 100 56 56 53 53 _54 53 51 51 Angle !rom Nadir (Degrees) Angle from Nadir (Degrees) 100 40 62 62 60 61 61 61 59 60 Maximum to Average Luminance Maximum to Average Luminance 100 60 60 59 57 57 59 58 56 56 Ratio 1.5 or less. Ratio 3.0 or less. 100 80 59 59' 55 55 57 57 54 54 Parade! --- Crosswise Parallel --- Crosswise i 100 100 58 58 55 54 .56 56 53 52: Note: Complete Photometric Data (including One Lamp Data) available on request. �•�,,,,,,1,1 I! rrrrrrrrr.• ' I• rrrrrrr ,•11,,, i I I I I I I rrrrr y l /9 I ill:: 'ii�l �: I!lil I I I I I II ,I I I - i I - \ i I� I I I Y r rr r ii rr II i r - I 1 I i' Frrrrrr - ,,11771Y j ►rrrrrr.•• '-11111111 ;. rrrrrrrrrw• :..;_.:;..`':t:::,;�,� „1111111 • Irrrrrrrrr• +'11 :ol I� � �►rrrrrrnr•nnn• .`�.•. •,•1,'11111111+ III I rrrrrrrnn...w.................n��,,,,,,�tt :,i r rrrrrrr•I•nr•nn•xM•.I.I.MIn'1'1,111111 41 rrrrr►-nr•nrwrrww«•.««••«1n,1•w 1 111117'1 jI rrrrrrr-nrrr.nr»,.w1.1,•1v,gr11111t•1 r►►rrrrrnrnr•r•r.»+...••+•r'••,.,-,�w�111111 r r r r r•r•rr nnr..r r..,r.•..L1..,n.,1,1'4 111 V, '414 t t 1 7 I i I" rrrrr-r•r•rnr-rw....»...r««,.,.a,.,•vr11111tt7 . rrrrr-r.r•r•r-r•nr.r«»«..««•.«na1.1•r,1 111 I t . 1 1I r-rf•f•nr•r-rw....«....«»«....•1•.•,,111 1 t t F r I r1 •nn1-prw ww w••»«««•.««r4YP11111 11 1 PFPr-Plwwwww«....«..•.«•-n4411(1 1 1 1 1 1 Irl 11./•1./•Iwww ww«•.««........1.4441 1 111 1 1 1 I I 1 1 I r•f•r•1•r•rwww.r«••»......»•...n41w1 1 1 1 1 1 1 i I:' 1111./.1-1.1•/•n1w«w«••«»....«4h1.1.1111/111 i t 1 1 1 111./•1./•1w.•ww w«««»««441.1-11 1 1/1 1/1 III.r.1.1.1.1.1.1•r•x.x«..«..««« •1.1.1.11 1/1 1/1 1 1/11/1.1•n/•1•r••.r.•••«.•««•.«•...1.1.1111111/ 11/1.11•r•/w•1.1ww«.•.•..«•.««1.«..1.111 1111 111'1'/•1.1•Iw•1.1w••••w••««••••««••1.1.1-1111111 1 1 1 1'1-1.1.1-.-••lww ww«•r««»«441.1.11 1 1 1 1/ `! /-r-/-nlwww«..««««««44P1•P4www»»•.•.«««a•.ab411 1111 H•x •Iwwww.•w«...•«•.«a41.1.11 1/1/1 111/11•n1.4nxww«««.•««««44441111111/1 •.«««4441111 1/1/1 I" 1 11'//Iw-/w•xwww••w««•.«•.«444411 1 111/1 ///1/1.1.1-••r w••«....««..•..4444411 1/1 1 1� �'I I. 1 1 11 1•r•r•1-1••••w.x••»........«««44441 1 1/1 1 11 :i 11/1'1.1.1.1•hnlww«..»•.•.«««•.41.4P11111/11 1)/11'1.1.1.1.1-•••••.•••««•.«««««..1.1.1111 1// I; 111//1.41w•rw••.•w»..««•.««4••4441 1 1111/ II.. 1 1 1 1 11.1•n1 w•Iwww•.w••«..««4441.11 1 1 1 1 1 1 II 11111-11-1.1.1ww.•..w•.«««•.•.•.44411111111 1' I � 11/1 4411.1•rww••«•••..•««««««1.1.11 11 1111 � I; 1 111'1.1.1.1.1.•w ww w.•n••••u««•.1.1-1.11 1 1 1/1(1 . 1 1 1/111.1w•1-x««.•......««444••1.1.1 1/1 1/1 1 i jj l. 1/1 11'1.1.1.1w•x•rwww«••«««w4«41.1 1 111 1 1 1 I. :i:I. 11 111 441-•-«•www.. « •.•44441 11/11 'I � 1 1/111.1.1-tww«www«««««««•-••1.1.111111 1/1 1/41.1•rw•r..»w•.«««•.•.«444411/111 111 1 1 1/1441-1.1w••«»««««..4«••M4441 1 1 1 1 1 1/1 1//1111-1.1.1•r•••r«.•...•«««««••1.1.411 11 1 11 • 11 11111.1w•1••••••.••..••...•.•.«•.4441 11/11 11 11/111-1.1./w-••rw««..«..««•.•.«•.11..4.1 11111 1 1//1'1'1.1./••w•r w.•«.•...••.•.««441 /1 11 111.1.1.1-1•x•1 w.•.•«••«»«««•-44441/11/11 1 111.1.1w••w••«.•••«..«•.•.44441.1 1 1 1 1 1 1 . C 1./.1.1•x.•«••••«•r«.•«••4•-441.111111 .1.1.1.1•• 41.1111/ •1.1•• 41:1.1..1 44 KS* H ❑ • PAT. NO.3,988,609 Computer Perfected for Energy Efficient Lighting A 100% Acrylic Lens saves 50 o or more for Retrofit of in dollars spent fluorescent luminaires. for electrical energy. Disconnect and remove the two outboard levels between fixtures are uniform. lamps-install the 3-ER lens — { Conversion of 4-lamp luminaire system to a cientific Computer per blend of 3 z 1/a'l0 3 1/a•' 3-ER 2-lamp will provide approximately • cal bands designed for 4-lamp 2x4 4 5/B"l0 5 5/8" footcandle 70% of your present system's rescent luminaires. f000tcdle reading's. 1. Female Prisms: Provide the K-S-H 3-ER Lens has been designed for desired degree of downlight. optimum performance when the lamp Across- 2. cross 2. Elevating Prisms: Light rays centers and lamp to plastic distance is 3ER traveling at low angles are raised within the dimensions shown above.These into the preferred direction. dimensions will be found in approximately Along 90% of existing 4 lamp luminaires. 3ER 3.Depressing Prisms: High angle light rays, potential sources of direct glare, are directed to useful Compare the wide candle power angles. Along distribution of the 3-ER versus the Iro; 4s•• l Conventional prismatic lens-3-ER Conventional NOMINAL minimizes the peaks and valleys of light by 3 2 1 2 3 ) producing the right candle power Footcandle readings can vary according Iso distribution. This insures that footcandle --i to existing installation conditions. 24"NOMINAL t 6S-H �oN410kEx.-omples of AnnuSavings 8' CENTERS 10' CENTERS 8'x 8'CENTERS 30' 0 0 o a 30' 8' COST FOR OPERATING EXISTING LIGHTING SYSTEMS WITH STANDARD PRISMATIC LENSES IN FOUR-LAMP FIXTURES Number of lamps 112 Number of lamps 84 Number of lamps 64 Avg. Maintained Footcandles 192 Avg. Maintained Footcandles 151 Avg.Maintained Footcandles 99 • watts per sq. It. 5.72 Watts per sq ft. 4 29 Watts per sq. Q. 3.27 Annual cost per sq.fl. S.86 Annual cost per sq.1t. S.64 Annual cost per sq.it. S.48 SAVINGS WITH 3-ER RETROFIT LIGHTING SYSTEM AFTER REMOVING 2 OUTBOARD LAMPS AND INSTALLING 3-ER LENSES Number of lamps 56 Number of lamps 42 Number of lamps 32 Avg. Maintained Footcandles 106 Avg. Maintained Foolcandles 82 Avg. Maintained Footcandles 55 Watts per sq. ft. 2 86 Watts per sq ft 2 14 Watts per sq ft 1 63 Annual cost per sq. ft. S.43 Annual cost per sq. It. S.32 Annual cost per sq. ft. S.24 **$43,000 Annually $32,000 Annually $24,000 Annually 'Annual costs Per square toot based on s.os per K WH and 9.000 hours of operation. "Yearly savings based on 100.000 s.f.area Does not include additional savings from lamps.ballasts and air conditioning costs. K-S-H,Inc.is a manufacturer that works in plastic and related materials. Operations began in 1949.Today. K-S-H, Inc.is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. r s, ■ K-S-H lighting products are mostly sold as components to major lighting fixture manufacturers. U.S.Plants: Xenia. OH;Tustin.CA; Olive Branch, MS. Subsidiary Plants:K-Lite Pty. Ltd. (Licensee)-Sydney.Australia • K-S-H Canada. Inc.-Mississauga,Ontario.Canada is K-S-H Plastics (Belgium) N.V.-Geel• Belgium • K-S-H Plastics (U.K.) Ltd.-Huntingdon.Cambridgeshire. European Operations Canada Australia H Plastics(Belgium)N.V. United Kingdom Germany K-S-H Canada,Inc. K-Life Pty.Ltd.(Licensee) kaord 1 K•S-H Plastics(LIX)Ltd. K-S-H Plastics(Germany)GmbH 7521 Tranmere Rd. 16 Wiggs Rd. 8-2440 Geel.Beig um Units 3-4.George Street industrial Estate, Ffonkfurters:rosse 9 PF 110966 Mississauga.Ontario.Canada L5S 11.4 Punchbowl.N.S.W.2196 f Huntingdon.Combriageshue 6300 Giessen Germany Australia 10091 Manchester Rd. fur ISt.Louis,Missouri 63122 Phone:314-966-3111 FAX:800.444-0803 or ©1988 K-S-H,Inc. 314-0e/A-A414 Printed in U.S.A.KI-1232D -sisv=�Y•;���'�rsr3ti .,-'.`�Yr�i:�;.'. :•r^:;c.+��^t���i?;,�. 1 ``�'Y.'',•.k Vii;;%••'• ,:;:•f_.1 ;�: s';si:`'��;•.t;ti �ic�±;.: _ t I k4 kI PA t4 w-41 41 I� +f+►+►�►�♦►�7►y/►a►l L-4 L4 u tj!Jtjtj'. L4 to U4 W td IA PA U bi KS* H ❑ PAT.NO 3,988,609 K S•H computer For designed lens for a Energy Efficient Lighting one Lamp 1 x 4 Foot especially in corridors Fluorescent Luminaire and small offices A Choice Lens For Coffer Systems with its widespread bi-symetrical candlepower distribution •�.....,..SRF"aT°v..-.S.vii:n;.....v's°..xr»-..-.r+.......-.ya..-.�.r�-.,..^+"Y.�_•'.}.�:,•+-. .. . _ fia.&H ofi , rcDa ` or: _ 1'x 4' LENS commerceoly available Laboratories.xhoadir Canndlepowe�678 1/21/77.X•5 H 3-E.150 Gear Acrylic Lens inr CANDLEPOWER DISTRIBUTION COEFFICIENTS OF UTILIZATION FIXTURE REQUIREMENTS 90° ZONAL CAVITY METHOD 100 FLOOR 20% 80° CEILING 1 80`X,_ 50% _ 200 . WALLS 70% 50% 30% 10% 50% 30% 10%_ t ♦ 70° 1 .77 .74 .72 .69 .70 .68 .66 rr=� 2'h" 300 ♦ 2 .71 .66 .62 .58 .62 .59 .56 } 400 • \ 3 .65 .59 .54 .50 .56 ,52 .48 60° 4 .60 .53 .47 .43 .50 AS .42 The K-S-H 3-E 1'x4'Lens has been 500 i 5 .55 .47 .41 .36 .44-.39 .36 computer designed for optimum 600 ` .4 6 .51 .42 .36 .31 .40 .35 .31 performance in single lamp 1'x4'fixtures. t 50° 7 .46 .37 .31 .27 .36 .30 27 Lamp center to the bottom of the lens 700 ♦ '• 9 .39 .30 .24 20 .28 .23 .19 should be 2Y2". Lamp to lens distances 800 t 10 .36 .27 .21 .17 .25 .20 .17 other than 2'/2"will cause some change • In curve shape and a shift in the angle 900 40° EFFICIENCY of maximum beam intensity. 1000 Spacing to Mounting Height Pot DEGREE PERCENT 10° 20° 30° Ratio 2.2(determined by Point by Point Calculation). 640 32851 0.60 60.05% -ARALLEI w•.■.NORMAL r.■x450 690 70.13% �x*..�,c- - '.'r� k,°w.rgyi..,tr, .;t'rc�i�.-r`±- ,{in_ � �^��! � :.k- _'S •: '>sry,�f11+it:c'1=s�•..'.+'rn .:�'s`Y+• �/t j^'/''�.CC.e EE- , ` IN N A S'x 5' COFFER Envitonmentat Research Laboratories,Inc.Report No,ERL 2410 1/25/77.K-S-H 3-E.150 Clear Acrylic Lens in 5'x5'cotter.Cotter depth 5.4".Nadir Candlepower 678. CANDLEPOWER DISTRIBUTION COEFFICIENTS OF UTILIZATION IN A 5'x5' COFFER _ 90° ZONAL CAVITY METHOD !00 FLOOR 20% CEILING 80% 50% ° 80° WALLS 70% 50% 30% 10% 50% 30% 10% Su" 200 30070° 1 .76 .73 .71 .68 .69 .67 .65 •♦\ 2 .70 .65 .61 .58 .64 .58 .56 t 101,. 400 •• 3 .64 .58 .53 .49 .55 .51 .48 60° 4 .59 .52 .46 .42 .49 ,45 .41 500 5 .54 .46 .40 .36 .44 .39 .35 600 • 6 ,50 .41 .35 .31 .39 .34 .31 50° 7 .46 .37 .31 .27 -.35 .30 .26 700 • : 8 _.42 .32 .27 .23 .31_.26 .23 J 5'-0" • • 40° 0 35 .26 20 .17 .25_.20 .49 k ♦ . 800 .• 23 _ Spacing gHeight 20 .17 01000 ° o ° • Ratio 2.2 (determined byPoint by DEGREEC.PERCENT 10 20 30 Point Colculatlon). 640 3246% 660 59,62% ■ r•■r PARALLEL . ■NORMAL --450 690 68.58% VIsudi-iorf=yProb bilit : Data ~ - x - ...��a..■ti Asa .:gin CLEAR ACRYLIC LENS IN 4'x4' TROFFER CLEAR ACRYLIC LENS IN 5'x5' COFFER From Report No. ERL 2109 From Report No.ERL 2110 100.F.C. REFLECTANCES 80/50/20 100.F.C. REFLECTANCES 80/50/20 ROOM LENGTHWISE CROSSWISE ROOM LENGTHWISE CROSSWISE W L 8.5 10 13 16 8.5 10 13 16 W L 8.5 10 13 46 8.5 10 13 16 20 20 66 70 77 86 73 76 81 81 20 20 90 92 95 99 93 95 96 97 20 30 63 65 66 75 69 72 76 78 20 30 94 92 93 96 92 93 95 96 20 40 62 63 65 69 66 69 73 74 20 40 92 92 93 95 91 94 95 96 20 60 62 63 64 66 64 67 70 71 20 60 92 93 94 95 93 94 95 95 30 20 69 72 76 84 74 77 80 80 30 20 92 94 96 98 94 95 97 97 30 30 65 67 69 73 69 71 75 76 30 30 92 93 94 95 91 94 95 96 30 40 63 64 65 67 66 68 71 72 30 40 93 93 93 94 94 94 94 95 30 60 62 63 62 64 63 65 67 69 30 60 93 94 94 94 94 94 94 94 30 80 63 63 62 63 62 64 65 67 30 60 93 94 94 94 94 95 95 95 40 20 71 75 79 64 75 78 81 at 40 20 93 94 97 99 95 96 97 98 40 30 67 68 70 74 70 72 75 76 40 30 93 93 94 96 94 94 95 96 40 40 65 65 66 67 67 68 71 72 40 40 94 94 94 94 94 94 95 95 40 60 63 64 63 64 64 65 67 68 40 60 94 94 94 94 95 95 94 94 40 80 63 6361 62 62 64 64 66 40 80 94 94 95 94 95 95 95 94 40 100 63 6.3 61 62 62 63 63 65 40 100 94 94 95 95 95 95 95 95 60 30 69 70 72 75 71 73 75 76 60 30 94 94 95 96 9d 95 96 96 60 d0 66 67 67 68 67 69 70 72 60 40 94 94 94 94 95 95 95 95 60 60 64 64 63 64 64 65 66 68 60 60 94 95 94 94 95 95 94 94 60 80 63 63 61 62 63 64 64 65 60 80 94 95 94 94 95 95 94 94 60 100 63 63 61 61 62 63 62 63 60 100 94 95 94 94 95 95 95 94 100 40 69 70 69 71 71 72 72 74 100 40 94 94 95 95 95 95 93 96 100 60 67 67 65 66 67 68 67 69 100 60 94 95 94 94 95 95 94 95 100 80 66 65 63 64 65 65 65 66 400 80 94 95 95 94 95 95 95 94 -• '- •. - 11 .. Al +I +nn +nn 94 95 95 94 95 95 95 95 - a 11 Ne Li h ti ��D s n e i :T n00ni _ e w S: 9 Changes are taking place in lighting design techniques. Factors such as the energy crisis and the adoption of new forms of fighting specifications have meant that conventional procedures involving rules of thumb and approximate techniques are becoming less acceptable.Typically,methods using CU's indicate 15 to 20%more fixtures are required to produce a desired footcandle level. -:r '`tL` :,+' 4 - ?'-� - •.,., .»'nt:?a.,,�,yam- �.., r....+... u...- ------------ y` ..a:, r >tt ? �s:i__s uta: + ✓ bra e, :.y y:'-s�"f: �� -_ .rs' - h.Tuw.`. Sy ..:�.r.�� r..}"- .a.s �' r�s•:. ''`�U-'- .�-^ar:r�'Y.:,, °'.r.:-;.+'s t ,. :t_r�'=' •n:"z�'�i"s"I:�'.. _i-. d' r� .:t:..+!;.s "'�,w m ez ..�. CO-EFFICIENTS OF UTILIZATION VERSUS POINT BY POINT The standard lighting calculation involving CU's provides only the Calculation of illumination at a point allows the fighting designer to average illumination level. The overage level, however, takes into eliminate the remote areas of the room and concentrate on account remote corners of the room and the extreme perimeter providing the required amount of illumination where needed, areas where critical visual tasks are rarely carried out. Point by Point Calculations are handled best by computer, The The problem caused by CU design is not that of insufficient or poor computer operator simply is supplied with details of the room and quality illumination, but that it can suggest that more light than the lighting layout,and a print-out of footcandles at any point in the necessary is needed,causing increased cost and energy wastage. room can be produced. ...eti<'•°',,. .rte~�R�a.a'. ..we:-Cirk9}.ei.�. " i,L:, �.�_;ct. .;�';.�iM+" ' ..w:.. � e: a a•:' :a.' .� ti+_ �n :1)-+.+�1'R:%' '�^6.! �t' -c=eY:'' .y!a9"'�;N.m.".,!Yy¢�vrr'�.`t*,•A, -,e«ti.+�•�j:`+,,w;.ii�,ti '�`-..: � v,; -%v. 'i" _ •,ter' .5.. ":,r':_<rt`e+`•c�:^=i''^�` "+it}:*•-xf:. .^..?'� .-ir: ..7�"-",.`?"�:ii..:..w.-:.:�.. ..mac _ a:' Y,'�x�.w INITIAL FOOTCANDLE CALCULATIONS IN 30'x30'x9' HIGH ROOMS - REFLECTANCES Rc 80% Rw 50% Rf 20% 3E IN ONE LAMP FIXTURES 3E IN ONE LAMP FIXTURES IN 5'x5' COFFERS 011 0 1 O O O O Q 0 + + + + + + + + + + + + + 101 + ipi + Ip plplp101p1p p1 + + 0 * + 10 ► 011811010110110 + + + + + + ♦ + + 4 + + + i—+--I—+—�i—+—+—fi i_4_+•++—�1_+—ice+—I . a . ; 0 Ioto101o 0 2.5' X01 t01 10 ' 010 ` 0 ' 0 + + + + + + + + + + + + + + + + + a + 1 0 0 0 0 1' 2' 5' 2.5' FOOTCANDLE SUMMARY FOOTCANDLE SUMMARY FOOTCANDLE SUMMARY Maximum 102.00 Maximum 49.00 Maximum 99.00 Minimum 75.00 Minimum 34.00 Minimum 70.00 Average 96.00 Average 44.00 Average 87.00 Max./Min,Ratio 130 Max./Min.Ratio 1.40 Max,/Min.Ratio 1.40 Watts/sq, ft. 2.02 Watts/sq.ft. 1.04 Watts/sq.ft. 2.08 From ERL Test 02109•C From ERL test 012110-B From ERL Test 0210-A With the widespread spacing to mounting height ratios achieved by This 3E Ions,with its widespread light distribution excels in a Coffer t this lens,lower footcandle levels can be property designed for with System. uniformity ratios not attainable with conventional 1 or 2lamp units. rna5'x5'cofferisaminimumof The 3E 1'x4' lens can be used on lower ceiling heights (8.5') at The UsualComfort Probabili t'(V.C.P,) spacing to mounting height ratios as great as 2.2 for these lower 90 in all room sizes...another measure of quality lighting. footcandle levels. ii �';+.+. ••',.T:c�2s:^ •.�,` s.5.1.c �5�.�'�Sl a i1`:�.. ..3.'tir'�Ci.,••gC` •:e^• f'tt?; :trlS;`:y^L aii?.�S�ts'L'.ri 'r'i''.�r:.': •z:<qtr '.;.,TMJ°` pec�fication•D.ata _: ARCHITECTURAL SPECIFICATIONS KSH 3E 1'x4' I-LAMP CLEAR ACRYLIC Fixture enclosure shall be KSH 3-E 1'x4'clearacrylic manufactured by the lens, minimum fixture efficiency shall be 68%. The maximum to K-S-H Incorporated.In a nominal 1'x4'fixture with one 40 watt lamp average brightness ratio in the 45"-85"zone shall not exceed 2.5. centered in the fixture with the lamp center 21/2"above the bottom of THICKNESS STANDARD SIZES .150"panels are.145"to.155"thick with prestressed arch to span up 1'x4' to 12"x48". Maximum width available 12"by length required. Acrylic material used in KSH 3-E 1'x4' meets or exceeds recognized standards The acrylic used in KSH 3-E 1'x4'prismatic lighting panels is 1000%high molecularweight virgin material meeting grade 8 requirements asset forth in le 2 of ASTM D-788-69a.It exceeds IES-NEMA-SPI standards for acrylic material by 100%.Under normal interior conditions these panels will satisfactorily for 20 years. For more information or technical assistance concerning any 3-E K-Lite lighting lens contact K-S-H, Inc., 10091 Manchester Road, St. Louis, Missouri 63122. Phone (314) 966-3111 • FAX: 800-444-0803 or 314-966-6134. "�'E 31 _ V _ K-S-H,Inc,is a manufacturer that works in plastic and related materials.Operations began in 1949.Today, K-S-H,Inc. is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. a K-S-H lighting products are mostly sold as components to major lighting fixture manufacturers. U.S. Plants: Xenia, OH:Tustin,CA; Olive Branch, MS. • Subsidiary Plants:K-Lite Pty. Ltd. (Licensee)-Sydney,Australia • K-S-H Canada,Inc-Mississauga,Ontario Canada • K-S-H Plastics(Belgium)NV:Geel, Belgium • K-S-H Plastics(U.K.)Ltd.-Huntingdon.Cambridgeshire European Operations Canada Australia K-S-H Plastics(Belgium)N.V. Germany K-S-H Canada,Inc. K-Lite Pty.ltd.(Licensee) Leukoord 1 K-S-H Plastics(Germany)GmbH 7521 Tronmere Rd. 16 Wiggs Rd. 8-2440 Geel.Belgium Frankfurterstrasse 9 PF 110966 Mississauga,Ontario.Canada L5S 1 L4 Punchbowl.N.S.W.2196 6300 Giessen Germany Australia United KJngdom K-S-H Plastics(U.K.)Ud. Units 3-4.George Street Industrial Estate. Huntingdon,Cambridgeshire 10091 Manchester Rd. CArIIIIIIIIIINIMP` St. Louis, Missouri 63122 Phone: 314-966-3111 INC, FAX: 800-444-0803 or 314-966-6134 uu rurrrrri. � 'xti "�'�uii 4uw rtirirrii. fr. uiiiirii. �w■�aa+raui*, tiillirrrei MOWER ruuu uttu tuu awxa� n•n• nim Y tai.: -'"»+'x�,a" �3:t•`-,�.r�.C;Lha+ p-A :�' n pit •�r+,n el 7-V7�v�..�r' r r . x - Our 3-E lens prevents change in light distribution and increases energy savings in fluorescent switching systems. II R Ilf , y r -- - —_ i . .Yrii"'.'i,aii•�� �w Footcand. tesAtW6rk'P6n6:.. Footcandim At Work Plane _•fir i�i.�_" :�,�.. >.•.... r' �"' L! ffi`'3W"'c' � .•s I LI�..:THREELAMPS ONE LAMP I This dramatic demonstration shows how to switch a fluorescent lighting system from 100-to-63-to-37 footcandles and maintain uniform light Uution. No pooling of light. No harsh contrasts.Just evenly distributed illumination,regardless of the number of lamps in operation. nd result is a more efficient lighting system that makes use of all footcandle levels.It also reduces veiling reflections and provides excellent Q.S.I. values from its 40° lateral distribution.And 3-E's 2.0:1 SM/H ratio means fewer fixtures are needed for added energy savings. Obviously, fluorescent switching systems can save energy.And with our 3-E lens,you get the necessary control to keep all footcandle levels effective and useful. ARCHITECTURAL SPECIFICATIONS KSH 3-E 2 LAMP CLEAR ACRYLIC KSH 3-E 3 LAMP CLEAR ACRYLIC Fixt re enclosure shall be KSH 3-E clear acrylic manufactured by KSH, Fixture enclosure shot[ be KSH 3-E clear acrylic manufactured by KSH. rated.In a nominal 2'x 4'fixture with rwo 40 watt lamps spaced 10" incorporated.too nominal 2x4'fixture with three 40 waft lamps spored 5" ter with the lamp centers 2:h" above the bottom of the lens, on center with the lamp centers 24z' above the bottom of the lens, um fixture efficiency shall be 75`%,. The maximum to average minimum fixture efficiency shoii be 704. The maximum to average brightness ratio in the 45'-85'zone shalt not exceed 2.5. brightness ratio in the 45-85"zone shall not exceed 2.2, * STANDARD SIZES *THICKNESS 2'x2' 2'x4' .150"panels are .145" to.155" thick with prestressed arch to span up to Maximum width available 24"by length required. 24"x48". Acrylic material used in KSH 3-E meets or exceeds recognized standards The acrylic used in KSH 3•E prismatic lighting panels is 100%high molecular weight virgin material meeting Grade 8 requirements as set forth in table 2 of ASTM 0-788- 69o.It exceeds IES-NEMA-SPI standards for acrylic material by 100%.Under normal interior conditions these panels will perform satisfactorily for 20 years. K-S-N,Ina is a manufacturer that works in plastic and related materials.Operations began in 1949.Today,K-S-H,Inc is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. K-S"H lighting products are mostly sold as components to major lighting fixture manufacturers. US.Plants: Xenia,OH:Tustin.CA-Olive Branch MS. Subsidiary Plants:K-Lite Pty.Ltd.(Licensee)-Sydney.Australia•K-S-H Canada.Inc-Mississauga,Ontario.Canada K•S-H Plastics(Belgium)N.V.-Geel,Belgium•K-S-H Plastics(U.K.)Ltd.-Huntingdon,Cambridgeshire European Operations Canada Australia Plastics(8eigium)N.V. United Kingdom Germany K-SH Canada,Inc. K-Lile Py.Ltd..(Licensee) oord 1 K-SH Plastics(U.K.)ltd. K-SH Plastics(Germany)GmbH 7521 Tronmere Rd. 16 Wiggs Rd, B-2440 Geel.Betgium Units 3-4,George Street Industrial Estate, Frankfunerstrosse 9 PF 110966 Mississauga.Ontario.Canoda L5S 1L4 Punchbowl.N.S.W.2196 Huntingdon.Cambridgeshire 6300 Giessen Germany Australia Y 10091 Manchester Road A St. Louis, Missouri 63122 PhoFAX: 800-4.4.080311 FAX: 800-4.44.0803 or ©1986 K•5-H.Inc. F i; a n o e- alighting and decorative ' `` coil - strip - sheet aluminum anodized 'Lighting Retrofit Specification Sheet 07873 .=finishes: 'Y^ ALANOD warrants for a period of 25 years from dateAdk •t" ' 1085 A 1090 A purchase from ALANOD, lighting retofit—!i titin sh k l l0 s: . . . . . . . . . . . . . . . . . .. . . . a.a. -,-.......... P g 9 g 9 - -- In normal operating environments and from exposure µ ' fluorescent lamp radiation, material will not: 23 22 yellow, darken Ultimate Strength KSI: f" - "'.... .. .. ...' ' 26 26 reduce in reflectivity (within instrument measurement tolerance) craze/crack (beyond that caused bymanufacture or 20 t9 installation) Yield Strength KSI: .• • • •' •'•''''' .'' .' l '' '''' :'' 25 23 chip, peel, buster or separate from the base aluminum retain fingerprints(which can be removed with a soft cloth or an approved non-abrasive cleaner) r longation in 4" % . . .. . 6-11 3-7 The warranty is only good for the ALANOD material a _........ . .t. . . ALANOD is only liable to that value and is not in any w ,. liable for any incidental or consequential costs incurred p., (. ?, for manufacturing,shipping,installation,etc..or as a result %nodozing µL ' ' . ' ' ' '' '' 2.3 2-3 of fire, accident, abuse, negligence or objects damaging the sheet. As per our Photometric Specifications Sheet Data photometrics: Fotal Reflectivity: a7 86 High reflectivity — Lower lighting costs ALANOD lighting sheet is the most efficient anodized Diffuse Reflectivity: . . ' . '' '' '' ''''''''. ''''' .'. ''' ' '' . ' t5 7 aluminum used in fluorescent reflectors. Good lighting levels can be achieved by combining high reflectivity with well-designed reflectors.Typical applica- �pecular along grain:.••• '.•••'' '.''' c 90 {92 basic !ghtlng. de-tamping,enhancement(more light)and Lighting levels in work areas have also been re-assessed and very often many buildings are over-lit. By de-lamping X88 `=80 and using reflectors,the visual comfort levels can be main- tained giving aesthetically pleasing light distribution and a fully lamped look. Image clarity (D/I). . . . . .. .. 93% se -1* r Due to continual development any of the above data may change without notice Ika METALS, INC. FAX NO.(510)489-6091 Distributors and Processors of Metals PHONE NO. (510)467.1300 1-800-AMALCOl 33955 7th Street, Union City, CA 94587-3521 (1-800.262.5261) dco AMALCO'S 25 YEAR WARRANTY TO WHOM IT MAY CONCERN, AMALCO METALS warrants for a period of 25 years from the date of purchase from AMALCO METALS that our pre-anodized aluminum lighting sheet`AMBRITEa ", (a registered trade name),and/or SUPERBRITE shall be free from defects in materials and workmanship and under normal interior(non-manufacturing)operating conditions, AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting sheet will not delaminate,yellow, darken, peel, blister, crack or develop any surface deterioration that may reduce source image reflectance due to exposure to fluorescent lamp radiation and heat up to 100 degrees centigrade. This warranty excludes any condition of the AMBRITE® and/or SUPERBRITE pre-anodized aluminum lighting sheet resulting from fire, accident, abuse, negligence, objects striking this sheet or corrosive atmospheres such as chemical fumes, alkaline, acidic or other chemical atmospheres. Should AMBRITE© and/or SUPERBRITE pre-anodized aluminum lighting sheet exhibit a condition or deteriora- tion in breach of this warranty, AMALCO's obligation will be to replace sheet in breach of this warranty with an equivalent amount of AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting sheet or sheet of equal quality (customer fabrication and installation costs are excluded). AMALCO METALS shall not be liable for any incidental or consequential damages for the breach of warranty. AMALCO METALS MAKES NO WAR- RANTY THAT THE AMBRITE° AND/OR SUPERBRITE PRE-ANODIZED ALUMINUM LIGHTING SHEET IS MERCHANTABLE OR FIT FOR ANY PARTICULAR PURPOSE NOR ANY OTHER WARRAN- TY EXCEPT AS SET FORTH HEREIN. CHARACTERISTICS AMBRITEO III SPECIFICATIONS MECHANICAL PROPERTIES (Typical) - Will not Yellow, Peel, Blister, ! Total Reflectance 87% Delaminate or Burn i Tensile Strength: Image CIarity (D/I) 93% Ultimate Strength 23 ksi - Resistance to Corrosion I Diffuse 15 i Yield Strength 20 ksi I I i - Resistance to Fire L Coating Weight 2-3 Microns Elongation, % in 2" 3-5 - Static-Free Surface SUPERBRITE SPECIFICATIONS t ' � � MECHANICAL PROPERTIES Wardness Total Reflectance gg% (Typical) - Formability Image Clarity (D/I) 98.0% Tensile Strength: Ultimate Strength 24 ksi - Resistance to Chemicals Diffuse 7 Yield Strength 22 ksi Coating Weight 2-3 microns - Cleanability Elongation, % in 2" 5 , st >t!j�`•j `.�'^"�i •Mkyi -Y^.7;. a .G� �+.f" :`3C. -�i �.'2Y'`rSK�,�"a' hazirY4, ;''`YY,� -T.rit.�'>•y. l� �a'fi T� cF +� i '�' b. a". �t .�6'�TQ �/ f'.�. c.+�l:se a.tf.�,�•tir x't` s-C-�ii i�'.Y }�{'t�r y h n. � a.:.u.rw'y, 7+ ,. .^ r...p 1^r�f'` s✓�,:.1r� -�� t-4z tip.a- k uq rt>, .A's.,,sT�+ rs" :�.c - •E• t C a r `, '�-: h.{y yF..i rty. of.4n >y�,. r.i#.:'r'P>f.3)'a!'t+c'<_�r �5 1 .� T -.t` t,''.r�t. aral-�i.i '"'�..}f���� 4'�i�+w+..�i'� � sP"}r•.�i.^M 7' 61: � r4^�>a`s`ra� a ..�.r ;C,(T-s'J�J9-rirar y`"'yr,. "�4 - r..' '� hfx�Fr3 t' (t..' G4s.. -f . - ;:Y. "ti S �� �f L L - t �k 5� fi``-i � E s;,, i ,�,r 2� 1,K`G+r�-� t ✓.` ..yy..Y J r .;7t>k�"'* c 'C I• y� 3 f � [ � a r .....' ,.f'`� c �- �r �s'e+,� �r�vla �r L tyJ c Jn >. •' s Z 3.1 ram a..�......."//"�., �� :✓`' � �„ � F SSC r, � © �-l. •�� t� ,,r. 1 14 Z J., ., i.r-s � r,.f. _ '® 1. .•ty Ftr u.�[. -' . ZK _:? f. 4 r rs tr' r+� ? "`r} }��' YJ.�Z } `�-•t ..,{ 5 t , r t K ��xrY�ay.r _ - - r.. R✓f5 ys .3kyr.,_.{, � -*1,>_ TJc r -Y Ir�,cyt.�'�'� ;;i.+.. _}L a 4?nS4'f'i`7�`i��??��s 'S-Ty.- .sal' ?- �*' �.:-3-+ LRT FLUORESCENTF LIGHTCI� t S' r�r .. rl�{.�r�,1�J��,7r�J�t���y�.,. - lf � til int +f�'y4L'l;il�lir t' i i 11 y oil- ,y J K9(D+ WHITE POWDER COAT POST-PAINTED REFLECTOR Ff •.Tj _77- •:N ^l S: .� :]fix='�i� � �.�•�'` { .: X`f , _f. = STATE-OF-THE-ART PROCESS BENEFITS ❑ Four stage iron phosphate cleaning and ❑ 80%+ luminaire efficiencies prefinishing ❑ Widespread distribution(>1.2 spacing criteria) ❑ Multi-stage rinse process ❑ Excellent uniformity ❑ Ionized ultra-white polyurethane powder ❑ Ultra-white finish enhances CRI values and ❑ Electrostatically fused to the cold rolled steel kelvin temperature ratings substrate at 375°F ❑ Minimal dirt accumulation —wipes clean with ❑ Chemical bond between the steel and soap and water the coating ❑ No special handling to install ❑ No reflection of the unfinished back RACE CAR HIGH GLOSS FINISH of a parabolic louver as seen with aluminum, SUPER HARD—SUPER REFLECTIVE or silver film reflectors ❑ UL Listed 1 25 year warranty ITL Boulder measures 90% to 94% total reflectance ,RETRO=CAD CUSTOM RETROFIT LIGHTING SYSTEMS ❑ Enter data on existing luminaire ❑ Three-dimensional model - ❑ Design the retrofit assembly for the desired illumination and distribution ❑ Produce a computer synthesized photometric report $} — Point by point —Coefficients of utilization —Candela distribution Provide footcandle readings on work surface .sr, ❑ Precise computer controlled auto-brake equipment to produce optically efficient reflectors .. .tir��i•:.�•i {{^�, �=�t*titer FROM DESIGN TO PROTOTYPE IN WEEKS! SAVE ENERGY 0 SAVE DOLLARS • IMPROVE QUALITY OF LIGHT ' Nk��0=TRO=IlUnErp3a Q�4`m�a ~��" ���' � ILLUMINATING EnGKNEEmkNG SOCIETY RECOMMENDS . . . New fighting recommendations call for 5O'55footcandle ambient illumination in areas with mixed paper and VDT tasks,and 30-40 footcandles where tasks are predominantly VDT oriented. UnifnrmQenera| illumination ioalso critical, especially with the high density work station arrungemenbsfound inmost office environments, VVo||made'opowder coated reflector(PK SU+)provides mspread/diffuse distribution oflight with excellent uniformity incontrast tospecular reflectors.For years,specular au reflectors have been the measure of performance for point source illumination.But the fluorescent lamp is a |nqJer linear light source and presents a control problem for specular materials which the PK SO+ spread/diffuse finish thrives. In the design of vehicles for controlling iliumination,the PK 90+ powder coated unitized assembly is totally user friendly, thus maximizing the design efficiency ofthe luminaire. UNDEPEMDENT TESTING REPORT* R302-248T8 (� LAMP - 2'�4'\ , ) 10 901, � /p 233/4 ZONAL LUMEN SUMMARY GO" 0. 1300 69.9 86.3 45" *TOTAL VNM(h3&YRE EFFICIENCY 81,0% *TOTAL REFLECTANCE OF PA/0T 91,2% 1950 00 PLANE 900 PLANE O" 150 30" *SPACING CRITERIA: 1.2 1.3 LE0-deg'' - - ' ' - - - - - *SA./EK~.N. A.N ~A_q. qO 90 `^' -- _- _- _- _- '. COEFFICIENTS OF IJITILIZ�Tl EFFECTIVE FLO0R.CAVI1 REFLECTANCE 020;-�, RC 0 so 66 80 74 69 656 ~ ' '— --' --- ------------- --'-~--- -- UNITIZED ASSEMBLY COST EFFECTIVE INSTALLATION VOL .. .. - Y 'ic ,.:•i. ...:�::-'���':ia:Yr' ;2>.ic- �y^,.i(:i:.Ti.4 7.Tf fit^ ill'( :�,.+ y•'ti a;".. }i. In°^:'9� fit"« r`�f•.."rh'4'.Ua'�•`° A. 2�4iR As bad as this looks,this is probably what you have,a 4-lamp 1. Strip existing fixture of lamps, ballast cover, ballasts and troffer with 40 watt lamps and 2 ES magnetic ballasts. sockets. •172 watts x 12 hrs./day x 250 days/yr.=516 KWH x 10e=$51.60 peryear 2. Install WELLMADE supplied safety cable mounting angle and angle mounting brackets at each end as shown. r.! ffF R.. 1.Hang RETRO-LINER from mounting angle with safety cable Slide socket-bars onto angle mounting brackets at each end. S"hook Estimated time to install—10 to 15 person minutes. Screw second safety cable to top of fixture to"ground" As easy as changing a ballast. Connect power supply leads to ballast leads. •se watts x 12 hrs./day x 250 days/yr.=174 KWH x 10c=517.40 per year Pss►F, UL LISTED 25 YEAR WARRANTY �� Fo Wellmade warrants for 25 years that the PK 90+ UO WELLMADE PRODUCTS finish will not yellow,darken,peel,blister,crack or FIXTURE CONVERSION,RETROFIT develop surface deterioration that may reduce CLASSIFIED C.UNDERWRITERS LABORATORIES INC.source image reflectance. FOR USE ONLY WITH FLUORESCENT FIXTURES IDENTIFIED IN MANUFACTURER'S INSTRUCTIONS 51<23 ORDERING INFORMATION NOMINAL SHIPPING CATALOG NUMBER SIZE LAMPS WEIGHT(Ibs) R301-148T8-SSB 1'x4' 1-F032 ::..:::.:.:.:. .,:'.: -6 R301-248T8-SSB ::..:..' 1x4' 2-FO32 6 . R301-248-2T8-SSB . :: 2-1'x4,. 4-FO32 11 R302-2UT8-SSB 2'x2' 2-FBO31 : 6 R302-224T8-SSB 2'x2' 2-F017 ..6 R302-324T8-SSB 2'x2' :. :.'3-FO17 .:: :.. . .:..6 R302-248T8-SSB 2'x4' :. 2-F032 _- :>_ : 10 . . R302-248-2T8-SSB 2-2'x4' 4-FO32 19 R302-348T8-SSB2'x4' 3-F032 :::::.:: .. 10 R302-348-2T8-SSB .::. �: ,';:-'•.�:::;.:,=--:'� '::-'..2-2'x4' .. . ... ........ 6-FO32 20.11 R302-448T8-SSB :._..:.-:;.;'. _:;: :'.::,'' .:`:,.,_: 2'x4'': ".,.:::. .:.: :;;... ..;:4-F032..;': r , ::':.:_ .10 IMPORTANT: Retro-Liner 300 Series must be designed to fit existing troffers. Provide specific information. ®Also Available: 200 Series—Retro-strip to convert strip fixturesGreen R400 Series—Retro-reflector to convert industrial reflector fixtures Lights - MV WELLMADE PRODUCTS WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 WELLMADE TYPE INFO ANIM retro-liner series converts existing lay-into * electronic ballasts 9 T-8 lamps * white powder coat enamel reflector or specular reflector (polished or film) 1 ' x 4 , 2' x 2' and 2' x 4' conversions features: -a energy efficient 32 watt T-8 lamps 25 year ballast life • solid state electronic ballasts • 28,000 hour lamp life • prewired "unitized" assembly for , • 105+ lumens per watt labor saving installation • 80+ CRI rating • UL listed/made in USA • 90%+ reflectance (PK 90+) NOM. NOM. CATALOG NUMBER LAMPS SIZE CATALOG NUMBER LAMPS SIZE 1' x4' 2' x4' 8301-148T8-SSB I-P032 Vx 4' R302-248T8-SSB 2-FO32 2'x 4' 8301-248T8-SSB 2-P032 Vx 4' R302-248-2T8-SSB 4-FO32 2-2'x 4' R301-248-2T8-SSB 4-FO32 2-1'x 4' 8302-348T8-SSB 3-FO32 2'x 4' 2` x 2` 8302-348-08-SSB 6-FO32 2-2'x 4' R302-2UT8-SSB 2-FBO31 2'x 2' 8302-448T8-SSB 4-FO32 2'X 4' R302-224T8-SSB 2-FO17 2'x 2' R302-324T8-SSB 3-F017 2'x 2' NOTES • indicate SR for specular reflector(i.e., SRR302... • utility rebates available retro-Ilnet 300 series must be designed to fit existing troffers — specific Information Is required before ordering — contact factory Ufrl I k A A r,,c Donr%f jr-" A94 PCNN PON WAY 0Ajq ANO CALIFORNIA QAA74 0 540-5462A878 0 FAX:540-632-78465 R300 INSTALLATION INSTRUCTIONS - R300 INSTALLATION INSTRUCTIONS - 2 LAMP ASSEMBLY 3 LAMP ASSEMBLY THE FOLLOWING INSTRUCTIONS ASSUME THAT LUM- 1. THE FOLLOWING INSTRUCTIONS ASSUME THAT INAIRE TO BE RETROFITTED HAS BEEN STRIPPED OF LUMINAIRE TO BE RETROFITTED HAS BEEN STRIPPEC., EXISTING COMPONENTS(DOOR ASSEMBLY, LAMPS, OF EXISTING COMPONENTS(LAMPS, BALLAST BALLAST COVER,SOCKET PLATES AND SOCKETS) COVER,BALLAST(S),SOCKET PLATES AND LAMP- AND THAT POWER TO LUMINAIRE HAS BEEN TURNED HOLDERS,ETC.)AND THAT POWER TO LUMINAIRE OFF. HAS BEEN TURNED OFF. 2. ATTACH SAFETY CABLE MOUNTING ANGLE TO TOP 2. ATTACH SAFETY CABLE MOUNTING ANGLE TO TOP OF HOUSING APPROXIMATELY 10" FROM END OF OF HOUSING APPROXIMATELY 10" FROM END OF THE FIXTURE AS SHOWN IN THE ILLUSTRATION. USE FIXTURE AS SHOWN IN THE ILLUSTRATION.USE AN EXISTING HOLE OR BALLAST MOUNTING STUD IF EXISTING HOLE OR BALLAST MOUNTING STUD IF FEASIBLE.OTHERWISE, USE"TEC'SELF-DRILLING FEASIBLE—IF NOT FEASIBLE,ATTACH WITH SELF- SCREW SUPPLIED. DRILLING"TEC'SCREW SUPPLIED. 3. INSTALL ANGLE MOUNTING BRACKETS AT EACH END OF THE FIXTURE AS SHOWN, POSITIONING BRACKET DOWN APPROXIMATELY 5/16" FROM TOP OF FIX- TURE. MEASURE WITH SCALE OR USE GAUGE 9 SUPPLIED. 21ir • 231a• X16• 'GROUNDANGLE(1) u0UHT1NGANGLE(1) 3. INSTALL REFLECTOR MOUNTING SUPPORT 2� UGUNTING 6RACKET(2) BRACKETS 23/."TO THE RIGHT OR LEFT OF THE CEN- TER LINE OF THE FIXTURE. MAKE SURE WHEN INSTALLING THE BRACKET AT THE OPPOSITE END, THAT IT IS INSTALLED ON THE SAME SIDE OF THE CENTERLINE AS THE FIRST ONE. LOCATE THE CEN- HANG RETROLINER ASSEMBLY FROM MOUNTING TER OF THE MOUNTING SLOTS 21/e" BELOW THE TOP ANGLE WITH SAFETY CABLE"S" HOOK AND SCREW OF THE FIXTURE AND SECURE WITH THE TEC SECOND SAFETY CABLE TO TOP OF FIXTURE WITH SCREWS PROVIDED.THESE MOUNTING HOLES ARE "TEC"SCREW OR OTHER FASTENER AT OTHER END SLOTTED TO ALLOW FOR ANY ADJUSTMENT THAT OF FIXTURE.THIS IS NECESSARY TO PROVIDE POSI- MAY BE REQUIRED TO KEEP RETROLINER ASSEMBLY TIVE"GROUND" OF ELECTRICAL COMPONENTS ON SNUG AGAINST THE TOP OF THE LUMINAIRE RETROLINER ASSEMBLY TO EXISTING LUMINAIRE HOUSING. HOUSING. 4. HANG RETROLINER ASSEMBLY FROM MOUNTING CONNECT POWER SUPPLY LEADS TO BALLAST ANGLE WITH SAFETY CABLE"S"HOOK AND ATTACH 0LEADS. SECOND SAFETY CABLE TO TOP OF FIXTURE WITH TEC(OR OTHER TYPE SCREW IF THERE IS AN EXIST- 6. INSERT END OF RETROLINER ASSEMBLY WITH FIXED ING SCREW HOLE)AT OTHER END.THIS IS NECES- SOCKET PLATE INTO HOUSING,SLIDING SOCKET SARY TO PROVIDE POSITIVE GROUND OF PLATE OVER MOUNTING ANGLE FLANGE SO THAT RETROLINER. MOUNTING ANGLE WILL SUPPORT END OF RETRO- LINER ASSEMBLY. 5. CONNECT POWER SUPPLY LEADS TO BALLAST LEADS. 7. RAISE OPPOSITE END OF ASSEMBLY UP INTO FIX- TURE,SLIDE TELESCOPING SOCKET PLATE OUT 6. INSERT END OF RETROLINER ASSEMBLY WITH AGAINST END OF FIXTURE OVER BRACKET FLANGE FIXED SOCKET PLATE INTO HOUSING,OVER MOUNT- SO THAT WHOLE ASSEMBLY IS SUPPORTED BY THE ING BRACKET FLANGE AT ONE END OF THE FIXTURE TWO ANGLES.CENTER THE ASSEMBLY FROM SIDE AS SHOWN IN THE ILLUSTRATION SO THAT THE TO SIDE. RETROLINER ASSEMBLY IS SUPPORTED AT ONE END BY THE BRACKET. 8. TIGHTEN THE SCREWS THAT RETAIN THE TELE- SCOPING SOCKET PLATE. 7. RAISE OPPOSITE END OF ASSEMBLY UP INTO HOUSING,SLIDE THE TELESCOPING SOCKET PLATE 9. INSTALL LAMPS,TURN ON POWER,CLEAN AND OUT AGAINST THE END OF THE FIXTURE ABOVE THE REPLACE DOOR ASSEMBLY. MOUNTING BRACKET FLANGE SO THAT THE WHOLE ASSEMBLY IS SUPPORTED BY THE TWO BRACKETS. 8. TIGHTEN THE SCREWS THAT RETAIN THE TELE- SCOPING SOCKET PLATE. 9. INSTALL LAMPS,TURN ON POWER, CLEAN AND REPLACE DOOR ASSEMBLY. ...-.,.....�nn�..,,r�r rn• nr .r"nn...rrV r'V•Vr •ern r•r Ir/�R•rr• n•rn• can can 10,70 . CAV.GIn r'In herr WELLMADE TYPE INFO 1 7_�7 (STD) 3/; 5'/; (STD) l * ASSEMBLY WIDTH CAN BE MODIFIED FOR SPECIAL APPLICATION.CONTACT FACTORY. s� retro-stri P 200 retro-strip 200 converts existing ballast and light source to the state- of-the-art energy saving lighting system - 4' and 8' assemblies features is • energy efficient 32 watt T-8 lamps e 25 year ballast life; 28,000 hour • solid state electronic ballasts lamp life • snap-in lampholders with built-in 9 105+ lumens per watt lamplocks 9 80+ CRI rating • prewired assembly provides labor * 90%+reflectance white powder saving installation coated pan (PK 90+) • UL listed / made in USA * can be designed to fit most strip lights up to 10" wide NOMINAL contact factory for details CATALOG NUMBER LAMPS SIZE NOTES R200-148T8 1-FO32 5W x 4' 8200-148-2T8 2-FO32 5-'A'X 8' * contact factory for availability of wire 8200-148-2T8-2T8-TW 4-PO32 5-%"x 16' guards and lenses 8200-248T8 2-FO32 5W x 4' e contact factory or your local Utility for 8200-248-2T8 4-FO32 51A x 8' rebate information R200-348T8 3-FO32 8200-348-2T8 6-FO32 WFI I.MADF PRODUCTS.421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 0 54D-562-1878 0 FAX:510.632-7865 INSTALLATION DETAILS INSTALLER TO INSURE THAT VOLTAGE OF RETROSTRIP TO BE IN- ATTACH THE SAFETY CABLE/GROUNDING STRAPS ON THE TALLED IS THE SAME VOLTAGE AS THE UNIT TO BE RETROFITTED. RETROSTRIP PAN TO THE INSIDE OF THE EXISTING CHANNEL USING THE SELF-DRILLING 'TEC'SCREWS PROVIDED(ATTACH- INSTALLER TO INSURE THAT THE WIDTH OF THE EXISTING HOUSING MENT POINTS ARE APPROXIMATELY 22 INCHES IN FROM EACH (A)IS LESS THAN THE WIDTH OF THE SERIES 200 RETROSTRIP(B). END OF THE RETROFITTED HOUSING). � A � EXISTING E I � � HOUSING I RETROSTRIP ASSEMBLY B REMOVE THE TAPE SECURING THE RETROSTRIP LAMPHOLDERS AND CONDUCTORS TO THE RETROSTRIP PAN AND SNAP THE TO BEGIN THE RETROFIT PROCEDURE: LAMPHOLDERS INTO POSITION THROUGH THE SLOTS IN THE PAN. TURN OFF POWER TO FIXTURE BEING RETROFITTED. REMOVE EXISTING LAMPS. 4NEMOVE EXISTING BALLAST/WIREWAY COVEWS). UT BALLAST BLACK&WHITE LEADS WITHIN 6 TO 8 INCHES OF BRANCH CIRCUIT CONDUCTORS. CONNECT THE POWER SUPPLY WIRES TO THE BLACK AND WHITE LEADS ON THE RETROSTRIP BALLAST WITH THE WIRE CONNECI- ORS PROVIDED.CONNECT BLACK WIRE TO BLACK WIRE,AND WHITE WIRE TO WHITE WIRE. REMOVE EXISTING LAMPHOLDERS FROM SOCKET PLATES, LEAVE SOCKET PLATES IN FIXTURE HOUSING.THEY WILL BE NEEDED. TO SECURE THE RETROSTRIP ASSEMBLY TO THE EXISTING HOUSING: ALIGN THE RETROSTRIP PAN EVENLY WITH THE ENDS OF THE EXISTING HOUSING AND CENTERED FROM SIDE-TO-SIDE, USING THE 'TEC' SCREWS PROVIDED,DRIVE A TEC SCREW THROUGH THE SLOT AT EACH END(AND THROUGH ONE IN THE CENTER)OF THE EXISTING HOUSING SOCKET PLATES.IF PREF FERED,THIS MOUNTING CAN BE DONE BY MARKING A HOLE REMOVE BALLAST. DISPOSE OF IN ACCORDANCE WITH LOCAL LOCATION ON THE SOCKET PLATE.USING THE SLOT IN THE CODES AND/OR HAZARDOUS MATERIAL REQUIREMENTS. RETROFIT ASSEMBLY AS A TEMPLATE,DRILLING A 1/8'DIAMETER HOLE AT EACH END AND THE CENTER.THEN SECURING THE RETROSTRIP PAN WITH#8 SELF TAPPING SHEET METAL SCREWS. AT THIS POINT,THE SERIES 200 RETROSTRIP ASSEMBLY IS READY TO INSTALL ON THE STRIPPED-DOWN HOUSING. USING THE SHORT LENGTHS OF WIRE SUPPLIED WITH ASSEMBLY, TIE A LOOP AT EACH END OF THE STRIP HOUSING TO TEMPOR- ARILY SUPPORT THE RETROSTRIP WHILE MAKING PERMANENT ATTACHMENTS. INSTALL d F032T8 LAMPS IN LAMPHOLDERS. NOTE:USE ONLY F032TS LAMPS-USE OF OTHER TYPE LAMPS MAY RESULT IN DAMAGE TO THE ELECTRONIC BALLAST. TURN ON POWER. 1 WFi i MAf1F PRODUCTS.AN PENDt.ETON WAY.OAKLAND.CALIFORNIA 94624 540-562.4878 0 FAX:510..632-7865 WELLMADE TYPE INFO 3 5/i I nV/; retro-reflector400 retro-reflector 400 converts existing industrial or strip fixtures to a state- of-the-art, hi-tech electronic solid state energy saving lighting system - 4' and 8' assemblies features • energy efficient 32 watt T-8 lamps * 25 year ballast life; 28,000 hour • solid state electronic ballasts lamp life • snap-in lampholders with built-in e 105+ lumens per watt lamplocks * 80+ CRI rating • prewired assembly provides labor e 90%+ reflectance white powder saving installation coated reflector (PK 90+) • UL listed / made in USA NOMINAL CATALOG NUMBER LAMPS SIZE NOTES 8400-148T8 1-F032 V 4' e contact factory for availability of cus- R400-148-2T8 2-FO32 V X 8' R400-148-2T8-2T8-TW 4-FO32 Vx 16' tom wire guards and lenses 8400-248T8 2-FO32 Vx 4' * contact factory or your local Utility for 8400-248-2T8 4-FO32 V 8' rebate information 8400-348T8 3-FO32 contact factory 8400-348-2T8 6-FO32 contact factory WEE I I I AMC DC^Mfle^" A')4 DcWnl CTnN WAV OW ANn (-Al IMPNIA 9AA94 a 540-562-4878 e FAX:540-632-7865 INSTALLATION DETAILS ' ISTALLER TO INSURE THAT VOLTAGE OF RETROFLECTOR TO BE IN- ATTACH THE SAFETY CABLE/GROUNDING STRAPS ON THE PETRO- AOIS THE SAME VOLTAGE AS THE UNIT TO BE RETROFITTED. FLECTOR TO THE INSIDE OF THE EXISTING CHANNEL USING THE SELF- DRILLING *TEC' SCREWS PROVIDED(ATTACHMENT POINTS ARE INSTALLER TO INSURE THAT THE WIDTH OF THE EXISTING HOUSING IS APPROXIMATELY 22 INCHES FROM EACH END OF THE RETROFITTED :SS THAN THE WIDTH OF THE SERIES 400 RETROFLECTOR. HOUSING), P400-2LT 8400-I LT ---------- =EXISTING HOUSING A\A =RETROFLECTOR ASSEMBLY REMOVE THE TAPE SECURING THE REI ROFLECTOR LAMPHOLDERS AND CONDUCTORS TO THE RETROFLECTOR AND SNAP THE LAMP- HOLDERS INTO POSITION THROUGH THE SLOTS IN THE RETRO- FLECTOR. TURN OFF POWER TO FIXTURE BEING RETROFITTED. E*EXISTING LAMPS. RE EXISTING REFLECTORS. :UT BALLAST BLACK&WHITE LEADS WITHIN 6 TO 8 INCHES OF -RANCH CIRCUIT CONDUCTORS. CONNECT THE POWER SUPPLY WIRES TO THE BLACK AND WHITE LEADS ON THE RETROFLECTOR BALLAST WITH THE WIRE CONNECTORS PROVIDED,CONNECT BLACK WIRE TO BLACK WIRE, AND WHITE WIRE TO WHITE WIRE. REMOVE EXISTING LAMPHOLDERS FROM SOCKET PLATES, LEAVE OCKET PLATES IN FIXTURE HOUSING.THEY WILL BE NEEDED. TO SECURE THE RETROFLECTOR ASSEMBLY TO THE EXISTING HOUSING: ALIGN THE RETROFLECTOR EVENLY WITH THE ENDS OF THE EXISTING HOUSING AND CENTERED FROM SIDE-TO-SIDE. USING THE 'TEC' SCREWS PROVIDED,DRIVE A TEC SCREW THROUGH THE SLOT AT EACH END(AND THROUGH ONE IN THE CENTER)OF THE EXISTING HOUSING SOCKET PLATES. IF PREFFeRED.THIS MOUNTING CAN BE DONE BY MARKING A HOLE LOCATION ON THE SOCKET PLATE, USING THE SLOT IN THE RETROFIT ASSEMBLY AS A TEMPLATE,DRILLING REMOVE BALLAST. DISPOSE OF IN ACCORDANCE WITH LOCAL A 1/8'DIAMETER HOLE AT EACH END AND THE CENTER.THEN .ODES AND/OR HAZARDOUS MATERIAL REQUIREMENTS. SECURING THE RETROFLECTOR WITH #8 SELF TAPPING SHEET METAL SCREWS. NT THIS POINT,THE SERIES 400 RETROFLECTOR ASSEMBLY IS READY TO '4STALL ON THE STRIPPED-DOWN HOUSING. USING THE SHORT LENGTHS OF WIRE SUPPLIED WITH ASSEMBLY.TIE A LOOP AT EACH END OF THE HOUSING TO TEMPORARILY SUPPORT HE RETROFLECTOR WHILE MAKING PERMANENT ATTACHMENTS. INSTALL 4 F032T8 LAMPS IN LAMPHOLDERS. INSTALL CLOSURE ANGLES ON BOTH SIDES OF EXISTING HOUSING TO CONTAIN WIRES, ETC. NOTE:USE ONLY F032T8 LAMPS-USE OF OTHER TYPE LAMPS MAY RESULT IN DAMAGE TO THE ELECTRONIC BALLAST. TURN ON POWER. c, .y ncno�niirTC A94PrMnl FTnN WAY,OAKI AND,CALIFORNIA 94624 o 5i0-562-i878 FAX:510-632-7865 WELLMADE TYPE INFO? I S�+.y ""f- 161/.' 1 � I Z Lam- .,• _ _. — 1 labor saving zip-up wiring. o s I c s� es eliminates wire fishing 11 •. when installing fixtures in rows. vfforDarounds surface or pendant mount- 2/, 4' ount-2', 4' and 8' lengths - 7�. designed for T-12 or T-8 lamps magnetic or electronic ballasts ~� features: • a quality wraparound-classic injection molded end caps and linear design-two popular . mullions feature built-in light traps. widths-2, 4, b and 8 lamps. UL listed made in USA • high impact acrylic prismatic 3 lamp models not suitable for hook-on lens-cannot be pendant mounting accidentally dislodged. • prefix SR for specular reflector adder • prefix PK 90+ for white powder coat reflector adder CATALOG NO.T-12 LAMPS NOM.SIZE CATALOG NO.T-8 LAMPS 101 SERIES - 101-SHA-224TS-HPF 2-F20 9"x 2' 101-SHA-224T8-SSB 2-FO17 101-SHA-248RS 2-F40 91,x 4' 101-SHA-2488-SSB 2-F-032 9" WIDE 101-SHA-248 2RS 4-F40 9"x 8' 101 SHA-248T2T8-SSB 4 FO32 103-SHA-224TS-HPF 2-F20 16'/4"x 2' 103-SHA-224T8-SSB 2-FO17 103-SHA-2URS 2-F40U 161/4"x 2' NOT AVAILABLE 103 SERIES - 103-SHA-248RS 2-F40 161/4"x 4' 103-SHA-248T8-SSB 2-FO32 161/4" WIDE 103-SHA-248-2RS 4-F40 16'/4"x 8' 103-SHA-248-2T8-SSB 4-FO32 103-SHA-348RS 3-F40 161/4"x 4' 103-SHA-348T8-SSB 3-FO32 103-SHA-348-2RS 6-F40 161/4"x 8' 103-SHA-348-2T8-SSB 6-FO32 add SSB for 103-SHA-448RS 4-F40 161/4"x 4' 103-SHA-448T8-SSB 4-FO32 electronic ballast 103-SHA-448-2RS 8-F40 161/4"x 8' 103-SHA-448-2T8-SSB 8-FO32 shielded commercials 100 series back details and ko's (displayed schematically) 2d 114„ K.O. 3' "S" HOOK SLOT _ = 2; ♦ series 112, 118, 175 and 185. 1/4" DIA. HOLE 2d" '~� I '-'-' 8'fixtures are same as 2-4' fixtures end to end. 'S �- 5I lSrI I z,ad•:.3':W..d:MV,e=72%.e=r /16DIA. 6. n 11/16" K.O. series 101.103-106-108 T_7 96,. —{o~ — ,_ { ='� series 183 02 Wal.2>'-pn.d, I series 164 y- 8 /8„ K.O. '° 1 l I 7 t 2,4:dF 2.2 24- I 7' 3„ K.O. , dl • I 3�4//X33�8// K,O. 'Fo—— —o-Js >>/:i 2I.. —7 u_- av: I dd back detail series 124, 128, 176 and 186. series 190/191 E. 8'fixtures are some as 2-4' symbols fixtures end to end. series 144, 148, 177 and 187. NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code and other applicable codes. •Most fixtures listed in the preceding section are available with 1 or 2 lamp battery powered emergency packs. (insert suffix 1 - EM for 1 lamp, and 2 - EM for 2 lamps.) hanging and mount ing accessories • I ;,, standard stem hanger �� ceiling spacer and stem and canopy. is I : box assembly. C-101 ' 4 junction stem box degree ' 45 degree ball aligner �kJ�-iil� assembly for 101,103,106 swivel hanger and I and 108 series. ds• canopy. \, Mep P T SAI-E9 iw,n,nel�an 7/12"7•7 Getvenited meyers sway adapter. A"<..tt Cbl. B hel Pletee SIM Cedtwe L—h.g Leek Nut D—Prde.d" 1%"Adl-tment f— 5/8•'Die. SIM R..—, Tn,e.p I CS-100 cable suspension system. �. Spun Aluminum lock Nutt � wnne bn0" \\ Relu,w WFLLMADF PRODUMS A94 PFNni FTr1N WAV f1AKI ANn (rAl IMOMIA OAA)4 a mn-cIAmR7A • FAY-541f1 h1)-7AAS )MV WELLMADE TYPE INFO optional prismatic lens /f , r 1� �aijg•� 41/2" optional black finish - - mulfi-oupose corri c or or wall mounted lumhdre 2', 3', 4' and 8' lengths features designed for T-12 or T-8 lamps/magnetic or electronic ballasts • decorative corridor or wall • surface or pendant mounting- mounted luminaire with clear or may be mounted either hori- prismatic lens or white opal zontally or vertically on walls. acrylic diffuser • joined end to end with nipple. • UL listed/made in USA * optionally available in flat • PK 90+ reflector is standard black finish.* CATALOG NO.T-112 LAMPS 'NOM.SIZE CATALOG NO.T-8 LAMPS 182- 124TS-HPF 1-F20 4114"x 24314" 182-'-124T8-SSB 1-FO17 182-'-136RS-HPF 1-F30 411x"x 36�/a" 182-:-136T8-SSB 1-FO25 182- -148PS-HPF 1-F40 411a"x 4831" 182- -148T8-SSB 1-FO32 182- -148-2RS 2-F40 41/4"x 96314" 182- -148-2T8-SSB 2-FO32 182- -224TS-HPF 2-F40 4Ya"x 243/4' 182- -224T8-SSB 2-FO32 182- -236RS 2-F30 41Ya"x 3631" 182- -236T8-SSB 2-FO25 182- -248RS 2-F40 4%"x 4831" 182- -248T8-SSB 2-FO32 182- -248-2RS 4-F40 41/a"x 963/4' 182- -248-2T8-SSB 4-FO32 add SSB for electronic ballast insert A for white opal acrylic diffuser—insert P for prismatic acrylic diffuser *add suffix BLK for optional black finish contact factory for additional cost info. 182 series back details and ko's (displayed Schematically) "S" HOOK SLOT 1/4" DIA. HOLE 2'=24 4*=48" 5'=72' 8' =96' 115- 4" 6 &92 3/Z' 5/16" DIA. HOLE ED 7/8" K.O. this K.O.not on 207 Series series 179-182-204/205 and 207. 3" K.O. 7/8" side feed KO'S are provided in 179 and 204/205 series. 11/16" K.O. not supplied on 2' units. bock d'e-,tall symbols overall length of 182 series is 314" greater than shown. no 3" KO in 2' units. NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code and other applicable codes. l/lost fixtures listed in the preceding section are available with I or 2 lamp battery powered emergency pocks. (insert suffix 1 EM for I lamp, and 2 - EM for 2 lamps.) TO REMOVE DIFFUSER: 1. SQUEEZE TOP OF DIFFUSER TOGETHER AND SLIDE TOWARDS END CAP (Fig.1) 2. MAKE SURE DIFFUSER CLEARS PLASTIC STOPS (Fig.2) PLASTIC STOPS PLASTIC STOPS FIG. 2 FIG. I 3. OPPOSITE END OF DIFFUSER WILL NOW SWING CLEAR OF END CAP (Fig.3) FIG. 3 WELLMADE TYPE INFO optional regressed door SIZ i 4� 12" MIMI family surface series 1 ' x4' and Vx 8' designed for T-12 or T-8 lamps/magnetic or electronic ballasts white powder coat refector — PK 90+ is standard 11 prefix SR for specular reflector adder features • surface or pendant fixture- reversible hinged steel door- family series-modular-2, 3, 4 flush or regressed-spring and 6 lamps, loaded latches. • furnished with choice of lenses, rigid die formed housing. diffusers or louvers. edge contact lampholders. • UL listed/made in USA • distribution-total direct. NOMINAL CATALOG NO.T-12 LAMPS —SIZE— CATALOG NO.T-8 LAMPS 112-*-248RS 2-F40 Vx 4' 112-*-248T8-SSB 2-FO32 112- -248-2RS 4-F40 Vx 8' 112- -248-2T8-SSB 4-FO32 112- -348RS 3-F40 Vx 4' 112- -348T8-SSB 3-F032 112- -348-2RS 6-F40 Vx 8' 112- -348-2T8-SSB 6-F032 add SSB for electronic ballast NOTES * optionally available with UL low density 9 insert choice of lenses, diffusers or louvers approval-add suffix LID to catalog number. *for regressed door insert prefix "R" * optionally available with oil finished wood (example 112-R12A-248RS). trims. e 3 lamp models not suitable for pendant mounting. 112 series 'OSITIVE SPRING LOADED f T HINGES _ATCH FLUSH DOOR REGRESSED DOOR / `tea \a' \ 3"DIA.K.O. o O c 7/8"DIA. K.O. 1/4"DIA.MTG(bS 7/8"DIA. K.O. �1 tfmlf.... . .....t .......s riaVt AfiRl r»af ernn�tt� ^AAA . - CAt Ctn 4074 CAV.CRn1.S47.70AC WELLMADE TYPE INFO optrionai regressed door 24" sl� 4 _ 4" a family surface series 2' x 2 , 2x 4and 2x 8' designed for T-12 or T-8 lamps/magnetic or electronic ballasts white powder coat refector — PK 90+ is standard prefix SR for specular reflector adder features UL listed/made in USA • surface or pendant fixture- reversible hinged steel door family series-modular-2,3, 4, 6, flush or regressed-spring and 8 lamps. loaded latches. • furnished with choice of lenses, • rigid die formed housing. diffusers or louvers. • distribufion-total direct. NOM. CATALOG NO.T-12 LAMPS—SIZE—CATALOG NO.T-8 LAMPS 124-*-224TS-HPF 2-1720 2'x 2' 124- -224T8-SSS 2-FO17 NOTES 124- -324TS-HPF 3-F20 2' x 2' 124- 324T8-SSB 3-FO17 124- -424TS-HPF 4-F20 2'x 2' 124- -424T8-SSB 4-FO17 * optionally available with UL low density 124- -2URS, 2-F40U 2'x 2' 124- -2UT8-SSB 2-FBO31 approval-add suffix LD to catalog number. 124- -248RS 2-F40 2'x 4' 124- -248T8-SSB 2-FO32 * optionally available with oil finished walnut 124- -248-2RS 4-F40 2'x 8' 124- -248-2T8-SSB 4-FO32 trim. 124- -348RS 3-F40 2'x 4' 124- -348T8-SSB 3-FO32 124- -348-2RS 6-F40 2'x 8' 124- -348-2T8-SSB 6-FO32 * 3 lamp models not suitable for pendant 124- -448RS 4-F40 2'x 4' 124- -448T8-SSB 4-FO32 mounting, 124- -448-2RS 8-F40 2'x 8' 124- -448-2T8-SSB 8-F032 add SSB for electronic ballast • insert choice of lenses,diffusers or louvers • for regressed door insert prefix"R" (example 124-R12A-448RS). 124 series DETAILS OF STEEL DOOR s A , ot POSITIVE SPRING LOADED T HINGES LATCH C � FLUSH DOOR REGRESSED DOOR 1/4-MTG(P'S A 4, 3" K. .. 1/4"K.O. u .a 7/8"K.O. u 7/8" K.O. )MVWELLMADE TYPE INFO 4"1 -7 204 2'At 4"1 �-0 2y4•• o . 205 12 Wt energy efficient I 1 0 ra pidstrips w RAr- -M 2/1 T, 4' and 8' lengths ,A%gfb designed for T-12 or T-8 lamps with electronic ballasts features: * fully assembled snap-up sockets 80+ CRI rating * pre-wired and easy to install . long life-electronic ballasts and * 105+ lumens per watt lamps * post painted powder coat UL listed/made in USA available (PK 90+) • specular reflectors available NOW NOM. CATALOG NUMBER LAMPS —SIZE— CATALOG NUMBER LAMPS SIZE 204 SERIES — 4" wide - 2" deep 204 SERIES — 4" wide - 2" deep T-8 lamps/electronic ballasts T-12 slimline/electronic ballasts 204-124T8-SSB I-FO17 4'x 2' 204-148SL-SSB I-F48SL 4"x 4' 204-224T8-SSB 2-1`017 4"x 2' 204-248SL-SSB 2-F48SL 4"x 4' 204-136T8-SSB 1-F025 4'x 3' 204-172-SSB 1-F72SL 4'x 6' 204-236T8-SSB 2-FO25 4'x 3' 204-272-2-SSB 2-F72SL 4"x 12' 204-136-2T8-SSB 2-FO25 4"x 6' 204296-SSB 2-F96SL 4"x 8' 204-236-2T8-SSB 4-FO25 4"x 6' 204-196-2-SSB 2-F96SL 4"x 16' 204-148T8-SSB I-FO32 204-248T8-SSS 2-FO32 4 4'"x x 44'' 205 SERIES — 4" wide - 23/4" deep 204-148-2T8-SSB 2-FO32 4"x 8' HO 800MA/electronic ballasts 204-248-2T8-SSB 4-FO32 4'x 8' 205-172-800-SSB I-F72HO 4'x 6' prefix PK 90+for white powder 205-272-800-SSB 2-F72HO 4"x 6' coot reflector adder 205-196-800-SSB 1496HO 4"x 8' 205-296-800-SSB 2-F96HO 4"x 8' 205-196-2-800-SS8 I-F96HO 4"x 16' open commercials — 200 series back details and ko's (displayed schematically) 4'=4.9'*-3*=26-2- =24" 8*=96 6' 72" 8' 24" 6 =18­—� 2'/Y. 2'/.,"- V/6" 2,/2" -T series 202/202SM Side ko's are provided for switches and convenience ♦ S" HOOK SLOT outlets(wall mounting only) 114" DIA. HOLE 2 =24** 4*=48" 6'=72"* a, 96- 5/16" DIA HOLE 6 a = 12" rr#14" 11/16" K.O. 15� '/8" K.O. tEhisK.O. not on 207 series series 179-182-204/205 and 207. 3" K.O. 7/8" side feed KO's ore provided in 179 and 204/205 series. 11/16" K.0, not supplied on 2' units. back detail symbols overall length of 182 series is 3/4" greater than shown. no 3" KO in 2' units. NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code and other applicable codes. Most fixtures listed in the preceding section are available with 1 or 2 lamp battery powered emergency *ks. (insert suffix I - EM for I lamp, and 2 - EM for 2 lamps.) accessories and mounting devices (see page 15 for stems.sway adopters 202 reflectors and cable suspension system.) 204/205 reflectors YJP 3 3/4" 4 3/8" 41/2" 4'/2" 51le* J:13//16 4 16" �3 3/8"1 1—9/2 �67 "/164'//8" symmetric asymmetric reverse asymmetric "All to order insert suffix"S","A"or"R"(example 204S-248RS) wire guards 48" available for 202 and 204/205 series add suffix"WG". "Plug-together' wiring assemblies provide branch circuit - 200C coupler wiring within fixture.Simply hang first fixture in row and connect the "plug-together'assemblies as the rest of the fixtures are hung. 1.2.and 3 circuit assemblies are available.Specify PT-1. PT-2 or PT-3 for 1,2.or 3 circuit assemblies, respectively. 2000 coupler must be speci- fied when order- ing PT assem- SH24 blies. optional heavy duty coupler for 204/205 series. sliding hanger/spacer for 204/205 series REPLACEMENT AND RETROFIT "i• .�= �it ihll��i • Y. Tube-Locks INC. LIGHTING &CEILING PRODUCTS.r.. A. L. P. Standard Wraparounds Stock Wraparounds 36 Tube-Locks � av_ Stock Wraparounds •Prevents falling lamps •Injection molded ,, ,�._:, « ~ts� This wraparound replacement is the most cost •Easy installation ^ : .x=` effective alternative to complete fixture replacement. = �;. ,_ ,. •�.<,�-<��' To Order yY fi: " •s Please follow these steps: t. Remove the damaged diffuser from fixture. 2. Place diffuser on end on top of a piece of paper. Accurately trace the complete outline of the diffuser. We Description need both inside and outside traces. Tube-Locks are injection molded plastic components that, 3. Measure the overall length of the old diffuser and when installed,prevent bi-pin lamps from falling out of indicate length on your drawing. fixtures.Installation is simple just slip a Tube-Lock over the bi-pin socket and it will securely hold the lamp in place. 4. Note whether diffuser is clear prismatic acrylic or smooth white acrylic. S. Indicate quantity of diffusers needed. Ordering b. Send or Fax traced outline and length to A.L.P Lighting CATALOG NO. DESCR7PTiON SOCKET7YPE or local representative. TL-1 wNre Bi-Pin t A.L.P. Wraparounds Standard Stock Items \ Step - n IN Description ,- Replace old,yellowed or broken plastic diffusers with new economical replacement diffusers.These shapes are step i provided to match existing diffusers. The words "replacement plastics"have been synonymous D):D with A.L.P for many years. Over those years ALP,has �- accumulated thousands upon thousands of replacement plastic dies. As a result,we can offer you a replacement plastic diffuser for most any lighting fixture. See the A.L.P. Wraparound brochure for actual size FL .—J wraparound profiles. Please see next page (Custom Shape Wraparounds) should you have a requirement for a shape that does not appear in our Standard Wraparound Step 3 brochure. LENSES AND DIFFUSERS ALP- 121120 LIGHTING&CEILING PRODUCTS.INC. ALP- 15 ALP- 19 22 ,y 1'x 4' ALP-12/120 �, Y X '4' 3' x 3' ALP-15 ..c ~y - 2' x 2' Female Conical f "; 1 1 , Female Conical y - Prismatic Lens a- 2, x 2, 4, x 4 Prismatic Lens 2'x 4' - 2' X 4' 51" x50" V r 24" x 100" -T � A plan plan section A!thickness! 200" A Description A(chickness):.470 .100"..110 .125"" ALP-IS is a W*sq. base female conical prismatic fens design section that renders a bold, well ordered look and hides the lamps Description from direct view. This lens is ideally suited for a 4'x 4' ALP-121120 is a 3/16"base female conical lens that provides fluorescent fighting fixture. v good low brightness control with excellent light output. ALP-I5 is an ideal prismatic lens where the bolder prism ns utilizes a diagonally oriented prism pattern, with pattern is desired. e inversed prisms that are optically designed to provide excellent light control. The ALP-121120 pattern is the standard Ordering in [he industry, offering economy with quality. CATALOG NO. COLOR THICKNESS DIMENSION Ordering Acrylic Panels 222 CATALGGNO. DESCRIPTION THICKNESS DIMENSION ALPIS-I4-CA Clear 200"' ti'r:"'x473," ALP!5-21 CA Clear .200" 23.,.x 233," Polystyrene Panels ALP15-24-CA Clear .200" 233:"x 47W' ALP120-1 a-CSE Clear Economy .070"' 113,"x 471:" ALP15-33-CA Clear 200" 35?4'x 351,:" 120-22-CSE Clear Economy 070" 2335"x 23?5' ALP!5-44-CA Gear Z00" 473x"x 4735" 120-24-CSE Clear Economy .070" 233,"x 4734" NOTE:Other available colors:White IW),Light Slivertint)LST)&Dark 120-14-OSE White Economy .070-' 11?5"`x 471:­ A 7?:" ALP120.2Z-OSE White Economy 070" 2315"x 2334" Siivertint(DST). 1 ALP:20-24-OSE Wh;e Economy .070"' 23':"x 47?;" SDeclal sizes available. contact ALP 4 ALP120-14-CS Clear 100.. I NV'x 473,'" ALP120-22-CS Clear .100" 23W'x 23?5" ALP120-24-CS Clear 100" 233;*'x 47W' ALP120-14-01 White .100-' 11?:"x 4735" ALP!20-22-CS White .100" 23W'x 23?." ALP 20-24-OS White 100' 23W'x47N5 ,� ,. ,� 4' ALP-19 Acrylic Panels V x t�l�ir1 s�* Male Conical 0.14-CA Clear .100" I 13/4"x 4735•• +\11`,.1`4 fry fig /_ �y� S� X ' Prismatic Lens 0-22-CA Clear 100"' 233,'"x 2311," +l 1�\;t+1- +�, 11 ^7 �t 120-24-CA Clear .100" 23314"x 471/." a1 f/uL.1 TIT 2' X '4' ALP120-14-OA While .100" 1135"x471/." +flat/+1�t`-fes ALPi20-22-OA White .100" 231/."x 2335 '� •A*A j1A ALP 20-24-OA White .100" 23W'x 471/." ►\,.r:�la4.. A ��►�A�irA i ALP120.14-CAI 10 Clear .110" 1 1+1."x 4734" plan section A(thicknessi:.156",.187" ALP120.22-CAI 10 Clear .110" 2335"x 233." ALPI20.24-CAI 10 Clear .i t0" 23?."x 471/," Description ALP120-28-CAI10' Clear .110" 24"x 100'. ALP near .125" 111/"x 473,5" ALP-t9 is a 3/16"sq. base male conical prismatic lens ALP12-22-CA near .125" 231/."x 231i" offering superior lamp obscuration and excellent source ALP12-24-CA Clear .125" 2311."x 4711-" brightness control. The small square base male prisms are ALP12-44-CA* Clear .125" 51"x 50" organized in a parallel pattern providing a discrete and Polycarbonate Panels tailored appearance. ALP12-14-CP clear 125' 11!/.**x 4715" ALP-19 lenses offer the crisp appearance and the optical ALP12-22-CP Clear .125" 2311."x 2311." preciseness,often associated with injection molded lenses, ALP12-24-CP Tear .125" 2VI.-x 471/." with the economies of the extruded lens. Acrylic Radio interference Fitter Grid Panels Ordering ALP12-14-CA-RF Clear125"' 1 t 1/.'x 4711." ALP)2-22 CA-RF Clear J25" Z3JK x 231A• CATALOG NO. cO1o'. THICKNESS DIMENSION ALP12-24-CA-RF Clear .125" 2335"x 471/," Acrylic Panels ,gfihipment of oversize lenses are subject to a special packaging charge. AtPi9-14-CA clear .156" 113.-x 471/." ALP19.22-CA Clear .156" 2311."x 231/." P12-44-CA and ALP120-28-CAi TO panels are not self-supporting. ALP19-24-CA Clear .156" 231,4'x 471/:' All 1'x 4'and 2'x 2'lenses MUST be purchased in even multiples. ALP19-14-CA187 Clear .187' 111/4"x 473." Special StZeS and shapes are available,Contact A.L.P. ALP19-22-CA187 Clear .187" 231/•"x 2311."ALPi9-24-CA187 Clear .187' 231/."x 471/" NOTE:Other available colors:Silvertint IST), Smoke ISM)and Bronze)BR). � LENSES AND DIFFUSERS „ . ALP-23 LIGHTING &CEILING Pf?ODUCTS, INC. a., ALP-29 N >` ALP-30 ALP-4l 23 4 Vx 4' ALP-23 --_ 2' x 2 r ALP-30 Female Conical _ 2r X 4r Energy Saving Vis' +►' 2' x 2 r Circular Base Prisms _------- t 1 —-_ — -__= — Lens i, 2' x 4' ...... = --= plan section A(thickness):.100”, .125" plan \\\�1111�u110%�% Description A ALP-23 acrylic lenses have female conical circular base section A(thickness):.ISO" prisms of�'s diameter running parallel and perpendicular to the length and width of the panel. The female arcuate Description pyramids form a network which provides maximum ALP-30 is an energy saving lens that is specifically designed resistance to sagging. so that the 2 outside lamps of a 4 lamp 2'x 2'or 2'x 4' ALP-23 is the most efficient prismatic lens currently in fluorescent fixture are not required, saving 50% of the production and being offered to the fighting industry. )72% electrical energy. This lens provides uniform illumination luminaire efficiency). across and between the lighting fixtures. Ordering CATALOG NO. COLOR THICKNESS DIMENSION Ordering Acrylic Panels CATAEOG NO. COLOR THICKNESS DIMENSION ALP23-T4-CA Clear 1,00 i I?;`"x 4714" Acrylic Panels ALP23-22-CA Clear 100" 231;"x 231-V' 4LP30-22 CA Clear I50" Z3� x 23':" ALP23-24-CA Clear .100" 23?.'"x 4734" ALP30-24-CA Clear 150"" 233;"x 47".+"' ALP23-14-CA125 Clear .125"' 1111"x 47N- ALP23-22-CA125 C ear 125" 231!4"x 23?4" ALP23-24-CA125 Clear 125" 23W'x 473x" All 2'x 2'tenses MUST be purchased In even multiples. ALP-41 --- - � ALP-29 1 X 4 = 1 r X 2 r , , Security Prismatic 1 ` x 4` Asymmetrical 2 X 2 Lens Control Lens ' 2' x 4 TA section A(thickness):,150" a A 1 plan plan Description section A(thickness):.375" ALP-41 is utilized in areas where vandalism or damage may be a problem because it is virtually indestructible. This lens protects lighting fixtures by sonic welding a.250"clear Description polycarbonate panel and a .125"clear prismatic ALP-12 ALP-29 is a computer designed lens for a single lamp 1'x 4' acrylic lens. fluorescent luminaire for energy saving lighting. ALP-29,with Applications its wide spread asymmetrical candlepower distribution, is a The ALP-41 Security Prismatic lens is designed for use in areas choice lens for wall wash, corridors,classrooms and small where there is an unusually high risk of damage. it is ideally offices. suited for use in gymnasiums and racquet ball courts. For institutional installations such as penitentiories and hospitals, and commercial areas where breakage may occur. Ordering Ordering CATALOG NO. COLOR THICKNESS DIMENSION CATALOG NO. COLOR THICKNESS DIMENSION .,� Acrylic Panels .250"Polycarbonate/.125"Acrylic Panels ALP29-12-CA Clear 150" 113/."x 23?'."" ALP4I-14 Clear 375" 1131.'"x474" ALP-29-14-CA Clear 150" 11'/"x 47?,' ALP41-22 Clear .375" 2331."x 233/-*' ALP41-24 Clear .375` 23W*x 473/." All 1'x 2'lenses MUST be purchased in multiples of 4. All i' x 4' and 2' x 2' lenses MUST be purchased in All 1'x 4' lenses MUST be purchased In multiples of 2. even multiples. Cr Lire • 7-1 A combination of a prismatic panel with a lh"x'h"louver Building Acoustics and Lighting Laboratories. type cell.Aluminum point accents the louver design and Report No.3521.0 1-17-84. gives a distinctive metalic appearance. KSH-I I Clear Acrylic Lens.2 x 4 troffer with 4.3200 lumen lamps.Nadir candlepower.3048. This is a specification panel for those higher budgeted projects calling for a quality louver type lens. AVERAGE Available in clear acrylic. LUMINANCE EFFICIENCY Maximum width ovailcble is 24". DEGREE PARALLEL CROSSWISE DEGREE PERCENT 450 1071 1264 0-400 30.4% .225 O.A 550 872 936 0-600 49.4 6.50 674 705 0-900 57.8% 75* 599 529 160 FIEENEMAMN -J 850 317 372 V.C.P.for a 30'x 40'x 8.5'Room is 56. A prismatic panel with a 3/16'square base female Building Acoustics and Lighting Laboratories. 'V"4r conical prism placed on a 450 axis. Report No.5073.0 7-17-87. Ns panel offers maximum efficiency with excellent direct KSH-12 Clear Acrylic Lens.2x4 troffer with 4,3200 glare control. It has been considered the standard of the lumen lamps.Nadir candlepower.3779. industry for many years. AVERAGE Available in clear,silvertint or white acrylic. LUMINANCE EFFICIENCY Available with RF Suppressing Grid. DEGREE PARALLEL CROSSWISE DEGREE PERCENT Recommended thickness for 2'x4'is Ma":for 3'x3',3/16", 450 1254 1421 0-400 40.4% tl 550 946 990 0-600 61.21 .125 OR.187 OA 650 706 676 0-900 67.1% .080 PCENErIZATICNI _J t 750 418 376 Available in KSH Uvalite, an Ultraviolet Filtering Formulation 85* 387 319 and KSH Utran, an Ultraviolet Transmitting Formulation V.C.P.for a 30'x40'x8.5'Room is 63. A prismatic panel with a bold 3.4'square base female Building Acoustics and Lighting Laboratories. conical prism placed parallel and perpendicular to the Report No.5096.0 8-7-87. length and width of the panel. KSH-15 Clear Acrylic Lens.2x4 troffer with 4,3200 This panel has excellent efficiency and direct glare lumen lamps.Nadir candlepower.3647. control.A specification panel recommended for use in AVERAGE large areas without objectionable sag or as a frameless LUMINANCE EFFICIENCY lens. Available in clear,white,silvertint and dark slivertint DEGREE. ,PARALLEL CROSSWISE DEGREE PERCENT acrylic. 450 1241 1591 0-40* 38.2% Recommended sizes up to 4.x4' 550 840 867 0-600 59.9% 650 567 6.34 0-900 66.81 750 501 542 .200 OA 850 582 465 .160 PENETRATION V.C.P.for a 30'x 40'x 8.5'Room is 58. A composite panel consisting of a thin matte acrylic Building Acoustics and Lighting Laboratories. sheet on top of a KSH-12 prismatic panel.The edges are Report No.3527.0 1-20-84. sealed to make.It moisture resistant. KSH-16 Clear Acrylic Lens.2x4 troffer with 4.3200 This was the first panel designed to reduce reflected glare lumen lamps.Nadir candlepower:3784. and Increase contrast rendition. AVERAGE Available in clear or silvertint acrylic. LUMINANCE EFFICIENCY Recommended maximum size is 2'x4!In.165 O.A;3'x3'in DEGREE PARALLEL CROSSWISE DEGREE PERCENT .227 OA 450 1184 1171 0-40' 37.0% MATTE OVERLAY 55* 902 835 0-600 56.0% 165 OR 127 OA 650 677 653 0-900 62.4% 750 403 389 A KSH-12 t 850 421 343 V.C.P.for a 30'x 40'x 8.5'Room is 63. kf A composite panel consisting of a thin matte acrylic Building Acoustics and Lighting Lcooratories. sheet on top of a KSH-15 prismatic panel.The edges are Report No.3529.0 1-20-84. sealed to make it moisture resistant. KSH-17 Clear Acrylic Lens.2x4 trotter with 4,3200 A specification panel for forge areas where a reduction in lumen lamps.Nadir condlepower:3826. reflected glare is required. AVERAGE Available in clear or silvertint acrylic LUMINANCE EFFICIENCY Recommended for sizes up to 4'x4'. DEGREE PARALLEL CROSSWISE DEGREE PERCENj_ MATTE OVEPLA`% 450 1119 1184 0-40* 37,1% N 55* 774 796 0-60* 54.6% - 492 571 .200 .2400-A 65 0-900 6Z0% 06- 116- 750 421 471 KSH-15 f 850 578 460 V.C.P.for a 30'x 40'x 8.5'Room is 60. -A-A- A prismatic panel with a 3/16"square base male conical Building Acoustics cnd Lighting Laboratories. prism placed parallel and perpendicular to the length Report No.5058.0 7-6-87. and width of the panel. KSH-19 Clear Acrylic Lens.2x4 troffer with 4.3200 This specification panel is better than its injection molded lumen lamps.Nadir Candlepower.3956. counter parts.It is fast becoming the quality standard for AVERAGE the industry to control high angle brightness. LUMINANCE EFFICIENCY Available in 3 tints and clear acrylic. DEGREE PARALLEL CROSSWISE DEGREE PERCENTM Recommended thickness for 2x4'is 5/32',Ior 3'x3'.3/16". 4.50 1290 1451 0-40' 41.3% Available with RIF Suppressing Grid. 55* 609 559 0-60' 61.5' 650 290 272 0-90' 66.9 156 017.187 C.A. % 750 326 318 .080 PCN-EMArioN J I 850 414 3" Avoiloode in KSH Uvatite.on Ultraviolet Filtering Formulation, V.C.P.for a 30'x 40'x 8.5'Room is 68. A prismatic panel with a "i square base male conical Building Acoustics and Lighting Laboratories, A A :4 A A A 1"' prism placed parallel and perpendicular to the length Report No.5097.0 8-7-87, A A A.,J A A A A I 4 AI A* A d width of the panel. KSH-20 Clear Acrylic Lens.2x4 troffer with 4,3200 A A A 4 A lumen lamps.Nadir ccndlepower.3761. Our newest specification panel. It offers excellent brightness control and a soft surface appearance. AVERAGE 4.'te . J AJ A J Available in clear and silvertint acrylic. LUMINANCE EFFICIENCY Recommended thickness for 2x4'is.140;for 3'x3'_165. DEGREE PARALLEL CROSSWISE DEGREE PERCENT ....A A , �.�.4 45* 1264 1525 0-400 39.4% A A ,A ,�-A 11:0 00. (1 550 675 683 0-600 59.71 A 442,4 050 PENEMATION t t 65* 447 424 0-900 65.4 jl 750 366 350 850 388 331 V.C.P.for a 30'x 40'x 8.5'Room is 66. The KSH-23 Clear Acrylic Lens is a unique combination of Building Acoustics and Lighting Laboratories, It bold,shallow optics,providing excellent retention of the Report No.4372.0 5-28-85. tens'surface texture and uniform surface appearance in KSH-23 Clear Acrylic Lens.2x4 troffer with 4.3200 fluorescent troffers.The truss-shaped prism design provides lumen lamps.Nadir condlepower.3266. r. an economical solution to sagging lens problems. AVERAGE Available in clear and Meta-lite/Block. Also available in LUMINANCE EFFICIENCY UVBWF (ultraviolet blue wave filtering) formulation for DEGREE PARALLEL CROSSWISE DEGREE PERCENT operations dealing with photo sensitive materials. - - - - Recommended thickness for 2'x4'is.100";for XxX.125'. 45' 1313 1682 0-401 35.1% 550 1013 1173 0-600 59.6% 650 655 706 0-90' 68.2% i00 0I O.A. 750 500 545 .065 PENETRATION _J 85" 600 512 Patent No. D282.589 V.C.P.for a 30'x 401 x 8.5'Room is 55. GE Wiring Devices Fluorescent Lampholders (! t Mediu�] • • 660 WATT 600 VOLT 3 m B>{..P n WHITE, UNLESS OTHERWISE INDICATED 1 Side Insertion ("Y" Configuration, Flat-Wipe Contacts)* Butt Mount l J • Pressure Lock"terminals Cat.No. Special Feature { ALF 220-03 ALF 220-03 �{ Base Mount Without Slot Mount • Screw terminals f t° I Cat.No. Special Feature 78X736,AUI( (! X736 White with black starter socket 737 White,no starter socket II fit Side Insertion (Circular Configuration, Flat-Wipe Contacts)*** ount Without Slot Mount • w terminals j i Cat.No. Special Feature f 7BX354 Black )�) 78X491 White I 505X75 Disconnect—contact,white (� (furnished with 9"#18 AWG 105°C lead) 78X354 li 79X491 Footnote Drawings —Disconnect contact lamp holders i •Lamp seats against flat of contact Contact closed only when lamp is inserted ***Lamp seats against edge of contacts White Blue/White Blue !, I;. For lampholder dimensions, see pages J17 through J23 i( i. GE Wiring Devices Fluorescent Lam holders 660 WATT 600 VOLT Medium Bi-Pin WHITE, UNLESS OTHERWISE INDICATED Side Insertion (circular Configuration, Edge Wipe contacts)* * * Base Mount Without Slot Mount • Pressure LockW'terminals - L; - a• Cat.No, Special Feature ALF 217-21 ALF 217.21 Thin Base Mount With 2-Step Slot Mount ..: ^,' • Pressure Lock"terminals Cat.No. ALF 213-04 .. I. rwo STE SLBt Base Mount With Slot Mount • Pressure Lock"terminals , Cat.No. Special Feature t ;'.:; ALF 213- ALF 216-01 2-step slots,open top I•. . "•. ALF 216-02 Square slots,closed top ALF 216-31 2-step slots,open top,disconnect contact"' ice= Butt Mount *'` 2i6 r ALF E ' � • Pressure Lack'"terminals �- • Mounting hole has clearance for#6 screw Cat.No. Special Feature - ALF 223-05 Back mounting width 0.599',4-wire entry holes ALF 223-05 ALF 223-04 As above,except wing slot mount Butt Mount • Two 18"#18 AWG 105°C leads `= , Cat.No. Special Feature 1r 503X59 Mounting holes tapped for#4-32 screw ''P'" 503X60 Clearance holes for#4-32 screw " 503X59 503x60 i For lampholder dimensions, see pages J17 through J23 e � r GE Wiring Devices Fluorescent Lam ph of d ers Medium Bi-Pin 660 WATT 600 VOLT WHITE, UNLESS OTHERWISE INDICATED End Insertion (Telescopic) Base Mount Without Slot Mount • Screw terminals Cat.No. Special Feature q i 505X85 505X84 Stationary end ->r 505X85 Compressible end ALF 215-06 :J * { . *pressure Lock—terminals l y Cat.No. Special feature G ALF 215-05 Stationary end , ALF 215-06 Compressible end �. 505X84 ALF 215-05 Snap-in Mount • Pressure Lock"terminals F Cat.No. Special Feature l ALF 275-01 Stationary end I►`" ALF 275-02 LF 275-02 Compressible end s . .l ALF 2755-01 End or Bracket Mount • Two 1Z' #18 AWG 105°C leads f `� Cat.No. Special Feature 4 ''�" ; ALF 272-51 Stationaryry end • May be used with 601 675P5 bracket • May be used with 602A734P6 boot r!� s ALF 272-52 ALF 272-52 Compressible end - '. € ' • • May be used with 601A675P2 bracket • May be used with 602A734P5 boot ALF 272-51 For lampholder dimensions, see pages J17 through J23 ............ TR I BORO -Pin Medium 1 13 9W Fluorescent Lam holders Low Profile Straight-In UL File No.E11033 CSA File No.LR1 1209 9 Provides positive lamp grip Rated 660 W-600 V * Designed for fast wiring o Mounting variations available 661A Cat. No.661 A-700 Series These lampholders, molded of white thermosetting urea, are supplied with straight- in double-edge contacts for positive lamp grip. High-strength brass alloy quickwire pressure terminals accept No. 18 ga. solid, topcoat or twisted and tinned stranded leads. Lampholders available with No. 20 ga. and No. 18 ga. mounting grooves. Consult chart for variations. Standard pack/Bulk 1000 Wt/40 lb Cat. No. Mounting Variations 661A-101 20 ga. top and bottom slots—no nut slot 661A-102 18 ga. top and bottom slots—no nut slot 661A=103 .20 ga. top, 18 ga. bottom slots—no nut slot 661A-104 18 ga. top, 20 ga. bottom slots—no nut slot 661A-105 20 ga. top no bottom slot—no nut slot 661A-106 18 ga. top, no bottom slot—no nut slot 661A-111 20 ga. top and bottom slots—with nut slot 661A-112 18 ga. top and bottom slots—with nut slot 661A-113 20 ga. top, 18 ga. bottom slots—with nut slot 661A-114 18 ga. top, 20 ga. bottom slots—with nut slot 661 A-115 ...No top slot,20 ga.boftom-,-=with nut slot 661A-1 16 No top slot, 18 ga.bottom—with nut slot _52- 16 3Z 19 .053 8 i2 .65-8 67— .0419 20 20 L990to32 LLU /.015 .350 .36-0 L TR I BORO Medium Bi-Pin Fluorescent Lampholders Floating Action for U-Shape Lamps UL File No.E11033 CSA File No.LR 11209 9 Provides positive lamp grip Rated 660 W-600 V * Designed for fast wiring - Mounting variations available 661 A-161 Cat. No. 661 A-160 Series These lampholders, molded of white thermosetting urea, feature straight-in double- edge contacts for positive lamp grip. Quickwire pressure terminals are available with No. 20 ga. and No. 18. ga. mounting grooves. Consult chart for variations. Standard pack/Bulk 1000 Wt/40 lb Cat.No. Mounting Variations 661 A-161: 20 ga.top and bottom slots—no nut slot 661A-162 18 ga.top and bottom slots—no nut slot 661 A-163 No top slot,20 ga.bottom—no nut slot 661 A-164 No top slot,18 ga.bottom—no nut slot lima" 661A-165 ,=1 8K mounting slots—no nut slot.048/.052 661A-168 18 ga.top,20 ga.bottom slots—no nut slot 661 A-171 20 ga.top and bottom slots—with nut slot 661A-172 18 ga.top and bottom slots—with nut slot 661A-173 No top slot,20 ga.bottom—with nut slot 661A-174 No top slot, 18 ga.bottom—with nut slot 661A-175 -;-T 20 ga.top,no bottom slot-4--no hut slot E/ 32 32 T 8 /9 .053 32 T5_8 20 2 —3IB 9 — T6_ .04 8 990 23 u25 .350 .360 ML ED :• . .......... UL LISTED AS: THHN 90°C > ; THWN 75°C ; •.�.. MTW 90°C AWM 105°C ' TFN 90°C TFFN 90°C OIL, MOISTURE and GASOLINE RESISTANT + =z' Carol THHN is a 90°C 600 volt,UL listed all purpose wire. Bare,soft drawn copper stranding, == high temperature 105°C polyvinyl chloride insulation and DuPont Zytellnylon armor are combined to meet the many requirements of " the building industry and those of the manufacturers of .,> '•ob electrically powered machinery.These requirements... reduced bulk, lower installation costs,environment protection, multiple UL ratings...can be fulfilled. ` Carol THHN does just that...without compromising the very highest standards of electrical and mechanical integrity. UNDERWRITERS'LABELS: • THHN STRANDED:UL-MTW THHN SOLID:UL-BUILDING WIRE TFFN STRANDED:UL-MTW TFN SOLID:UL-FIXTURE WIRE 1981 NATIONAL ELECTRICAL CODE: Chapter 9.Tables: Table 2—New work 8 Rewiring.Fixture •. .• •. • Tables 3A 8 30—New work 8 Rewiring • •• • • • •. • Table 5—Dimensions of conductors _ Section 210-24—Branch circuits • Section 310-13—Building wire 90'C , • • • Section 410-31—Fixture raceways 90°C • Table 310-16—Building wire 90"C ampacity Table 402-5—Fixture wire 90°C ampacity Suction 362-5—Wireways _ �� '!1' ,cam:.-4 : -n�•a°. '9�p,! ; t. I.- •!r_e' -� :-,<, _�:r t'ti l'+4ti:• .. req :'7':. �. �1 f( J'i: r: 1 'i;•:.. and corlduit urrertlents are`re :�;� - Q f.. ~ It r I• :.::.'' ; former ew work and rewiring per the 1981 NEC.-�A ;y+-' ,rta.�.`-�...}a'• '�...['!'P.�_ :a;R�'.. _ :i.�s•=«_s lit Z.r r•: cti5;• (�v,i ';N,-4--, t��1� Y'�-{ e- ,i: . .�:� -. y ��t�_ 11..;•�"rti1-. t,�l. y L,•_.`The DuPont•Zytel ,_: • • '.nylon or rmrts1 � easier, and faster pulling ��..:. :ti.�;``;=.': +:�i• r r' •;+.,y.�: �:='-':::;>..�. . F:: through conduit and tubing for savings in time `•".�:.: and labor. _ .+-i...z!,s;..ice-• _ li: -'1(•'.••+•'.:._ a�.• Y,'�!'�+' - _ t"Resists ort, Baso- : .� =,`j -, r--: ;:x� ;Tti =•;+p;¢;;. :. �-__ t.1 '.:.; .-�...; .•:-.L-�-- rne, a rasion, moisture, solvents, alkalies and y:-�=- �''-=•.+.. �., •_;.�__ ,. most chemicals. ' • r .,,f.V:.�,�., ' — 1.'!_•; .j;'f - UL listed as THHN g ��=y� dry; 90°G'-e`nera use lir ding wire,d THWN 75°C general use building wire, wet or dry, also 75°C in oil;AWM 105°C appliance wiring material,dry -80°C In,oil: MTW 90°C machine tool wire. dry. 80°C in oil; AWM 90°C — 1000 volt appliance v ? wiring material,dry 80°C in oil..-xt+rer; �" _ i '18 AWG' Class K stranding per ASTM-8.174 THHN, because of its many approvals, has an enormous range of uses and applications as appliance wiring material, building wire, or machine tool wire. Some of the speclaliz11 and most common uses are: �l 3 For fixture raceways that require branch circuit conductors within 3 inches of a ballast wire; listed at 90°C per Section 410-31 NEC. :1 As a 90°C 600 volt general purpose building wire per Article 310-13 NEC. 3 For use in branch circuit wiring per Section 210-24 NEC. 0 :3 For wiring in conduit raceways and tubing;wet,dry or exposed to oil and gasoline. Internal wiring of fixtures. • * In environments up to 105°C. a Where resistance to oil,gasoline,chemicals,solvents,acids and alkalies are necessary. :3 For rewiring and new work(see Table 1). �3 For wiring of machine tools. lighting fixture photo courtesy of Smithcraft Corporation Copyright 1981 Carol Cable Co. machine tool photo courtesy of Brown and Sharpe Manufacturing Company Printed in U.S.A. 90PC Use: r r r r General purpose building wire, fixture raceways, conduit and tubing raceways, internal wiring of fixtures and other applications requiring building wire,machine I 1 I 1 tool wire or appliance wiring material. Environment: _ Resistant to oils, gasoline. water. acids. CAROL r:AWG TYPE MTW ON THHN OR THWN 600V OR eA _ ... . alkalies. ozone, sunlight, abrasion and most ' mvw chemicals. COLOR CATALOG AWG YINYL NYLON NOW- STRAND• WEIGHT STANDARD CODE NUMBER SIZE INSULATION JACKET NAL CNG LBSJM' PUT-UP PACKAGE CONSTRUCTION: THICKNESS THICKNESS D.D. Copper: THHN-STRANDED CONDUCTOR Bare.soft drawn. A 75010 14 .015 .004 .110 19 17 2000' 1.000 MCM-1 AWG:Class B per ASTM-B-8. 500'SPOOLS A 75020 12 .015 .004 .135 19 25 2000' 2-16 AWG:Class C per ASTM-B-8 C 75030 10 .020 .004 .169 19 40 COILS 500, 18 AWG:Class K stranding per ASTM-B-174. 0 75040 8 .030 .005 .216 19 64 OR REELS. 2 Insulation: 0 75050 6 .030 .005 .260 39 96 5500' Polyvinyl chloride per UL Subject 62.Class 12 E 75060 4 .040 .006 .331 19 154 500' for AWM 105°C MTW 90°C.Polyvinyl chloride E 75070 3 .040 .006 .360 19 190 per UL Subject 83 THHN 90°C THWN 75°C. E 75080 2 .040 .006 .394 19 235 5 Jacket-Nylon Armor: F 75090 1 .050 .007 .450 19 302 500'or 50000' Consists of a tough polyamide nylon armor. F 75110 1/0 .050 .007 ,490 19 375 1000' 500' The clear transparent nylon armor is applied F 75120 210 .050 .007 .540 19 465 NON- 500' over the surface printing. Resistant to oils. F 75130 3/0 .050 .007 .590 19 580 RETURNABLE 500' gasoline. water. acids. alkalies. ozone. F 75j40 - 4/0 •050 .007 .650 19 720 REELS SOO' sunlight.abrasion and most chemicals. F 75150 250MCM .060 .008 .720 37 860 PLEASE 500' F 75160 300MCM .060 .008 .770 37. 1020 SPECIFY 500' Temperature Ranges: F 75170 350MCM .060 .008 .830 37 1180 500' THHN:90°C dry-NEC standard. F 75180 400MCM .060 .008 .880 37 1345 500' THWN 75°C wet.dry or in oil-NEC standard F 75190 500MCM .060 .008 950 37 1660 500' AWM: 1051C dry.80°C in oil-UL Styles 1316. F 75206 600MCM .070 .009 1.053 61 2020 500' 1317. 1318. 1319. 1320. 1321 F 75207 750MCM .070 .009 1.156 61 2500 500' MTW:90°C dry. 8O°C in oil-UL Styles 1408. F 7520$ 1000MCM .070 .009 1.310 61 3229 500' 1409. 1410. 1411, 1412. 1413. 1414 THHN-SOLID CONDUCTOR 500'SPOOLS TFFN.TFN. 105°C. AWM dry.80°C in oil-UL B 1 75011 14 .015 .004 .106 Solid 16 COILS 2000' style 1316 B 75021 12 .015 .004 .123 Solid 24 OR REELS. 2000' Marking Legend: 0 75031 10 .015 .004 .154 Solid 38 2500' REELS 500' Surface Printed. CAROL to AWG TYPE MMOR IFFMv 14 AWG through 1.000 MCM THHN(stranded) CAROL (size) AWG TYPE MTW OR THHN OR TFFN-STRANDED CONDUCTOR: THWN 600V OR GASOLINE AND OIL RESISTANT A 1 75240 18 015 004 090 16 $ II OR(UL)AWM A 75250 16 .015 .004 .104 19 12 500 SPOOLS 20p00' 14 through 10 AWG THHN(solid)CAROL(size) COILS AWG TYPE THHN or THWN 600V OR GASOLINE TFN-SOLID CONDUCTOR OR REELS. AND OIL RESISTANT II OR(UL)AWM 75241 18 1 ,015 .004 ,082. Solid 7 2500' REELS 2000' 18 and 16 AWG TFFN(stranded)CAROL(size) 75251 16 .015 .004 .093 Solid 11 2000' AWG TYPE MTW 08 TFFN 600V OR GASOLINE AND OIL RESISTANT H OR(UL)AWM. TABLE 1-MAXIMUM NUMBER OF CONDUCTORS IN TRADE SIZES 18 and 16 AWG TFN(solid)CAROL(size)AWG OF CONDUIT OR TUBING PER NEC 1981 TFN 600V GASOLINE AND OIL RESISTANT II OR WIRE Awl v: ]/, I IV. 1'/2 2 2'12 3 Th 4 4'n 5 6 (UL)AWM. TYPES Size inch inch Inch Inch Inch Inch Inch inch Inch Inch Inch Inch Inch Underwriters Labels: TFFN,TFN I6 15 26 43 76 104 169 18 19 34 55 97 132 216 THHN Stranded:UL-MTW 14 13 24 39 69 94 154 TFFN Stranded:UL-MTW 12 tD 18 29 51 70 114 164 THHN Solid:UL-Building Wire 10 6 11 18 32 44 73 104 160 13 5 9 16 22 36 51 79 106 136 TFN Solid:UL-Fixture Wire 6 1 4 6 11 15 26 37 57 76 98 125 154 1979 National Electrical Code Data: 4 1 2 4 7 9 16 22 35 47 60 75 94 .137 2 1 1 3 5 7 11 16 25 33 43 54 67 97 Manufactured in accordance with NEC Section 1 1 1 3 5 8 12 18 25 32 40 50 72 410 31 for Fixture Raceways that requite THHN.THWN 1/0 1 1 3 4 7 10 15 21 27 33 42 61 210 1 1 2 3 6 8 13 17 22 28 35 51 branch circuit conductors within 3 inches of a 3/0 1 1 1 3 5 7 11 14 18 23 29 42 ballast to be rated for 90°C, 4/0 1 1 1 2 4 6 9 12 15 19 24 35 250MCM 1 1 1 3 4 7 10 12 16 20 28 300MCM 1 1 1 3 4 6 8 11 13 17 24 STOCK COLORS: 350MCM 1 1 1 2 3 5 7 9 12 15 21 400MCM 1 1 1 3 5 6 8 10 13 19 A Black.white,red, blue.brown,green,yellow, 500MCM 1 1 1 2 4 5 1 9 9 16 600MCM i 1 1 1 3 4 5 7 9 13 orange,gray.pink.purple 750MCM 1 1 1 2 3 4 6 7 11 B Black,white,red.blue, brown.green,yellow. l000McM (NOT LISTED) orange,gray TFF 18 11 20 32 56 77 126 C Black,white,red.blue,brown.green,yellow, 16 10 17 27 49 66 tog TF orange IS 11 20 32 57 79 129 16 10 18 30 53 12 118 -ii I D Black, white, red, blue. green 14 6 10 16 29 40 65 93 143 192 E Black,white,red 12 4 8 13 24 32 53 76 117 157 10 4 6 11 19 26 43 61 95 127 163 F Black THW 8 1 3 5 10 13 22 32 49 66 85 106 133 6 12 4 7 10 16 23 36 48 62 78 97 141 4 1 1 3 5 7 12 17 27 36 47 58 73 1D6 TFFN.TFN.Also suitable for AWM 105°C 60OV,AWM Id 9 15 25 44 60 99 142 90°C 600V.Consult factory for details. 12 7 12 19 35 47 78 111 171 "FOR CSA LISTED THHN-CONSULT FACTORY TW.T to 5 9 15 26 36 60 85 131 176 tion length reels also available Consult factory. B 2 4 7 7 17 28 4D 62 84 108 9 9 Y 6 i 2 d 7 10 16 23 36 d8 62 78 97 tilt ZYTELO Reoisiere0 trademark E I Dupont Company, 4 1 1 3 5 7 12 17 27 36 47 58 73 106 TABLE 2-UL STYLE NUMBERS: UL AND NEC TYPES AND COPPER CONSTRUCTION CATALOG CONDUCTOR SIZE NUMBER CIA.OF UL-AWM UL AND NEC NUMBER (AWG or MCMI OF STRANDS STRANDS(MILS) STYLE NUMBERS WIRE TYPES 75420 18 16 10.1 1316/1408/1452 75250 16 19 111 1316/1408/1452 MTW/TFFN 75010 14 19 14.7 1316/1408/1452 75020 12 19 18.5 1316/1408/1452 75030 10 19 23.4 1317/1409/1453 75040 8 19 29.5 1318/1410 75050 6 19 37.2 1318/1410 75060 4 19 46.9 1319/1411 75070 3 19 52.6 1319/1411 75080 2 19 59.1 1319/1411 75090 1 19 47.6 1320/1412 75110 1/0 19 53.4 1320/1412 75120 2/0 19 60.0 1320/1412 MTW 75130 3/0 19 67.3 1320/1412 THHN and THWN 75140 4/0 19 75.16 1320/1412 75150 250MCM 37 82.2 1321/1413 75160 300MCM 37 90.0 1321/1413 75170 350MCM 37 97.3 1321/1413 75180 400MCM 37 104.0 1321/1413 75190 500MCM 37 116.2 1321/1413 75206 600MCM 61 99,2 1321/1414 75207 750MCM 61 110,9 1321/1414 75208 1000MCM 61 128.0 1321/1414 1 75241 18 1 40.3 1316/1408/1452 TFN 75251 16 1 50.8 1316/1408/1452 75011 14 164.1 1316/1408/1452 75021 12 1 80.8 1316/1408/1452 THHN/THWN 75031 10 F 1 101.9 1317/1409/1453 WIRES CARRYING UL-f ST BE STRANDED(SOLID COPPER NOT ACCEPTABLE FOR MACHINE TOOL WIRE) TABLE 3-PHYSICAL PROPERTY REQUIREMENTS FOR INSULATION TEST TYPICAL HEAT U.L.REQUIREMENTS ORIGINAL AGED ORIGINAL AGED ELONGATION-Minimum increase in distance 275% 150% between 2-inch gauge marks at break TENSILE STRENGTH-Minimum stress at 2500 psi 105% 2000 psi breaking point AGING TEST (Heat aging) 168 hours in full draft. circulating air oven at 136'C. TABLE 4-ALLOWABLE AMPACITIES:THIS TABLE COMPARES THE CONDUCTOR AMPACITIES,AREAS AND DIAMETERS OF CAROL THHN AND THWN WITH THOSE OF STANDARD THW AND RHH WIRES. COMPARISON OF CONDUCTOR AMPACITY,AREA AND DIAMETERS CONDUCTOR NEC AMPACITY CONDUCTOR AREA CONDUCTOR DIAMETER SIZE AWG 75cC 901C RHH THHN RHH THHN OR THWN THHN THIN THWN THIN THWN MCM THW RHH (square inches) (inches) 14 15 15 .0206 0087 .162 .105 12 20 20 .0251 .0117 .179 .122 10 30 30 .0311 .0184 .199 .153 8 45 55 .0598 .0373 .276 .218 6 65 75 0819 .0519 .323 257 4 85 95 .1087 .0845 .372 .328 3 100 110 .1263 .0995 .401 .356 2 115 130 .1473 .1182 .433 .388 1 130 150 .2027 .1590 .508 .450 1/0 150 170 .2367 .1893 .549 A91 2/0 175 195 .2781 .2265 .595 .537 3/0 200 225 .3288 .2715 .647 .588 4/0 230 260 .3904 .3278 .705 .646 250MCM 255 290 .4877 A026 .788 .716 300MCM 285 320 .5581 .4669 .843 .771 350MCM 310 350 .6291 .5307 .895 .822 400MCM 335 380 .6969 .5931 .942 .869 500MCM 380 430 .8316 .7163 1.029 .955 600MCM 420 475 1.0261 .8792 1.143 1.058 750MCM 475 535 1-2252 1.0623 1.249 1.163 1000MCM 545 615 1 1.5482 1,3623 1.404 1.317 NEC AMPACITIES: 18 TFN AND TFFN-6 AMPS: 16 TFN and TFFN-8 AMPS I PROPERTIES OF NYLON JACKET QP Nylon(DuPont ZYTE0"')applied snugly on the insulation.making the wire capable of meeting all performance tests of each of the w _ ire types as marked. Percent of original Properties U-1:01 Iff"Ll--I I 4011MI wil 0 MA 1.1 juaj j Ill.'if j)]lj,�I I�letil]KAff-,Wj lj�?4 III Cz= I f • h .9 Original Wire-Nuto Wire Connectors •.iJ. ;ince IDEAL first offered the Original Wire-Nut'Wire Connector more than _ 60ago.it has continued to set industry standards.With five color- co dels covering hundreds of different solid or stranded wire com- Positive grip — - .inw,it's no wonder Wire-Nut' Wire Connectors remain the preferred design _ hoice of electricians...year after year. UL-listed as pressure-type wire connectors.Wire-Nut' Wire Connectors Flame retardant comply with Federal Specification W-S-610d. are UL 486C listed thermoplastic shell (' =ED5238).CSA C 22.2 =188 certified(=LR9706)and rated at 105'C �. .nd 221�F to handle all branch circuit and fixture splicing applications. ^t Longestfully•seated � 2 Positive grip, ribbed-caps _ square•wire spring t ded installation by providing ure Tinge tip grip for fist Threaded entry s on the first few turns. � Because no pre twisting of ' conductors is required. Wire Deep skirt x_.r...,. Nut Wire Connectors go on �.,;: wide throat , fast and easy for lower installa lion costs. T. , v square-wire spring creates its own threads as it draws the conductors all the way Into the connector,creat- Ing reat Ing a secure pressure grip that will not relax with time. Re- usable e usable connector threads on or off splice for fast.easy circuit .� _ _-.51 changes and additions. r c-c. %��, I LISTED • 1. '1 Tough. U.L. flame retardant L shell will not crack or break even when applied to max- a __ imum wire combinations under _ Dimensions extreme pressure. Rated at Model A 8 C D E 105'Cand 221'F,our thermo 716' 1/8" j 1!4" 21/64":11/64' 37/64" plastic shell stands up to me environments. c e 72B' 9/64" 9/32" 25/64"'11/6x' a5/6a 73B' 9/64" 111/32" 7/16" 5/16" 55/64" .. 0 74B' ;1116a"'; 7!16"' 35164" -17/64- 61/6a" 76B' 1/4" ;17/32" 21/32" :17/64 1.1x16 • T Wire-Nut' Wire Connectors cont. High Temperature Wire-Nut" Wire Connectors Wire Combination 430-071 alog Model Color ` Range Quantity mber Pkg.of 100 — 300 Volt Ctn.of 1000 30.171 71 B Gray No.22 thru 14 AWG Keg of 25.000 Min.1 No.20&t No.22 (loose pack) 30-271 Max.2 No. 16 Card of 14 30-771 ( Pkg.of 100 30-072 i 300 Volt Ctn.at 1000 30.172 No.22 thru 14 AVG ( of 10 Keg .000 728' Blue 30-272 • j Min.3 No.20 (loose pack) _ _ The difference between high temperature Wire-Nut'Wire Connectors and Max.3 No. 16 Cara Of 12 30-772 our Original Wire-Nut'Wire Connectors is the black thermoplastic shell Pkg.of 100 30-073 which is rated for higher temperatures(150'C/302'F). 600 Volt !C!n.of 1 � 000 30-173 These quality Wire-Nut'Wire Connectors have been specially designed to Keg of 10.000 withstand the extreme heat build-up commonly found in high wattage light No.22 Mru 14 AWG 30-273 fixtures and signs. 738' Orange; frtln.3 No 20 (20 bags.500 ea.) _ Max.3 No. 16& 1 No. 18 Keg of 10.000 30.673 ■ Black,thermoplastic caps withstand extreme temperatures(UL-listed (loose pack) to 150'C/302'F)and are rated to 1000 volts max.capacity in fixtures Card of 10 30-773 and signs. { Pkg.Of 100 ( 30-074 ■ Positive grip design ensures fast finger-tip connections. 600 Volt ;Cin of 1000 30.174 ■ The edges of the square-wire No. 18 hru 10 AWG I Keg of 10.000 spring bite into the conductor. n 748' ! Yellow Min. t No. 14 8 1 No 18 ',i20 bags.500 ea.i 30-274 Nvistig the wires together Max.4 No. 14& i No. 18 i Keg of t 0.000 i quickly assuring cooler,more 30.674 positive splices and max- - (;nose pack) r (mum 1.electrical continuity. =` ?1 _ Card of 8 30.774 ;7"'' ' Pkg.of 100 30-076 -, C h, 600 Vol- o./tr V tT i No. 18 thru 8 AWG Ctn.ql 1000 j 30.176 LISTED768' ; Red ; titin 2 No. 14 ;Keg of 5000 Max.2 No. 10 8 2 No 12 '(20 bags.250 ea.) 1 30.276 ( Cara of 6 T 30 776 UL Listing (' Dimensions Wire-Nut Wire Connectors 1 e Model A a c l o E I 71B` Black ; 1.8" 114" i 21/64"i 11/64"1 37/64" 300 Volt Max. 600 Volt Max. Maximum r r Pressure-Type Pressure-Type Copper Tempera- 728° Black ; 9/61" ', 9132" 12564"111/64" 45/64" io Wire Wire to lure `'= 738' Black i 9/64' :11;32"( 7/16" i 5/16" j 55/64" Model Connector Connector Copper Rating —L �e� 59B'- Black : 9;64" 11/32" 35/64"133/64"i 1-1/16" c 71B. Gray • • 105' Wire Combination 1 Catalog 72B' Blue • T Y • 105° Model Color Range Ouantity Number 300 Volt Cin.of 1000 i 30-151 738' Orange * • L-- - 71B' Black Min. f No.20&t No.22 E Keg of 25.000 30-251 Max.2 No. 16 ((!Dose pack) 748' Yellow • • • 105' 300 Volt Ctn.of 1000 30-152 72B' Slack No.22 thru 14 AWG 76B' Red • , , 105' Min.3 No.20 Keg of 10.000 30 252 Max.3 No. 16 ;(loose pack) 600 Volt to,of 1000 30-153 High-Temp Wire-Nut' Wire Connectors 73B" Black No.22 thru 14 AWG Min.3 No,20 Keg of 10.000 30-253 718' Black • , ! 150' Max.3 No. 16&1 No.18 (loose pack) -- 600 Volt Pkg of 100 30.059 72B' Black • • 150' 59B" Black No.22 thru 12 AWG Ctn.of 1000 30-159 Min.3 No.20 Max.3 No. 14 Keg of 5.004 ( 30.259 738' Black * • • 150' (loose pack) III 59B Black • • • 150' t 1000 volts maximum in textures and signs. 1. i e � se 3M tape to do your job. For over 30 years. we've been Super 33+ Scotch TM Vinyl Electrical Tape the world's leading supplier of electrical tapes. Our broad Stickier•stretchier and line includes vinyl plastic tapes of many kinds. from our ���. highly conformable.Super stretchier and stickier,all-weather tape.Scotch"' Super 33+, 33+is a premium-grade. to our heavy-duty Scotch"' 22 and cold v Bather Scotch'" u 7-mil (.18 mm)tape that Super 88 tapes. 33+�r applies well at—18000°F 3M has ;lass cloth, linerless. rubber. semi-conducting and has an operating range and vamished cambric tapes for insulating and splicing. ,,� "° up to 1050C/220°F. Flame Fire-proofing tapes,anti-corrosion tapes and Scotch", 35 . �^' ':� : -�` retardant,hot- and color-coding tapes are also available. cold-weather resistant. Durable 3Mtapes have excellent resistance to abrasion, = la Super 33+resists UV rays. moisture. UV rays and man\,caustic substances.They are abrasion,moisture,alkalies. Compatible with solid dielectric cable insulation. And acids and corrosion. Use ecause they're desiLlned with the electrician in mind. 125 Super 33+ as a primary thev*re easy to apply properly in a wide ranee ofklu' insulation for wire cable temperatures. indoors and out. splices up to 600 V and for fixture and wire splices up to 1000 V. Meets requirements of ASTM D-3005 Type I, UL 510, HHI-595C,and CSA 22.2.Other widths and lengths inyl Electrical available upon request. — Rolls/ Rolls/ " tchT"" Heavy-duty Vinyl ctrical Product UPC Size/Type of Packa e Carton Case 3/4"x 6b'/Can Tape Super33+ 06132 (19mmx20.1 MI 10 100 22 is a �' it (.25 min) 3/;"x44'/oan tap in' abrasion Super 33+ 10075 I (19 mm x 13 m) IU 100 11 r°. ce and electrical and I 3/4"x 20'/,:-:ilo pack apical protection. Super 33+ 06130 (19 mm x 6.1 mi IU 100 pplications include bus ba 3/4"x 66'/disp insulation and cable jacket Super 33+D 10216 (19 mm x X1.1 m) IU 100 repair. Other widths and ngths available upon 124 `est. Meets requirements 0 510. ASTM D-2301 Type d CSA C22.2. IIs/ Rolls/ Pro L.PC SizeiT%pe of Packave Case 100.1.1 3/4"x 36 yd/box 19 mm x i?,U nu i r. i. r I ' 7 I - reg ., l CONTRA COSTA COUNTY DEPARTMENT OF GENERAL SERVICES Lighting Design Specification and Implementation Plan 1 PROVEN r' r L_ I� 1' ' W�i�E(\CIEHCYPAo��a i OCT 51993 i i CONTRA COSTA COUNTY ' DEPARTMENT OF GENERAL SERVICES Lighting Design Specification ' and Implementation Plan October 4, 1993 Prepared and Presented by iPROVEN ALTERNATIVES ' 1740 ARMY STREET,SAN FRANCISCO,CA 94124 PHONE: (415) 285-0800 FAX: (415) 285-5805 1 TABLE OF CONTENTS EXECUTIVE SUMMARY SAVINGS ANALYSIS PG&E ESTIMATED REBATES GANTT CHART OF CONSTRUCTION SCHEDULE AUDIT RESULTS FixTuRESummARY FIEKTURE IDENTIFICATION PRODUCT INFORMATION PAYMENT TERMS ' W�,EFFFCIENCYpgO���o EXECUTIVE SUMMARY Proven Alternatives, Inc. takes pleasure in submitting our design specifications and audit results to complete our contractual obligations of the Agreement for Services dated 9/27/93. The recommended lighting project will reduce current operating costs by: ' • Lowering energy consumption. • Reducing operating inefficiencies. ' • Improving the overall quality of lighting. • Modernizing the lighting system. The project's financial benefits will reduce current utility costs by$112,000. This reduction represents a 47% decrease in lighting energy consumption. ' The project's estimated value is $521,782. A substantial portion of the capital investment can be immediately offset by cash rebates from the utilities and the accumulation of future operational savings. The project's simple payback after rebate is 3.6 years. We believe the recommended project design can be used to define a cost/effective project which 1 can be implemented before December 31, 1993. 1 i =�,�t(\CIENCYP�O��o 1 i 1 1 1 i ' SAVINGS ANALYSIS 1 i Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 1 for Contra Costa County ' Rates: Summer Winter $/KWH: $0.10107 $0.07834 Demand Charge: $4.30 $4.30 ' Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure ' EXISTING SYSTEM 12-66(32)E 222(17)E 222(17)EL 22U2U(31) 233(17)EL 244(17)E 311(25)E Lamps per fixture 6 2 2 2 3 4 1 Lamp type F40 F20 F20 FB40 F30 F20 F30 Fixture type Indirect Wrap 1x2 2x2 1x3 1x2 1x3 ' Quantity 9 38 19 203 2 2 1 Total fixture watts 216 50 50 88 82 100 43 Total KW 1.944 1.900 0.950 17.864 0.164 0.200 0.043 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 5,575 5,449 2,724 51,231 470 574 123 PROPOSED SYSTEM ** Efficiency Measure EB,T8 EB,T8 EB,T8 EB,T8 EB,T8 EB,T8 EB,T8 ** Quantity of fixtures 9 38 19 203 2 2 1 "Fixture wattage 164 32 32 58 43 57 26 **Proposed total kW 1.476 1.216 0.608 11.774 0.086 0.114 0.026 ' Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% ' Adjusted Lighting hours, 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 4,233 3,487 1,744 33,766 247 327 75 AVOIDED COSTS kWh Lighting 1,342 1,962 981 17,465 224 247 49 kW Demand 0.468 0.684 0.342 6.090 0.078 0.086 0.017 $Savings $145 $211 $106 $1,881 $24 $27 $5 HVAC kWh Reduction @14% 134 196 98 1,747 22 25 5 ' Combined kWh Savings 1,476 2,158 1,079 19,212 246 271 54 Combined $ Savings $165 $241 $120 $2,144 $27 $30 $6 "`Notes: EB=ElectroricBallast,n dia.oflamp,DL-Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 2 ' for Contra Costa County ' Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure 1 EXISTING SYSTEM 322(25)E 411(32)E 411(32)EL 2(30)2(32) 422(32)ENF 422(32)E 422(32)ENF Lamps per fixture 2 1 1 2 2 2 1 Lamp type F30 F40 F40 F48 F40 F40 F72 1 Fixture type 1x3 1x4 la4 Wrap Wrap 1x4 Strip Quantity 20 364 22 9 17 1086 1 Total fixture watts 75 48 48 72 72 72 68 Total KW 1.500 17.472 1.056 0.648 1.224 78.192 0.068 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% : 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 4,302 50,107 3,028 1,858 3,510 224,243 195 PROPOSED SYSTEM tEB,T8, EB,T8, EB,T8,New EB,T8,New Efficiency Measure**. EB,T8 EB,T8 LENS Retro Kit Fixture EB,T8 Fixture t ** Quantity of fixtures 20 364 22 9 17 1086 1 **Fixture wattage 42 30 30 58 58 58 58 **Proposed total kW 0.840 10.920 0.660 0.522 0.986 62.988 0.058 ' Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 2,409 31,317 1,893 1,497 2,828 180,641 166 AVOIDED COSTS kWh Lighting 1,893 18,790 1,136 361 . 683 43,603 29 -' kW Demand 0.660 6.552 0.396 0.126 0.238 15.204 0.010 $Savings $204 $2,024 $122 $39 $74 $4,696 $3 ' HVAC kWh Reduction @14% 189 1,879 114 36, 68 4,360 3 Combined kWh Savings 2,082 20,669 1,249 397 751 47,963 32 Combined$Savings $232 $2,307 $139 $44 $84 $5,353 $4 '•Notes:EB=Electronic Ballast,T13 dia.oflamp,DL=Delamp,REF-Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 3 for Contra Costa County 1 ' Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 422(32)EL 43(30)2(32)EL 3(30)2(32)EL 432(32)EL 433(32)E 442(32)ELR 442(32)ER 1 Lamps per fixture 2 3 3 3 3 4 4 Lamp type F40 F48 F48 F40 F40 F40 F40 Fixture type 1x4 1x4 lx4 1x4 1x4 2x4 2x4 ' Quantity 143 402 20 5 307 341 91 Total fixture watts 72 108 108 107 107 143 143 Total KW 10.296 43.416 2.160 0.535 32.849 48.763 13.013 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% .0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 29,527 124,511 6,195 1,534 94,206 139,845 37,319 PROPOSED SYSTEM ' Del,EB,T8, Del,EB,T8, Del,EB,T8, Efficiency Measure ** EB,T8 EB,T8,Lens EB,T8 Lens EB,T8 Lens,Ref Ref ** Quantity of fixtures 143 402 20 5 307 341 91 **Fixture wattage 58 58 58 58 84 58 58 **Proposed total kW 8.294 23.316 1.160 0.290 25.788 19.778 5.278 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 01yo 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 21868 2,868 2,868 2,868 Total kWh consumption 23,786 66,867 34327 832 73,956 56,720 15,137 AVOIDED COSTS kWh Lighting 5,741 57,644 2,868 703 20,250 83,125 22,183 kW Demand 2.002 20.100 1.000 0.245 7.061 28.985 7.735 $ Savings $618 $6,208 $309 $76 $2,181 $8,952 $2,389 HVAC kWh Reduction @14% 574 5,764 287 70 2,025 8,312 2,218 Combined kWh Savings 6,316 63,408 3,155 773 22,275 91,437 24,401 Combined $ Savings $705 $7,077 $352 $86 $2,486 $10,206 $2,724 ""Notes: EB=Electronic Ballast,TB=dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW)Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 4 for Contra Costa County ' Energy Energy Energy Energy Energy Energy Energy Efficiency . Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure XISTING SYSTEM 444(32)NF 444(32)E 463(32)ER 484(32)ER 61(56)2(32)N 62(56)4(32)NF 63(56)4(32)NF Lamps per fixture 4 4 6 8 1 2 3 Lamp type F40 F40 F40 F40 F72 F72 F72 Fixture type Wrap 1x4 4x4 4x4 1x6 1x6 . lx6 Quantity 34 61 5 45 4 1 1 Total fixture watts 143 143 216 288 68 131 199 Total KW 4.862 8.723 1.080 12.960 0.272 0.131 0.199 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 13,944 25,016 3,097 37,167 780 376 571 PROPOSED SYSTEM EB,T8,New Del,EB,T8, Del,EB,T8, New Fixture, New Fixture, New Fixture, Efficiency Measure ** Fixture EB,T8 Ref Ref EB,T8 EB,T8 EB,T8 ' ** Quantity of fixtures 34 61 5 45 4 1 1 **Fixture wattage 106 . 106 84 106 58 106 106 **Proposed total kW 3.604 6.466 0.420 4.770 0.232 0.106 0.106 1 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 10,336 18,544 1,205 13,680 665 304 304 AVOIDED COSTS ' kWh Lighting 3,608 6,473 1,893 23,488 , 115 72 267 kW Demand 1.258 2.257 0.660 8.190 0.040 0:025 0.093 S Savings $389 $697 $204 $2,530 $12 $8 $29 HVAC kWh Reduction @14% 361 647 189 2,349 11 7 27 Combined kWh Savings 3,969 7,120 2,082 25,837 126 79 293 Combined $Savings $443 $795 $232 $2,884 $14 $9 $33 t *'Notes:EB=Electronic Ballast,TB=dia.oflamp,DL=Delamp,REF=Reflector [SAVCALCA LW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 5 ' for Contra Costa County ' Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure .Measure Measure Measure Measure ' EXISTING SYSTEM 63(56)6(25)ER 64(56)4(32)E,NF64(56)4(32)N 81(60)2(32)EL,RK82(60)4(32)EL,R Lamps per fixture 3 4 4 1 2 Lamp type F72 F72 F72 F96 F96 ' Fixture type 1x6 1x6 1x6 1x8 1x8 Quantity 11 1 5 16 2 Total fixture watts 199 262 262 77 134 Total KW 2.189 0.262 1.310 1.232 0.2.68 Estimated Lighting hours 2,868 2,868 2,868 2,868 2 868 Business hours&manually off 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 6,278 751 3,757 3,533 769 PROPOSED SYSTEM ' EB,T8,Retro New Fixture, New Fixture, Efficiency Measure ** Kit EB,T8 EB,T8 EB,T8,Retro Kit EB,T8, Retro Kit ** Quantity of fixtures 11 1 5 16 2 **Fixture wattage 128 106 106 58 106 **Proposed total kW 1.408 0:106 0.530 0.928 0.212 Actual business hours 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 4,038 304 1,520 2,661 608 AVOIDED COSTS kWh Lighting 2,240 447 2,237 872 161 kW Demand 0.781 0.156 0.780 0.304 0.056 $Savings $241 $48 $241 $94 $17 HVAC kWh Reduction @14% 224 45 224 87 16 ' Combined kWh Savings 2,464 492 2,461 959 177 Combined$ Savings $275 $55 $275 $107 $20 ' "Notes: EB=Electronic Ballast,TB=dia.oflamp,DL=Delamp,REF=Reflector iSAVCALC.XLW]Contra Costa Savings Cale Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 6 for Contra Costa County Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure I EXISTING SYSTEM 82(60)4(32)EL,R 822(32)E 822(32)EL 824(32)E,RK 83(60)4(32)E,NF 3(60)4(32)EL,R Lamps per fixture 2 2 12 2 3 3 Lamp type F96 F40 F40 F96 F96 F96 Fixture type 1x8 1x8 1x4 1x8 1x8 1x8 Quantity 30 16 3 1 1 586 Total fixture watts 134 72 72 134 134 210 Total KW 4.020 1.152 0.216 0.134 0.134 123.060 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 11,529 3,304 619 384 384 352,919 PROPOSED SYSTEM EB,T8,Retro New Fixture, EB,T8,Lens Efficiency Measure** EB,T8,Retro Kit EB,T8 EB,T8 Kit EB,T8 Retro Kit ' **.Quantity of fixtures 30 16 3 1 1 586 **Fixture wattage 106 58 58 106 106 106 **Proposed total kW 3.180 0.928 0.174 0.106 0.106 62.116 ' Actual business hours 2;868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868. 2,868 Total kWh consumption 9,120 2,661 499 304 304 178,140 AVOIDED COSTS ' kWh Lighting 2,409 642 120 80 80 174,779 kW Demand 0.840 0.224 0.042 0.028 0.028 60.944 $Savings $259 $69 $13 $9 $9 $18,823 HVAC kWh Reduction @14% 241 64 12 8 8 17,478 Combined kWh Savings 2,650 707 132 88 88 192,257 Combined$ Savings $296 $79 $15 $10 $10 $21,458 "Notes: EB=Electron&Ballast,TB=dia.of lamp,DL=Delamp,REF=Reflector [SAVCALCALW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 7 ' for Contra Costa County Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 83(60)6(32)EL,R 84(60)4(32)EL,RK 4(60)8(32)E,N 844(32)E 866(32)E 884(32)ELR Lamps per fixture 3 4 4 4 6 8 Lamp type F96 F96 F96 F40 F40 F40 Fixture type 1x8 1x8 lx8 1x8 1x8 1x8 ' Quantity 50 96 2 15 34 523 Total fixture watts 210 267 267 143 216 286 Total KW 10.500 25.632 0.534 2.145 7.344 149.578 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% , 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 30,113 73,509 1,531 6,152 21,062 428,968 PROPOSED SYSTEM ' EB,TB, EB,TB,Lens EB,T8,Lens Retro EB,TB, New Lens,Retro Efficiency Measure** Retro Kit Kit Fixture EB,T8 EB,T8 Kit ' ** Quantity of fixtures 50 96 2 15 34 523 **Fixture wattage 164 106 212 106 164 106 **Proposed total kW 8.200 10.176 0.424 1.590 5.576 55.438 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0%0 0% 0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 23,516 29,183 1,216 4,560 15,991 158,988 AVOIDED COSTS _ kWh Lighting 6,596 44,326 315 1,592 5,070 269,980 kW Demand 2.300 15.456 0.110 0.555 1.768 94.140 $Savings $710 $4,774 $34 $171 $546 $29,076 HVAC kWh Reduction @14% 660 4,433 32 159 507 26,998 Combined kWh Savings 7,256 48,758 347 1,751 5,577 296,978 Combined$ Savings $810 $5,442 $39 $195 $623 $33,147 "Notes:EB=ElectroricBallast,TS dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 8 for Contra Costa County ' Energy Energy Energy Energy Energy Energy . Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure Measure Measure Measure EXISTING SYSTEM 884(32)ER 888(32)E T-10 Lamps per fixture 8 8 1 l 1 1 2 Lamp type F40 F40 A-19 A-19 PS-30 A-19 A719 Fixture type 1x8 lx8 Incand Incand Incand Incand. Incand ' Quantity 9 12 53 19 17 3 9 Total fixture watts 286 286 75 60 300 60 120 Total KW 2.574 3.432 3.975 1.140 5.100 0.180 1.080 Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 7,382 9,842 11,400 3,269 14,626 516 3,097 PROPOSED SYSTEM Compact Compact Compact Compact ' EB,T8, Fluor. Fluor Fluor Retro Fluor Efficiency Measure ** Retro Kit EB,T8 Fixture Fixture Wm 103-4' Kit Fixture ' ** Quantity of fixtures 9 12 53 19 17 3 9 **Fixture wattage 106 212 36 36 58 18 54 **Proposed total kW 0.954 2.544 1.908 0.684 0.986 0.054 0.486 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% ..0% 0% 0% ' Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 2,736 7,296 5,472 1,962 2,828 • 155 1,394 AVOIDED COSTS kWh Lighting 4,646 2,547 5,928 1,308 11,798 361 1,704 ' kW Demand 1.620 . 0.888 2.067 0.456 4.114 0.126 0.594 $ Savings $500 $274 $638 $141 $1,271 $39 $183 HVAC kWh Reduction @14% 465 255 593 131 1,180 36 170 Combined kWh Savings 5,111 2,801 6,521 1,439 12,978 397 1,874 Combined$Savings $570 $313 $728 $161 $1,449 $44 $209 "Notes:EB=ElectroricBallast,TB=dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calo Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 9 for Contra Costa County L Energy Energy Energy Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency Efficiency LOCATION Measure" Measure Measure Measure Measure Measure Measure EXISTING SYSTEM I-2 I-20 I-22 I-18 I-3 I Lamps per fixture 2 1 1 1 1 1 1 J Lamp type A-19 A-19 A-19 R-40 PS-30 A-19 A-19 Fixture type Incand Ext. Incand Incand Incand 2x2 Ext. Incand Ext. Incand Quantity 3 2 15 4 40 2 3 Total fixture watts 120 60 100 150 300 60 150 Total KW 0.360 0.120 1.500 0.600 12.000 0.120 0.450 r Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 1,032 344 4,302 1,721 34,414 344 1,291 PROPOSED SYSTEM Compact Compact Compact Fluor Retro Fluor Fluor Compact HPS,New HPS,New Efficiency Measure** Wm 1034 Kit Fixture Fixture Fluor Fixture Fixture ** Quantity of fixtures 3 2 15 4 40 2 3 **Fixture wattage 58 26 26 26 24 43 63 **Proposed total kW 0.174 0.052 0.390 0.104 0.960 0.086 0.189 Actual business hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 2,868 2,868 2,868 Total kWh consumption 499 149 1,118 298 2,753 247 542 AVOIDED COSTS kWh Lighting 533 195 3,183 1,422 31,661 98 749 { kW Demand 0.186 0.068 1.110 0.496 11.040 0.034 0.261 i $Savings $57 $21 $343 $153 $3,410 $11 $81 HVAC kWh Reduction @14% 53 20 318 142 3,166 10 75 Combined kWh Savings 587 215 3,502 1,565 34,827 107 823 Combined$Savings $65 $24 $391 $175 $3,887 $12 $92 Irl "Notes:EB=Electror&Ballast,TB=dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc U Proven Alternatives, Inc. Lighting efficiency improvement analysis Page 10 for Contra Costa County Energy Energy Energy Energy Efficiency Efficiency Efficiency Efficiency LOCATION Measure Measure Measure Measure TOTALS EXISTING SYSTEM I-8 I-15 1-14,I-16 Lamps per fixture 2 4 2 2 Lamp type Par-38 A-19 F40 F96 Fixture type Ext. Incand Incand 1x4 1x8 ' Quantity . 11 2 2 104 4955 Total fixture watts 150 240 90. 134 Total KW 1.650 0.480 0.180 13.936 681.07 ' Estimated Lighting hours 2,868 2,868 2,868 2,868 2,868 Business hours&manually off 0%. 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0% 0% Adjusted Lighting hours 2,868 2,868 .2,868 2,868 Total kWh consumption 4,732 1,377 516 39,966 1,93,214 PROPOSED SYSTEM New New ' BPS,New Fixture, EB, Fixture, EB, EB,T8, Efficiency Measure ** Fixture T8 T8 Retro Kit ** Quantity of fixtures 6 2 2 104 4950 **Fixture wattage 130 58 32 106 **Proposed total kW 0.780 0.116 0.064 11.024 364.64 ' Actual business hours 2,868 2,868 2,868 2,868 Business hours%empty 0% 0% 0% 0% After hours lit&unocc% 0% 0% 0% 0%, 0% Adjusted Lighting hours 2,868 2,868 2,868 2,868 Total kWh consumption 2,237 333 184 31,615 1,045,721 AVOIDED COSTS kWh Lighting 2,495 1,044 333 8,351 907,493 ' kW Demand 0.870 0.364 0.116 2.912 316.436 $ Savings $269 $112 $36 $899 $97,73 HVAC l,Wh Reduction @14% 250 104 33 835 90,749 ' Combined kWh Savings 2,745 1,148 366 9,186 998,243 Combined$ Savings $306 $128 $41 $1,025 $111,418 "Notes:EB=Electronic Ballast,n dia.oflamp,DL=Delamp,REF=Reflector [SAVCALC.XLW]Contra Costa Savings Calc W�,�FPCIENCypgF�a ' PG&E ESTIMATED REBATES 1 i 1 i 1 1 REBATE.001 ESTIMATED PG&E REBATE FOR CONTRA COSTA COUNTY ' UNIT EXT. TYPE STRATEGY QTY BEFORE AFTER REBATE REBATE FI-1251 12-66(32)E 9 F40TI2 6-lamp F32T8 6-lamp with elec.bal $36.00 $324.00 ' 222(17)E 38 F20TI22-lamp F17B2-lamp with elec.bal. $14.00 $532.00 F12SM1 222(17)EL 19 F201`12 2-tamp FI71S 2-lamp with elec.bal. 514.00 5266.00 ' 22U2U(31)E 203 F20T12U 24amp FITM U2_lamp with elec.bal. $12.00 $2,436.00 F12SM2 233(17)EL 2 F20TI2 3-lamp FITR 3-lamp with elec.bal. $21.00 542.00 F22R2 244(17)E 2 F20T12 4-lamp F17B 4-lamp with elec.bal. 528.00 $56.00 ' 182 311(25)E I 322(25)E 20 F30T12 2-lamp F25TE 2-lamp with elec.bal. $8.00 $160.00 411(32)E 364 F40T12 1-lamp F3M I-lamp with elm.bal.and tandem wire $6.00 $2,184.00 411(32)EL 22 F40T12 I-lamp F32T8 I-lamp with elec.bal.and tandem wire 56.00 $132.00 F14W3 42(30)2(32)E 9 F48T12 2-lamp F32T8 2-lamp with elec.bal. 512.00 5108.00 F14W l2 422(32),NF 17 F40T12 2-lamp New fixture,F32T8 2-lamp with elec.bal. 525.00 5425.00 422(32)E 1086 F40TI2 2-lamp F32T8 2-lamp with elec.bal. 512.00 $13,032.00 ' 1 F72 422(32)E,NF I F40TI2 2-lamp New fixture,F32 M 2-lamp with elec.bal. 525.00 $25.00 422(32)EL 143 F40T12 2-tamp F321'8 2-lamp with elec.bal. $12.00 $1,716.00 F14W5 43(30)2(32)EL 402 F40T12 3-lamp F32T8 2-lamp with elec.bal. 512.00 54,824.00 ' F14R1 43(30)2(32)ELR 20 F40T12 3-lamp F32T8 2-lamp with elec,bal.and reflector 520.00 5400.00 FI4R4 432(32)EL 5 F40T12 3-lamp F32T8 2-lamp with elec.bal,and radial lens $20.00 SI00.00 ' 433(32)E 307 IF40TI2 3-lamp F32T8 3-1amp with elec.bal. $18.00 $5,526.00 442(32)ELR 341 F40T12 4-lamp F321'8 2-lamp with elec.bal.and radial lens 528.00 $9,548.00 442(32)ER 91 F40T12 4-lamp F32U 2-lamp with elec.bal.and radial lens 528.00 $2,548.00 ' F14WI1 444(32),NF 34 F40T12 4-lamp New fixture,F32T84-lamp with elec.bal. $35.00 $1,190.00 444(32)E 61 IF40T12 4-lamp F321'8 4-lamp with elec.bal. 524.00 $1,464.00 F44SM4 463(32)ER 5 F40T12 6-lamp F32T8 3-lamp with elec.bal.and reflector 542.00 $210.00 484(32)ER 45 F40T12 8-lamp F32U 4-lamp with elec.bal.and reflector 556.00 $2,520.00 ' F16SI 61(56)2(32)NF 4 F72TI2 2-lamp New fixture,F32 M 2-lamp with elec.bal. $25.00 $100.00 FI6W2 62(56)4(32)NF I F72T12 2-lamp New fixture,F32T8 4-lamp with elec.bal. $35.00 $35.00 F16W I 63(56)4(32)NF 1 F72T12 3-lamp New fixture,F32T8 4-lamp with elec.bal. $35.00 $35.00 ' F16R1 63(56)6(25)E,RK I I F72T12 3-lamp Retrol6t,F25T8 3-lamp with elec.bal. $18.00 5198.00 F26W 1 64(56)4(32)E,NF I F72T12 4-tamp New fixture,F32T8 4-lamp witlr elec.bal. $35.00 $35.00 ' F16W3 . 64(56)4(32)NF 5 F72T12 4-lamp New fixture,F32T8 4-lamp with elec.bal. $35.00 $175.00 FI8W6 81(60)2(32)EL,RK 16 F96T12 1-lamp Retrolat,F32TS 2-lamp with elec.bal. 520.00 $320.00 F28SI 82(60)4(32)E,RK 2 F96T12 2-lamp Retroldt,F32T8 4-lamp with elec.bal. 520.00 $40.00 ' F18W5 82(60)4(32)EL,RK 30 F96T12 2-lamp Retroldt,F32T8 4-lamp with elec.bal. $20.00 S600.00 FISW2 822(32)E 1 16 F40TI2 2-lamp F32T82-lamp with elec.bal. SI2.00 5192.00 .' FISWI 822(32)ELI 3 IF40T12 2-lamp F32U 2-lamp with elec.bal. - 512.00 $36.00 ' Pagel R E BATE.001 F18S2 82(60)4(32)E;RK 1 F96T12 2-lamp Retroldt,F32T8 4-lamp with elec.bal. $20.00 $20.00 F18W7 83(60)4(32)E,NF 1 F961`12 2-lamp New fixture,F32T8 4-lamp with elec.bal. $35.00 $35.00 F18W4 83(60)4(32)EL,RK 586 F961'12 3-lamp Retrolat,F32T8 4-lamp with elec.bal. $30.00 $17,580.00 F18W4A 83(60)6(32)EL,RK 50 IF96T12 3-lamp Retrokit,F32T8 6-lamp with elec.bal. 560.00 53,000.00 Fl8W3 84(60)4(32)EL,RK 96 F96T12 4-lamp Retroldt,F32T8 4-lamp with elec.bal. $40.00 53,840.00 tF28W4 84(60)8(32)E,NF 2 F96T12 4-lamp New fixture,F32T8 8-lamp with elec.bal. S35.00 570.00 F18S3 844(32)E 15 F40T12 4-lamp F32T8 4-lamp with elec.bal. $24.00 $360.00 ' 866(32)E 34 F40T12 6-lamp F32T8 6-lamp with elec.bad. E36.00 $1,224.00. F28W I 884(32)ELR 523 F40-r12 8-lamp F32T8 4-lamp with elec.bal.and reflector $56.00 529,288.00 F28W2 884(32)ER 9 F40T12 8-lamp F32T8 4-lamp with elec.bal.and reflector 556.00 5504.00 F28W3 888(32)E 12 F40TI2 8-lamp F32T8 8-lamp with elec.bal. S48.00 5576.00 En 1026L 53 Incandescent Hardwire PL kit 515.00 $795.00 ' 1-10 En 1039L 17 Incandescent Hardwire PL kit 515.00 $255.00 En 1039L 19 Incandescent Hardwire PL Idt $15.00 5285.00 ' I-19 En 370OHL 3 Incandescent Hardwire PL kit $15.00 $45.00 1.24 En 380OHL 12 Incandescent Hardwire PL ldt $15.00 $180.00 En 3900L 33 Incandescent Screw in PL base and reusable lamp $6.00 $198.00 $0.00 I-17 En 3700HL 2 Incandescent Hardwire PL ldt EI5.00 $30.00 50.00 1-2 En 790OWL 15 Incandescent Hardwire PL lot 515.00 $225.00 $0.00 ' 1-20 En 8900BL 4 Incandescent Hardwire PL kit S15.00 $60.00 $0.00 1-21 N/A 1 50.00 1-4 N/A 87 $0.00 I-5 N/A 3 $0.00 ' I-6 N/A 14 - $0.00 1-9 N/A 4 S0.00 $0.00 .1-22 Wf 120-20w 40 Incandescent 22w circuline conversion $6.00 5240.00 ' $0.00 I-18 Wf2600-35 2lncandescent High pressure sodium,35w 530.00 $60.00 $0.00 1-3 Wf 2600.50 3 Incandescent High pressure sodium,50w 530.00 $90.00 $0.00 ' I-8 W5800-100 1I Incandescent High pressure sodium,I00 530.00 $330.00 $0.00 1-15 Wm 103-2,NF 2 Incandescent New 2-lamp fluorescent fixture $25.00 $50.00 50.00 1-14 Wm 182 2',NF t Incandescent lNew 2-lamp fluorescent fixture $25.00 S25.00 ' 1-16 Wm 182 2',NF 1 Incandescent New 2-lamp fluorescent fixture 525.00 $25.00 F18S1Y7? 1 104 IF40TI2 2-lamp F32T82-lamp with elec.bal. $12.00 / 1;248:00, 4391 $112,172.00 t t Page 2 �4F\UENCYp�OF N 2 r ' GANTT CHART OF CONSTRUCTION SCHEDULE N Q U � 0 LL L L ti >� O > oF- ♦ O LL 00 oF- Yn � O o � >1 g ~ W r O --- —. c 0 41 4 U- a � Ix a O tp r) H U � � }y O F 4-1 N ----- --- -- c`O_) O U- v U r U N z v E � d NCL cu � ••pp --pp 'pp LO O M t 13�• p h (D N N to o (+ M M Cl) O p Ci O r ti LO N � M � Q �p 2 f0 o CL C N .� CL o N d N 'p Ch C (O 0) •5 O CO a 4 •C N L '.4 >O O N C O fq 'C m O [L! t7 2f0 U C •� y d O J t4 Z O tY3 rL N N tOCD N fp U N 6 C C C Q. ca E m O Q N E o C N U N o @ g p co U U d d t? iy Z Q a m M CL N p� 7 C E 0) o C=S m i tII r M N M �T tf) w h^ co O) p N V p N CO p N a t� N lJ- � Y Q�77 �— or E d N N w rr z 0- � N O 1 a N U � � Ud, r N Z ti d d a�77 O M y� N p Oa M Y' O O ~ N �o F r A3 c a E m CD F- : o 3 G (D 2 \ •n r4 LL O n t- N o m 4) a' v m 43 a � a a O -P _ --- ------- --- — - \ U ra "- -) U O E cs to r m C5 E } N v L- N iV r 0) U N IL 1 Contra Costa County ' ID Name Duration Scheduled Start Scheduled Finish Week of September 26 1 Lighting Audit 4d 9/27/93 4:00pm 9/30/93 6:00pm ' Week of October 3 2 Proposal Meeting Od 10/4/93 4:00pm 10/4/93 4:00pm Week of October 17 3 Supervisor Meeting Approval Od 10/19/93 8:00am 10/19/93 8:00am 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm Week of October 24 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am Week of October 31 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 8 Bray Court Bldg 4d 11/1/93 4:00pm 11/4/93 6:00pm 9 Crime Lab 3d 11/4/936:00pm 11/9/9310:00pm Week of November 7 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 9 Crime Lab 3d 11/4/93 6:00pm 11/9/93 10:00pm 10 Custodial Bldg 0.2w 11/9/9310:00pm 11A0/938:00pm 11 Administration 1.5w 11/10/93 8:00pm 11/23/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of November 14 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 11 Administration 1.5w 11/10/93 8:00pm 11/23/93 8:00pm '. 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of November 21 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 11 Administration 1.5w 11/10/93 8:00pm 11/23/93 8:00pm 12 Admin.North Wing 0.7w 11/23/93 8:00pm 11/30/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm ' Week of November 28 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 12 Admin.North Wing 0.7w 11/23/93 8:00pm 11/30/93 8:00pm 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/9410:00pm Week of December 5 5 Material Acquistion 35d 10/20/93 8:00am 12/13193 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm Week of December 12 ' 5 Material Acquistion 35d 10/20/93 8:00am 12/13/93 6:00pm 6 Delivery 30d 10/27/9310:00pm 12/14/9312:00am 13 Court House 10d 11/30/93 8:00pm 12/14/93 8:00pm 14 Finance Bldg 0.7w 12/14/93 8:00pm 12/20/93 6:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/9410:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am Week of December 19 14 Finance Bldg 0.7w 12/14/93 8:00pm 12/20/93 6:00pm ' 15 Health Bldg 0.6w 12/20/93 6:00pm 12/22/93 10:00pm 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am Week of December 26 1 17 Lamp Removal 35.5d 11/9/93 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am 19 Removal Complete 14.75d 12/27/93 4:00pm 1/14/94 2:00am Week of January 2 ' 17 Lamp Removal 35.5d 11/9193 10:00pm 1/3/94 10:00pm 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am 19 Removal Complete 14.75d 12/27/93 4:00pm 1/1.4/94 2:00am Page 1 Contra Costa County ' ID Name Duration Scheduled Start Scheduled Finish Week of January 9 18 PCB Ballast Removal 24.5d 12/13/93 4:00pm 1/14/94 2:00am 19 Removal Complete / 14.75d 12/27/93 4:00pm 1/14/94 2:00am C Page 2 ��aEFPC1ENCypgo�F�o AUDIT RESULTS 1 ' Strategy Nomenclature ' The First Number Represent the Length of the Fixture In Feet The Second Number Represents the Number.of Lamps that are Existing in the Fixture *any number in parentheses represents the wattage of the preceding number of lamps The Third Number Represents the Number Lamps that the fixture will be after the retrofit. any number in parentheses represents the wattage of the preceding number of lamps The Letter after these Numbers are: E = Electronic Ballast ET= Electronic Ballast and Tandem Wiring EL= Electronic Ballast and a New lens ELRK= Electronic Ballast, Lens, and Retro-fit Kit ER = Electronic Ballast and Reflector ENF = New Fixture with an Electronic Ballast ! Example: 422(32)E This is a four foot fixture with two existing lamps that will be retrofitted with two 32 watt lamps and electronic ballast, For Strategies that do not fall into this type of Nomenclature, then the Strategy is just an abbreviation of the manufacturer and the actual material to be used. 1 PAN = Panasonic LU = Lumatech WF = Westerfield WM = Wellmade Example: ' EN1039 = The Manufacturer Enerton followed by the model number#1039. [OSA&INST.V1]Strategy Description 10/4/93 10:57 AM y N N 1 z " c o oti z N5 o ° O O � aki c c a o H 3 N o 0 0 4 4 N o Q C y U C N N N H V] 4 C ` •Q. Z E- N c ti E N 3 3 ca C1 $ 0n on _ 3 ZIt CIS c 3 3 x ayi v .m a"i 3 o v b N N b N N N .M-� .M-� N _^. 00 O O O O O .�.. wi. N C O O O �' o O O >c N ) Q N N N 0 0 N N oC0 C 0 rxO' W2 N z> 2 Z 2 z > > Z 'o C �* X M [ N rr�� Vj N F z = N O > 3 E UN ° c ¢ N lu Q O E P C ��' O N CS. . 0. O 4 �' N .0 4 i H y 0 3 cEd' E a° m E e� o 3 x O 3 U Q Q q o CV (V M a C, . 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Thomany sizes ufTL7Olamps provide e�ioianuyand Mo^ibi|ity - Description for oonatmodonmodular|ighd �lighting Their smaller v°- diametara|supn�v�augneaterdeo�n �t�udo�xmodu�r - Lamp efficacies over 97 lumens per vva�oo electronic of�uefum�vne lighting equipment. — ballasts - Lamp efficacies up to 81 lumens per wm� Circuitryon magnetic Circuitry ballasts TL 70 |amps, because of their.265 amp operating current, - Four nominal lengths (2'. 3'. 4' and 5')and 23^long, six inch require special ballasts. Magnetic, rapid start ballasts for TL7O leg U'bent lamps are available from several ballast manufacturers for both l2�vo|tand277+m|topena�ion HighfnaquencybaUastsare Three 3�OOKand4lOOK> � - ' also available for the operation of TL 70 lamps on 120*o|t and - Rare earth phosphors achieve ocolor rendering index of75 277+m|tprimarioa. High frequency ballasts with TL7Olamps -"Electrode guard" (in straight lamps) reduces provide lamp efficacies over S7lumens per watt. These end b|ookoning, maintains dean appearance ballasts are available to operate 2' 3 or lamps. Lamp life may over thousands of hours be affected on certain high frequency ballasts. U'bent|ampo -T-8 bulbs provides 21/2Y6 higher luminaire operate on the same T-8 ballasts. . coefficient of utilization, thus fewer fixtures are required toproduce desired light level TIL 70 Lamp Specification 'Lamps shall be Philips TL 70 Series lamps having:Aom|icetimmm -Color rendering index of 75 TL7Olamps offer impressive lighting economics for -T-8 diameter bulb modernizing, expanding facilities ornew construction.When -Medium bipin bases compared to standard T'12 lamps, the Philips TL 70 line -Color temperature of_K(3000,3500 or 4100) provides all ormost ofthe following advantages: *Powered by electronic ballasts designed for 265 ma T-8 lamps -High Color Rendering 0� - Higher Fixture Coefficient of Utilization -U-bent (if applicable) 9 WWI 0� PHILIPS -- Philips Lighting Company Philips Lighting 200 Franklin Square Drive•P.O.Box 6800 601 Milner Avenue Somerset,NJ 08875-6800 Scarborough,Ontario M1B 1MB . A Division of North American Philips Corporation A Division of Philips Electronics Limited Printed in USA 9/92 P-3007-A Ti- TL 70 Series (Straight and U-Bent) Fluorescent Lamps Electrical, Technical and Ordering Data (Subject to change without notice) Product Std., Lamp Color Color Nominal Rated Approx. Number Nominal Pkg. Current Temp Rendering Length Average Initial Design 046677- Description Watts Bulb Base Qty. (Amps) (Kelvin) Index(CRI) (Inches) Life(Hrs)"I Lumens Lumens121 32061-4 F17T8/TL730 17 T-8 Md. Bipin 25 0.265 3000 75 24 20000 1325 1200 32297-4 FI7T8/TL735 17 T-8 Md. Bipin 25 0.265 3500 75 24 20000 1325 1200 32062-2 F17T8/TL741 17 T-8 Md. Bipin 25 0.265 4100 75 24 20000 1325 1200 ' 32050-7 F25T8/TL730 25 T-8 Md. Bipin 25 0.265 3000 75 36 20000 2125 1925 32298-2 F25T8/TL735 25 T-8 Md.Bipin 25 0.265 3500 75 36 20000 2125 1925 32051-5 F25T8/TL741 25 T-8 Md. Bipin 25 0.265 4100 75 36 20000 2125 1925 32052-3 F32T8/TL730 32 T-8 Md. Bipin 25 0.265 3000 75 48 20000 2850 2600 32054-9 F32T8/TL735 32 T-8 Md. Bipin 25 0.265 3500 75 48 20000 2850 2600 32055-6 F32T8/TL741 32 T-8 Md. Bipin 25 0.265 4100 75 48 20000 2850 2600 32057-2 F40T8fTL730 40 T 8 Md. Bipin 25 0.265 3000 75 60 20000 3600 3250 32301-4 F40T8fTL735 40 T-8 Md. Bipin 25 0.265 3500 75 60 20000 3600 3250 32058-0 F40T8fTL741 40 T-8 Md. Bipin 25 0.265 4100 75 60 20000 3600 3250 •34073-7 FB31 T8/TL730/6 31 T-8 Md. Bipin 20 0.265 3000 75 22 7/16 20000 2650 2300 •34077-8 FB31 T8/TL735/6 31 T-8 Md. Bipin 20 0.265 .3500 75 22 7/16 20000 2650 2300 •34079-4 FB31T8/TL741/6 31 T-8 Md. Bipin 20 0.265 4100 75 227/16 20000 2650 2300 (1)Average life under specified test conditions with lamps turned off and restarted no more than once every 3 operating hours. (2)Approximate lumens at 40%of rated average life(8000 Hours). • New since last printing 1 ®®®® ® ®® ® 0 1 •11 1 11- 1 .II 1 11 .11 1 11 1 .11 1 11 Lamp Dimensions: T-8 Straight Fluorescent F17T8 F25T8 F32T8 F40T8 Mi n. Max. I Max. Min. Max. 1 Min. tvj.6 Overall Length(A) 23.67' 23.78'i 35.65.6 7' 35.78"47.67' 47.78'1 59.50' 59.61' Base Face to Base Face(B) 23.22'! 35.22' 47.22' 59.05' Face End of Opposite Pin(C) 23.40' 23.50'1 35.41' 35.50'1.47.41' 47.50'] 59.24' 59.33' ® Bulb Diameter(D) 0.94' 1.10.1 0.94' 1.10.1 0.94' 1.10' 0.94' 1.10' 1 • e D System Characteristics vs.Ambient Temperature Lamp Dimensions: �' C I T 1 TL 70 Lamp on Electronic Ballast ' � T-8 U-Bent Fluorescent o 100 - -{. F831T8 E w TTs'i EFFICACY ss Min Max. T 1 � Base face to End of 60' U-Bent Lamp(E) 22.25' 22. as F a Base Center to LUMENS Base Center(F) 5.87' 6.13' 1 'ss rs. 2 5 u .s ss Bulb Diameter in Legs IGI 0.94' 1.10' q AMBIENT TEMPERATURE('C) PHILIPS PHILIPS agnc�,Tek Lighting and Electronic Products En1 allaSergy &ngimb, eeref! TM k 4 Specification Guide 1 I' r -:jos%/J�•Q•P d'.�-,,. t TM TRIAD ELECTRONIC AL. STS TRIAD introduced the first electronic ballast in 1967.Today, High Performance HP ballasts with more ballasts installed than all other electronic ballast brands g ( ) StS combined,TRIAD maintains its leadership position in the industry. TRIAD"HP"ballasts are designed and manufactured with ' With the largest installed base of any brand of electronic ballast, one goal in mind—providing the ultimate in performance, TRIAD provides an industry standard by which all others reliability and energy efficiency.Total harmonic distortion is less are judged. than 10 percent.Other advanced features include virtually noiseless operation,consistent light output over wide variations in 1 Energy efficiency by design line voltage and a power factor of over 95 percent. In renovation or retrofit projects,TRIAD ballasts can save as Reduced Harmonic (RH) ballasts much as 35 to 60 percent'of present power costs depending on the ' current system and TRIAD ballast chosen.In new construction Harmonic distortion has become a consideration for the TRIAD ballasts can meet the most demanding specifications for lighting designer due to the large amount of non-linear equipment efficient operation,performance and integrity as part of the in today's commercial and industrial buildings.While providing the electrical system as a whole. same high energy savings as other TRIAD electronic ballasts, TRIAD"RH"ballasts minimize the problem by producing total Quality harmonic distortion of less than 20%. Quality control over every step of manufacturing and careful Low Wattage (L) ballasts evaluation of every component results in a product line of the ' highest possible standards for reliability and performance. TRIAD"I-"ballasts utilize the inherent efficiency of high-frequency electronic ballasts and 32-watt T8 tri-phosphor lamps.The light output of the T8 lamps is reduced to match that of Parallel lamp operation 34-watt T12 lamps,a generally acceptable level.This reduction in Many TRIAD ballasts feature parallel lamp connections.This light output results in a proportionate savings in energy.Potential means that if one lamp should fail,the others will stay brightly lit. energy savings can reach 60 percent,making this a popular Troubleshooting and maintenance are simplified. choice as the most economical ballast available.Total harmonic distortion is less than 20 percent. Five Year Warranty MagneTek is proud to offer the industry's first five-year Light Level Switching System (S) warranty and service program for our entire line of TRIAD ballasts ' electronic ballasts.If any TRIAD ballast should fail,other than as a TRIAD"S".ballasts,available.foe the 1most widely used rapid result of abuse or misapplication,within 5 years from the date of start fluorescent systems,allow the light level to be-switched from manufacture,MagneTek will replace the ballast and pay 100 percent to:50 percentTh'e control mechan'ism:can beta reasonable replacement labor costs.This unique program is made simple.light switch,occupancy sensor,.photocell'orlow-voltage possible by the extremely low failure rate demonstrated by millions energy management system.When correctly applied,buildings of installed units. realize dramatic energy savings-with-TRIAD"S"ballasts For complete information consult our catalog ofTRIAD high frequency Long life, less heat electronic ballasts Maximum efficiency means less wasted energy in the form of heat.This increases ballast life dramatically and reduces air conditioning costs. �� ? f J Versatile z Whatever your particular installation calls for—maximum energy efficiency,reduced harmonics,switchable light levels, r parallel circuitry or optimized performance—TRIAD has an r �w electronic ballast to meet your need. r r S' r-✓" 1 TM , UNIVERSAL , N� ELECT M NETIC BALLASTS 0� Since 1947,UNIVERSAL brand ballasts have dominated the UNUVE����L �mL����� ~._~^� -~-'- ----'--' - ---'---- ------. ' ballasts, .Ao /����m�u��/�M���h�1OO���t control over the raw materials,components and production MegneTek'sUNIVERSAL PLUS ballasts for two rapidotart N� processes which are used inevery UNIVERSAL ballast.K8egneTek lamps combine anefficient electromagnetic ballast with electronic manufactures acomplete line ofUNIVERSAL ballasts,comprising components which control power 1othe]ompcathodes,resulting hundreds ofdesigns tomeet all commercial,industrial and inadditional energy savings of two watts per lamp.One-lamp residential requirements.Two Energy Engineered lines are UNIVERSAL PLUS ballasts are designed ascompanions to available—the UNIVERSAL PLUSrmand the UNIVERSAL the twe|ampmodels and offer similar energy savings VVAJTREDUCERT° and performance. The UNIVERSAL PLUS slashes energy use byupto35 Energy efficiency percent with only animperceptible six percent decrease intotal light output.Full light output versions amalso available which can The ayotemdepend significantly onthe ballast.All UNIVERSAL reduce energy�-0ooatsb 17 percent with no |� �of|i htT m� | Energy Engineered' ~~~'~~~~^~~~~'�' ~~~r~`'~~^'~' Oheot harmonic distortion imless than2opercent. � DuoVn�hei relatively low and high energy savings, savings,quality |�abi/ and meet oN|VERSALPL --baU ---��-'�'h =, --' ' energy '''=°` '~ ^^/~^~~' �LU��aUen�geneng�/u�or� noUo�eo poma�� o�u energy UNIVERSAL �� ' ' ^ payback oninvestment. Quality assured UNIVERSAL WATT 0� AK4agneTekUNIVERSAL label ioyour assurance ofmeeting REDUCERrm ballasts the specifications ofyour application.AtK4agneTek.each component and every production process must meet rigid The least expensive way tosave onyour electric bill,the standards togive youproducts ofthe highest possible quality. UNIVERSAL UNIVERSAL PLUS and WATT REDUCER ballasts are protected This ballast features full light output,CBM certification and by guamnVsedquaU'�YVA7TREDUCER baUastoamavailable for ' rapid start,high output rapid start,o|im|ineand oodolamps. With proven performanceinmillions ufinstallations N� worldwide,UNIVERSAL WATT REDUCER ballasts have become the standard of the industry 0� �� Energy Engineered Ballasts for T8 Rapid Start and Slimline Lamps LAMP LINE INPUT NOMINAL TOTAL MINIMUM CATALOG BALLAST LINE BALLAST HARMONIC WIRING SOUND VOLTAGE NUMBEA TYPE 10 WATTS CURRENT FACTOR STARTING DIAGRAM RATING bOHz (ANSI} DISTOATION .TEMPEAATURE TYPE NOMINAL (AMPEERES} WATTS ONE LAMP/265 M.A.HIGH POWER FACTOR (1)FO)TT8 120 703-L-TC-Pp 0.215 (2'orU) 17 UNIVERSAL-LEAD 24 .45 <10 +50°F t 277 704-L-TC-Pfl 0.093 B2321120L TRIAD-P-IS 26 0.24 1.00 <20 0°f 7 120 023211 20R TRIAD-P-IS 29 0.27 1.12 <20 0°F 7 (1)F025T8 25 727-L-TC-PB UNIVERSAL-LEAD 30 0.265 .95 <15 +50°F 1 (3'or U) 82321277L TRIAD-P-IS 26 0.10 1.00 <20 O°F 7 277 82321277RH TRIAD-P-IS 29 0.12 1.12 <20 0°F 7 728-L-TC-Pp UNIVERSAL-LEAD 30 0.115 .95 <15 +50°F 1 B2321120L TRIAD-P-IS 32 0.30 .96 <20 0°F 7 120 823211 20P TRIAD-P-IS 36 0.32 1.10 <20 0°F 7 (1)F032T8 32 748-L-SLH-TC-P WR-LEAD 37 0.325 .95 <10 +50°F 1 A (41 or U) 82321277L TRIAD•P-IS 32 0.13 .96 <20 O°F 7 277 B23212nRH TRIAO-P-IS 36 0.14 1.10 <20 0°F 7 741-L-SLH-TC-P WR-LEAD 37 0.140 .95 <10 +50°F 1 82321120L TRIAD-P-IS 38 0.35 .94 <20 O°F 7 120 B2321120RH TRIAD-P-IS 43 0.37 1.04 <20 O°F 7 (1)F04OT8 40 734-1-400 UNIVERSAL-LEAD 46 0.400 .90 <15 +50°F - 1 {5') 82321277L TRIAO-P-IS 38 0.15 .94 <20 0°F 7 277 B232I277RH TRIAD-P-IS 43 0.16 1.04 <20 0°F 7 735-LTC-Po UNIVERSAL-LEAD 46 0.175 .90 <20 +50°F 1 TWO LAMP/265 M.A.HIGH POWER FACTOR B2321120L TRIAD-P-IS 29 0.27 .89 <20 0°F 8 120 B2321120RH TRIAD-P-IS 34 0.30 .98 <20 0°F 8 (2)F017T8 77 701-L-TC-Pb UNIVERSAL-SL 43 0.380 .95 <25 +50°F 2 (2'or U) 82321277L TRIAD-P-IS 29 0.12 .89 <20 O°F 8 277 8232I2T7RH TRIAD-P-fS 34 0.14 .98 <20 0°F 8 702-L-TC-P(D UNIVERSAUSL 43 0.165 .95 <25 +50°F 2 82321120L TRIAD-P-IS 43 0.39 .87 <20 0°F 8 120 B2321120RH TRIAD-P-IS 47 GAO .95 <20 0°F 8 (2)F025T8 25 731-L-TC-P(!) UNIVERSAL-SL 58 0.510 .95 <15 +50°F 2 (Tar U) B2321277L TRIAD-P-IS 43 0.17 .88 <20 G°F 8 277 82321277RH TRIAD-P-IS 47 0.18 .95 <20 0°F 8 732-L-TC-PO UNIVERSAL-SL 58 0.220 .95 <15 +50°F 2 B232112OL TRIAD-P-IS 54 0.46 .82 <20 0°F 8 120 B23211208H TRIAD-P-IS 62 0.53 .92 <15 0°F 8 (2)FO32T8 32 749-L-SLH-TC-P V/R-SL 70 0.610 .95 <15 +50°F 2 A (4'orU) B2321277L TRIAO-P-IS 54 0.20 .82 <20 0°F 8 277 B2321277RH TRIAD-P-IS 62 0.23 .92 <15 0°F 8 742-L-SLH-TC-P WR-SL 70 0.260 .95 <15 +50°F 2 82321120L TRIAD-P-IS 66 0.56 .82 <20 0°F 8 120 B2321120RH TRIAD-P-IS 72 0.62 .88 <15 0°F 8 (2)FO4OT8 40 736-L--TC-P6 UNIVERSAUSL 91 0.800 90 <15 +50°F 2 (5') 8232I2T7L TRIAD-P-IS 66 0.25 .82 <20 0°F 8 277 82321277RH TRIAD-P-6 72 0.27 .88 <15 0°F 8 738-L-TC-P(D UNIVERSAL-SL 91 0.340 .90 <15 +50°F 2 B2591120HPL TRIAD-P-IS 106 0.890 .79 <10 8 A+ 120 B2591120HP TRIAD-P-IS 118 0.99 .92 <10 8 A+ (2)FO96T8 59 866-BR-TG-Po UNIVERSAUSL NIA NIA N/A <20 +50°F 9 C 181 82591277HPL TRIAD-P-IS 106 0.439 .79. <10 8 A+ 277 B2591277HP TRIAD-P-IS 118 0.43 92 <1 8 A+ 867-BR-TC-PO UNIVERSAL-SL NIA N!A WA <20 10 C THREE LAMP/265 M.A.HIGH POWER FACTOR B3321120HP 49 0.42 .97 <15 A+ 120 B3321120L 43 0.39 .87 <25 A (3)FO178 t7 B3321120RH 50 0.43 .97 <25 A (2'or U) 83321277HP 49 0.18 .97 <15 A+ 277 B3321277L 43 0.17 .87 <25 A 833212T7RH 50 0.20 .97 <25 A B332 124 63 0.57 .95 < 0 A+ 120 8332I120L 63 0.54 .85 <220 A (3)F025T8 25 B33211208H 64 0.59 .45 <20 A (3'or U) 833212TTHP 68 0.25 .95 <10 A+ 277 OX21277L 63 0.23 .85 <20 A B3321277PH 69 0.26 .95 <20 A B3321120HP 7RIADP-IS 88 0,74 .93 <10 0°F 1i A+ 120 M21120L 79 0.67 .82 <20 A (3)F032T8 32 B3321120RH 90 0.77 .93 <20 A (4'or U) B3321277HP. 88 0.32 .93 <10 A+ 277 83321277E 79 0.28 .87 <20 A 83321277RH 90 0.33 .93 <20 A B3321120HP 108 0.90 .91 <10 A+ 120 833211241- 98 0.83 .80 <20 A (3)FO4OT8 40 B3321120RH 110 0.94 .91 <20 A (5') 83321277HP 108 0.39 .91 <10 A+ 277 B3321277L 98 0.36 .80 <20 A B3321277RH 110 0.41 .91 <20 A FOUR LAMP/265 M.A.HIGH POWER FACTOR 84321120HP 60 0.54 93 <15 A+ 120 B43211 20L 54 0.48 .85 <25 A (4)FO17T8 17 B4321120RH 61 0.56 .93 <25 A (2'or U) B4321277HP 60 0.22 .93 <15 A+ 277 84321277L 54 0.21 .85 <25 A B43212T7RH 61 0.24 .93 <25 A 84321120HP 88 0.74 .92 <10 A+ 120 B4321120L 78 0.67 .81 <25 A (4)FO25T8 25 TRIAD P-IS +50°f 12 8432I120RH 90 0.77 92 <25 A ITorU) B43212T7HP 88 0.32 .92 <10 A+ 277 B4321277L 78 0.29 .81 <25 A r 8432127711H 90 0.33 .92 <25 A 8432I120HP- 112 0.94 .91 <10 A+ 120 B4321120L 98 0.84 .78 <20 A (4)FO32T8B4321120RH 114 0.98 .91 <20 A (4'or U) 32 B43212T7HP 112 0.41 .91 <10 A+ 277 BQ21277L 98 0.36 .78 <20 A B4321277RH 114 0.42 .91 <20 A 16504/MAG Energy Engineered Ballasts for T12 or T10 Rapid Start Lamps BUY LINE 7312 LAMP INPUT WATTS NOMINAL TOTAL MINIMUM LINE (ANSI) LINE BALLAST FACTOR CATALOG BALLAST HARMONIC STARTING WIRING SOUND NOMINAL VOLTAGE NUMBER TYPED STANDARD E.S.T12 TIO (AMPERCURRENES) 46 WATT 34 WATT DISTORTION TEMPERATURE DIAGRAM RATING TYPE WATTS 60HZ LAMPS LAMPS LAMPS (AM©ES) LAMPS LAMPS (°/°) O3 ONE LAMP/430 M.A.HIGH POWER FACTOR B240R120HP TRIAD-P-IS 43 36 46 0.36 .97 .92 <15 7 814OTi20RHe TREAD-S-MRS 37 30 , 39 0.32 .88 .84 <20 1 120 410-L-TC-PS U+COMP-LEAD© 45 37 46 0.37 .85 .81 <15 6 (i)F4OTi2tRSor 40 412-L-SLH-TGP® WR-LEAO 50 42 51 0.44 .95 .88 <15 6 (1)F40T1OlRS or 40 723-L-SLH-TC-PCeD WR-LEAD 50 42 - 0.44 .95 .88 - 6 {1)F4OT12/RSE.S. 34 B24OR277HP TRIAD-P-IS 43 36 46 0.16 .97 .92 <15 +50°F 7 A 814OT277RHt57 TRIAD-S-MRS 37 30 39 0.14 .88 .84 <20 1 277 417-L-TCP® U+COMP-LEADO 45 37 46 0.17 .85 .81 <15 6 458-L-SLK-TC-P9 WR-LEAD 50 42 51 0.19 .95 .88 <15 6 724-L-SLH-TCP® WR-LEAD 50 42 - 0.19 .95 .88 - 6 TWO LAMP/430 M.A. HIGH POWER FACTOR 6240R120HP TRIAD-P-1S 72 61 IS 0.61 .87 $3 <70 A+ B240R120RH TRIAD-P-IS 74 63 77 0.63 .87 .83 <20 A 120 824OT120RH(D TRIAO-S-MRS 70 60 73 0.60 .87 .83 <20 A 530-L-TGP U+-SERIES LEAD 80 66 82 0.690 .95 .88 <20 A 12 420•L-TC-P U+-SERIES LEAD 71 58 73 0.60 .85 .81 <20 A (2)F40T12/RSor 40 (2)F40T /RSor 40 446-L-SLH-TC-P WR-SERIES LEAD 86 72 88 0.75 .95 .88 <15 +50°F 2 A (2)F4OT12/RSE.S. 34 B24OR277HP TRIAD-P-IS 72 61 75 0.26 .87 .83 <10 A+ B240R277RH TRIAO-P-IS 74 63 77 0.27 .87 .83 <20 A 277 824OT277RHCS - TRIAD-S-MRS 70 60 73 0.26 .87 .83 <20 A 537-L-TCP U+-SERIES LEAD 80 66 82 0.310 .95 .88 <20 A 427-L-TC-P U+-SERIES LEAD 71 58 73 0.26 .85 .81 <20 A 443-L-SLH-TC-P I WR-SERIES LEAD 1 87 1 73 1 89 1 0.33 1 .95 .88 <15 A THREE LAMP/430 M.A.HIGH POWER FACTOR (3}F40T12/RS or 40 120 834OT120RHe TRIAD-S-MRS 105 $7 10$ 0.911 87 .83 <20 2 730-LR-SLH-TC-P WR-SERIES LEAD LAG 138 116 14t 1.25 .95 88 - 4 A (3)F40T1O/RSor 40 +50°f (2)F4OT121RSE.S. 34 277 1 B340T277RHt5? TRIAD-S-MRS105 87 108 0.39 87 B3 <20 3 737-LR SLH-TGP VJR-SERIES LEAD LAG 139 116 142 0.24 .95 .88 - 4 FOUR LAMP/430 M.A.HIGH POWER FACTOR (4)F4OT121RSor 120 B440SPR120HP 0.67 <10 (4)F40T10/RSor 40 TRIAO-P-IS 141 117 142 .87 .83 +50°F 5 A+ (4)F40T12/RS 34 271 8440SPR277HP 0.29 <10 Energy Engineered Ballasts for High Output Rapid Start Lamps INPUT WATTS NOMINAL LAMP TOTAL MINIMUM LINE CATALOG BALLAST (ANSI) LINE BALLAST FACTOR HARMONIC STARTING WIRING SOUND NOMINAL VOLTAGE NUMBER TYPE G STANDARD ENERGY SAVING CURRENT STANDARD ENERGY SAVING DISTORTION TEMPERATURE DIAGRAM RATING TYPE WATTS 60HZ LAMPS LAMPS {AMP(2) LAMPS LAMPS (%) O3 . I TWO LAMP/800 M.A.HIGH POWER FACTOR B2110SR120L TRIAD-S-RS 160 - 1.39 .80 - <20 A/B 120 B2110SR120 TRIAD-S-RS 173 - 1.50 .89 - <30 A/8 {2)F72Ti2/HD 85 480 SLH-TGP WR-SL 194 = 1.80 = = B B211OSR277L TRIAD-S-RS 160 0.60 .80 <20 A/B 277 82110SR2T7 TRIAD-S-RS 173 0.65 .89 <30 A/B 487SLH-TC-P WR-SL 194 0.77 B B2110SR120L TRIAD-S-RS 190 160 1.63 .80 .77 <20 20°F 2 A/B 120 B2110SR120 TRIAD-S-RS 211 175 1.81 .89 .84 <30 AID (2)F96T12tHO 110 480-SLH-TCP WR-SL 237 197 2.10 .95 .88 <10 B B211GSR277L TRIAD.S-RS 1090 160 0.71 .80 .77 <20 AIB 277 B2110SR277 TRIAD-S-RS 2110 175 0.78 .89 .84 <30 A/B 487-SLH-T£-P WR-SL 237 197 0.87 :95 .88 <10 8 Energy Engineered Ballasts for Slimline Lamps LAMP INPUTWATTS NOMINAL TOTAL MINIMUM LINE CATALOG BALLAST {ANSI) LINE BALLAST FACTOR HARMONIC STARTING WIRING SOUND VOLTAGE NUMBER TYPE O CURRENT DISTORTION TEMPERATURE DIAGRAM RATING TYPE NOMINAL 60Hz STANDARD ENERGY SAVING (AMPERES) STANDARD ENERGY SAVING WATTS LAMPS LAMPS 0 LAMPS LAMPS TWO LAMP/425 M.A.HIGH POWER FACTOR (2)F48T1239 TRIAD-P-IS 78 120 B2751120RH 68 0.71 .99 .94 <25 277 B2751277RH 0.31 .99 94 <25 0°F 13 At8 120 82751120RH TRIAD-P-IS 112 - 0.96 .92 - <20 0°F 13 AID (2)F72T12 _ 58 806-SLH-TC-P WR-SL 122 _ 1.05 - - - +50°F 9 C 277 82751277RH TRIAD-P-IS 112 0.42 .92 <20 0°F 13 A/8 827-SLH-TC-P WR-SL 122 0.46 +50°F 10 C 120 B2751120RH TRIAD-P-IS 138 112 1,19 .88 .89 <15 O°F 13 AIB {2}F9fiTt2 75 806-SLH-TC-P WR-SL 158 128 1.34 .95 .90 <25 +50°F 9 C 277 82751277RH TRIAD-P-IS 138 112 4.51 .88 .89 <105 0°F 13 A!B 827SLH-TC-P WR-SL 158 128 0.58 .95 .90 <25 +50°F 10 £ O Abbreviations: SL-SERIES-LEAD RS-RAPID START S-SERIES TRIAD"-TRIAD brand electronic ballast MRS-MODIFIED RAPID START U+-UNIVERSAL PLUS""hybrid"ballast IS-INSTANT START U+COMP-UNIVERSAL PLUS""companion"ballast P-PARALLEL LAMP OPERATION WR-UNIVERSAL WATT REDUCER'"energy efficient magnetic ballast OO Line Current shown is based on rated line voltage and standard lamps and will vary with any increase or decrease in the line voltage and lamp wattage. OO Minimum starting temperature shown is for standard lamps.Consult lamp manufacturers'specifications for energy saving lamp starting temperatures. ®UNIVERSAL PLUS(1)lamp"companion'ballasts match the light output and operating characteristics of(2)lamp UNIVERSAL PLUS ballasts but do not utilize a cathode cutoff device. OO Also for use with F30T12lamps,Consult catalog. -� 6 Not recommended for use with energy-saving"U"lamps. p This UNIVERSAL"brand ballast is covered by a two-year warranty and service program. (11 For use only with"U"lamps. Q Not for use with"U"lamps. For information concerning ballasts not listed in this guide consult MagneTek's full line catalogs of TRIAD and UNIVERSAL products. PHYSICAL REFERENCE OVERALL DIMENSIONS MOUNTING DIMENSIONS WEIGHT BALLAST LENGTH WIDTH HEIGHT LENGTH WIDTH RANGE TYPE (Ibs.) 1. ALL 9% 23/a 111/16 857/64 111/16 2.7 — 3.7 RAPID START ALL ILIMLINE 113A 31/8 125/32 119/64 2 4*1 — 1,11 AND TRIAD H.O.R.S. UNIVERSAL 113/4 33/16 25/8 119/64 2 12.19-12.4 H.O.R.S. 1 DIMENSION TOLERANCE ±3/64" WIRING DIAGRAMS ALL BALLASTS MUST BE GROUNDED DIAGRAM 1 DIAGRAM 2 DIAGRAM 3 DIAGRAM 4 BLACK BLACK BLUE BLACK LBLA KtY pv —E WHITE BLUE BLUE LINE WHITE LINE WHITE BLUE BLUE—TE BLUE BALLAST BLUF/WHITED BALLAST fs 0 �ILUE— BLUE BALLAST RED YELLOW BALLAST RED YELLOW wu—JTa RE BLUE RED YELLOW RED RED YELLOW OUTS;OG LAMP -1 GRN v GRN LAMP tAMP LAMP LAMP CENTER LAMP LAMP Il— / OUTSI OE LAMP N0.2 LON THIS END OF CENTER LAMP ONLY DISCONNECT LAMPHOLDER MUST BE USED DIAGRAM 5 DIAGRAM 6 DIAGRAM 7 DIAGRAM 8 BLACK BLUE/WHITE IAM BLUE CAI INE WHITE 8LUFJWHITE "E BLUE- YELIW.ITF REO—ITE RED/WHITE BALLAST BLACK BLUE BLACK BLUE YEL—YE BALLAST LINE WHITE BALLAST LINE WHITE BALLAST BLUE YELLOW RED YELLOWRED RED RED LAMP � G R N GAN GAN AMP LAMP AMP LAMP LAMP LAMP LAMP DIAGRAM 9 DIAGRAM 10 DIAGRAM 11 DIAGRAM 12 DIAGRAM 13 LAMP.. I LAMP Ho t BLUE BLUE BLUE BLUE BLUE _BLAC. RED -BLACK BLUE LA.P N. 2 LAMP LINE BLACK BALLAST BLUE LIRE WHITE BALLAST RED WHITE BALLAST WHITE YELLOW r- YELLOW RED RED BALLAST BALLAST DAN f tl GR. LAMP LAMP LAMP M AMP LAMP LAMP LAMP Electronic Ballast S ecific@[tion ' 1. Ballasts shall bemanufactured in the United States 10. Lamp current crest factor(ratio of peak of America. cvnenqsh�|be1.7ur�sspe,�mp� - �—'——� manufacturers'� recommendation. 2. Ballast shall bospecifically designed k/operate ......(~)� .����mpn 11. Ballast shall �ywhhaU ' federal and ^Dof�olamp application. industry performance and safety standards: a)Shall belisted with Underwriters'Laboratories,Inc. 3. Ballast shall bealeotrunic ~— and opona�lamps atu U� frequenoy'mbmve 20K HZ from aninput frequency ofOOHZ. b)Shall comply with FCC.requirements governing electromagnetic and radio frequency interference. 4. Ballast shall consistently start and operate lamps from a o)Shall comply with|.EE.E.standards for line voltage supply(Une)voltage ofplus orminus 1Opercent about the transient protection. center design voltage of12Dor,277volts. d)Shall comply with A.N.S.iand iE.E.E.standards for 5^ Ballast shall provide installed light level equivalent 8oC.B./N. harmonic distortion. certified electromagnetic ballasts(plus orminus 5pement) ' 12. Ballast shall produce audible noise levels lower than quietest 0. Light output shall not vary bymore than 12peoer�(.)over a C.B./N'cn�ifiedballast for same oppUcution. plus orminus 1Opemontvarahoninline wd�ge. ` , 13. Ballast shall � ofactor actual 1Percent for^HP^Models. apparent 'above 8O%(.9).^ 7' Ballast factor(relative light output per watt consumed) °Abcwe.97for HPModels. shall uemuleast 15percent greater than C.8.M.certified electromagnetic ballasted system for same application. 14' Ballast size and mounting configuration shall beconsistent with C.8.k8.certified electromagnetic ballast for same O. Ballasts for rapid start lamps(T8orT12)ora|im|i/ nlamps application. . shall be capable of operating remaining bmp(s)if one mmore ' companion lamps fail orare removed. 15' Ballast manufacturer shall have otleast ten(10)years' �� . .` experience manufacturing electronic ballasts with e g' Ballast shall provide starting sequence consistent with lamp documentable low failure rate. manufacturers'recommendations and shall provide full rated lamp life. 1G' Ballast manufacturer shall warrant ballasts krbefree from defects inmaterial cxworkmanship fora/(oaa five(5)years from date ofmanufacture under normal conditions ofuse. ~~ 0� ' MagneTek. Leadership in Lighting Energy Engineered lighting products MagneTek is committed in every aspect of operation to Any MagneTek ballast designated as Energy Engineered ' energy conservation and leadership in energy technology, provides efficiency,quality and reliability.Energy savings can be as much as 60 percent.And every ballast is protected by the most As a major manufacturer of electrical equipment and provider comprehensive warranty and service program in the ballast of services to utilities and industry,MagneTek plays a lead role in industry.The warranty period is 5 years for TRIAD ballasts,an saving energy,preventing air pollution and conserving our nation's industry first,and 3 years for UNIVERSAL WATT REDUCER and resources.With its wide array of proven energy-efficient products, UNIVERSAL PLUS ballasts. MagneTek is in a better position than perhaps any other company to help make a major impact on the nation's projected shortage of Energy Engineered for electric energy environmental protection Lighting takes the lead MagneTek is firmly committed to the goals of Green Lights, The past decade has generated intense interest in the U.S.Environmental Protection Agency's voluntary, energy-efficient lighting as a conservation strategy which often non-regulatory program which encourages American corporationsto upgrade their lighting systems,,but only where profitable and provides a large and quick financial return.Lighting consumes where quality`of light is maintained orimproved. some 25 percent of all electricity generated in the United States ' and typically accounts for as much as 50 percent of the electricity MagneTeka Green Lights Ally:has made a commitment to costs of many industrial/commercial buildings.Legislation, supply energy-efficient lighting products of the highest standards government initiatives and general awareness of the benefits of of quality'and,performance to help participating energy-efficient lighting continue to increase the demand for corporations`=Green Lights Partners=meet the program's ' highly efficient and reliable products. ambitious pollution prevention goals. T"The Energy Engineered Initiative Also,as a Green Lights Partneritself,MagneTek has signed a MagneTek's Energy Engineered symbol is a registered memorandum of Understanding with the EPA to audit and.. trademark which assures you of the company's ongoing upgrade all of its corporate facilities'lighting where appropriate. commitment to optimizing the energy efficiency of its products through every phase of production—from research and Whatever your requirements development to internal manufacturing and office operations.It Whether your primary goal is to save money or help the also assures you of MagneTek's efforts to aggressively update environment—or both—MagneTek has your ballast.From first.. energy technologies and offer products which meets the special inspection to.final testing;a MagneTek ballast assures you of needs of today's—and tomorrow's—installations. quality in materials,workmanship and performance. MagneTek Lighting and Electronic g g Products Sales Offices and Warehouses: '200 Robin Road,Paramus,New Jersey 07652 5411_South Soto Street, Los Angeles, CA 90058 • (213)581-8813 Phone:(201)967-7600.1-800-BALLAST U.S.Hwy 49,P0.Box 548,Mendenhall,MS 39114 • (601)847-1214 Fax:(201)967-0904•Telex No.753330 1501 Pratt Boulevard, Elk Grove Village, IL 60007 • (708)806-6500 ,SG93 Printed in U.S.A. EBT LOW HARMONIC BALLAST GUIDE T12 &T10 ELECTRONIC BALLASTS RAPID START(SERIES CONNECTION) Na Of Lamp Lamp. Lamp Input, Une Input: 'Ballast ::Power Starting !.Wiring ;Ballast, : Special Urde{trig ' :Len th "Watts Vol [Amps-' Watts =Factor '+Factor, ":Tem Bi _, Dimension "A 34 120: 0.27' 31 { } SSB1 124 1/40 LH r 1 F40T12/RS 440 0.33: 38 0 89 >0 98 50 F 1 $ o ° &T20 34 2T7 O.IZ_' 31 .�k SSBI 277 1140 LH 40' 0;14 -38 34 120- 0.50 -59 CSA _ SSBI-120-2/40 LH ' 2 F40T12/11S 4 - 40 0.b0 71 086 i0 98 50 F 2 B &T10: 34 217:: 0.22 59 SSBI 277 2/40 LH 40 0.26 71 = 34 120 0.77 90 CSA SSBI-120-3/40 LH 3 F40Ti2/RS 4' 40 0.89 105 0.86 >0.98 50 F 3 B &T10 34 277 0.33 90 SSBI-277-3/40 LH 40 0.39 105 75%REDUCED LIGHT OUTPUT ' 2 F4QT12/RS 4, 40 - 120, 0.52 6I 11,033A >0 98 50 F 2 B SSBI-120-2/40 LH 75% &T10 277 0.22` SSBI-277-2/40 LH 75% HIGH OUTPUT 34 _120:- 0.60. 71 105. ,>0 98 50 F 2 B SSBI -120 2140 LH MPX 2 F40T12/RS 4' 40 0.73 86 34 277;; 0.26 71 i O5. >0.98 50 F, 2 B ,. SSBI-277 2/40 LH MVA >,• .,% _4Q -•' ':_' 0.32 86 _ ,,. .- MINIBALLAST -!.34 120,;;. 0.53 W U. >092 -,SOF 2 A SSBI 220-2/40 M1N1 2 �F40T12/RS 4'� 40 0.64.: .71 &TIO 34 277 ' -0.23 59 0.86 >0.92 50 F 2 A SSBI-277-2/40 MINI 40 0.28 71 CANADIAN MODELS 2 F40TI2/RS 4'•,-. 34 347. 0.21 71 0.86 >0.98 50 F 2 B CSA SSBI-347-290 LH &T10. .. 40 10%THD REGULATED (50/60 Hz) ' No Of Lam Lamp Lamp InputLix$ Input, Ballast 'Power Starting .Wm •Ballast Spec�al;r , Orderiug� �-T xinatliMaitsvoltaii: AmV _ Watts ;Factor' Factor Tem Di enswn A rorais 34 110 120 0.26 31 0.90- ;>0.99, 50 E i r B SSB3 120 1/40 LH r 1 F40T12/RS 4 40 0 32: 38 &T10• 34' 220 2?7 O 11'" `31 090 >0 99 50 F I B SSB3 277 1140 LH 40- .14 38 r< w F 34 110-120 0.50 S9 0 87 >0.99 50 F 2 B SSB3 120-2/40 LH 2 F44T12/RS 4 - 40 - 0.60 >71 34 22072771'0.22 S9 .0.87 >0 99 50 F 2 B SSB3 277 2/40 LH 40 :` ':0.26 71 . . 10%THD DIMMING (50/60Hz) 34. 110 120 0.50 :�-59- 0 87.; ,.>0.99. .; SOF 2 B SSB7 120-2/40 LH. 2 F40Ti2/kS 4 40 " 0.60" 71 ` &T10 34 220-277 0.22 59 - 0 87 >0 9950 F 2 B SSB7 27?2/40 LH 40 0.2671 �.... _ DDAMING CONTROLLER I I SSB7-120-CONTROL DIMMING CONTROLLER SSB7-277-CONTROL INSTANT START(PARALLEL CONNECTION) Na.O[= �LaritP LSPP "Triptil Lite Input Ballast ;Power Starting *Wiring w�Ballast' pee Ordering "` Lana €"xTYPL'" .Den th •.Watts .,Volt e -`Airi Wath FaMor ='Factor ?1em I}tM Damen"cion'A "owls . . Cada CANADIAN MODELS •Refer To EBT Electronic Ballast Specification Guide 10-Oct-91 EBT LOW HARMONIC BALLAST GUIDE. T8 ELECTRONIC BALLASTS RAPID START(SERIES CONNECTION) No.Of Lamp .,. ,Lamp , Lamp, . Input. Line,,-., Input. Ballast _Power Starting !:Wiring *.Ballast; ,:Spectalr; Ordmag,3 Lam - T Len th' .Watts'• `Volt "e Ams Watts. Factor :Factor 'Tem Di Dimension A' corals ._3 ....:,.Code s`. . •- 2 F032T8 - -4'., ,32 120 0.25 l62 0.88- >0.98 50 F 2 B .:. . : SSBI-120-2/32 LH 277 0.53 SSBI-277-2/32 LH 3 F032T8 4' 32 120 0.80 94 0.89 >0.98 50 F 3 B SSBI-120-3/32 LH 277 0.35 SSBI-277-3/32 LH 75%REDUCED LIGHT OUTPUT ' 2 F032T8 4' 32 1 120 1 0.4351 0 73 >0 98 50 F 2 B SSB I-120-2/32 LH 7590 277 0.19 SSBI-277-2/32 LH 75% 3 F032T8 4' 32 1 120 0.64 1 76 1 0.73 1 >0.98 50 F 3 B SSBI-120-3/32 LH 75% 277 0.28 SSB I.277-3/32 LH 75% MINIBALLAST 2 F032T$ 4' 32 120 0.58 64 0.91. ->0.92 150,F 2 _ A SSBI-120-2/32 MINI 277 0.25 SSB1-277-252MINI 10%THD REGULATED (50/60Hz) No Ot Lamp�� Lamp++ Lamp•, Input:.. I.me� '_Input .8aiiast -Power Starting *Wmng j'Ballast -�Spectal�- `a� Ordertiig� �,,.,�} Lam T = Len th Watts"'Volta a Ams Watts Factor Factor Tem Dia am Dimension 'Approvals I F032T8 4 32 110'=120 '0.27. 32 + 0 91 >0 99 50 F I �� H w SSB3-120-1/32 LH x 220-2771 0.12 2... F032T8 4 32.=; 110-120 4.52 62_, 0 8$, : 0.94 :SOF 2 B SSB3-120-2/32 LH :--- -> 220-277 0.23 " -,.;. ,. � ...� :, ._.., ,::_.SSB3-277-2/32 LH , 10%THD DIMMING (50/60Hz) No Of >Lamp. Lamp Lamp:•, Iaput is Lme _Input Ballast Power Starting •Wiring +':Ballast Special Ordertng77 A t � Lam T r' I en'th Wafts: Volt a Am a .Watts =Factor: Factor '.Tem '.- Di" Dimension �A corals 2 1`032T'8 4' 32 110-120 0.52 1162 0.91 >0.99 50 F_ 2. B SSB7-120-2/32 LH 220-2770.23 SSB7-277-2/32 LH ' DIMMING CONTROLLER SSB7-120-CONTROL DIMMING C RO S B - CONTROL INSTANT START(PARALLEL CONNECTION) NO.Of Lamp Lamp. Lamp'' TnPut nLine Input .Ballast Fawcr Starting *:Wiring .s BallastSpecta! Ordertttg $ .:: .,t, Len h Watts=.Volt a Am - Watts Factor.Factor ,Tem Di" "1j Dimension I "F032T8 120 : 0 26` 30 0 90 >0 98 SOF 10 A " SSB2=120 1132 IS LH -. 277 SSB2-277-1/32 IS LH K FOl 7T$ <2 r 17 120 029 34 t =0 95 E 11 s B c SSB2=120.2/17:IS IA� 2 orf x, z} s ;r tk #sz s. „�.�r.. / .277,._ -.Q.12. N� .. ssB2=277.2/17 Is LHS l32" 120 0:49 S8 0.88 xa CSA SSB2 120 262 IS LH 2 F032T8. 4 40 0.59 70 -0 80 >0 9$ 50 F { 1 I r 32, 277 0.21'' "58 0 88 g SSB2-277 2/32IS LH ' 40 0.26 ,70 0.80 3 F032T8 4' 32 120 0.75 1 88 0.90 >0.98 50 F 12 B CSA SSB2-120-3/32 IS LH 277 0.32 1 SSB2-277-3/32 IS LH X HIGH LIGHT OUTPUT 2 F032T8 : 4" „ 32 120 1 0.64 ::76 1.15: >0.98 50 F 11 B SSB2-120-2/32 IS MPX LH 277 0.28 SSB2-277-2132 IS MPX LH MINIBALLAST 1 F032T8 4._ 32 .120 .0.28 32 0 98_ >0 9$ 50 F IQ A -:SSB2-120-1/32 MINI IS 0.12 _•`.. SSB2-277-1/32 MINI IS CANADIAN MODELS �;21 F032TB 4' 32 347 0.17 58 0.88 >0.98 50F 11 B CSA SSB2-347-2/32ISLH 1 F032T8 4' 32 347 0.26 1 88 0.90 1 >0.98 50F 12 B CSA SSB2-347-3/32 IS LH F,03 4 *Refer To EBT Electronic Ballast Specification Guide 10-Oct-91 s c . z 7 V• o' ►►ma�yy D .. ,-j.,7 ,un3 i'. j 1, sad*.}.'Sz ►� z.:: !D N -r D twin s� ►►►��ryy1r L�ri's`�i� � F}vAi r g t x M D rr a N C C C td tl 10 •� L m ' sf i _,, t �'. Cn :.� � CP rP .,^z '�r.:.: -T•r mm?5 o\ N N c e� z r m41 D > tn. N CT N CT N -a N GT N -P- -I., P 1---1 r- 71Z U UCc '.P .P .P P �.. H i c c c co W to W s-- .P.. .A.r-. NI N I N I to c7lN a CA I OCT Co w \ {,�.: 3 �'YTT "iP 7>dAatk9rFNai N� s"•. r� �`�'c'�1"^f1a'ka"�yy'riNt'.#�x�—.r7vv.� SCJ'*. f r , rQ N Co i--- w I W � �•�TrT�"�f f✓'^�c l�y'a}�+.{ CID F _ } �E".sem• �"�rc. 'SS r.�•`-� _ y't Y *✓ 1 3.a.,aa-:. � co erV t m - JT �. 2w� '� N N 4§- ..0�:(_. .0 �y p,Y�(-;'fi,{1��'-: ` .. t it - •--1 r urs EBT, Inc. Electronic Ballast Specification Guide Ballast manufacturer shall have been designing and producing high frequency (>20 KHz) electronic ballast for more than 10 years. The "High Frequency" electronic ballast shall operate lamps at a frequency of 2OKHz or thigher with minimum detectable flicker. The electronic ballast shall have a "Total Harmonic Distortion" (THD) of 20% or 10% depending on the ballast model. ' The electronic ballast shall have a "Power Factor" of not less than 98% or 99% depending on the ballast model. The electronic ballast shall have a lamp current "Crest Factor" of less than 1.7 or 1.5 depending on the ballast model. The electronic ballast shall be provided with integral leads, color coded to ANSI standard C82.1 (latest version). The electronic ballast shall provide for a minimum lamp starting temperature of 50 degrees F to-O degrees F depending on the ballast model. The electronic ballast shall support a sustained short to ground or open circuit of any output leads without damage to the ballast or without blowing any fuses either inside the ballast or in line with the ballast. The electronic ballast shall be Underwriters Laboratories (UL) listed, (Class P). The electronic ballast shall have a audible noise rating (Class A) or better. The electronic ballast shall meet FCC standard for EMI/RFI (FCC Part 18, 15J, The electronic ballast shall meet all applicable ANSI and IEEE standards regarding . PP g g harmonic distortion and transient protection such as IEEE 587 and ANSI C62.41 for ttransient protection. The electronic ballast shall comply with all applicable state and federal efficiency standards. ' The electronic ballast shall not contain Polychlorinated Byphenyls PCB's. The electronic ballast shall carry a three year warranty including labor allowance. 10-OCT-91 EnE:tvton COMPACT FLUORESCENT ! TECHNOLOGIES INC . QUAD ADAPTER ! LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Side Mount Position Fits All Incandescent Lamp Harps y • Save Energy- Replaces up to 90 Watt Incandescent • Universal Burning Position • LongLife - Lasts 10 times longer than standard bulb r s • Available in Normal and g � High Power Factor (HPF) Durable VALOX Housing • 45,000 + Hour Ballast ; • 10,000 + Hour Lamp Life ZEE Na • Air Cooled, Water Resistant Ballast • Ratcheted Brass Socket a Yields Versatile Applications ! H • Total Harmonic Distortion (THD) does not exceed 20% • 'Shortest Possible Overall ! Length • 120 Volt, Medium Base 3800-L 3900-L MADE CIP ® U Listed IN USA RATED AVERAGE DIMENSIONS' LAMP/BALLAST LIFE W H . 3600-L QUAD 9 60 WATTS 600 10,000/45,000 HRS. 23/411 19/16 5 9/16" 25°F 3600HPF-L QUAD 9 60 WATTS 600. 10,000/45,000 HRS. 23/4" 19/16 515/16"• 25°F 3800-L QUAD 13 75 WATTS 900 10,000/45,000 HRS. 23/4" 1'/8 515/16" 32°F 3800HPF-L QUAD 13 75 WATTS 900 10,000/45,000 HRS. 23/4" 1'/a" 6 5/16" 32°F 3900-L QUAD 22 90 WATTS 1300 10,000/45,000 HRS. 33/16" 1'/8" 7 1/2" -26°F 3900HPF-L QUAD 22 90 WATTS 1300 '10,000/45,000 HRS. 33/16" 1'/8" 7'/a" -26°F ! DISTRIBUTED BY: EnE� � � ���on TECHNOLOGIES INC. 1215C Park Center Drive Vista; CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.2/93 FAX: (619) 598-5332 EnE:ivton COMPACT FLUORESCENT TECHNOLOGIES INC . HARDWIRE ADAPTER LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Works any Direction- Vertical or R Horizontal Right Side or Upside Down 2 • Save Energy- Replaces up to 90 Watt Incandescent • Easy Installation �; • Long Life - Lasts 10 times longer i � than standard bulb • Fewer Lamp Changes • Lower Maintenance Cost r.+�^.. • Durable VALOX Housing • 45,000 + Hour Ballast O 10,000 + Hour Lamp Life • Air Cooled, Water Resistant Ballast a 9 w • 120 Volt MADE IN USA CIP y WATTS EQUIVALENT RATED AVERAGE -DIMENSIONS MIN.$.TART I 3000H 5 25 WATTS 250 10,000/45,000 HRS. 25/16" 15/8" 43/16 0-F 3200H 7 40 WATTS 400 10,000/45,000 HRS. 25/16" 15/811 53/811 0°F 3500H 9 60 WATTS 600 10,000/45,000 HRS. 25/16" 15/8" 65/8" 25'F 3700H 13 75 WATTS 900 10,000/45,000 HRS. 23/4 11/8" 71/2" 320F 3800H 13 QUAD 75 WATTS .900 10,000/45,000 HRS. 23/4" 17/8" 47/8" 320F 3900H 22 QUAD 90 WATTS 1300 10,000/45,000 HRS. 33/16" 17/8" 61/2" -26°F tDISTRIBUTED BY: am ion TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 ' Printed on Recycled Paper (800) 537-7649 Rev. 1/93j� FAX: (619) 598-5332 EnE:ivton � COMPACT FLUORESCENT ' TECHNOLOGIES INC . 13 WATT DRUM FIXTURE 1 LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON _ ,m • Uses one 13-watt replaceable ` r compact fluorescent single twin tube lamp 01 ro _ • Energy efficient • 10,000 hour replaceable lamp • Wall or ceiling mount • High impact white acrylic drum v Stamped steel pan • White powder coat finish g • 120 Volt £ .. MADE x 'N USA O Listed � T �wMODEL WATTS � INCANDESCENT DIMENSIONS EQUIVALENT LUMENS LAMP/BALLAST LIFE W H 1013 13 WATT 60 WATT 900 10,000/45,000 HRS 11" 3" ' 1013•L DISTRIBUTED BY: Ennvion TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.4/93 �� FAX: (619) 598-5332 EnC Lion COMPACT FLUORESCENT TECHNOLOGIES INC . 39 WATT DRUM FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON • Uses three 13-watt replaceable ` compact fluorescent single twin tube lamps • Energy efficient • 10,000 hour replaceable lamp • Wall or ceiling mount • High impact white acrylic drum ' • Stamped steel pan • White powder coat finish • 120 Volt ` MADE Listed � IN USA H W -� MODEL WATTS INCANDESCENT INITIAL RATED AVG. DIMENSIONS _ EQUIVALENT LUMENS LAMP/BALLAST LIFE W H 1039 39 WATT ..180 WATT 2700 10,000/45,000 HRS 14" 3" 1039-L DISTRIBUTED BY: m rni i o n TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.4/93 `� FAX: (619) 598-5332 rcnE:nnon- - COMPACT .FLUORESCENT TECHNOLOGIES INC . 26- WATT DRUM FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON 1 µx , • Available in High Power Factor >0.9, or Normal Power Factor • Uses two 13-watt compact fluorescent single twin tube lamps '�w • Energy efficient • Wall or ceiling mount • High impact white acrylic drum • Stamped steel pan A. • White powder coat finish • 120 Volt 1 t ; MADE N USA H U Listed ' MODEL WATTSIICANIISCINI RATED AVG. DIMENSIONS EQUIVALENT 1026-L 1026-HPF-L 26 WATT 120 WATT 1800 10,000/45,000 HRS 11" 3" ' 1026 1026-H PF DISTRIBUTED BY: Enrnv ion ' TECHNOLOGIES INC. 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 Rev.4/93j� FAX: (619) 598-5332 _ REFLECT==STAR® MAGNETIC 13W 1.90. . -. 48.26-_ _ 1 90' 48.26 _ 16tnm - ..... . .. x:.. 48.26mm -. .« 6. r .. ... 75 6.75 .. 171.45mm 17.45mm 6,75 7 ;133.�mm corn 4.50' - 3.75' _� � .11430mm .� 95.25 MODEL 11325MODEL•11324 MODEL 11323 r: LAMP:PLQ13 =. LAMP:PLQ13 :. LAMP:PLQ13 ali: .. k .., .. REFLECT-,&-STAR- MAGNETIC 9W - - 1.90' .. - ':. .1.90* -. . .- -48 8.2 .. - 16mm - - 1.90' 48 . . 16mm 4 1m 6.25' vs .. __. .. .._ .. 6.25 6.25 158.75m 171.45m1S8.75 m - - . - ,Y r.• .� .. _. •515• -. s._..,.. 5. - _ 430' . 133.35mm .:. ..- .._..... -. .. -_ 3.7 �� _...:,_ .,._ 114.30mm - 95.25mm MODEL 10925 - MODEL 10924 _. MODEL 10923 g. ' LAMP:PLQ9 ..LAMP-PLQ9 :,JAMP:PLQ9 REFLECT-!-STAR ELECTRONIC 10W 1.90, - _ .,.;4816mm _n.., i.•,z+,. -- 4816mm 4 , 1 6 75' -. .''' , x•6.75 - r4���.'"`:.:,_•+:tkz.-„7.4t4.,a,=,y1,..\�r.Y.g.'a*T��e.t��31;^_-.+'y-_^._�t.�.,rt�-I.�'w"�rw\tt'er..A sr„ra2aijr1a•.Yte"M-r.n'.e*k,.sJ':'¢.:,-j.j-:7;.:3'raF":•k .1x._'�ttb,s>y,•��J.4,v..°�^a t..,��.S.LK-?RC'}�}'�`}�•^-.'.L-s."1_r.'>'.�-S.1.a{#"',.°'�,.1-t y•{iF'i-7y.��7.yi�.1-.'�l�_.,p'..�`�.,i_..'�'�',s>aye*i',r,a„�i`•.'�LrS'L1�^,A.�.'t�`M-31m�.n-3...2,F tr.S3tt.1Y 3ti55�-.4�.ms1'rw'm tpr_4'tr�'Y,1«M'-.1fa"�-r•+�tt R.�,✓'te]1'..i-.:..-d.:�i�"'3f't�.^-9.}~>�. �.i.;4e.�.«+:.C x' 4-.T5 -F.^tSI--�"l\/ � �4,,3,'0_"Ram-. ltJa N. 6 . m 171'gj;Y:e,r?r.:`r-e�45�'ar.'•.CmS_�ar.-r7�^'-S�,e-�=-_ .-''-•aa9it f 3 1'75 114.30-, MO24 MODEL'5m 11023 m1!'a DEL 1.1025 0�.--2 3MODEL110LAMP PLQ10EP PLQ10E LAMP PLQ10E Or ; v41r 12RSllvw Gold (Stan 1d) 75 -� ,{. �y 11f _ �Optiottal)' - �� r`7 s• � 2 - REFLECTOR COLORS r F s - Y �ICRQpLAMPO MAGNETIC : 1.90' _ 1.90' - - 48-26mm 1.90 --; ,....48.26mm _ ...48.26mm •t . r �x�'-AiC1.K 6.50 .: '5.95 _ c 165.10mm _ , .. .. '- 151.93mm ui,�, : MODEL 21320 MODEL 20920 o MODEL 20510 LAMP PLQ13 LAMP:PLQ9 LAMP PLS T C- V:r MICR(II)LAMPO MAGNETIC/GLOBE - :. 1.90. ....1.90• ,.- _ .. -1.90. _ _ ,.48.26mm ..::`, :e: - 4816mm q . .. ' 816mm _ 700 _i _ .� 6.75• 675 ez .,r�a- _ 177 80mm "a; a{ a'.xi < 171ASmm 171 4smm 4-20• -- - 4.20• - .. 106.68mm - — _:"410 . 106.68m .106.68mm MODEL 21320 DG :_._ MODEL 20920 DG MODEL•20510-DO--'' ---- LAMP:PLQ13 ,.. LAMP:PLQ9 = - *LAMP PLS---: �lIICRIII►LAMPO ELECTRONIC MICRiII)LAMP- ELECTRONIC/GLOBE ' "1.90•. _ .., 48.26mm. .. _: : .;.1.90 48 26mm , 6.40 730 18S 42mm y '- A � fw6'{♦A1. -C.I.suaVr ._.. _.' - _ - � ,_Lgrly-Y- {Ja.,.= yip -S-• _ � ' - s f MODEL 21020 MODEL 21020 DO ' LAMP PLQ10E s. — .LAMP PLQ10E 5 - k � -,y � '.. R x .,E � '�� �'- � ,tires t`w•�-cam'µ Ti �a �' �<. '� --i,r) r - �... .1 _'C.+.:.-._. ♦'r Ctl—.-� ..:x _ _..a:'3F-.:...�"�:i'..-- .d.-,2 :.-"_t,"u_—L.ti _� �S �-t_-_ '�.�laM�3. Y.M�e.V4.:yy o.i.:-e 4r+�4..:w�4tY..�t '�L�{' i. � w.,v� ♦ .crm zt � `Y.",.v,r„ 4 �x 5:� tom'* � ..: 'yyv,t Yy,yr - .� Y ry .b.r. l x <� / LT-106 INSTALLATION TOOL ON7,IE rcnFnvion TECHNOLOGIES INC . VANDAL PROOF FIXTURE LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON 1 • Compact Fluorescent Lamp Included • Can Be Installed • LEXAN Housing Vertically or Horizontally • LEXAN Prismatic Lens • White Powder Coated Reflector ' • Stainless Steel Tamper Proof Screws • Wet Location G.E.'s LIV Stabilized LEXAN Housing and Lens BLACK or M a U 4 IE HOUSING White Powder Coated It Aluminum Reflector MADE IN USA F $ U ®L Listed II§ - aFOR INDOOR/OUTDOOR USE Installed' t� ' with High Abuse Areas Set Screw 1 , �t s Address Marker • Pathway/Step Light Stainless Steel Vandal-Proof Screws Corridors z s' a • Car Ports EQUIVALENT RATED AVERAGE DIMENSIONS MODEL, I WATTS IINCANDESCENI I LAMP/BALLAST LIFE D W H 7000 B-L 5 25+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 0°F 7000 W-L 5 25+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 0°F 7200 B-L 7 40+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 0°F 7200 W-L 7 40+WATTS 10,000/45,000 HRS. 4" .4.625" 8.562" 0°F 7500 B-L 9 60+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 25°F ' 7500 W-L 9 60+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 25°F 7800 B-L 13 75+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 32°F 7800 W-L 13 75+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" 32°F ' 7900 B-L 22 90+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" -26°F 7900 W-L 22 90+WATTS 10,000/45,000 HRS. 4" 4.625" 8.562" -26°F `AVAILABLE IN HIGH POWER FACTOR ' DISTRIBUTED BY: E n rn vton. TECHNOLOGIES INC. 1215C Park Center Drive ' Vista, CA 92083 " (619) 598-5510 Printed on Recycled Paper � (800) 537-7649 Rev. 1/93 �� FAX: (619) 598-5332 EnEirRon COMPACT FLUORESCENT ' TECHNOLOGIES INC . FLOODLIGHT LEADING THE INDUSTRY WITH QUALITY YOU CAN DEPEND ON O DEVELOPED FOR DURABILITY IO ENERGY SAVING O 880OB-L & 880OG-L REPLACES 100 WATT PAR FLOOD O 890OB-L & 890OG-L REPLACES 150 WATT PAR FLOOD O IMPACT RESISTANT O VANDAL RESISTANT G.E.'s UV Stabilized LEXAN ' O WEATHER RESISTANT Housing and Lens O LAMP INSTALLED O COMPACT SIZE �_. O BLACK OR GREEN HOUSING O WET LOCATION W` `kfi TIF m 3 { Stainless Steel Weepholes Vandal-Proof Screws Lamp Polished Aluminum Installed ' with Reflector W ith Set Screw Custom Angles - .eaded ' Weepholes Base Rugged LEXAN Swivel Knuckle Mount will not rust or corrode. Extra Durability Where It's Needed Most. MADE IN USA o�, Listed ' PARIFLOOD RATED MIRAGE DIMENSIONS MODEL WATTS EQUIVALENT LAMP/BALLAST LIFE D H L TEMP. ' 8800 B-L 13 100 10,000/45,000 HRS 4" 41/2" 81/2 32°F 8800 G-L ' 8900 B-L 22 150 10,000/4 5,000 HRS 4" 41/2" 81/2 -26° F 8900 G-L DISTRIBUTED BY: EnE:t ion TECHNOLOGIES I"NC. ' 1215C Park Center Drive Vista, CA 92083 (619) 598-5510 Printed on Recycled Paper (800) 537-7649 ' Rev. 1/93 �]� FAX: (619) 598-5332 RETROFITS ' 120 SERIES A 3, CIRCLINE RETROFIT `` ADAPTER.. P. ' DESCRIPTION The versatile 120 SERIES circline adapters are ' designed with either a medium base attached for 120 direct screw-in (120 SERIES) or with a medium base on an 8" pigtail for remote sockets (121 SERIES). _ ORDERING INFORMATION MODEL-LAMP DIAMETER OPTIONS 120-20W 61/a' HARDWIRE 120-22W 8.. 121-20W 6Ya' . ,~ 121-22W 8" 121 ' r ��rct 130 SERIES ` ROUND PLATE RETROFIT < � � . .. DESCRIPTION The multipurpose 130 SERIES is a 5 1/2" round plate that is designed to convert incandescent round recessed fixtures, ceiling drums and wall fixtures to energy efficient fluorescent. s v ORDERING INFORMATION: wj I; MODEL-LAMP DIAMETER OPTIONS 130-PL9 63W LOW AMBIENT BALLAST(PL) b' 130-2PL9 7 11 MEDIUM BASE PIGTAIL - 130-20W(FC6) 6'/T 12VDC BALLAST(PL) 50 WESTERFIELD W SAN DIEGO, CA n FLOODLIGHTS 1 5800 SERIES ECONOMY HPS FLOOD a=r xl DESCRIPTION A compact, cost efficient, high pressure sodium floodlight ideal for security lighting, landscape ' applications, parking areas and storage complexes. Especially appropriate for retrofitting incandescent quartz and PAR floods. FEATURES Housing: ■ Die-cast aluminum with architectural bronze finish. 8.. v 1/2" heavy duty adjustable mounting knuckle. ■ Anodized aluminum reflector with hammered finish for maximum reflectivity. e Lens: 1--=.g.• -j — 6"1 ■ Tempered glass with waterproof gasket. Ballast: ■ 120V, 60Hz., normal power factor. 8 Listed Wet Location ' ORDERING INFORMATION: MODEL-LAMP OPTIONS 5800-35W HPS PHOTOCONTROL 5800-50W HPS 3" POLETOP SLIPFITTER 5800-70W HPS HIGH POWER FACTOR 5800-100W HPS 50W"WHITE"HPS LAMP 5800-15OW HPS AREA LIGHTS 1 2600 SERIES MINI WALLPRISM , -, 1 - ' DESCRIPTION A compact, high pressure sodium area lighter for parking areas, office and industrial complexes, hotels, motels and apartment/condominium developments. FEATURES Housing: ' ■ Rugged, corrosion-resistant, die-cast alumi- Ballast: t num with architectural bronze finish. Conduit ■ Ballast is 120V, 60 Hz, normal power knockouts provided. factor. ■ High efficiency specular aluminum reflector for 0 Listed .Wet Location ' maximum light projection. Diffuser: ■ Vandal-resistant clear prismatic polycarbon- ate. Fully gasketed. ORDERING INFORMATION: MODEL-LAMP OPTIONS 2600-35W HPS PHOTOCONTROL 1 ' 2600-50W HPS 2600-70W HPS f 6'/z--d F— S1/z'—� ,.� 2600-10OW HPS FIE AN DIEGO WESTER LD ®`� S , CA 41 Scientific Component Systems 2651 Dow Avenue, Tustin, California 92680 Telephone (714) 730-3555 FAX (714) 730-3817 12" ZIP CORD MAXIMUM EXTENSION. 3.5" UPPER -HOUSING DIAMETER 5.25" MAX FIXTURE ' HEIGHT 4.0" ' MINIMUM CEILING OPENING - f —DIAMETE-R— TRIM RING i 4.5" LENS DIAMETER WHITE SLIDE BLOCK 5 OR 9 WATT VERSIONS BLACK LOCKING BLOCK ' ZIP CORD. ' X18— CRS . 4" CAN Retrofit for recessed cans with ceilifig openings of 4.5" to 6"-diameter.-Fully anodized housing. Zip-cord installa:inn. White powder-coat reflector. Polycarbonate diffuser. Single 5 watt or single 9 watt versions available. Dedicated ballasts for specific wattage. Suitable for damp locations. Fully U.L. listed. ' I SCR.=w-6ASE 12,. Scientific Com onent 5 stems 1 ZIP-CORD t p y !,AAXIMUt,,l 2651 Dow Avenue, Tustin, California 92680 EXTENSION ; Telephone (714) 730-3555 FAX (714) 730-3817 v i l i 7'/a„ V UPPER HOUSING DIAMETER I 1 1 \. 6'/, FIXTURE HEIGHT 73/,. DIAMETER ` � MINIMUM ZIP-CORD CEILING OPENING 1 7'I/16 DIAMETER POLYCARBONATE DIFFUSER I louble 13 watt retrofit for recessed cans with ceiling I MAXIMUM enings of 71/" to 9—diameter. Zip-cord installation. I DIAMETER ,rte powder-coat relleclo,: Polycarbonale diffuser. Two AT TRIM wall lamps. Operates on 110-120 V. AC. Fully U.L. - lisled. Suitable for damp locations. Patent 94,520,436 i 595,969 114,641,228 H4.704,644. XIR-�'R 1 �� RNrani Scientific S Component stems P Y 2651 Dow Avenue, Tustin, California 92680 Telephone (714) 730-3555 FAX (714) 730-3817 12" ZIP CORD v MAXIMUM ' EXTENSION . 5 1/8" UPPER ' HOUSING —r DIAMETER�. W 4 3/8" ' FIXTURE HEIGHT 6., MINIMUM i CEILING OPENING DIAMETER ' TRIM RING—� 6,. �–LENS DIAMETER WHITE SLIDE BLOCK—� 1 BLACK LOCKING BLOCK —� ' ZIP CORD----� X18-CR 6" CAN Retrofit for recessed cans with ceiling openings of 6"to 72A."diameter.Fully anodized housing.Zip-cord installation. White powder-coat reflector. Polycarbonate diffuser. Double 5 watt or double 7 watt versions available. Dedicated ballasts for specific wattage. Suitable for damp locations. Fully U.L. listed. �­...,­­-­­._� �. . --l'i. ,_.. ... .� - . . 1.­-1....I.—,­­­.�__ 1.­­­_­­-­..,..,-, ,.---, . ­ ­.­.. :_._I ,, -1. . y Y ,3 [t }VA. .. .. - ... - - .� i _.. 't'1 a K i - '+YS i.SaF'.e 1 .S :k.� C 3l-.r.;A. Y ,x'^t r a1�Yixa-_ '._, ..ice - ` y�t" -.1.- t_"4 :. n: ,s ^moi /„ Y T'� !�w t wi F ss _ ia?,.�, R .. . ` ,y.. __ 4 'L,Y..' C"6c`Y.'7'1t�`4 j7'.,- r.'' tw'7'e�.� r 1.. 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'd++s.'.Y„kr'-,`r"-�esx sze� erH'+te”. 'i.''�i.-. '"x' 'rF„- c..N"'u • i. t Tx i -i.aaw.t^.r - s>YP x .��rI rt aa��u' .4 ha ''"c?a�s" f 'i )¢ Yy�r M ". f r , '. , .,� .spending weeks; months and years under L M'� ' P tcomm`ercial :lighting se)ectkd ' ' ;you..,, ..how..:. .1.1' t \r' L+'b* L u , ".."�.} _ 9 �� .y ( r q;� - _ - _... yeS`.hold_ u.. under strain ._will be the _ s final proof of.your choice of the correct 1., k i,F'�-f l `A,.yn t) L - [ lighting system That's why you want to know all about the new 3 e lens .. �. ..> - �r 5 t 1 ._. , .. =;, � - W ited about it'because we can talk -._•.' S �n ".� 3 e're exc "EVEN; EFFECTIVE; ENERGY,SAVING" r -`li titin which measures u to"the latest g , 9 P '` 1 n� f industry lighting specifications "EVEN and _,, "`stir f �� uti "EFFECTIVE" the first words ire our'3 e �� r _ - / � ;_ -- - theme create a sight saver:A lens that attacks y�r° like no,other the old problem of:'.'Veiling " Reflections"- (reflections caused by imageI. s :,,, I. k F s y v t y y , `,,� r, ,. �, S from the l1. ight source reflectmg`into:a person's w i ^� ,[ � �� � ,` J "} ,�' eyes from the surface of which, he is looking ) _ 77 �' ` t 4 ` t `1"' The new KSH 3.=e lens delivers`light'rays . 7 [ , Y f ,-[ G „e h 7:f� r t ri Y � _ ..:t b .. to the work surface from preferred derections ze "Ve'I' R fl ons" and ` iin a eci k visibgity: Sophisticated t, minimi es*'we increase t . computer.techniq re used to 'generate d - .; ':.. a unique..form:..of-ca nd,lepower:.distribution, � � f -< ... which`proVides visual benefits in`ali- ost any t. ,f^, y1. igh ng _ Y [:.,4��--,-,��.-,­ - �- -, .1_. I I I—­,...­... !*.*-, � - ..:: .; ,. *Environmental Research Laboratories - ._ . . �. _ _..:_.- ---. _ __.:_. ..: ......-_ _ .. _. . i' PROTECTED BY U.S.PATENT NO.3.988,609 AND OTHER FOREIGN PATENTS. . . .. ... . . .: . FEMALE ELEVATING DEPRESSING. PRISMS FLUTES PRISMS PRISMS Now. . .a scientific blend 1 of four optical bands each Performing Y 1 x an Lmportant. ( 9 `_ function. t- � Lir • x-3 i • � �k " t 5�5��fs� � if 7+'yf r a ' New Lighting Design Techniques ' Changes are taking place in lighting design techniques.Factors such as the energy crisis and the adoption of new forms of lighting specifications have meant that conventional procedures involving rules of thumb and approximate techniques are becoming less acceptable. Methods using CU's and standard S/MH ratios tend 1 to overdesign the lighting system in many situations. 1. Co-efficients of Utilization versus Point by Point The standard lighting calculation involving CU's provides only As an example,consider the design of an office area as shown by the average illumination level.The average level,however,takes Figure A for a specified level of 70 footcandles. Using a CU cal- into account remote corners of the room and the extreme perim- culation,for 6 fixtures,Table 1,the illumination level is calculated ' eter areas, where critical visual tasks are rarely carried out. to 59 fc. As this does not meet the specified level, two extra These points normally have lower illumination than the general fixtures would be added. (8 fixtures would calculate to 79 fc.) working area, and therefore to produce the required average Table 2 gives the results of a Point by Point Calculation for the 6 level, the CU method causes the overall footcandles to be in- fixtures,made for the 55 points marked.These calculations show creased to compensate for the low points, that, in fact, over 70 fc. are produced in the work area,and that The problem caused by CU design is not that of insufficient or the system meets the specification using 6 fixtures. In this in- poor quality illumination, but that it can suggest that more light stance, 33% more fixtures would have been installed had only than necessary is needed, causing increased cost and energy the CU method been used,while the Point by Point Method allows wastage. a considerable saving. 1 16 I - - Results of Point by Point w/6 fixtures—Points on Figure A. Room-16 x 18 x 9 ft. Ref lectances 80/50/20. LLF = .75 Six 2'x 4'troffers-2 lamps-3150 lumen lamps Conventional Female Cone Lens Y`�:% X 2X.?_•X X ' `l ':'AON/b 3 ti High Low Avg. ROW FC FC FC x c x x x x x i• x c Aowg 1 62 58 60 1s' 3' 2 88 82 85 -- , x c ;X-%Xx x ux` X c now 5 3 98 91 94.5 3' ,. w w 4 88 82 85 > x `z z x z x x Rowz 5 62 58 60 � = Work area average = 77 F.C. x x x -x x c x Row i TABLE 2 Point by Point Calculations are handled best by computer.The FIGURE A computer operator simply is supplied with details of the room and 1 the lighting layout, and a print-out of footcandles at any point in the room can be produced. Ceiling Height 9' Reflectances Rc 80% Rw 50% Rf 20% LLF= .75 2. Spacing to Mounting Height Ratio 2'x 4'troffers-2 lamps-3150 lumen lamps Maximum spacing to mounting height ratios provided by manu- Conventional Female Cone Lens facturers are determined by using a standard IES technique. This standard method guarantees that if the designer does not - - ----- exceed the specified maximum S/MH ratio,then poor uniformity due to dark areas on the work plane between rows will not be CU Calculation a problem. RCA = 5 x 6.5 x (16+ 18) = 3.8 , The standard technique used to find maximum S/MH,however, is an approximate method only,and as stated by the IES,tends 16 x 18 to be conservative. Where a low energy lighting design is re- CU = 0.60 quired,using a wide spacing of fixtures,a uniformity calculation FC= 2 x 3150 x 6 x .75 x .60= 59 fc using Point by Point footcandle computations, also IES ap- 16 x 18 proved,often will show that an increased spacing between rows can be used, while maintaining good uniformity. Table 3 gives to meet 70 F.C.-8 fixtures regd. example data from a computer Point by Point Calculation.While FC = 2 x 3150 x 8 x .75 x .60= 79 fc the standard method suggests that the particular fixture should 16 x 18 be limited to a 1.7:1 maximum S/MH,the Point by Point Method shows that a S/MH of 2.1:1 can be used while producing an .TABLE 1 excellent uniformity of 1.38:1. 1 r On a 10 ft. ceiling, for example,the standard method limits the spacing of rows to about 13 ft.,while the Point by Point Method shows that in fact a spacing of 16 ft. or more can be used.(See Figure B.) 30' — k Performance Data The following studies show the ability of the 3-@ lens to out perform the standard KSH-12 lens in terms of effective foot- ' 30' candles(E.S.I.) and low energy applications in continuous rows. r� N � 7 6 > xx x xxxxx x<xxxxx 111 N �3104 R �;a. t r k WFIG REBk� \_ Y_ Reflectances—Rc 80% Rw 50% Rf 20% CXXXXX3 x i,xxxxx)x txxxxx) "�°MS. "` '` IN,14 2'x 4'troffers-2 lamps-3200lumen lamps KSH 3-@ ti_ � Calculation: Point by Point footcandles along a line 7.5 ft. �g X 0 ~ s xxxxx x XXXXX x xxxxZ. x> from back of room. Results: it fc. beneath row: 94 fc between rows: 68 - Uniformity =1.38 30' %—E51 POINTS S/MH = 2.13:1 . S/MH calculated by standard method = 1.7:1 8' TABLE 3 00 00 ®—fixtures 140 Lighting design for optimum cost and energy conservation re- quires Point by Point Design Calculations.The methods used in 120 the past, while being simple, limit the savings which can be 9 I �I �•L� �► realized by good design procedures. X100 ♦i ♦ ♦Do 80 I A 0 0 60 tt r Fixture Requirements w IKSH-12 40 _ i 20 z 0 6' 8' 10' 12' 14' 16' 18' 20' 22' 24' 26' �F— 22-Y." 1•I - Dml...e A—,Room Rows 8'on center 10' ceiling height The KSH 3-@ lens has been computer designed for optimum No. Fixtures= 28. Rc = 80%. Rw = 50%. Rf= 20% performance in 1,2 or 3 lamp 2'x 4'fixtures. Lamp center to the Watts Per Sq. Ft. - 3.1 viewing 7'/2' from rear wall bottom of the lens should be 2'/2".The spacing between lamps Based on 276 E.S.I.computations using the standard pencil task should be 5"on 3 lamp fixtures and 10"on 2 lamp fixtures.Lamp at a 25%viewing angle, the following are the results: to lens distances other than 21/2"will cause some change in curve shape and a shift in the angle of maximum beam intensity. Spacing between lamps on 2 lamp fixtures other than 10" will Lens 3-@ KSH-12 3-@/KSH-12 cause misalignment of the(amps and the female prisms resulting in some deterioration in both performance and appearance. Avg. E.S.I. initial 81 73 +11% Changes in lamp position no greater than +l/e"should not cause Avg. E.S.I. maintained 61 55 +11% any serious loss in appearance or performance. Minimum E.S.I. 43.230.7 +41% 1 16 00 -fixtures � ' 00 ,O 140 120 KSH-/2 W / =100 o / \♦ a 80 F 60 - When 0 When standard prismatic panels can no longer illuminate the a 40 work stations between the rows of fixtures, the 3-e is just ° getting started.The tables and graphs shown below are based 20 on 69 point footcandle calculations taken at the locations in Fig. C and clearly show the superiority of the 3-e lens in low 0 energy applications. 6' 8' 10' 12' 14' 16' 18' 20' 22' 24' 26' Distance across room 30' Initial FC—Rows 16' on center—Watts per square foot 1.55— Report No. ERL 1273E and BALL 18016—Points 71/2 from rear wall ,^ KSH-12 KSH 3-e �j High Footcandle 100 94 xxxxxxxxxxxxxxxxxxxxx Low Footcandle 51 68 Ratio 2.0 1.38 Spacing to Mounting Height Ratio = 2.13 30' xxxxxxzxxxxxxxxxxxxxxxx - � Acrylic material used in KSH 3-e meets z or exceeds recognized standards. The acrylic used in KSH 3-e prismatic lighting panels is 100% high molecular weight virgin material meeting grade 8 require - ' ycicxxxxxxxxxxxxxxxxxxxxx Gama, ments as set forth in table 2 of ASTM D-788-69a. It exceeds IES-NEMA-SPI standards for acrylic material by 100%. Under 4' k, normal interior conditions these panels will perform satisfactorily � �`, -mss. for 20 years. Standard Sizes FIGURE 2 x 2 2 x 4 14' Maximum width available 24" by length required. o —fixtures o Thickness 140 .150" panels are .145" to .155" thick with prestressed arch to 120 span up to 24" x 48" : -- KSH-12 '100 0 80-4 \\ / D \ ` 60. Architectural Specifications D N 6 1 = 40- KSH 3-e 2 Lamp Clear Acrylic 20Fixture enclosure shall be KSH 3-e clear acrylic manufactured by KSH, Incorporated. In a nominal 2' x 4'fixture with two 40 o watt lamps spaced 10"on center with the lamp centers 21h"above ' 6' 8' 10' 12' 14' 16' 18' 20' 22' 24' 26' the bottom of the lens,minimum fixture efficiency shall be 78%. Distance across roan The maximumto average brightness ratio in the 45°-85° zone shall not exceed 1.5. Initial FC—Rows 14' on center—Watts per square foot 1.55— Report No. ERL 1273D and BALL 1802B—Points 71/2'from rear wall KSH 3-e 3 Lamp Clear Acrylic KSH-12 KSH 3-e Fixture enclosure shall be KSH3-eclear acrylic manufactured by KSH, Incorporated. In a nominal 2' x 4' fixture with three High Footcandle 101 95 40 watt lamps spaced 5" on center with the lamp centers 21/2" I Low Footcandle 67 89 above the bottom of the lens, minimum fixture efficiency shall Ratio .1.5 .1.1 be 75%..The maximum to average brightness ratio in the 450-85° Spacing to Mounting Height Ratio= 1.87 zone shall not exceed 3.0. KSH ❑� Photometric Data TWO LAMP FIXTURE THREE LAMP FIXTURE Building Acoustics and Lighting ! Building Acoustics and Lighting Laboratories, Report No. 1438 I Laboratories Report No. 1229 i Visual Comfort 8/25/80. KSH 3-E ! 2/6/80 KSH 3 E .150" Clear acrylic 150" Clear acrylic !ens. !ens. Probability Data Nadir Candlepower: 1769. Nadir Candlepower: 2463 Efficiency: 0-40° 38.52%, Efficiency: 0-40° 38.52%, ' 0-60° 69.99%, 0-90° 80.91%. 0.91%. 0-60° 66.04%, 0-90° 77.35%. -- t Candlepower Distribution Candlepower Distribution ( O O O --2 {� o �® B��i�l Stu+ • -22Y;" -� „°�►Ni�+e� Data for lenses in 2'x4' troffer with ,°° d�.�� ♦�A��e�� : ��e three 3200 lumen lamps and with two 3200 lumen lamps. Fixture re- �p��" flectance 90%. art ��� s,• „�� o TWO LAMPS From Report No. BALL 1438 on ' � ®®� ���®����'"• j t` }00°" � ��" � I � �Reflectances 80/50/20 I 100. FC.' I mom� „W Room Lengthwise i Crosswise W L ! 8.5 10.0'13.0;16.0 8.5 i 10.0 13.0 16.0 I !. s• a xs• ,s• � n• u• 1: 20: 20; 67! 71 77 86 i 67 70 74 ; 81 20; 30 66 67! 71 1 76 1 651 66 `70 73 Plane Parallel to Lamps o plane Parallel to Lamps 20 40 66', 67 67 70 :65, 65 66 68 Plane 450 to Lamps ��� Plane 450 to Lamps 20: 60' 67' 67 1 67 68 ! 64! 65 65 67 l Plane Normal to Lamps Plane Normal to Lamps 30. 20. 70 .72 I 76! 83 70: 71 i 74 79 i 30 30 67' 68 68 73 66' 67 68 71 Coefficients of Utilization Coefficients of Utilization i i 30, 40 67 67; 66 671 65; 66 65 :66 1 f 30 60 67 66! 65 65 ! 65!'64 63 64 1 i Zonal Cavity Method f Zonal Cavity Method ( 30 80 67i 67 i 65: 65 65 65 63 64 Floor 20% Floor 20% 1 40 20 72! 74' 77 83 72 74 76 80 ! Ceiling 80% 50% Ceiling BO% 50% • 40 30i 69: 69; 69' 73 69 69 69 71 I ! 40 40 68: 68 66! 67 67' 67 66 66 i Walls 70% 505'o 30% 10% 50% 30% 109', Walls 70%:50q° 3076!10% 50%61 309%'10% 40 60 68: 67 65. 65: 66 65 • 64 64 ! 1 .89_.86_,83_.80^8_ I 40 80 68: 67: 65 64 . 66 65 63 63 . 1_79 77 1 .85_.82_79 .77 .77: .75 .73 I ! -� ! ' 40 100 691 68 1 65! 65_ 66 65 63 63 i 2 ' .83 .77 72 .68' .73`.69 .66 2 ! .79 .73. 68: .64 .69 .65 .62 i , _3 76.69 .63 .58 .65 .60 .57 : 3 .72 .65 59 .55 .62. .57 .53 I f 60 30 71 71 70 73 71' 71 70 72 [ t 4 .71)_61 55 .50 .58 .53 .49 : i 4. .66 .58 52; .47 .55 .50 .46 ; 60 40. 70 69 67; 67 ; 69 68 66 67 I 5 .64 ! .54: .47 .42_52 .46.42� i-5 61 .51�.45 .40: .49 .43 .39) 1 60 60 69: 68: 65 i 65 67' 67 ! 64 . 64 ; i- I-= 60 80' 69: 68 i 65 64 i 67; 66 63 . 63 i_6 59_49_42._37 46_41__36 '. _6._,56-;_46139_.34_44 .38^34� 60 100: 69 68 65: 64 : 67. 66 63 62 t I 7 .54 .43 .37 .32: .41! .36 .31 f 7 .51 .41 .34 ' 1 100' 40 73 73 70 70 73 72. 70 70 B_ 49 .39 .32 .27 .37. 31 .27� 1_8__47 .36_•3025 .35 29 25 i t 100 60 72 71 i 68! 67 71 i 70: 67 66 !4 9 45 .34.28. .23 .33 27-.23 I 9 .43 32 .26• .22 .31 25 .22 II ' 10 42 .31 25-20..30.24 .20; I j0 .40 . .29,.23 .19 .28: .23 .19 1 f 100 80 71 70! 67 66 70' 69 65 :65 t 1100•100! 71 70:! 66 65 69 68 65 64 I Spacing to Mounting Height Ratio 2.2 Spacing to Mounting Height Ratio 2.2 ! ! THREE LAMPS (determined by Point by Point Calculation) (determined by Point by Point Calculation) From Report No.BALL 1229 Average Luminance Average Luminance I 1 1 100. FC. Reflectances 80/50/20 ' 300 i f 13001 t Lengthwise i1 t Room se 1200 1 100 I 1 100 f W; L 8.5.10.0 13.0;16.0 8.5 10.0 13.0.16.0! ` I 20{ 20! 58 62 i 70 181 57 i 60' 65 73 ! + 1000 ' y 1000 20` 30 561 581 63 69 !54! 56 60 64 i 20 40: 55' 57! 58 i 62 ;53: 54 55 58 l 900 900 I 20; 60; 55 561 57 j 59 152' 53 54 56 t f o 800 1 0 800 t7 30 20: 61! 63i 681 77;59i 62 65 72 i 700I I LL 700 i 30: 30 57' 58! 59; 65:55; 57 57 62 30' 40 56 56i 56 58 53: 54 54 56 t ! i 30: 60 55: 55 54! 55' 52 53 52 53 ' Z 600 C 600 i Z { ( 51 52 a a 500 r 500I 40: 20 63i 65; 69! 76 62' 64 66 7210, ! a00 ( I 400 , ! 40 30 59 60 60i 65 58: 58 58 62 i 0 i ] ` 40; 40 57; 57 56, 58:55 56 : 55 56 { 40 60 56 56; 54; 55i 54 53 52 53 Lu 300 ` w 300 I 40 80' 56: 55 53 54 53, 53 51 52 . ' f Q 200 ( Q 200 i f40 100 56: 56 54 54 j 53 53 51 51 60 30 61 62; 61 65:60 61 60 63! > 100 > 100 60 40: 59 59! 57. 58 57 57 56 56 < 0 ! < 0 60' 60 57: 57` 54; 54'.55: 55 52 53: -60 80 56 56 53 53:54 56' 54� 51 51 ? 85° 750 650 550 450•' ? 850 750 650 550 450' 60 100 56 53 53 54 53 51 51 Angle from Nadir (Degrees) Angle from Nadir (Degrees) 100 40 62 62 60 61 61 61 59 60 Maximum to Average Luminance Maximum to Average Luminance , 100 60 60 59 57 57 59 58 56 56: Ratio 1.5 or less. Ratio 3.0 or less. 100 80 59 59 55: 55 57 57 54 54 Parallel --- Crosswise Parallel --- Crosswise i 100 100 58 58 55; 54 56': 56 53 52 Note: Complete Photometric Data (including One Lamp Data) available on request. III ( rrrrrrrr.•.•rr -.•.•.-�-����Y♦ �� rrrrrrrrrr -.����-i1 �' � rrrrrrrr•r } F •7•a•a�'r77 ����I rrrrrrr ` +x' i s '17777'1 :t�I I I I I I rr r6 1 � r ;'�� 1� /9 4' x •�raat : 1 rrrrrr � � t77 f i rrrrrrnr """-, ' { rrrrrrnr-n h+ .. k' 7777711 (� r rrrrrrnr err 977777771 u t -►G rrrnnr•nrrrr 99991771177 {�1( rrrrrrnrnM+neM/.nrrMnnn.Ylg9'777111T rte ! P1 `I r Frrrnrrnrnn..r•rwa.va+va•ao1.77711177 � { 1.1 ; t' �rrrrr•rr-rnrn/+v..wMM..�n.7n•7'a7'7777717 lr:: rrrrrnr 7.7717771 rf' -..� rrrrnrr./••.rN.IM7.7999.799.7777711 f i►rr/•Fnrranr.r.rw.nnn.7n•7n%In+a-77177.11 rrrrr ►r►rrrnnrrr.M.nr..'.+..7/rnwn'7797771771 rT jt.{f{ I r I rrrrrr•rr•rr'•rr«'••lnr««anNa•7'7 7^a7•a a 7/'a y r rrrrr•r•rrrrq+r+rwr..v«u«an•aa 7.7.7.77771. . : rrrrrr•rr•rYY.rwar � w' ««UMYa•i•7.7171't �r rrr FFr•r•Fr•r•rwq» v u «h7.1 v'1 a777111 V rrrrrr-r-r-rgiN�r» a.«har7 771 1 a't ►frrPrlYY:•.r«« 111 aha97 0117 r PIT r•r•r•wYY»« Irrr-IYYYYY«« .a•111Ii111t1 1' E I r1►r•P/YYq Y».•«»..«««« ..117 t t i 1'1'1 � ,�' ( { 1►r/-/►-IgYYq..q«..«««««....1 1.'i I/a I►' r.I 11'1►1 rY•Mgq»»w..w««« Nh111.1.1/i'111 /-►I r/r•rYY•Mw«««««u«« I I I I I I t i i 1 1 �!�f- - r. r•r-rYYgq••..«««w« -4. 1./►►1►•r•MNq••w«wuw««MhM1•a1•at 1 1 1 1 f I r► 1'33311' h•/Y-r 3r•rY»...•««««.:Naa1•aa1 V 1/1 1 1 ►' 4Y••••»«««««u Nhhhl•a P/1't i 1�' t I, 111 )44433../ Y-.Y .....w«u«« 11 rF►-rNNa.ahc1111 1 11 ht•r-1•r•1-rggw«««««««««hPaa P1 t//1/ � ' !} I: 1 1 F1 1•IYYYY YYq»»««u««MNho1.1./I/1 44 1 111 r•►-r-1•HYq»w..w«•.«NNNh 1'1'1 11'Fr 1.1.1.1-r-rY••q»«««»««N«haaaa111 f/ l (. 1 II /111•IY•/YYY••«»«..««•.«I•«a1•h4/111.4 .4 {i,•I: ;1-1 l'1-1.1-r-r••••«-.««»«««««I•aaa1-111 .+1 i r333.r Y.rYY»w««««u M«•.ha1.1.1•i 1 1'1 f 1 1/►'r•r•►•r_r_rY.•w»..«««..« I i 1 1 1.1/1 1 1 r` I /►I Fr•r-r-1.1-.«w....w..««« 111 li IaI l I to I ►I r F/-1•IYYYY«ww»..«....« 4-441 44-1/1 /:r;;1;:;:;:;►-1.1-r•r•rYgw....«««« .NI11-a/-11I I Y �1,.(I► ii-.w.«.«.««.«.o..«a:4-1 4-1///11 , 11 1/-1-IYYY-••.-.»w«««..N««Nhh Maa41 I/.111 • ...' 1/►1 FF1-r•Pr••w.•w«..»««..«Nhlwal 1t l/.1// 11 rlr-/./-rq•w«..»..«..0«NN«.-h 1•Ia111/ 1/Frh1•r•r..Y-••ww«..w«««N..MI.41.11 i 1/ 1111'1'►YYYYYY»..«..«..•.•.NNN1.1•a a 1 1/1 �� , 14I; .144.1-r•r-r•r-•Y..«..« ... .4 //1 fi -r•1•/•rYYN»»w u«..w..••4-4-44-h11 I/I KS H R I YYYY •4-4-4-4-4-/ . «4-44.4-1• NN«a 41• PAT. NO.3,988,609 1 . . Computer Perfected 1 for EnergyEfficient Lighting A 100% Acrylic Lens Saves 50/ or more for Retrofit of in dollars spent fluorescent luminaires. for electrical energy. 1 Disconnect and remove the two outboard levels between fixtures are uniform. lamps-install the 3-ER lens — + Conversion of 4-1amp luminaire system to a A Scientific Computer perfected blend of 3 21/4"t.'3 1/8" 3-ER 2-lamp will provide approximately L 0 T T optical bands designed for 4-lamp 2x4 4 5/8"to 5 5/8" 5 c 70% of your present system's fluorescent luminaires. foottcann dle reading's. 1. Female Prisms: Provide the K-S-H 3-ER Lens has been designed for ` desired degree of downlight. optimum performance when the lamp Across 2.Elevating Prisms: Light rays centers and lamp to plastic distance is 3ER traveling at low angles are raised within the dimensions shown above.These into the preferred direction. dimensions will be found in approximately Along 3.Depressing Prisms: High angle 90%of existing 4 lamp luminaires. 3ER light rays, potential sources of ' direct glare, are directed to useful Compare the wide candle power angles. distribution of the 3-ER versus the Across Along 48" conventional prismatic lens-3-ER Conventional Conventional NOMINAL minimizes the peaks and valleys of light by 3 2 1 2 3 1 producing the right candle power Footcandle readings can vary according .150 distribution. This insures that footcandle Xf to existing installation conditions. 24"NOMINAL IK,S*H roE � X ^. des oAal SaV11ftgs 8' CENTERS 10' CENTERS 8'x 8'CENTERS 30' 8 108 a t i; COST FOR OPERATING EXISTING LIGHTING SYSTEMS WITH STANDARD PRISMATIC LENSES IN FOUR-LAMP FIXTURES ' Number of lamps 112 Number of lamps 84 Number of lamps 64 Avg. Maintained Footcandles 192 Avg. Maintained Footcandles 151 Avg. Maintained Footcandles 99 watts per sq. ft. 5.72 Watts per sq. ft. 4.29 Watts per sq. ft. 3.27 Annual cost per.sq.ft. S.86 Annual cost per sq. ft. S.64 Annual cost per sq.ft. S.48 SAVINGS WITH 3-ER RETROFIT LIGHTING SYSTEM ' AFTER REMOVING 2 OUTBOARD LAMPS AND INSTALLING 3-ER LENSES Number of lamps 56 Number of lamps 42 Number of lamps 32 Avg. Maintained Footcandles 106 Avg. Maintained Footcandles 82 Avg. Maintained Footcandles 55 ' Watts per sq. ft. 2.86 Watts per sq. ft- 2.14 Watts per sq. ft. 1.63 Annual cost per sq. It. S.43 Annual cost per sq. ft. S.32 Annual cost per sq.It. S.24 **$43,000 Annually $32,000 Annually $24,000 Annually 'Annual costs per square loot based on S.05 per KWH and 3.000 hours of operation. Yearly savings based on 100.000 s.t.area.Does not include additional savings from lamps.ballasts and air conditioning costs. K-S-H,Inc.is a manufacturer that works in plastic and related materials. Operations began in 1949.Today, K-S-H,Inc.is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. K-S-H lighting products are mostly sold as components to major lighting fixture manufacturers. A �./.. U.S.Plants: Xenia, OH;Tustin,CA; Olive Branch, MS. Subsidiary Plants:K-Lite Pty.Ltd. (Licensee)-Sydney,Australia • K-S-H Canada, Inc.-Mississauga,Ontario,Canada •K-S-H Plastics (Belgium) N.V.-Gee], Belgium •K-S-H Plastics (U.K.) Ltd.-Huntingdon, Cambridgeshire. ' European Operations Canada Australia K-SH Plastics(Belgium)N.V. United Kingdom Germany K-S-H Canada,Inc. K-Life Ply.Ltd.(Licensee) Leukaard 1 K-S-H Plastics(U.K)Ltd. K-SH Plastics(Germany)GmbH 1521 Tronmere Rd, 16 Wiggs Rd. t B-2440 Geel.Belgium Units 3-4,George Street Industrial Estate, Frankfurterstrosse 9 PF 110966 Mississauga,Ontario.Canada L5S 11.4 Punchbowl.N.S.W.2196 ! ` Huntingdon.Cambridgeshire 6300 Giessen Germany Australia \\\ 10091 Manchester Rd. i St.Louis,Missouri 122 Phone:314-966-31111 1 FAX:800-444-0803 or ©1988 K-S-H,Inc. INC. 314-966-6134 Printed in U.S.A.KI-12320 7 G S } a. :. 2 a� "��'i '�.,'� ��z Affnt'�v ►, a y�as�C*, "r���� Or 1 fi s 1,�1 ►.M►�►/►1►'�►\►� s w 4�t#'a" + .?C { i y; �i+ �# �a'�`s �►'r���i�►i1►i1►i�►7►/►�►� sic��s°"�",S k � # :ext,I ��t �, ����./.►/►�►/►�►/►/�, � "¢x`'stn $, + r ►.�.�.►�►1►�►1►�►1►7 €' v s "A*ASA ��i�{,y�►,►,►, X11 a X 1 Y z . `' •��it ►yi/.N►���►�►�:►� � �$ �LiILA►1►���►�►� + k.►;►IUU4%110►dt►� T . . .►�►1►1► ► ► ♦ tt ' :�•k,di0-4o�l ►d•dJ rd�s,b1i►�►e►wed' KS* H ❑ 1 PAT.NO 3.988.609 KS•H computer For ' designed lens for a Energy Efficient Lighting One Lamp 1 x 4 Foot especially in corridors 1 inaire I offices Fluorescent Luminaire and sural 1 A Choice Lens For Coffer Systems with its widespread bi-symetrical candlepower distribution 411 T l �S�H Photometric Datafor��OneLam 1xx 44_ - - A *,l'x4' LENS commercally avalable 1x'offersNadir�Condlepower 678. 1/21/77 K-SH 3-E.150 Clear Acrylic Lens in CANDLEPOWER DISTRIBUTION COEFFICIENTS OF UTILIZATION FIXTURE REQUIREMENTS ' 90° ZONAL CAVITY METHOD 100 FLOOR 20% 80° CEILING 80% 50% 200 WALLS 70% 50% 30% 10% 50% 30% 10% } • 70° 1 .77 .74 .72 .69 .70 .68 .66 2+ 300 2 .71 .66 .62 .58 .62 .59 .56 i 400 ` 3 .65 .59 .54 .50 .56 .52 A8 60° 4 .60 .53 .47 .43 .50 .45 .42 The K-S-H 3-E 1'x4'Lens has been 500 5 .55 .47 .41 .36 .44 .39 .36 6 .51 .42 .36 .31 .40 .JS ,31 computer designed for optimum 600 7 .46 .37 .31 .27 .36 .30 .27 performance in single lamp 1'x4'fixtures. so* Lamp center to the bottom of the lens 700 • 8 .43 .33 .27 .23 .328 .23 119-.26 9 .39 .30 .24 .20 .2 3 should be 2'/z Lamp to lens distances �. 800 10 .36 .27 .21 .17 .25 .20 .17 other than 21/2"will cause some change in curve shape and a shift in the angle 1 900 40° EFFICIENCY of maximum beam intensity. Spacing to Mounting Height DEGREE PERCENT 1000 Ratio 2.2(determined by Point 440 32851 10° 20° 30° by Point Calculation). D40 60.05% PARALLEL ----°NORMAL -450 490 70.13% ® I N A 5'x 5' COFFER n 5x5'coflerl.CofferrdeptLaboratories, 5 4 Nadir Candleart No.ERLpower 678?110 1/25/77.K•s H 3-E.150 Clear Acrylic Lens ' CANDLEPOWER DISTRIBUTION COEFFICIENTS OF UTILIZATION IN A 5'x5' COFFER 90° ZONAL CAVITY METHOD FLOOR 20% 100 CEILING 80% 50% ° "....' 80° 200 WALLS 70% 50% 30% 10% 50% 30% 10% Sh 1 1 .76 .73 .71 .68 .69 .67 .65 y.0'• 300 70° 2 .70 .65 .61 .58 .61 .58 .56 1115„ 5'h" 400 •� 3 .64 .58 .53 .49 .55 .51 .48 60° 4 .59 .52 .46 .42 .49 .45 A7 500 5 .54 .46 .40 .36 .44 .39 .35 } • 6 .50 .41 .35 .31 .39 .34 .31 600 50° 7 .46 .37 .31 .27 .35 .30 .26 700 8 .42 .32 .27 . .23 .31 .26 .23 4'-0" 5'•0" ' �• 9 .38 .29 .23 .19 .28 .23 .19 ll 800 •• � 10 .35 .26 .20 .17 .25 .20 .17 EFFICIENCY 900 40° Spacing to Mounting Height DEGREE PERCENT 1000 Ratio 22 (determined by Point by 10° 20° 30° Point Calculation). 440 3246% ' .- - _ 0-6059.62% ��PARALLEL .NORMAL --450 490 6A58% alGofor�t Pro aI ii ata- ' CLEAR ACRYLIC LENS IN 9'x4' TROFFER CLEAR ACRYLIC LENS IN 5'x5' COFFER From Report No. ERL 2109 From Report No. ERL 2110 100.F.C. REFLECTANCES 80/50/20 100.F.C. REFLECTANCES 80/50/20 ' ROOM LENGTHWISE CROSSWISE ROOM LENGTHWISE CROSSWISE W L 8.5 10 13 16 8.5 10 13 16 W L 8.5 10 13 16 8.5 10 13 16 20. 20 66 70 77 86 73 76 81 81 20 20 90 92 95 99 93 95 96 97 20 30 63 65 68 75 69 72 76 78 20 30 91 92 93 96 92 93 95 96 20 40 62 63 65 69 66 69 73 74 20 40 92 92 93 95 93 94 95 96 ' 20 60 62 63 64 66 64 67 70 71 20 60 92 93 94 95 93 94 95 95 30 20 69 72 78 84 74 77 80 80 30 20 92 94 96 98 94 95 97 97 30 30 65 67 69 73 69 71 75 76 30 30 92 93 94 95 93 94 95 96 30 40 63 64 65 67 66 68 71 72 30 40 93 93 93 94 94 94 94 95 30 60 62 63 62 64 63 65 67 69 30 60 93 94 94 94 94 94 94 94 30 80 63 63 62 63 62 64 65 67 30 80 93 94 94 94 94 95 95 95 ' 40 20 71 75 79. 84 75 78 81 84 40 20 93 94 97 99 95 96 97 98 40 30 67 68 70 74 70 M 75 76 40 30 93 93 94 96 94 94 95 96 40 40 65 65 66 67 67 68 71 72 40 40 94 94 94 94 94 94 95 95 40 60 63 64 63 64 64 65 67 68 40 60 94 94 94 94 95 95 94 94 40 80 63 63 61 62 62 64 64 66 - 40 80 94 94 95 94 95 95 95 94 40 100 63 63 61 62 62 63 63 65 40 100 94 94 95 95 95 95 95 95 60 30 69 70 72 75 71 73 75 76 60 30 94 94 95 96 94 95 96 96 60 40 66 67 67 68 67 69 70 72 60 40 94 94 94 94 95 95 95 95 60 60 64 64 63 64 64 65 66 68 60 60 94 95 94 94 95 95 94 94 60 80 63 63 61 62 63 64 64 65 60 80 94 95 94 94 95 95 94 94 60 100 63 63 61 61 62 63 62 63 60 100 94 95 94 94 95 95 95 94 1 100 46 69 70 69 71 71 72 72 74 100 46 94 94 95 95 95 95 95 96 100 60 67 67 65 66 67 66 67 69 100 60 94 95 94 94 95 95 94 95 100 80 66 65 63 64 65 65 65 66 100 80 94 95 95 94 95 95 95 94 100 100 65 64 62 62 1 64 64 63 64 100 • 100 94 95 95 94 95 95 95 95 4 NewLightinq .Design�Techni ,Changes are taking place in lighting design techniques. Factors such as the energy crisis and the adoption of new forms of,lighting specifications have meant that conventional procedures involving'rules of thumb and approximate techniques are becoming less acceptable.Typically,methods using CU's indicate 15 to 20%more fixtures are required to produce a desired footcandle level. 1 a CO-EFFICIENTS OF UTILIZATION VERSUS POINT BY POINT The standard lighting calculation involving CU's provides only the Calculation of illumination at a point allows the lighting designer to average illumination level. The average level, however, takes into eliminate the remote areas of the room and concentrate on account remote corners of the room and the extreme perimeter providing the required amount of illumination where needed. areas where critical visual tasks are rarely carried out. Point by Point Calculations are handled best by computer. The The problem caused by CU design is not that of insufficient or poor computer operator simply is supplied with details of the room and quality illumination, but that it can suggest that more fight than the lighting layout,and a print-out of footcandles at any point in the necessary is needed,causing increased cost and energy wastage. room can be produced. ® i'77 - .► INITIAL FOOTCANDLE CALCULATIONS IN 30'x30'x9' HIGH ROOMS E REFLECTANCES Rc 80% Rw 50% Rf 20% ' 3E IN ONE LAMP FIXTURES 3E IN ONE LAMP FIXTURES IN 5'x5' COFFERS 0 + + + + + ; + + + + + + + + + + } + + } + + o � + . o . + . a of I Iolol i + + + + + 4 + + + + + + i + + + + + + + + + + + + + i—i—+—+—+—+—}—+—+ f1—+-4_+—I I + 1 0 + + + + + + + .. + + + 2s' I + I + I + I + I I + I + I + I + I 7.5' MI D 0 a a p p 0 01 0 1 01 0 5' 3' 2 5' 25' S 25 ' FOOTCANDLE SUMMARY FOOTCANDLE SUMMARY FOOTCANDLE SUMMARY Maximum 102.00 Maximum 49.00 Maximum 99.00 Minimum 75.00 Minimum 34.00 Minimum 70.00 Average 96.00 Average 44.00 Average 87.00 ' Max./Min. Ratio 1.30 Max./Min.Ratio 1.40 Max./Min. Ratio 1.40 Watts/sq.ft. 2.02 Watts/sq.ft. 1.04 Wafts/sq.ff. 2.08 From ERL Test*2109,C From ERL Test 02110-B From ERL Test#2110-A I With the widespread spacing to mounting height ratios achieved by This 3E lens,with its widespread tight distribution excels in a Coffer this lens,lower footcandle levels can be properly designed for with System. uniformity ratios not attainable with conventional 1 or 2 lamp units. The Visual Comfort Probability(V.C.P.)in a 5'x 5'cofferis a minimum of The 3E 1'x4' lens can be used on lower ceiling heights (8.5') at 'spacing to mounting height ratios as great as 2.2 for these lower 90 in all room sizes...another measure of quality lighting. footcandle levels. __:c -,:'�.�a7' •:... ;•.+�. 5 :;i':. r$ tro .v -ES'k9. 'q 'ks.` T r•+- ^3kSyw .d c ;E;r.'P.S S =r cificationYData � ARCHITECTURAL SPECIFICATIONS KSH 3E 1'x4' I-LAMP CLEAR ACRYLIC Fixture enclosure shall be KSH 3-E 1'x4'cleoracrylic manufactured by the lens, minimum fixture efficiency shall be 68%. The maximum to K-S-H Incorporated.In a nominal 1'x4'fixture with one 40 watt lamp average brightness ratio in the 45'-85"zone shall not exceed 2.5. centered in the fixture with the lamp center 2'/2"above the bottom of ' THICKNESS STANDARD SIZES .150"panels are.145"to.155"thick with prestressed arch to span up 1'x4' ,to 12"x48". Maximum width available 12"by length required. Acrylic material used in KSH 3-E 1'x4' meets or exceeds recognized standards The acrylic used in KSH 3-E 1'x4'prismatic lighting panels is 100%high molecularweight virgin material meeting grade 8 requirements asset forth in table 2 of ASTM D-788-69a.It exceeds IES-NEMA-SPI standards for acrylic material by 100%.Under normal interior conditions these panels will perform satisfactorily for 20 years. ,For more information or technical assistance concerning any 3-E K-Lite lighting lens contact K-S-H, Inc., 10091 Manchester Road , St. Louis, Missouri 63122. Phone (314) 966-3111 • FAX: 800-444-0803 or 314-966-6134. K-S-H,Inc.is a manufacturer that works in plastic and related materials.Operations began in 1949.Today,K-S-H,Inc. ' is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. ® K-S-H lighting products are mostly sold as components to major lighting fixture manufacturers. U.S, Plants: Xenia, OH:Tustin,CA; Olive Branch, MS. Subsidiary Plants:K-Lite Pty. Ltd. (Licensee)-Sydney,Australia • K-S-H Canada, Inc-Mississauga,Ontario Canada • K-S-H Plastics(Belgium)NV:Geel, Belgium • K-S-H Plastics(U.K.)Ltd.-Huntingdon,Cambridgeshire ,European Operations Canada Australia KS-1-1 Plastics(Belgium)N.V. Germany K-S-H Canada,Inc. K-lite Pry.Ltd.(Licensee) Leukoard 1 KS-H Plastics(Germany)GmbH 7521 Tronmere Rd. 16 Wiggs Rd. -2440 Geel,Belgium Frankfurterstrosse 9 PF 110966 Mississauga,Ontario,Canada L5S 11_4 Punchbowl,N.S.W.2196 6300 Giessen Germany Australia nited Kingdom _ -S-H Plastics(U.K)Ltd. Units 3-4,George Street Industrial Estate, Huntingdon.Cambridgeshire 10091 Manchester Rd. ~ AW 10091 Louis, Missouri 63122 Phone: 314-966-3111 INC. FAX: 800-444-0803 or 314-966-6134 r fI r 1"1111 Jo /9 t0D { g wvvv��ww�I I a '�► ;� x•#ata , r�,<� k r.%AA�AA AAAA i f , „ ,i dp tii30i iil)) t �a c40� i1 I t 1 *� 'I }44, 'P3T333 fp S gg 1 f 2- �i i s „..' 4..Ii3 {` x # iY 3'1 £ :. �tJJJJJJJJJ 2Ju1JJu I r :t or �: � s wti r, y �tJJJJiJui 1JJJ.IJIJJII ., .JJJJJJA "A 3 /JJJ• If 5z► � xT-,9k£. .'`�:► ° S t k {-'� i +lui-moi s 7 f p AJLJJJJJJA ,.� ..""`.`A�A: I AA.A.AAAAAA.”; _ .u..aAu... a t L 1 _ •R �:Iur...rrr-q ,} a ;arrrrrW� KS* H c3[9" ! PAT.NO.3.988,609 i The Computer Designed Lens for Even-Effective-Energy. Lighting gY 9 g 9 A scientific blend of four optical bands-each performing an important function FEMALE FLUTES ELEVATING DEPRESSING PRISMS PRISMS PRISMS Cur 3-E lensg revents change in light distribution and increases p 9 nergy savings in fluorescent switching systems. 35 37 35 ' t R aV. � 9 . - � r 1 Ly � it I .. .. .. TWO LAMPS ONE LAMP 2'6 This dramatic demonstration shows how to switch a fluorescent lighting system from 100-to-63-to-37 footcandles and maintain uniform light istribution. No pooling of light. No harsh contrasts.Just evenly distributed illumination,regardless of the number of lamps in operation. I e end result is a more efficient lighting system that makes use of all footcandle levels.It also reduces veiling reflections and provides excellent S.I. values from its 40° lateral distribution.And 3-E's 2.0:1 SM/H ratio means fewer fixtures are needed for added energy savings. Obviously, fluorescent switching systems can save energy.And with our 3-E lens,you get the necessary control to keep all footcandle levels effective and useful. ARCHITECTURAL SPECIFICATIONS KSH 3-E 2 LAMP CLEAR ACRYLIC KSH 3-E 3 LAMP CLEAR ACRYLIC Fixture enclosure shall be KSH 3-E clear acrylic manufactured by KSH, Fixture enclosure shall be KSH 3-E clear acrylic manufactured by KSH, Incorporated.In a nominal 2'x4'fixture with fwo 40 watt lamps spaced 10" Incorporated.In a nominal 2'x4'fixture with three 40 watt lamps spaced 5" on center with the lamp centers 21/2" above the bottom of the lens, on center with the lamp centers 21/2" above the bottom of the lens, minimum fixture efficiency shall be 75%. The maximum to average minimum fixture efficiency shall be 70%. The maximum to average ,brightness ratio in the 450-85°zone shall not exceed 2.5. brightness ratio in the 45-85'zone shall not exceed 2.2. STANDARD SIZES S THICKNESS 2'x2' 2'x4' .150" panels are.145"to.155"thick with prestressed arch to span up to ,Maximum width available 24"by length required. 24"x48". Acrylic material used in KSH 3-E meets or exceeds recognized standards The acrylic used in KSH 3-E prismatic lighting panels is 100%high molecular weight virgin material meeting Grade 8 requirements asset forth in table 2 of ASTM D-788- �9a.It exceeds IES-NEMA-SPI standards for acrylic material by 100%.Under normal interior conditions these panels will perform satisfactorily for 20 years. K-S-H,Inc,is a manufacturer that works in plastic and related materials.Operations began in 1949.Today,K-S-H,Inc is the world's major producer of prismatic lighting panels and a respected manufacturer of building products. K-S-H lighting products are mostly sold as components to major lighting fixture manufacturers. /4 U.S.Plants: Xenia,OH;Tustin,CA:Olive Branch,MS. Subsidiary Plants:K-Lite Pty.Ltd.(Licensee)-Sydney,Australia•K-S-H Canada,Inc-Mississauga,Ontario Canada K-S-H Plastics(Belgium)NV:Geel,Belgium•K-S-H Plastics(U.K.)Ltd.-Huntingdon,Cambridgeshire 'European Operations Canada Australia K-SH Plastics(Belgium)N.V. United Kingdom Germany K-S-H Canada,Inc. - K-Lite Pty.Ltd.(Licensee) Leukoard 1 K-S-H Plastics(U.K)Ltd. K-S-H Plastics(Germany)GmbH 7521 Tranmere Rd. 16 Wiggs Rd. 'B-2440 Geel.Belgium Units 3-4.George Street Industrial Estate, Frankfurterstrasse 9 PF 110966 Mississauga,Ontario.Canada L5S 1L4 Punchbowl,N.S.W.2196 Y Huntingdon,Cambridgeshire 6300 Giessen Germany Australia 0 10091 Manchester Road St. Louis,Missouri 122 Phone: 314-966-31111 1 FAX: 800-444-0803 or ©1986 K-S-H,Inc, INC. 314 966 6134 Printed in U.S.A..KI-14228 1 � alanoci lighting and decorative �M g 9 r� ~` xcoil - strip - sheet 'aluminum anodized -- ~ 'Lighting Retrofit Specification Sheet 07873 it t 41, Finishes: : f i ALANOD warrants for a period of 25 years from date of ,Alloys: . •. • •• • • • . . •• • r 1085 A 1090 A purchase from ALANOD, lighting retofit—fighting sheet. In normal operating environments and from exposure to r fluorescent lamp radiation, material will not: Ultimate Stren th KSI. 23 22 Yellow, darken g r 26 26 reduce in reflectivity (within instrument measurement tolerance) craze/crack (beyond that caused by manufacture or Yield Strength KSI: . .. 20 19 installation) at -25 -23 chip, peel, buster or separate from the base aluminum retain fingerprints(which can be removed with a soft cloth or an approved non-abrasive cleaner) Elongation In 4" % • . a . • • • • . . s-11 3a The warranty is only good for the ALANOD material and ALANOD is only liable to that value and is not in any way liable for any incidental or consequential costs incurred for manufacturing,shipping,installation,etc.or as a result ,Anodozing J L .••.•• 2-3 2-3 of fire, accident, abuse, negligence or objects damaging sheet. k As per our Photometric Specifications Sheet Data ,Photometrics: Total Reflectivity: .. ... ... 87 �a High reflectivity— Lower lighting costs 'Diffuse Reflectivity •• • • • ,5 7 ALANOD lighting sheet is the most efficient anodized ' . aluminum used in fluorescent reflectors. Good fighting levels can be achieved by combining high reflectivity with well-designed reflectors. Typical a lica- . Y PP Specular along grain:­• .• .•• .•• . . . ... . =—_90 Ks2 tions include—de-tamping,enhancement(more light)and basic fighting. Lighting levels in work areas have also been re-assessed {66 K90 and very often many buildings are over-fit.By de-tamping 'Specular across grain: •• .•••.••• and using reflectors,the visual comfort levels can be main- tained giving aesthetically pleasing light distribution and a fully tamped look. Image clarity (D/1): . . . . . �............. . .. .... . . 93% 96 Due to continual development any of the alcove data may change without notice I 'a Kimk a of METALS, INC. FAX NO.(510)489-6091 Distributors and Processors of Metals PHONE NO. (510)487-1300 1-800-AMALCOl 33955 7th Street, Union City, CA 94587-3521 (1-800-262-5261) 1 1 amalco AMALCO'S 25 YEAR WARRANTY i TO.WHOM IT MAY CONCERN, i AMALCO METALS warrants for a period of 25 years from the date of purchase from AMALCO METALS ' that our pre-anodized aluminum lighting sheet`AMBRITE® ", (a registered trade name), and/or SUPERBRITE shall be free from defects in materials and workmanship and under normal interior(non-manufacturing)operating conditions, AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting sheet will not delaminate,yellow, ' darken, peel, blister, crack or develop any surface deterioration that may reduce source image reflectance due to exposure to fluorescent lamp radiation and heat up to 100 degrees centigrade. This warranty excludes any condition of the AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting i sheet resulting from fire, accident, abuse, negligence, objects striking this sheet or corrosive atmospheres such as chemical fumes, alkaline, acidic or other chemical atmospheres. Should AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting sheet exhibit a condition or deteriora- tion in breach of this warranty, AMALCO's obligation will be to replace sheet in breach of this warranty with an equivalent amount of AMBRITE° and/or SUPERBRITE pre-anodized aluminum lighting sheet or sheet of equal quality (customer fabrication and installation costs are excluded). AMALCO METALS shall not be liable for any incidental or consequential damages for the breach of warranty. AMALCO METALS MAKES NO WAR RANTY THAT THE AMBRITE° AND/OR SUPERBRITE PRE-ANODIZED ALUMINUM LIGHTING SHEET IS MERCHANTABLE OR FIT FOR ANY PARTICULAR PURPOSE NOR ANY OTHER WARRAN- TY EXCEPT.AS SET FORTH HEREIN. i CHARACTERISTICS AMBRITE° III SPECIFICATIONS MECHANICAL PROPERTIES (Typical) - Will not Yellow, Peel, Blister, Total Reflectance 87% Delaminate or Bum , Tensile Strength: .Image Clarity (D/I) 93% ; Ultimate Strength 23 ksi - Resistance to Corrosion Diffuse 15 1 Yield Strength 20 ksi i - Resistance to Fire = Coating Weight 2-3 Microns i Elongation, % in'2" 3-5 - Static-Free Surface SUPERBRITE SPECIFICATIONS i �M�ECHNICALPROPERTIES - Hardness Total Reflectance 88% (Typical) Tensile Strength. - Formability Image Clarity (D/1) 98.0% Ultimate Strength 24 ksi - Resistance to Chemicals Diffuse 7 Yield Strength 22 ksi i Cleanability Coating Weight 2-3 microns Elongation, % in 2" 5 `- }7�F •rid.5� ] ea h S i ut f z f!�fY f 5 y.. � .4 t � i � t ., } } 4 �n,.t�. 1. 3 � -�. v y �. S i r. i. t ��•---C v y t-i��.S.J S-��.'•i . ... ..y a9 ...-:_.•'+ ...�-. t. .��...t,.lt "� .• t 4 43" :.'y } � S �,,,�� ,_�7._� }4 t a - �-tR�►�rr� ��Uo�REsCEwr LiGNTi�� „ r , Fw -4 }A.4I J .-��f g 5J .µ <' rt .. ✓at.(.i�yi ljjf.a{ lv`� r ari��i ! ( �<F�<r�T ti�,1~!A/ i ''-' , .. ' �. -.. -7:4,_7 t r r r . J ) r J P t t _ 1 4 �' ��.� jI j' t_tf= F ��fi �'c#J�! F _ fV vs�"�J��L, 1.:fr�t �_.!� �'N_.N ._.t, 5 { .:%1 _ � �:•f �, i 1 PK90+ WHITE POWDER COAT POST-PAINTED REFLECTOR 1 5 h d II �lu�l II I IIIIIII III IIII ( � +� S y • 1 STATE-OF-THE-ART PROCESS BENEFITS ❑ Four stage iron phosphate cleaning and ❑ 80%+luminaire efficiencies prefinishing ❑ Widespread distribution (>1.2 spacing criteria) ❑ Excellent uniformi Multi-stage rinse process El ❑ Ionized ultra-white polyurethane powder ❑ Ultra-white finish enhances CRI values and ❑ Electrostatically fused to the cold rolled steel kelvin temperature ratings 1 substrate at 375°F ❑ Minimal dirt accumulation —wipes clean with ❑ Chemical bond between the steel and soap and water I EJ No special handling to install the coating ❑ No reflection of the unfinished back 1 RACE CAR HIGH GLOSS FINISH of a parabolic louver as seen with aluminum, 1 SUPER HARD —SUPER REFLECTIVE or silver film reflectors ❑ UL Listed / 25 year warranty ' 1 ITL Boulder measures 90% to 94% total reflectance 1 RETRO-GAD CUSTOM RETROFIT LIGHTING SYSTEMS ' 3 sem_ ❑ Enter data on existing luminaire ❑ Three-dimensional model ❑ Design the retrofit assembly for the desired illumination and distribution 3 ` ❑ Produce a computer synthesized photometric report — Point by point 1 — Coefficients of utilization Candela distribution ❑ Provide footcandle readings on work surface ❑ Precise computer controlled auto-brake 1 equipment to produce optically efficient s L reflectors FROM DESIGN TO PROTOTYPE IN WEEKS! SAVE ENERGY a SAVE DOLLARS • IMPROVE OUALITY OF LIGHT 1 RETWOZIIUnLme 3aoo r ILLUMINA- TING ENGINEERING SOCIETY RECOMMENDS . . . New lighting recommendations call for 50-55 footcandle ambient illumination in areas with mixed paper and VDT tasks,and 30-40 footcandles where tasks are predominantly _ ' VDT oriented. Uniform general illumination is also critical, especially with the high density work station arrangements found in most office environments. �* Wellmade's powder coated reflector(PK 90+)provides a spread/diffuse distribution ' of light with excellent uniformity in contrast to specular reflectors.For years,specular _ reflectors have been the measure of performance for point source illumination.But the fluorescent lamp is a larger linear light source and presents a control problem for _ specular materials which the PK 90+ spread/diffuse finish thrives. In the design of - ' vehicles for controlling illumination,the PK 90+ powder coated unitized assembly is totally user friendly, thus maximizing the design efficiency of the luminaire. INDEPENDENT TESTING REPORT* ' R302-248T8 (2 LAMP -2'X4-) ' 10 90° 4'/e + + 3 233/4 650 ZONAL LUMEN SUMMARY 600 1 ZONE —, LUMENS-Y %LAMP %FIXT 0 30 y 1512 4 3, 261 32 2 -2484 z A2 8 52.9 1300 0 60 -`y 4053 69 9 86 3 ;--810- 450 90{180 , �.�� 0< 00 ti� �. 00 0 180 i *TOTAL LUMINAIRE EFFICIENCY = 81.0% *TOTAL REFLECTANCE OF PAINT = 91.2% 1950 00 PLANE 900 PLANE 00 150 300 *SPACING CRITERIA: 1.2 1.3 LEGEND: * 0-deg.: - - - - - - - - - SHIELDING ANGLES: 90 90 45-deg.: — — — — — 90 deg -- ...:.x 4 �. ,. COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE 0 20 L' ITY aRC � 80 ;4� jti y say,#70 tsE � � 50;i 30 '' h 'yv�' *10aRT " 0 A. RW. 70` 50 30 10 70 50 30 10 .50 `30 x`10 « 50 X30 10y-;50 30 10: F 0 ` '^?k �fibzy �Y''� r (Cr A ,Fa'N..'Fw•F '& `•'`;� X a-.-,"i f s4 �z•' s WRQ '95N"96 X967;96 ,� 949¢m94 .94i " 90 90 9086 "SG 86 X83 X83 r 83 X81 79 87'5`84,T81.y, 78 80 Y 7$ 76 77 "7b X73Z4737� 70 ,' 76 X71. 66 80 "74 69 66 71 67 64 69 65 63 ��' 66 64 61' Y £60K 3 75 67k 6t 56 - 73 66 60 56 64 59 S5�c 61 5t¢54 x» 59 r 56 535ix X60 X53 48 67 59 53 48 57 52: 47 55 51 47 54 50 64::54 47' 42 ' 62 ;;:;53 47 :'42 'S2 ;46: 42 , 50 '45' 41& 49 44 X41 39 `' �, 6 50 49 42 n 37 - 58 48, 42 37 47 41 37 45 40 n 36 44 40 X36 g 35 reN �. 7 555 38 33 54 44 r 38 33 43 37; 33 42 36 u�33c�41 363231 - ,�51`;41 ;34'Y 30 50r 40 ,34 30 } ` 39 34'�29 x'i 38 i 33 �29��k'37 �33 x 29,'•�'�'�28�h�,�:' 9:_�r 48 38 ,31 27, 47 37 31 27 36 31' 27 35 30 27 35 230« 26 A 25 ,45 35 29 24 44 34 28 24 33 '28 24 33 28 24 32 27 24 23 *ITL BOULDER(INDEPENDENT TESTING LABORATORIES,INC.) 1 UNITIZED ASSEMBLY ' COST EFFECTIVE iNSTALLATION 3 c y� As bad as this looks,this is probably what you have,a 4-lamp 1. Strip existing fixture of lamps, ballast cover, ballasts and ' troffer with 40 watt lamps and 2 ES magnetic ballasts. sockets. *172 watts x 12 hrs./day x 250 days/yr.=516 KWH x 10C_$51.60 per year 2. Install WELLMADE supplied safety cable mounting angle and angle mounting brackets at each end as shown. 19 41 T . 1.Hang RETRO-LINER from mounting angle with safety cable Slide socket-bars onto angle mounting brackets at each end. "S"hook Estimated time to install—10 to 15 person minutes. 2.Screw second safety cable to top of fixture to"ground" As easy as changing a ballast. 3.Connect power supply leads to ballast leads. *58 watts x 12 hrs./day x 250 days/yr.=174 KWH x 10C_$17.40 per year 25 YEAR WARRANTY VIDENTIFIED sUL LISTED Wellmade warrants for 25 years that the PK 90+ WELLMADE PRODUCTS finish will not yellow,darken,peel,blister,crack or FIXTURE CONVERSION,RETROFIT develop surface deterioration that may reduce cLAssIFIED ev UNDERWRITERSLABORATORIES INC. source image reflectance. FOR USE ONLY WITH FLUORESCENT FIXTURES IN MANUFACTURER'S INSTRUCTIONS 5K23 . , ORDERING INFORMATION NOMINAL =` SHIPPING ' CATALOG NUMBER n SIZE LAMPS WEIGHT(lbs) R30.1-148T8-SSB 4j t x4. =1-F032 a h, 6 R301-248T8-SSB 1x4 2-F032 s. 6 7 "13301=248-2T8-SSB '- "' 2 1x4`; "4-F032 11 13302-2UT8-SSB 2x2 2-FB031 :� 6 13302-224T8-SSB 2x2 2-F017 w 6 R302-324T8-SSB 2 x2 r 3-F017 - 6 13302-248T8-SSB 2'X4' - 2-F032 ?_ 10 r ' -'R302-248-2T8 SSB = 2-2'x4' :.4-F032 ' 13302-348T8-SSB 2x4 - 3-F032 10, R302-348-2T8-SSB. fi 2 2x4 ; ;6-FO32 13302-448T8-SSB 2x4 . 4 F032 10. ' IMPORTANT: Retro-Liner 300 Series must be designed to fit existing troffers. Provide specific information. Also Available: R200 Series—Retro-strip to convert strip fixtures R400 Series—Retro-reflector to convert industrial reflector fixtures Lights WELLMADEAlly EPA ' MV PRODUCTS WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 D WELLMADE TYPE INFO ° retro- liner series converts existing lay-in to • electronic ballasts e T-8 lamps ' • white powder coat enamel reflector or specular reflector (polished or fi I m) V x 4', 2' x 2' and 2' x 4' conversions features: ' • energy efficient 32 watt T-8 lamps • 25 year ballast life • solid state electronic ballasts • 28,000 hour lamp life • prewired "unitized" assembly for, * 105+ lumens per watt labor saving installation • 80+ CRI rating ' • UL listed/made in USA • 90%+ reflectance (PK 90+) NOM. NOM. CATALOG NUMBER LAMPS SIZE CATALOG NUMBER LAMPS SIZE Vx4' 2' x4' R301-148T8-SSB 1-FO32 1'x 4' 8302-248T8-SSB 2-FO32 2'x 4' 8301-248T8-SSB 2-FO32 1'x 4' R302-248-2T8-SSB 4-FO32 2-2'x 4' R301-248-2T8-SSB 4-FO32 2-1'x 4' R302-348T8-SSB 3-1032 2'X 4' ' 2' x 2' R302-348-2T8-SSB 6-FO32 2-2'x 4' R302-2UT8-SSB 2-FB031 2'x 2' 11302-44878-SSB 4-F032 2'x 4' R302-224T8-SSB 2-FO17 2'x 2' NOTES 11302-324T8-SSB 3-FO17 2'x 2' . indicate SR for specular reflector(i.e., SRR302...) ' • utility rebates available retro-liner 300 series must be designed to fit existing troffers — ' specific Information is required before ordering — contact factory WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:516.632.7865 R300 INSTALLATION INSTRUCTIONS - R300 INSTALLATION INSTRUCTIONS - 2 LAMP ASSEMBLY 3 LAMP ASSEMBLY 1. THE FOLLOWING INSTRUCTIONS ASSUME THAT LUM- 1. THE FOLLOWING INSTRUCTIONS-ASSUME THAT ' INAIRE TO BE RETROFITTED HAS BEEN STRIPPED OF LUMINAIRE TO BE RETROFITTED HAS BEEN STRIPPEC._ EXISTING COMPONENTS(DOOR ASSEMBLY,LAMPS, OF EXISTING COMPONENTS(LAMPS, BALLAST BALLAST COVER,SOCKET PLATES AND SOCKETS) COVER, BALLAST(S),SOCKET PLATES AND LAMP- AND THAT POWER TO LUMINAIRE HAS BEEN TURNED HOLDERS,ETC.)AND THAT POWER TO LUMINAIRE OFF. HAS BEEN TURNED OFF. ' 2. ATTACH SAFETY CABLE MOUNTING ANGLE TO TOP 2. ATTACH SAFETY CABLE MOUNTING ANGLE TO TOP OF HOUSING APPROXIMATELY 10" FROM END OF OF HOUSING APPROXIMATELY 10" FROM END OF THE FIXTURE AS SHOWN IN THE ILLUSTRATION.USE FIXTURE AS SHOWN IN THE ILLUSTRATION.USE AN ' EXISTING HOLE OR BALLAST MOUNTING STUD IF EXISTING HOLE OR BALLAST MOUNTING STUD IF FEASIBLE.OTHERWISE,USE"TEC"SELF-DRILLING FEASIBLE—IF NOT FEASIBLE,ATTACH WITH SELF- SCREW SUPPLIED. DRILLING'TEC"SCREW SUPPLIED. ' 3. INSTALL ANGLE MOUNTING BRACKETS AT EACH END OF THE FIXTURE AS SHOWN, POSITIONING BRACKET DOWN APPROXIMATELY 5/16" FROM TOP OF FIX- TURE. MEASURE WITH SCALE OR USE GAUGE p SUPPLIED. 2us• 23/4• 1 5/16' 'GROUND CABLE' MOUNnNGANGLEm— 3. INSTALL REFLECTOR MOUNTING SUPPORT grMOUNnNG 13RACKET(2) BRACKETS 23/4" TO THE RIGHT OR LEFT OF THE CEN- TER LINE OF THE FIXTURE.MAKE SURE WHEN INSTALLING THE BRACKET AT THE OPPOSITE END, THAT IT IS INSTALLED ON THE SAME SIDE OF THE CENTERLINE AS THE FIRST ONE. LOCATE THE CEN- 4. HANG RETROLINER ASSEMBLY FROM MOUNTING TER OF THE MOUNTING SLOTS 21/8" BELOW THE TOP:'- ANGLE OP;'.ANGLE WITH SAFETY CABLE"S" HOOK AND SCREW OF THE FIXTURE AND SECURE WITH THE TEC SECOND SAFETY CABLE TO TOP OF FIXTURE WITH SCREWS PROVIDED.THESE MOUNTING HOLES ARE "TEC"SCREW OR OTHER FASTENER AT OTHER END SLOTTED TO ALLOW FOR ANY ADJUSTMENT THAT OF FIXTURE.THIS IS NECESSARY TO PROVIDE POSI- MAY BE REQUIRED TO KEEP RETROLINER ASSEMBLY TIVE"GROUND" OF ELECTRICAL COMPONENTS ON SNUG AGAINST THE TOP OF THE LUMINAIRE RETROLINER ASSEMBLY TO EXISTING LUMINAIRE HOUSING. HOUSING. ' 4. HANG RETROLINER ASSEMBLY FROM MOUNTING 5. CONNECT POWER SUPPLY LEADS TO BALLAST ANGLE WITH SAFETY CABLE"S" HOOK AND ATTACH LEADS. SECOND SAFETY CABLE TO TOP OF FIXTURE WITH TEC(OR OTHER TYPE SCREW IF THERE IS AN EXIST- 6. INSERT END OF RETROUNER ASSEMBLY WITH FIXED ING SCREW HOLE)AT OTHER END.THIS IS NECES- SOCKET PLATE INTO HOUSING,SLIDING SOCKET SARY TO PROVIDE POSITIVE GROUND OF PLATE OVER MOUNTING ANGLE FLANGE SO THAT RETROUNER. MOUNTING ANGLE WILL SUPPORT END OF RETRO- LINER ASSEMBLY. 5. CONNECT POWER SUPPLY LEADS TO BALLAST LEADS. 7. RAISE OPPOSITE END OF ASSEMBLY UP INTO FIX- TURE,SLIDE TELESCOPING SOCKET PLATE OUT 6. INSERT END OF RETROLINER ASSEMBLY WITH ' AGAINST END OF FIXTURE OVER BRACKET FLANGE FIXED SOCKET PLATE INTO HOUSING,OVER MOUNT- SO THAT WHOLE ASSEMBLY IS SUPPORTED BY THE ING BRACKET FLANGE AT ONE END OF THE FIXTURE TWO ANGLES.CENTER THE ASSEMBLY FROM SIDE AS SHOWN IN THE ILLUSTRATION SO THAT THE TO SIDE. RETROLINER ASSEMBLY IS SUPPORTED AT ONE END ' BY THE BRACKET. 8. TIGHTEN THE SCREWS THAT RETAIN THE TELE- SCOPING SOCKET PLATE. 7. RAISE OPPOSITE END OF ASSEMBLY UP INTO HOUSING,SLIDE THE TELESCOPING SOCKET PLATE ' 9. INSTALL LAMPS,TURN ON POWER,CLEAN AND OUT AGAINST THE END OF THE FIXTURE ABOVE THE REPLACE DOOR ASSEMBLY. MOUNTING BRACKET FLANGE SO THAT THE WHOLE ASSEMBLY IS SUPPORTED BY THE TWO BRACKETS. ' 8. TIGHTEN THE SCREWS THAT RETAIN THE TELE- SCOPING SOCKET PLATE. 9. INSTALL LAMPS,TURN ON POWER, CLEAN AND REPLACE DOOR ASSEMBLY. WELLMADE PRODUCTS,4211 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 1MV WELLMADE TYPE INFO 1 5'/; 1 (STD) + + 33/; 1 1 15'/; (STD) ASSEMBLY WIDTH CAN BE MODIFIED FOR SPECIAL APPLICATION. CONTACT FACTORY. 1 - 1 retrostri p 200 retro-strip 200 converts existing 1 ballast and light source to the state- of-the-art energy saving lighting. 1 system - 4' and 8' assemblies features 1 • energy efficient 32 watt T-8 lamps • 25 year ballast life; 28,000 hour • solid state electronic ballasts lamp Fife • snap-in lampholders with built-in • 105+ lumens per watt lamplocks • 80+ CRI rating 1 prewired assembly provides labor • 90%+reflectance white powder saving installation coated pan (PK 90+) • UL listed / made in USA • can be designed to fit most strip 1 lights up to 10" wide contact factory for details NOMINAL 1 CATALOG NUMBER LAMPS SIZE NOTES . R200-148T8 1-FO32 53A"x 4' . contact factory for availability of wire R200-148-2T8 2-F032 53h"x 8' wards and lenses R200-148-2T8-2T8-TW 4-FO32 5-N"x 16' R200-248T8 2-FO32 511"x 4' • contact factory or your local Utility for R200-248-2T8 4-FO32 5-A x 8' rebate information R200-348T8 3-FO32 8200-348-2T8 6-FO32 1 WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND.CALIFORNIA 94621 • 510.562-1878 • FAX:510.632-7865 INSTALLATION DETAILS INSTALLER TO INSURE THAT VOLTAGE OF RETROSTRIP TO BE IN- ATTACH THE SAFETY CABLE/GROUNDING STRAPS ON THE STALLED IS THE SAME VOLTAGE AS THE UNIT TO BE RETROFITTED. RETROSTRIP PAN TO THE INSIDE OF THE EXISTING CHANNEL USING THE SELF-DRILUNG 'TEC- SCREWS PROVIDED(ATTACH- INSTALLER TO INSURE THAT THE WIDTH OF THE EXISTING HOUSING MEM POINTS ARE APPROXIMATELY 22 INCHES IN FROM EACH (A)IS LESS THAN THE WIDTH OF THE SERIES 200 RETROSTRIP(B). END OF THE RETROFITTED HOUSING). ' A ' EXISTING r -----� 1 � HOUSING RETROSTRIP ASSEMBLY g REMOVE THE TAPE SECURING THE RETROSTRIP LAMPHOLDERS AND CONDUCTORS TO THE RETROSTRIP PAN AND SNAP THE TO BEGIN THE RETROFIT PROCEDURE: LAMPHOLDERS INTO POSITION THROUGH THE SLOTS IN THE PAN.. TURN OFF POWER TO FIXTURE BEING RETROFITTED. REMOVE EXISTING LAMPS, REMOVE EXISTING BALLAST/WIREWAY COVER(S). CUT BALLAST BLACK&WHITE LEADS WITHIN 6 TO 8 INCHES OF BRANCH CIRCUIT CONDUCTORS. CONNECT THE POWER SUPPLY WIRES TO THE BLACK AND WHITE LEADS ON THE RETROSTRIP BALLAST WITH THE WIRE CONNECT- ORS PROVIDED. CONNECT BLACK WIRE TO BLACK WIRE,AND WHITE WIRE TO WHITE WIRE. REMOVE EXISTING LAMPHOLDERS FROM SOCKET PLATES, LEAVE SOCKET PLATES IN FIXTURE HOUSING,THEY WILL BE ' NEEDED. TO SECURE THE RETROSTRIP ASSEMBLY TO THE EXISTING HOUSING: ALIGN THE RETROSTRIP PAN EVENLY WITH THE ENDS OF THE ' EXISTING HOUSING AND CENTERED FROM SIDE-TO-SIDE. USING THE 'TEC' SCREWS PROVIDED,DRIVE A TEC SCREW THROUGH THE SLOT AT EACH END(AND THROUGH ONE IN THE CENTER)OF THE EXISTING HOUSING SOCKET PLATES.IF PREF- FERED,THIS MOUNTING CAN BE DONE BY MARKING A HOLE REMOVE BALLAST. DISPOSE OF IN ACCORDANCE WITH LOCAL LOCATION ON THE SOCKET PLATE.USING THE SLOT IN THE CODES AND/OR HAZARDOUS MATERIAL REQUIREMENTS.L RETROFIT ASSEMBLY AS A TEMPLATE,DRILLING A 1/8'DIAMETER HOLE AT EACH END AND THE CENTER,THEN SECURING THE RETROSTRIP PAN WITH#8 SELF TAPPING SHEET METAL SCREWS. i ' AT THIS POINT,THE SERIES 200 RETROSTRIP ASSEMBLY IS READY TO INSTALL ON THE STRIPPED-DOWN HOUSING. USING THE SHORT LENGTHS OF WIRE SUPPLIED WITH ASSEMBLY, TIE A LOOP AT EACH END OF THE STRIP HOUSING TO TEMPOR- ARILY SUPPORT THE RETROSTRIP WHILE MAKING PERMANENT ATTACHMENTS. INSTALL 4 F032T8 LAMPS IN LAMPHOLDERS. NOTE:USE ONLY F032T8 LAMPS-USE OF OTHER TYPE LAMPS MAY RESULT IN DAMAGE TO THE ELECTRONIC BALLAST. ' TURN ON POWER. WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 946211 • 510-562-1878 • FAX:510-632-7865 ' WELLMADE TYPE INFO 5'/i 4''/ 2, .a /a �I 3 /. I . retro-ref I ector 40'0 retro-reflector 400 converts existing industrial or strip fixtures to a state- of-the-art, hi-tech electronic solid state energy saving lighting system 8' assemblies features • energy efficient 32 watt T-8 lamps • 25 year ballast life; 28,000 hour • solid state electronic ballasts lamp life • snap-in lampholders with built-in • 105+ lumens per watt ' lamplocks • 80+ CRI rating • prewired assembly provides labor • 90%+ reflectance white powder saving installation coated reflector (PK 90+) ' • UL listed / made in USA ' NOMINAL CATALOG NUMBER LAMPS SIZE NOTES R400-148T8 1-FO32 1'x 4' • contact factory for availability of cus- R400-148-2T8 2-FO32 1'x 8' tom wire guards and lenses R400-148-2T8-2T8-TW 4-FO32 1'x 16' R400-248T8 2-FO32 1'x 4' • contact factory or your local Utility for R400-248-2T8 4-FO32 1'x 8' rebate information R400-348T8 3-FO32 contact factory 8400-_348-2T8 6-FO32 contact factory WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 INSTALLATION DETAILS INSTALLER TO INSURE THAT VOLTAGE OF RETROFLECTOR TO BE IN- ATTACH THE SAFETY.CABLE/GROUNDING STRAPS ON THE RETRO- TALLED IS THE SAME VOLTAGE AS THE UNIT TO BE RETROFITTED. FLECTOR TO THE INSIDE OF THE EXISTING CHANNEL USING THE SELF- DRILLING 'TEC" SCREWS PROVIDED(ATTACHMENT POINTS ARE NSTALLER TO INSURE THAT THE WIDTH OF THE EXISTING HOUSING IS APPROXIMATELY 22 INCHES FROM EACH END OF THE RETROFITTED ESS THAN THE WIDTH OF THE SERIES 400 RETROFLECTOR. HOUSING). ` -----, --- R400-2LT R400-1 LT ---------- =EXISTING HOUSING =RETROFLECTOR ASSEMBLY REMOVE THE TAPE SECURING THE RETROFLECTOR LAMPHOLDERS AND CONDUCTORS TO THE RETROFLECTOR AND SNAP THE LAMP- HOLDERS INTO POSITION THROUGH THE SLOTS IN THE RETRO- O BEGIN THE RETROFIT PROCEDURE: FLECTOR. TURN OFF POWER TO FIXTURE BEING RETROFITTED. REMOVE EXISTING LAMPS. t EMOVE EXISTING REFLECTORS. LIT BALLAST CBLARCUITCK &WHITE L SDS WITHIN 6 TO 8 INCHES OF CONNECT THE POWER SUPPLY WIRES TO THE BLACK AND WHITE ' LEADS ON THE RETROFLECTOR BALLAST WITH THE WIRE CONNECTORS PROVIDED, CONNECT BLACK WIRE TO BLACK WIRE, AND WHITE WIRE TO WHITE WIRE. REMOVE EXISTING LAMPHOLDERS FROM SOCKET PLATES. LEAVE 'SOCKET PLATES IN FIXTURE HOUSING.THEY WILL BE NEEDED. TO SECURE THE RETROFLECTOR ASSEMBLY TO THE EXISTING HOUSING: ' ALIGN THE RETROFLECTOR EVENLY WITH THE ENDS OF THE EXISTING HOUSING AND CENTERED FROM SIDE-TO-SIDE. USING THE 'TEC' SCREWS PROVIDED,DRIVE A TEC SCREW THROUGH THE SLOT AT EACH END(AND THROUGH ONE IN THE CENTER) OF THE EXISTING HOUSING SOCKET PLATES. IF PREFFERED,THIS MOUNTING CAN BE DONE BY MARKING A HOLE LOCATION ON THE SOCKET PLATE. USING THE SLOT IN THE RETROFIT ASSEMBLY AS A TEMPLATE,DRILLING REMOVE BALLAST. DISPOSE OF IN ACCORDANCE WITH LOCAL A 1/8' DIAMETER HOLE AT EACH END AND THE CENTER,THEN CODES AND/OR HAZARDOUS MATERIAL REQUIREMENTS. SECURING THE RETROFLECTOR WITH#8 SELF TAPPING SHEET METAL SCREWS. AT THIS POINT,THE SERIES 400 RETROFLECTOR ASSEMBLY IS READY TO Ica 'INSTALL ON THE STRIPPED-DOWN HOUSING. USING THE SHORT LENGTHS OF WIRE SUPPLIED WITH ASSEMBLY.TIE A LOOP AT EACH END OF THE HOUSING TO TEMPORARILY SUPPORT 'THE RETROFLECTOR WHILE MAKING PERMANENT ATTACHMENTS. INSTALL 4 F032T8 LAMPS IN LAMPHOLDERS. INSTALL CLOSURE ANGLES ON BOTH SIDES OF EXISTING HOUSING TO CONTAIN WIRES, ETC. i . ' NOTE:USE ONLY F032T8 LAMPS-USE OF OTHER TYPE LAMPS MAY RESULT IN DAMAGE TO THE ELECTRONIC BALLAST. TURN ON POWER. WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562.1878 • FAX:510-632-7865 J ' O TYPE WELLMADE INFO 1 • .. -X 161/4 � � . 1614 [�/7 �-- -- I % \i 91, labor saving zip-up wiring. s h a sta series eliminates wire fishing 101 , •. when installing fixtures in rows. wraparounds surface or pendant mount- 2', 4' and 8' lengths r ' designed for T-12 or T-8 lamps r magnetic or electronic ballasts features: • a quality wraparound-classic • injection molded end caps and linear design-two popular . mullions feature built-in light traps. ' widths-2, 4, 6 and 8 lamps. • UL listed made in USA • high impact acrylic prismatic • 3 lamp models not suitable for hook-on lens-cannot be pendant. mounting accidentally dislodged, • prefix SR for specular reflector adder • prefix PK 90+ for white powder coat reflector adder ' CATALOG NO.T-12 LAMPS NOM.SIZE CATALOG NO.T-8 LAMPS ' 101 SERIES - 101-SHA-224TS-HPF 2-F20 9"x 2' 101-SHA-224T8-SSB 2-F017 101-SHA-248RS 2-F40 9"x 4'9" WIDE 101-SHA-248 2RS 4-F40 9"x 8' 101-SHA-248T2T8SSB 4-FO32 103-SHA-224TS-HPF 2-F20 161/4"x 2' 103-SHA-224T8-SSB 2-F017 103-SHA-2URS 2-F40U 161/4'x2' NOT AVAILABLE 103 SERIES - 103-SHA-248RS 2-F40 161/4'x 4' 103-SHA-248T8-SSB 2-FO32 16'/4" WIDE 103-SHA-248-2RS 4-F40 16'/4'x 8' 103-SHA-248-2T8-SSB 4-FO32 103-SHA-348PS 3-F40 16'/4'x 4' 103-SHA-348T8-SSB 3-FO32 ' 103-SHA-348-2RS 6-F40 161/4'x 8' 103-SHA-348-2T8-SSB 6-FO32 add SSB for 103-SHA-448RS 4-F40 16%"x 4' 103-SHA-448T8-SSB 4-FO32 electronic ballast 103-SHA-448-2RS 8-F40 16%"x 8' 103-SHA-448-2T8-SSB 8-FO32 shielded commercials 100 series back details and ko's (displayed schematically) 24" d8' F 1/4" K.0 o r dT41 +1 AD,-a— }II I ' "S" HOOK SLOT 2K °° �- + 24- series 112, 118, 175 and 185. � 1/4'" DIA. HOLE 8'fixtures are same as 2-4' fixtures end to end. ' �'-� i �]---I i 7=2dv::T=704::d'=dBY. 0'=719::B'=901• - - 5/16" DIA. HOLE +-�- +-99 >-�� 9s- 9 ®� o b 2=2�: i series 101-103-106-108 96. O 11/16 K.O. - - 6•, 5- series 183 rK[)c°t'It O.0 t2d•unI1.21Y ft mend> ' 7/8" K.O. series 164 0t--�—=^� 2c4a dB- 2t22C + + 3„ K.O. i� r C C 20" 2d- n 13/4"x33/8" K.0. 9�— j——o- 2d _ back dela I I series 124, 128, 176 and 186. series 190/191 ' ' 8'fixtures are same as 2-4' + + symbols fixtures end to end. series 144, 148, 177 and 187. NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code ' and other applicable codes. Most fixtures listed in the preceding section are available with 1 or 2 lamp battery powered emergency packs. (insert suffix 1 - EM for 1 lamp, and 2 - EM for 2 lamps:) hanging and .mouni ing accessories 5 �;:. C-100 Y� + S-15 standard stem hanger � ceiling spacer and stem and canopy. b2 I:: v box assembly. rs ,>I: ?% C-101 C45-100 r junction stem box 45 degree ball aligner assembly for 101,103,106 swivel hanger and f and 108 series. �' . �• canopy. +—b' � L Ni—Pm, " SAl-E9 aar•t=T GelveniiW '�' Term„vUon ,7. meyers sway adapter. A`"""�'• M,-k.t Breckal Plettd Steal —+— Cept,-L—h,iq Lock Nut Vice'Adjust m 1 Y.,i Adjmttnant Steal Runnmq �— 5/8"Die. Th— r CS-100 cable suspension system. Spun Alum,num Lock Nuts f White Gnppy Rwann WELLMADE PRODUCTS 421 PENDLETON WAY OAKLAND CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 1TYPE O WELLMADE INFO t optional prismatic lens 1 1 � 1 optional black finish l L� 1 m u Iti- urp ose 1. corridor or wall 1 , mounted luminare 2', 3', 4' and 8' lengths designed for T-12 or T-8 lamps/magnetic or electronic ballasts features • decorative corridor or wall • surface or pendant mounting- mounted luminaire with clear or may be mounted either hori- prismatic lens or white opal zontally or vertically on walls. acrylic diffuser joined end to end with nipple. • UL listed/made in USA optionally available in flat 1 • PK 90+ reflector is standard black finish.* ' CATALOG NO.T-12 LAMPS NOM.SIZE CATALOG NO.T-8 LAMPS 182- 124TS-HPF 1-F20 4'/s"x 241/4" .182-'-124T8-SSB 1-FO17 182-'-136RS-HPF 1-F30 4'/a"x363/4' 182-'-136T8-SSB 1-F025 182- -148RS-HPF 1-F40 4'/a"x 483/4" 182- -148T8-SSB 1-F032 182- -148-2RS 2-F40 4'/e"x 961/4" 182- -148-2T8-SSB 2-FO32 182- -224TS-HPF 2-F40 4'/e"x 243/4" 182- -224T8-SSB 2-FO32 182- -236RS 2-1`30 4'/s"x 361/4' 182- -236T8-SSB 2-FO25 182- -248RS 2-1`40 4'/e"x 481/4' 182- -248T8-SSB 2-FO32 182- -248-2RS 4-F40 4'/s"x 963/4" 182- -248-2T8-SSB 4-FO32 add SSB for electronic ballast insert A for white opal acrylic diffuser—insert P for prismatic acrylic diffuser *add suffix BLK for optional black finish contact factory for additional cost info. 982 series 1 back details and ko's (displayed schematically) 1 „S" HOOK SLOT — — 1/4" DIA. HOLE 2'=24" 4'=48" 6'=72" 8'=96' 4" �- 5/��" DIA. HOLE 6'& =12" z,�;. I n »/16" K.O. h 7/8" K.O. 9 ''-this K,O.not on 207 series series 179-182-204/205 and 207. — 3 K.O. 7/8" side feed KO's are provided in 179 and 204/205 series. 11/16" K.O. not supplied on 2' units. ' back detail symbols overall length of 182 series is 3/4" greater than shown. no 3" KO in 2' units. NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code and other applicable codes. Most fixtures listed in the preceding section are available with 1 or 2 lamp battery powered emergency packs. (insert suffix 1 - EM for 1 lamp, and 2 - EM for 2 lamps.) i ■ TO REMOVE DIFFUSER: I, SQUEEZE TOP OF DIFFUSER TOGETHER AND SLIDE TOWARDS END CAP (Fig,1) 2. MAKE SURE DIFFUSER f CLEARS PLASTIC STOPS (Fig.2) V� — PLASTIC STOPS FIG. 2 'r FIG. I a 3. OPPOSITE END OF DIFFUSER ! WILL NOW SWING CLEAR OF END CAP (Fig.3) — - FIG. 3 TYPE WELLMADE INFO} otional regressed door p g 9o0 12" familysurface series 1 ' x 4' and V x 8` designed for T-12 or T-8 lamp /s ma9 netic or electronic ballasts white powder coat refector — PK 90+ is standard prefix SR for specular reflector adder features • surface or pendant fixture- • reversible hinged steel door- family series-modular-2, 3, 4 flush or regressed-spring and 6 lamps. loaded latches. • furnished with choice of lenses, • rigid die formed housing. Q diffusers or louvers, • edge contact lampholders. 11 UL listed/made in USA • distribution-total direct. NOMINAL CATALOG NO.T-12 LAMPS —SIZE CATALOG NO.T-8 LAMPS 112-'-248RS 2-F40 1'x 4' 112-'-248T8-SSB 2-FO32 112- -248-2RS 4-1740 1'x 8' 112- -248-2T8-SSB 4-FO32 112- 348RS 3-F40 1'x 4' 112- -348T8-SSB 3-FO32 112- -348-2RS 6-F40 1'x 8' 112- -348-2T8-SSB 6-FO32 add SSB for electronic ballast NOTES • optionally available with UL low density •insert choice of lenses, diffusers or louvers " approval-add suffix 1_D to catalog number. •for regressed door insert prefix"R" • optionally available with oil finished wood (example 112-R12A-248RS). trims. • 3 lamp models not suitable for pendant mounting. WELLMADE PRODUCTS.421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510.562.1878 • FAX:510.632-7865 112 series g �. POSITIVE SPRING LOADED T HINGES LATCH FLUSH DOOR REGRESSED DOOR o e 3"DIA. K.O. o � 7/8"DIA. K.O. 1/4"DIA.MTG IbS 7/8"DIA. K.O. WELLMADE PRODUCTS,421 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 1M v WELLMA®E TYPE INFO optional regressed door T -£ T family surface series 2' x 2', 2' x 4' a nd 2' x 8' edesigned for T-12 or T-8 lamps/magnetic or electronic ballasts white powder coat refector — PK 90+ is standard prefix SR for specular reflector adder features UL listed/made in USA • surface or pendant fixture- e reversible hinged steel door family series-modular-2, 3, 4, 6, flush or regressed-spring and 8 lamps. loaded latches. • furnished with choice of lenses,. • rigid die formed housing. diffusers or louvers. • distribution-total direct. NOM. CATALOG NO.T-12 LAMPS—SIZE—CATALOG NO.T-8 LAMPS 124- * -224TS-HPF 2-F20 2'x 2' 124- * -224T8-SSB 2-FO17 NOTES 124- -324TS-HPF 3-F20 2'x 2' 124- 324T8-SSB 3-FO17 optionally available with UL low density 124- -424TS-HPF 4-F20 2'x 2' 124- -424T8-SSB 4-FO17 p y 124- -2URS 2-F40U 2'x 2' 124- -2UT8-SSB 2-FB031 approval-add suffix LD to catalog number. 124- -248RS 2-F40 2'x 4' 124- -248T8-SSB 2-FO32 • optionally available with oil finished walnut ' 124- -248-2RS 4-F40 2'x 8' 124- -248-2T8-SSB 4-FO32 trim. 124- -348RS 3-F40 2'x 4' 124- -348T8-SSB 3-FO32 0 3 lam models not suitable for pendant 124- -348-2RS 6-F40 2'x 8' 124- -348-2T8-SSB 6-FO32 p 124- -448RS 4-F40 2'x 4' 124- -448T8-SSB 4-FO32 mounting. 124- -448-2RS 8-F40 2'x 8' 124- -448-2T8-SSB 8-FO32 add SSB for electronic ballast • insert choice of lenses,diffusers or louvers • for regressed door insert prefix"R" (example 124-R12A-448RS). ..rn,... ..r... r.�� .... ..r.mi�Tn. IIf— —I I/, ..In r IIIfIn\nA nAAnA CA!\_CAn_AC74 SAn_t'19_7AIS5 124 series DETAILS OF STEEL DOOR POSITIVE SPRING LOADED T HINGES 'LATCH C FLUSH DOOR REGRESSED DOOR 1/4"MTG(O'S 4g O, 3" K.O. % 1/4"K.O. ` J A 7/8"K.O. u 7/8"K.O. WFI_LMAOF Ponr)llf-TS.Al PrMnI rnti WAY nAYI Anm eel ICnor.nA 0AA)A s-4n.r,co_+n7n CAY•440-A49.74AJ; 1MV WELLMADE TYPE INFO 1 1 � �- 2•• o 204 2,,,• 1 - I 23/4" 4;'e" a ' 205 icient energy eff rapidstrips 2OvS2 , 3 , 4 ' ' 4' and 8' lengths designed for T-12 or T-8 lamps with electronic ballasts features: ' • fully assembled snap-up sockets • 80+ CRI rating • pre-wired and easy to install a long life-electronic ballasts and ' • 105+ lumens per watt lamps • post painted powder coat • UL listed/made in USA available (PK 90+) • specular reflectors available rNOM. NOM. CATALOG NUMBER LAMPS SIZE CATALOG NUMBER LAMPS SIZE 204 SERIES — 4" wide- 2" deep 204 SERIES — 4" wide - 2" deep T-8 lamps/electronic ballasts T-12 slimline/electronic ballasts 204-124T8-SSB 1-FO17 4"x 2' 204-148SL-SSB 1-F48SL 4"x 4' 204-224T8-SSB 2-FO17 4"x 2' 204-248SL-SSB 2-F48SL 4"x 4' 204-136T8-SSB. 1-F025 4"x 3' 204-172-SSB 1-F72SL 4"x 6' ' 204-236T8-SSB 2-FO25 4"x 3' 204-272-2-SSB 2-F72SL 4"x 12' 204-136-2T8-SSB 2-FO25 4"x 6' 204-296-SSB 2-F96SL 4"x 8' 204-236-2T8-SSB 4-FO25 4"x 6' 204-196-2-SS13 2-F96SL 4"x 16' 204-248T8-SSB 2-FFO-F032 "x 4'205 SERIES — 4" wide - 23/4" deep 204-148-2T8-SSB 2-FO32 4"x 8' HO 800MA/electronic ballasts 204-248-2T8-SSB 4-FO32 4"x 8' 205-172-800-SSB 1-F72HO 4"x 6' prefix PK 90+for white powder 205-272-800-SSB 2-F72HO 4"x 6' ' coat reflector adder 205-196-800-SSB 1-F96HO 4"x 8' 205-296-800-SSB 2-F96HO 4"x 8' 205-196-2-800-SSB 1-F96HO 4"x 16' WELLMADE PRODUCTS.421 PENDLETON WAY.OAKLAND,CALIFORNIA 94621 0 510-562-1878 • FAX:510-632-7865 open commercials 200 series 1 back details and ko's (displayed schematically) 8'=96" 6'=72" ' 4'=48"-3'=36"-2'=24" 8'=24" 6-=18'" 7 -7 2'/z" 1'/e" 2'/z" 1'/e" 2'/z"' ' series 202/202SM „S.. HOOK SLOT Side ko's are provided for switches and convenience outlets(wall mounting only) - 1/ " DIA, HOLE 2'=24" 4'=48" 6'-72" 8'=96" 5 4.. 5/16".DIA. HOLE 6'&8 =12 n »/16" K.O. i v _ fi _ 7/8„ K.O. �—this K.O, not on 207 series ' series 179-182-204/205 and 207. — 3" K.O. 7/8" side feed KO's are provided in 179 and 204/205 series. 11/16" K.O. not supplied on 2' units. lback Beta i I symbols overall length of 182 series is 3/4" greater than shown, no 3" KO in 2' units. 1 NOTE:All fixtures must be installed,wired and grounded in accordance with the National Electrical Code and other applicable codes. Most fixtures listed in the preceding section are available with 1 or 2 lamp battery powered emergency packs. (insert suffix 1 - EM for 1 lamp, and 2 - EM for 2 lamps.) 1 accessories and mounting devices (see page 15 for stems,sway adapters 202 reflectors and cable suspension system.) 204/205 reflectors 3 3/4 4 3/8„ .41/2, 41/2, pl/z_ 51/8' J � _ 1 i---613 16"—J l 411 16" l 3 3 8'` 1�9+/2' 1—6 7 16' 1 „S„ „R„ symmetric asymmetric reverse asymmetric to order insert suffix"S”,"A"or"R"(example 204S-248RS) wire guards 48" v i' available for 202 and 204/205 series add suffix"WG 1 "Plug-together" wiring assemblies provide branch circuit 200C coupler wiring within fixture.Simply hang first fixture in row and connect i the "plug-together' assemblies as the rest of the fixtures are j hung.1.2,and 3 circuit assemblies are available.Specify PT-1, PT-2 or PT-3 for 1, 2,or 3 circuit assemblies, respectively. ' 200C coupler must be speci- fied when order- ing PT assem- SH24 "mr blies. optional heavy duty coupler for 204/205 series. sliding hanger/spacer for 204/205 series 1 WELLMADE PRODUCTS,4211 PENDLETON WAY,OAKLAND,CALIFORNIA 94621 • 510-562-1878 • FAX:510-632-7865 REPLACEMENT AND RETROFIT LIGHTING&CEILING PRODUCTS, INC. Tube-Locks 1I�Vl A. L. P. Standard Wraparounds Stock Wraparounds 36 Tube-Locksv Stock Wraparounds •Prevents falling lamps •Injection molded This wraparound replacement is the most cost •Easy installation effective alternative to complete fixture replacement. To Order Please follow these steps: k 1. Remove the damaged diffuser from fixture. 2. Place diffuser on end on top of a piece of paper. ' Accurately trace the complete outline of the diffuser. We Description need both inside and outside traces. Tube-Locks are injection molded plastic components that, 3. Measure the overall length of the old diffuser and ' when installed,prevent bi-pin lamps from falling out of indicate length on your drawing. fixtures.Installation is simple just slip a Tube-Lock over the bi-pin socket and it will securely hold the lamp in place. 4. Note whether diffuser is clear prismatic acrylic or smooth white acrylic. 5. Indicate quantity of diffusers needed. Ordering 6. Send or Fax traced outline and length to A.L.P. Lighting. CATALOG NO. DESCRIPTION SOCKET TYPE or local representative. TL-I White Bi-Pin ' A.L.P. Wraparounds Standard Stock Items \ fr=71f _ Step 1 s r } h- Description Replace old,yellowed or broken plastic diffusers with new ' economical replacement diffusers.These shapes are step 2 provided to match existing diffusers. The words "replacement plastics"have been synonymous with A.L.P. for many years. Over those years A.L.P. has accumulated thousands upon thousands of replacement _ plastic dies. As a result,we can offer you a replacement r plastic diffuser for most any lighting fixture. See the A.L.P. Wraparound brochure for actual size ' wraparound profiles. Please see next page (Custom Shape ' Wraparounds) should you have a requirement for a shape that does not appear in our Standard Wraparound step s ' brochure. LENSES AND DIFFUSERS 120 ALP- 12 r LIGHTING &CEILING PRODUCTS, INC. / ALP- 15 A LP- 19 22 1'x 4' ALP-12/120 Y x 4' 3' x 3' ALP-15 - 2'x 2' Female Conical I , , , Female Conical Prismatic Lens 2 x 2 4, x 4 Prismatic Lens 2'x4' 2, x4• 51" x50" 24"x 100" - JA plan -1 plan section A(thickness):200" A A(thickness):.070",.100",.l 10",.125" Description ALP-15 is a 3/8"sq. base female conical prismatic lens design section that renders a bold,well ordered look and hides the lamps Description from direct view. This lens is ideally suited for a 4'x 4' ALP-12/120 is a 3/16" base female conical lens that provides fluorescent lighting fixture. very good low brightness control with excellent light output. ALP-15 is an ideal prismatic lens where the bolder prism The lens utilizes a diagonally oriented prism pattern,with pattern is desired. square inversed.prisms that are optically designed to provide excellent light control. The ALP-12/120 pattern is the standard Ordering In the Industry,offering economy with quality. CATALOG NO. -COLOR THICKNESS DIMENSION ' Ordering Acrylic Panels ALP15-14-CA Clear .200" 1 11/2"x 471/4" CATALOG NO. DESCRIPTION THICKNESS DIMENSION ALP15-22-CA Clear .200" 233/,"x 233/." Polystyrene Panels ALPI5-24-CA Clear .200" 2334"x 4731'" ALPI20-14-CSE Clear Economy .070" 1131"x 473/," ALPI5-33-CA Clear .200•• 353/."x 353:" ALPI 20-22-CSE Clear Economy .070" 2331"x 233/," ALPI S-44-CA Clear .200" 473/,"x 473/." ALPI20-24-CSE Clear Economy .070" 233/2"x 4731" NOTE:Other available colors:White(W),Light Silvertint(LST)&Dark ALP120-14-OSE White Economy .070" 113N-x 473/," ALP120-22-OSE White Economy .070" 233/."x 231/.' Silvertint(DST). , ALP;20-24-OSE White Economy .070" 2311.-x 473/." Special sizes available, contact A.L.P. ALP120-14-CS Clear .100" 1 IT/2"x 4731" ALP120-22-CS Clear .100" 2331"x 233/," ALP120-24-CS Clear .100" 2331"x 4731" ALP120-14-OS White .100" 1131"x 473/." ALP 120-22-OS White .100'• 233/."x 233/." ALP120-24-OS White .100" 2331••x 4731" t V x 4• ALP-19 Acrylic Panels Male Conical ALP120-14-CA Clear .100•• 11j/.-x 473/." 4 �`'n� �R # 2' x 2' Prismatic Lens 9� ALP120-22-CA Clear .100'" 233/."x 233/." �4.n� i ALP120-24-CA Clear .100" 233/."x 473/." #.A*A&A 1 /. � 2' x 4' ALP120-14-OA White .100" 1 13 "x 473j�� '. ALP120-22-OA White .100" 2331"x 233/." A AA ad to*A is ALP120-24-OA White .100" 233/,"x 4731" i �y ALP120-14-CA110 Clear .110" 1131"x 4731" plan section A(thicknessl:.156"..187" ALP120-22-CAI 10 Clear .110" 233/."x 2331" ALP]20-24-CAI 10 Clear .110" 23?/2"x 473/." Description ALP 120-28-CAI 10Clear .110" 1 24"x 100" ALP-19 is a 3/16"sq. base male conical prismatic lens ALP]2-14-CA Clear .125" 1 131"x 4731" ALP12-22-CA Clear .125" 233/."x 233/." offering superior lamp obscuration and excellent source ALP12-24-CA Clear .125" 233/."x 473/.•• brightness control. The small square base male prisms are. ALP12-44-CA' Clear .125" 51 'x 5a" organized in a parallel pattern providing a discrete and Polycarbonate Panels tailored appearance. ALP]2-14-CP near .125' 1 I3/."x 471/4" ALP-19 lenses offer the crisp appearance and the optical ALPI2-ZZ-CP Clear 125" 233/2"x 233/,'" preciseness,often associated with injection molded lenses, AI -24-CP Clear .125•' 2331"x 471/4' with the economies of the extruded lens. Acrylic Radio Interference Filter Grid Panels Ordering ALPI2-14-CA-RF Clear I25" x 473/." ALP12-22-CA-RF Clear 123113/4" 25•' 2331"x 233/. CATALOG NO. COLOR THICKNESS DIMENSION ALPI2-24-CA-RF Clear .125" 2334 x 473/." Acrylic Panels `Shipment of oversize lenses are subject to a special packaging charge. ALP19-14-.CA Clear .156" 111/4"x 4731" ALP19-22-CA Clear .156" 233/,"x 233/." ALP I2-44-CA and ALP120-28-CAI 10 panels are not self-supporting. ALP19-24-CA Clear .156" 2331"x 4731" All 1'x 4'and 2'x 2'lenses MUST be purchased In even multiples. ALP19-I4-CAI87 Clear .187' 1 131"x 473/." ALPI9-22-CA187 Clear 187" 2331"x 2311" Special sizes and shapes are available,contact A.L.P. ALP19-24-CAI87 Clear .187" 2331"x 471/." NOTE:Other available colors:Silvertint(ST),Smoke(SM)and Bronze(BR). LENSES AND DIFFUSERS A.L.P. ALP-23 LIGHTING &CEILING PRODUCTS, INC. ALP-29 ALP-30 ALP-41 23 � ' x 4' ALP-23 :--_-- 2' x 2' ALP 30 is Female Conical - Energy Saving . 2' x 2, Circular Base Prisms _ -- - _ 2, X 4, Lens 4 4 plan section A(thickness):.100", .125" plan Description A ' ALP-23 acrylic lenses have female conical circular base section A(thickness):.150" prisms of 3/e"diameter running parallel and perpendicular to the length and width of the panel. The female arcuate Description ' pyramids form a network which provides maximum ALP-30 is an energy saving lens that is specifically designed resistance to sagging. so that the 2 outside lamps of a 4 lamp 2'x 2'or 2'x 4' ALP-23 is the most efficient prismatic lens currently in fluorescent fixture are not required, saving 50%of the ' production and being offered to the lighting industry. i72% electrical energy. This lens provides uniform illumination luminaire efficiency. across and between the lighting fixtures. Ordering Ordering ' CATALOG NO. COLOR THICKNESS DIMENSION . Acrylic Panels CATALOG NO. COLOR THICKNESS DIMENSION ALP23-14-CA Clear100'" 113/."x 473/.•• Acrylic Panels ALP23-22-CA Clear 100" 233/."'x 233/." ALP30-22-CA Ciear 150" 233/.".x 233/." ALP23-24-CA Ciear .100" 233/.""x 473/."' ALP30-24-CA Ciear 150" 2 3 N"x 47%" ALP23-14-CA125 Clear .125" 1 13/."x 471:" L ALP23-22-CAI25 Clear 125" 233/."x 233/." ALP23-24-CA125 Clear 125" 23"4" x 473/." All 2'x 2'lenses MUST be purchased In even multiples. r ' r x 4' ALP-41 --- -- 1 ' X 2' ALP-29 Security Prismatic ' Asymmetrical 2 x 2 Lens ' x 4Control Lens 2' x 4' TA I ' section A(thickness): .150" A plan plan Description section A(thickness). 375" ALP-41 is utilized in areas where vandalism or damage may be a problem because it is virtually indestructible.This lens protects lighting fixtures by sonic welding a .250"clear Description polycarbonate panel and a .125"clear prismatic ALP-12 ' ALP-29 is a computer designed lens fora single lamp I'x 4' acrylic lens. fluorescent luminaire for energy saving lighting.ALP-29,with Applications its wide spread asymmetrical candlepower distribution, is a The ALP-41 Security Prismatic lens is designed for use in areas choice lens for wall wash, corridors,classrooms and small where there is an unusually high risk of damage. It is ideally offices. suited for use in gymnasiums and racquet ball courts. For institutional installations such as penitentiories and hospitals, and commercial areas where breakage may occur. ' Ordering Ordering CATALOG NO. COLOR THICKNESS DIMENSION CATALOG NO. COLOR THICKNESS DIMENSION Acrylic Panels .250"Polycarbonate/.12S"Acrylic Panels ALP29-12-CA Clear 150" 113r."x 233/.'" ALP41-14 Clear .375" i 13/."x 473/." ALP-29-14-CA Clear I50"' 1 IIN x 473/." ALP41-22 clear .375'. 233/"x 233/." ALP41-24 Clear .375" 233/."x 473/." All 1'x 2'lenses MUST be purchased In multiples of 4. All V x 4' and 2' x 2' lenses MUST be purchased In All 1'x 4' lenses MUST be purchased In multiples of 2. even multiples. kr r Cr') • • - • • A combination of a prismatic panel with a 'h"x'h" louver Building Acoustics and Lighting Laboratories, �•_ .' type cell.Aluminum paint accents the louver design and Report No.3521.0 1-17-84. gives a distinctive metalic appearance. KSH-11 Clear Acrylic Lens 2x4 troffer with 4.3200 This is a specification panel for those higher budgeted lumen lamps Nadir candlepower.3048. projects calling for a quality louver type lens. AVERAGE Available in clear acrylic. LUMINANCE EFFICIENCY Maximum width available is 24". DEGREE PARALLEL CROSSWLSE DEGREE PERCENT 450 1071 1264 0-40° 30.4% - { 55° 872 936 0-601 49.4% 225 OA 650 674 705 0-901 57.8% 75° 599 529 160 PENETRATIONJ 85° 317 372 V.C.P.for a 30'x40'x8.5' Room is 56. 0 0 0 A prismatic panel with a 3/16"square base female Building Acoustics and Lighting Laboratories, conical prism placed on a 450 axis. Report No.5073.0 7-17-87. This panel offers maximum efficiency with excellent direct KSH-12 Clear Acrylic Lens 2x4 troffer with 4,3200 glare control. It has been considered the standard of the lumen lamps.Nadir candlepower.3779. industry for many years. AVERAGE Available in clear,silvertint or white acrylic. LUMINANCE EFFICIENCY Available with RF Suppressing Grid. DEGREE PARALLEL CROSSWISE DEGREE PERCENT Recommended thickness for 2'x4' is 1/a";for 3'x3',3/16". 450 1254 1421 0-400 40.4% + 550 946 990 0-60° 61.2% -.125 oR.187 OA 65° 706 676 0-900 67.7% .080 PENETRATION -J 1 75° 418 376 Available in KSH Uvalite,an Ultraviolet Filtering Formulation 850 387 319 �) and KSH Utran, an Ultraviolet Transmitting Formulation V.C.P.for a 30'x40'x8.5' Room is 63. A prismatic panel with a bold 3/a"square base female Building Acoustics and Lighting Laboratories, conical prism placed parallel and perpendicular to the Report No.5096.0 8-7-87. length and width of the panel. KSH-15 Clear Acrylic Lens 2x4 troffer with 4,3200 This panel has excellent efficiency and direct glare lumen lamps Nadir candlepower.3647. control.A specification panel recommended for use in AVERAGE large areas without objectionable sag or as a frameless LUMINANCE EFFICIENCY lens. DEGREE. PARALLEL CROSSWISE DEGREE PERCENT Available in clear,white,silvertint and dark slivertint acrylic. 45° 1241 1591 0-40° 38.2% Recommended sizes up to 4'x4' 550 840 867 0-60° 59.9% 650 567 634 0-90° 66.8% _ 750 501 542 Wilk. } .200 OA 850 82 465 .160 PENETRATION -� + V.C.P.for a 30'x40'x8.5'Room is 58. l A composite panel consisting of a thin matte'acrylic Building Acoustics and Lighting Laboratories. sheet on top of a KSH-12 prismatic panel.The edges are Report No.3527.0 1-20-84. sealed t0 make It moisture resistant. KSH-16 Clear Acrylic Lens 2x4 troffer with 4.3200 lumen lamps Nadir candlepower.3784. This was the first panel designed to reduce reflected glare and Increase contrast rendition. AVERAGE E Available in clear or silvertint acrylic. LUMINANCE EFFICIENCY Recommended maximum size is 2'x4'In.165 O.A.;3'x3'in DEGREE PARALLELCROSSWISE DEGREE PERCENT •227 CIA 450 1184 1171 0-400 37.0% MATTE OVERLAY ti 55° 902 835 0-600 56.01mv .165 OR.227 OA 65° 677 653 0-90` 62.4% 75° 403 389 KSH.12 1 85° 421 343 V.C.P.for a 30'x40'x8.5' Room is 63. A composite panel consisting of a thin matte acrylic Building Acoustics and Lighting Laboratories. sheet on top of a KSH-15 prismatic panel.The edges are Report No.3529.0 1-20-8a. hL sealed to make it moisture resistant. KSH-17 Clear Acrylic Lens.2x4 troffer with 4,3200 �_ - L J ALA specification panel for large areas where a reduction in lumen lamps.Nadir candlepower:3826. aiMMILreflected glare is required. AVERAGE Available in clear or silvertint acrylic LUMINANCE EFFICIENCY IL L - hL Recommended for sizes up to 4'X4'. DEGREE PARALLEL CROSSWISE DEGREE PERCENT MATTEOVEREAv 45° 1119 1184 0-40° 37.11 \ _ 55° 774 796 0-60° 54.6% 200 240 OA 65° 492 571 0-900 62.0% ` OL i... 750 421 V471 KSH-15 + 850 578 460 V.C.P.for a 30'x 40'x 8.5'Room is 60. • A prismatic panel with a 3/16"square base male conical Building Acoustics and Lighting Laboratories. prism placed parallel and perpendicular to the length Report No.5058.0 7-6-87. and width of the panel. KSH-19 Clear Acrylic Lens.2x4 troffer with 4.3200 This specification panel is better than its injection molded lumen lamps Nadir Candlepower.3956. - counter parts. It is fast becoming the quality standard for AVERAGE the industry to control high angle brightness. LUMINANCE EFFICIENCY Available in 3 tints and Clem acrylic. DEGREE PARALLEL CROSSWISE DEGREE -PERCENT- Recommended ERCENTRecommended thickness for 2'x4'is 5/32";for 3'x3'.3/16". 45° 1290 1451 0-40° 41.3% Available with RF Suppressing Grid. 550 609 559 0-600 61.5% _l + 650 290 272 0-900 66.9% .15601.187OA 75° 326 318 -�, .080 PENETRATION 85° 414 344 -J Available in KSH Uvalite,an Ultraviolet Filtering Formulation. V.C.P.for a 30'x 40'x 8.5'Room is 68. �1'� A� A A prismatic panel with a '/e"square base male conical Building Acoustics and Lighting laboratories, � !...,..A -'d prism placed parallel and perpendicular to the length Report No.5097.0 8-7-87. tA ..,.A � , � and width of the panel. KSH-20 Clear Acrylic Lens.2x4 troffer with 4,3200 Al ,tee �� Our newest specification panel. It offers excellent lumen lamps.Nadir candlepower.3761. � �1�2... brightness control and a soft surface appearance. AVERAGE 1����.�� • Available in clear and silvertint acrylic. LUMINANCE EFFICIENCY Recommended thickness for 2'x4'is.140:for 3'x3',.165. DEGREE PARALLEL CROSSWISE DEGREE PERCENT J .,d� AAA � � 450 1264 1525 0-401 39.4% 1 .140 OR.165 O.A. 550 675 683 0-600 59.7% .050 PENETRATION } } 650 447 424 0-90° 65.4% 750 366 350 85° 388 331 V.C.P.for a 30'x40'x8.5' Room is 66. _ The KSH-23 Clear Acrylic Lens is a unique combination of Building Acoustics and Lighting Laboratories, bold.shallow optics,providing excellent retention of the Report No.4372.0 5-28-85. lens'surface texture and uniform surface appearance in KSH-23 Clear Acrylic Lens.2x4 troffer with 4,3200 fluorescent troffers.The truss-shaped prism design provides lumen lamps.,Nadir candlepower.3266. an economical solution to sagging lens problems. AVERAGE Available in clear and Meta-lite/Black. Also available in LUMINANCE EFFICIENCY UVBWF(ultraviolet blue wave filtering) formulation for DEGREE PARALLEL caosswlsE DEGREE PERCENT operations dealing with photo sensitive materials. Recommended thickness for 2'x4' is.100":for 3'x3' .125". 45° 1313 1682 0-40° 35.1% - � 550 1013 1173 0-60° 59.6% 65° 655 706 0-90° 68.2% 100 oR.1zs oA 750 500 545 .065 PENETRATION J I 85" 600 512 Patent No. D282,589 V.C.P. for a 30'x40'x8.5' Room is 55. f JI Fluorescent Larnpholders i GE Wiring Devices it 660 WATT 600 VOLT ' Medium Bi-Pin WHITE, UNLESS OTHERWISE INDICATED ] I �S If� Side Insertion Mh (""Y"-' Configuration,, Flat-Wip a Contacts)* ■Buff Mount t • Pressure LocW'terminals i Cat.No. Special Feature ALF 220-03 '. ALF 220-03 1 � � Base Mount Without Slot Mount • Screw terminals ' I ' Cat.No. Special Feature 78X736 78X736 White with black starter socket 78X737 White,no starter socket �I ISide Insertion (Circular Configuration, Flat-Wipe Contacts)*** 'Base Mount Without Slot Mount • Screw terminals Cat.No. Special Feature 78X354 Black 78X491 White ■ 505X75 Disconnect—contact,white (furnished with 9"#18 AWG 105'C lead) 78X354 IS i � F 78X491 Footnote Drawings i f ■ —Disconnect contact lamp holders I 'Lamp seats against flat of contact Contact closed only when lamp is inserted ***Lamp seats against edge of contacts i � i ■ DD i White Ii 1� ■ i Blue/White Blue I � ■For lampholder dimensions, see pages J17 through J23 I UW- GE Wiring Devices Fluorescent Lampholders 660 WATT 600 VOLT Medium Bi-Pin WHITE, UNLESS OTHERWISE INDICATED Side Insertion (Circular Configuration, Edge Wipe Contacts)* * * Base Mount Without Slot Mount _ • Pressure LockW'terminals W ALF 217-21 Cat.No. Special Feature " ALF 217-21 Thin Base Mount With 2-Step Slot Mount • Pressure LockW'terminals Cat.No. ALF 213-04 TWO STEP SLOT Base Mount With Slot Mount • Pressure LockW'terminals a� Cat.No. Special Feature ALF 213-04 ALF 216-01 2-step slots,open top ALF 216-02 Square slots,closed top �� t ALF 216-31 2-step slots,open top,disconnect contact— Butt Mount ALF 216 • Pressure Lock'"terminals ;° • Mounting hole has clearance for#6 screw f ' Cat.No. Special Feature 4z ALF 223-05 Back mounting width 0.590",4-wire entry holes ALF 223-05 ALF 223-04 As above,except wing slot mount ' Butt Mount • Two 18"#18 AWG 105°C leads ' Cat.No. Special Feature r 503X59 Mounting holes tapped for#4-32 screw 503X60 Clearance holes for#4-32 screw xr, 503X59 ' 503X60 I For lampholder dimensions, see pages J17 through J23 GE Wiring Devices . Fluorescent Lempholders eiu !!1 j� Bi'Pii'/f 660 WATT 600 VOLT WHITE, UNLESS OTHERWISE INDICATED End Insertion (Telescopic) Base Mount Without Slot Mount • Screw terminals . Gat.No. Spacial Feature � g 505X84 Stationary end 505X85 505X85 Compressible end ALF 215 06 • Pressure LackW'terminals Gat.No. Special Feature ALF 215-05 Stationary end ALF 215-06 Compressible end 505X84 ALF 215-05 Snap-in Mount • Pressure Lock7'terminals { Gat.No. Special Feature ALF 275-01 Stationary end �It ALF 275-02 ALF 275-02 Compressible end R ALF 275.01 End or Bracket Mount • Two 12 #18 AWG i05°C leads Gat.No. Special Feature a ALF 272-51 Stationary end ' • May be used with 601 A675P5 bracket • May be used with 602A734P6 boot ` *" " ALF 272-52 ALF 272-52 Compressible end. - ► = • May be used with 601A675P2 bracket • May be used with 602A734P5 boot sALF 272-51 For lampholder dimensions, see pages J17 through J23 TR 1 Bt3RCl Medium BI-Pin Fluorescent Lam h older � s Low Profile Straight-in i UL File No.E11033 CSA File No.LR11209 • Provides positive lamp grip ' Rated 660 W-600 v • Designed for fast wiring - • Mounting variations available 661A Cat. Na.661 A-100 Series These lampholders, molded of white thermosetting urea, are supplied with straight- in double-edge contacts for positive lamp grip. High-strength brass alloy quickwire wx pressure terminals accept No. 18 ga. solid, topcoat or twisted and tinned stranded leads. Lampholders available with No. 20 ga. and No. 18 ga. mounting grooves. Consult chart for variations. Standard pack]Bulk 1000 Wt/40 lb ' Cat. No. Mounting Variations -10120 .661A _ -;: ga._top°and bottom-siotsnonut slot �.. 661A-102 18 ga. top and bottom slots—no nut slot 661A�t03 20.ga.'top, 18"ga:`bottom slots—ria nut slot ' 661A-104 18 ga. top, 20 ga, bottom slots—no nut slot 6fiA=:105 =20 ga: top,.no bottom slot—no,nut slot 661A-106 18 ga. top, no bottom slot—no nut slot ' 661'A-111 " .''20 ga.top and bottom slots=with nut slot 661A-112 18 ga. top and bottom slots—with nut slot 661A-1.13 20 ga: top; '18 ga.,bottom slots—with nut:slot 661A-114 18 ga. top, 20 ga. bottom slots—with nut slot 661A-1,15 " ':i;.No top slot;20 ga_bottom-with nut slot .661.A-1 16 No top slot,18 ga.bottom—with nut slot 1J 32 5 !6 3F . g 19 132 , .053 --- .056 zo zo �i s e 3 16 � 0 O O O .046 04.3_( Li zo i m .990 23_j a e 32 O O O O a LiLl —1.015 — .36[0 T ® MeClllil'�7 BI-Pin Fluorescent Lara holders Floating Action for U-Shape Lamps UL File No.E11033 CSA File No.LR11209 • Provides positive lamp grip ' Rated 660 W-600 V • Designed for fast wiring • Mounting variations available ' 661A-161 Cat.No.661 A-160 Series These lampholders, molded of white thermosetting urea, feature,straight-in double edge contacts for positive lamp grip. Quickwire pressure terminals are available - with No. 20 ga. and No. 18. ga. mounting grooves. Consult chart for variations. Standard pack/Bulk 1000 Wt/40 Ib F� „p„Fg Cat.No Mounting Variations ' 661 A-161 20: a t' and bottom slots=no nut slot, > x r 9o. . 661A-162 18 ga.top and bottom slots—no nut slot 661A-163 : No top slot,20 ga.bottom-no nut'slot 661A-164 No top slot, 18 ga bottom—no nut slot 661A-165 18Km9 ountin slots-no nutslot:048/052.;:: 661A-168 18 ga.top,20 ga.bottom slots—no nut slot ' 661A-171 20 ga_top and bottom slots-with nut slot 661A-17 2 18 ga top and bottom slots—with nut slot 661 A-173 ':',"NO top slot,20 ga bottorn-with nut slot . 661A-174 No top slot, 18 ga.bottom—with nut slot ' 661 A-175 20 ga:.top no bottom slot=no nut slot 1111 32 5 32 16 1 1 z 19 8 /32 .053 .058 20 zo 0431 iB ie 3 3ie e l5 U C 0 0 .048 t O O 0 0 ' I .990 11 q 32 l32 350 I .360 - �L T- - A A Mi' UL LISTED AS: THHN 90°C THWN 75°C ; MTW 90°C AWM 105°C TFN 90°C hfY TFFN 90°C OIL, MOISTURE and GASOLINE RESISTANT Carol THHN is a 90°C 600 volt,UL listed all purpose wire. Bare,soft drawn copper stranding, high temperature 105°C polyvinyl chloride insulation and DuPont Zytel°nylon armor are combined to meet the many requirements of the building industry and those of the manufacturers of electrically powered machinery.These requirements... reduced bulk, lower installation costs,environment protection, multiple UL ratings...can be fulfilled. Carol THHN does just that...without compromising the very highest standards of electrical and mechanical integrity. UNDERWRITERS'LABELS: THHN STRANDED:UL-MTW THHN.SOLID:UL-BUILDING WIRE TFFN STRANDED:UL-MTW TFN SOLID:UL-FIXTURE WIRE 1981 NATIONAL ELECTRICAL CODE: Chapter 9.Tables: Table 2—New work&Rewiring.Fixture Tables 3A&3B—New work&Rewiring Table 5—Dimensions of conductors _ Section 210-24—Branch circuits 4 - Section 310-13—Building wire 90°C Section 410-31—Fixture raceways 90°C Table 310-16—Building wire 90°C ampacity Table 402-5—Fixture wire 90°C ampacity Section 362-5—Wirey4a93y � RM L x x q,g TTi n4i�•�� .-v Y •C, ,•z ieF..CJ"•� y -q �Y -tet'A't t. _ 18 AWG: Class K stranding per ASTM-8-174. THHN, because of its many approvals, has an enormous range of uses and applications as appliance wiring material, building wire, or machine tool wire. Some of the speclallzV and most common uses are: 9 For fixture raceways that require branch circuit conductors within 3 inches of a ballast wire; listed at 90°C per Section 410-31 NEC. :i As a 90°C 600 volt general purpose building wire per Article 310-13 NEC. :3 For use in branch circuit wiring per Section 210-24 NEC. j For wiring in conduit raceways and tubing;wet,dry or exposed to oil and gasoline. Internal wiring of fixtures. :3 In environments up to 105°C. Where resistance to oil,gasoline,chemicals,solvents,acids and alkalies are necessary. 7 For rewiring and new work(see Table 1). :3 For wiring of machine tools. lighting fixture photo courtesy of Smithcraft Corporation Copyright 1981 Carol Cable Co. machine tool photo courtesy of Brown and Sharpe Manufacturing Company Printed in U.S.A. I Use: THERMOPLASTIC (PVC) NYLONARMORED , General purpose building wire, fixture ..MACHINE TOOL,.BUILDINGorFIXTUREVIRE1 I raceways, conduit and tubing raceways. internal wiring of fixtures and other 1 'I I applications requiring building wire,machineMOISTURE. I 1GASOLINE tool wire or appliance wiring material. Environment: CAROL 12 Aw0 TYPE MTW OR TNNN OR THIN Resistant to oils, gasoline, water, acids. ' alkalies, ozone. sunlight, abrasion and most - chemicals. COLOR CATALOG AWG VINYL NYLON NOMI- STRAND- WEIGHT STANDARD CODE NUMBER SIZE INSULATION JACKET NAL • IN6 LBSJM' PUT-UP PACKAGE CONSTRUCTION: THICKNESS THICKNESS 0.0. Copper: THHN-STRANDED CONDUCTOR ' Bare,soft drawn. A 75010 14 .015 .004 .118 19 172000' 1.000 MCM-1 AWG:Class B per ASTM-B-8. A 75020 12 .015 .004 .135 19 25 500'SPOOLS 2000' 2-16 AWG:Class C per ASTM-8-8 C 75030 10 .020 .004 .169 19 40 COILS 500, 18 AWG:Class K stranding per ASTM-B-174. D 75040 • 8 .030 .005 .216 19 64 OR REELS, 500' Insulation: D 75050 6 .030 .005 .260 19 96 2500 REELS 500' Polyvinyl chloride per UL Subject 62.Class 12 E 75060 4 .040 1 .006 .331 19 154 500' for AWM 105°C MTW 90°C.Polyvinyl chloride E 75070 3 .040 .006 .360 19 190 500' per UL Subject 83 THHN 90°C THWN 75°C. E 75080 2 .040 .006 .394 19 235 500' Jacket-Nylon Armor: F 75090 1 .050 .007 .450 19 302 500' or 500' Consists of a tough polyamide nylon armor. F 75110 1/0 .050 .007 .490 19 375 1000' 500' The clear transparent nylon armor is applied F 75120 2/0 .050 .007 .540 19 465 NOW 500' over the surface printing. Resistant to oils. F 75130 3/0 .050 .007 .590 19 580 RETURNABLE 500' gasoline. water, acids. alkalies. ozone, F 75140 4/0 .050 .007 .650 19 720 REELS 500' sunlight.abrasion and most chemicals. F 75150 250MCM .060 .008 :720. 37 860 PLEASE 500' F 75160 300MCM .060 .008 .770 37 1020 SPECIFY 500' ' Temperature Ranges: F 75170 350MCM .060 .008 .830 37 1180 500' THHN:90°C dry-NEC standard. F 75180 400MCM .060 .008 1.880 37 1345 500' THWN:75°C wet.dry or in oil-NEC standard F 75190 500MCM .060 .008 950 37 1660 500' AWM: 105°C dry,80°C in oil-UL Styles 1316. F 75206 600MCM .070 .009 1.053 61 2020 500' 1317. 1318. 1319. 1320. 1321 F 75207 750MCM .070 .009 1.156 61 2500 500' ' MTW:90°C dry.80°C in oil-UL Styles 1408. F 75208 1 1000MCM .070 .009 1 1.310 61 1 3229 500' 1409. 1410. 1411. 1412. 1413, 1414 THHN-SOLID CONDUCTOR 500'SPOOLS TFFN, TFN: 105°C. AWM dry.80°C in oil-UL B 1 75011 14 1 .015 .004 .106 Solid 16 COILS 2000' style 1316 B 75021 12 .015 .004 .123 Solid 24 OR REELS. 2000' ' D 75031 10 .015 .004 .154 Solid 38 2500' REELS 500' Marking Legend: Surface Printed. CAROL ra AING TYPE WIN ON TFFN o;now OR GASOLINE ANO OIL ESM.- 14 AWG through 1.000 MCM THHN(stranded) CAROL (size) AWG TYPE MTW OR THHN OR' TFFN-STRANDED CONDUCTOR THWN 600V OR GASOLINE AND OIL RESISTANT A 75240 18 .015 .004 .090 16 8 2000' 1 t ougLIL)AWM. A 75250 16 .015 .004 ,104 19 12 50000ILSOLS 2�, 14 through 10 AWG THHN(solid)CAROL(size) AWG TYPE THHN or THWN 600V OR GASOLINE TFN-SOLID CONDUCTOR OR REELS. ' 75241 18 .015 .004 .082 Solid 7 2500' REELS 2000' 18 and 16 AWG TFFN (stranded)CAROL(size)AND OIL RESISTANT II (UL)AWM. 75251 16 .015 .004 .093 Solid 11 2000' AWG TYPE MTW OR TFFN 600V OR GASOLINE AND OIL RESISTANT II OR(UL)AWM. TABLE 1-MAXIMUM NUMBER OF CONDUCTORS IN TRADE SIZES 18 and 16 AWG TFN(solid)CAROL(size)AWG OF CONDUIT OR TUBING PER NEC 1981 ' TFN 600V GASOLINE AND OIL RESISTANT If OR WIRE AWG 1/2 'A 1 1'A 1Yt 2 21h 3 31/2 4 41/1 5 6 (UL)AWM. TYPES Size Inch Inch Inch Inch Inch Inch Inch Inch Inch Inch Inch Inch Inch TFFN.TFN 18 19 34 55 97 132 216 Underwriters Labels: 18 15 26 43 76 104 169 THHN Stranded:' UL-MTW 14 13 24 39 69 94 154 TFFN Stranded: UL-MTW 12 10 18 29 51 70 114 164 THHN Solid: ILL-BuildingWire 10 6 11 18 32 44 73 104 160 8 3 5 9 16 22 36 51 79 106 136 TFN Solid: UL-Fixture Wire 6 1 4 6 11 15 26 37 57 76 98 125 154 1979 National Electrical Code Data: 4 1 2 4 7 9 16 22 35 47 60 75 94 137 2 1 13 5 7 11 16 25 33 43 54 67 97 ' Manufactured in accordance with NEC Section 1 1 1 3 5 8 12 18 25 32 40 50 72 410 31 for Fixture Raceways that require THHN.THWN I/O 1 1 3 4 7 10 15 21 27 33 42 61 y q 2/0 1 1 2 3 6 8 13 17 22 28 35 51 branch circuit conductors within 3 inches of a 3/0 1 1 1 3 5 7 11 14 18 23 29 42 ballast to be rated for 90'C. 4/0 1 1 1 2 4 6 9 12 15 19 24 35 250MCM 1 1 1 3 4 7 10 12 16 20 28 300MCNI 1 1 1 3 4 6 8 11 13 17 24 ' STOCK COLORS: 400MCM , 1 1 2 3 5 7 9 12 15 21 400MCM 11 1 3 5 6 8 10 13 19 A Black,white,red. blue,brown,green,yellow, 500MCM 1 1 1 2 4 5 7 9 16 600MCM 1 1 1 1 3 4 5 7 9 9 13 orange, gray,pink,purple 750NICM 1 1 1 2 3 4 6 7 11 B Black, white,red, blue, brown,green, yellow. IOOOMCM (NOT LISTED) orange,gray TFF 18 11 20 32 56 77 126 I6 10 17 27 49 66 109 C Black,white,red, blue, brown,green,yellow, 1B 11 20 32 57 79 129 orange TF 16 10 18 30 53 72 118 D Black, white, red. blue, green14 6 10 16 29 40 65r76 143 192 - E Black,white.red 12 4 8 13 24 32 53 117 157 10 4 6 11 19 26 43 95 127 163 F Black THW 8 1 3 5 10 13 22 49 66 a5 106 133 61 2 4 7 10 16 23 36 48 62 78 97 141 4 1 1 3 5 7 12 17 27 36 47 58 73 106 'TFFN.TFN.Also suitable for AWM 105°.0 60OV.AWM 14 9 15 25 44 60 99 142 90°C 60OV.Consult factory for details. 12 7 12 19 35 47 78 111 171 ' FOR CSA LISTED THHN-CONSULT FACTORY TIM.T 10 5 9 15 26 36 60 85 131 176 08 tLon length reels also available.Consult factory, 6 2 2 7 7 17 28 40 62 84 62 9 9 Y 6 1 2 4 7 10 16 23 36 48 62 76 97 141 ZYTEL®Registered trademark E.I.Dupont Company. 4 1 1 3 5 7 12 17 27 1 36 47 58 73 106 TABLE 2-UL STYLE NUMBERS: UL AND NEC TYPES AND COPPER CONSTRUCTION CATALOG CONDUCTOR SIZE NUMBER DIA.OF UL•AWM UL AND NEC NUMBER (AWG or MCM) OF STRANDS STRANDS(MILS) STYLE NUMBERS WIRE TYPES 75420 18 16 10.1' 1316/1.408/1452 MTW/TEEN 75250 16 19 11.7 1316/1408/1452 75010 14 19 14.7 1316/1408/1452 75020 12 19 18.5 1316/1408/1452 75030 10 19 23.4 1317/1409/1453 ' 75040 8 19 29.5 1318/1410 75050 6 19 37.2 1318/1410 75060 4 19 46.9 1319/1411 75070 3 19 52.6 1319/1411 75080 2 19 59.1 1319/1411 75090 1 . 19 47.6 1320/1412 75110 1/0 19 53.4 1320/1412 MTW 75120 2/0 19 60.0 1320/1412 75130 3/0 19 67.3 1320/1412 THHN and THWN ' 75140 4/0 19 75.6 1320/1412 75150 250MCM 37 82.2 1321/1413 75160 300MCM 37 90.0 1321/1413 75170 350MCM 37 97.3 1321/1413 75180 400MCM 37 104.0 1321/1413 75190 500MCM 37 116.2 1321/1413 75206 600MCM 61 99.2 1321/1414 75207 750MCM 61 110.9 1321/1414 75208 1000MCM 61 128.0 1321/141.1 ' 75241 18 1 40.3 1316/1408/1452 00. TFN 75251 16 1 50.8 1316/1408/1452 75011 14 1 64.1 1316/1408/1452 75021 12 1 80.8 1316/1408/1452 ' THHN/THWN ' 75031 10 1 101.9 1317/1409/1453 WIRES CARRYING UL•MTW LABELS MUST BE STRANDED(SOLID COPPER NOT ACCEPTABLE FOR MACHINE TOOL WIRE) TABLE 3-PHYSICAL PROPERTY REQUIREMENTS FOR INSULATION TEST TYPICAL HEAT U.L. REQUIREMENTS ORIGINAL AGED ORIGINAL AGED ELONGATION-Minimum increase in distance 275% 85% 150% 65% between 2-inch gauge marks at break ' TENSILE STRENGTH-Minimum stress at 2500 psi 105% 2000 psi 75% breaking point AGING TEST (Heat aging) 168 hours in full draft. circulating air oven at 136°C. 1 TABLE 4-ALLOWABLE AMPACITIES:THIS TABLE COMPARES THE CONDUCTOR AMPACITIES,AREAS AND DIAMETERS OF CAROL THHN AND THWN WITH THOSE OF STANDARD THW AND RHH WIRES. COMPARISON OF CONDUCTOR AMPACITY,AREA AND DIAMETERS CONDUCTOR NEC AMPACITY CONDUCTOR AREA CONDUCTOR DIAMETER ' SIZE AWG 75°C 90°C RHH THHN RHH THHN OR THWN THHN THW THWN THW THWN MCM THW RHH )square inches) )inches) 14 15 15 .0206 .0087 .162 .105 12 20 20 .0251 .0117 .179 .122 10 30 30 .0311 .0184 .199 .153 8 45 55 .0598 .0373 .276 .218 6 65 75 0819 .0519 .323 .257 ' 4 85 95 .1087 .0845 .372 .328 3 100 110 .1263 .0995 .401 .356 2 115 130 .1473 .1182 .433 .388 1 130 150 .2027 .1590 .508 .450 ' 1/0 150 170 .2367 .1893 .549 .491 2/0 175 195 .2781 .2265 .595 .537 WO 200 225 .3288 .2715 .647 .588 4/0 230 260 .3904 .3278 .705 .646 ' 250MCM 255 290 .4877 .4026 .788 .716 300MCM 285 320 .5581 .4669 .843 .771 350MCM 310 350 .6291 .5307 .895 .822 400MCM 335 380 .6969 .5931 .942 .869 500MCM 380 430 .8316 .7163 1.029 .955 ' 600MCM 420 475 1.0261 .8792 1.143 1.058 750MCM 475 535 1.2252 1.0623' 1.249 1.163 1000MCM 545 615 1 1.5482 1.3623 1.404 1:317 NEC AMPACITIES: 18 TFN AND TFFN -6 AMPS: 16 TFN and TFFN -8 AMPS rPROPERTIES OF NYLON JACKET Nylon(DuPont ZYTELE))applied snugly on the insulation,making the wire capable of meeting all performance tests of each of the wire types as marked. 'Percent of onginal properties. CAROL1 1 1 1 401-728-7000 CAROL1 1 DOMINGUFZ,C. A 90221PHONE: z :Elm 1111 he Original Wire-Nut' Wire Connectors l ...¢...a �_\ % 1 t]F :Z.S" _ - '.w•i .-F,F. `.k-J; ..{4 .'g1�ti• � r}_._.. F "114`r 7. . AT f Ince IDEAL first offered the Original Wire-Nut'Wire Connector more than 60 years ago,it has continued to set industry standards.With five color- coded models covering hundreds of different solid or stranded wire com- Positive grip — — nations,it's no wonder Wire-Nut' Wire Connectors remain the preferred design _ — Itoice of electricians...year after year. UL-listed as pressure-type wire connectors.Wire-Nut' Wire Connectors comply with Federal Specification W-S-610d, are UL 486C listed Flame retardant _ �ED5238),CSA C 22.2 #188 certified(=LR9706)and rated at 105 C thermoplastic shell d 221`F to handle all branch circuit and fixture splicing applications. r� Longestfully-seated IN Positive grip, ribbed caps }-- ;. square wire spring ' speed installation by providing a secure fingertip grip for fast Threaded entry starts on the first few turns. ' Because no pre-twisting of � a conductors is required. Wire- Deep skirt. Nut' Wire Connectors go on ',-' installa- tion = wide throat ,fast and easy for lower installa- tion costs. ..:• aye,'.. ` � �__! . v Fixed, square-wire spring ' creates its own threads as it y> — Y draws the conductors all the way into the connector,creat- ing reat ing a secure pressure grip that ' will not relax with time. Re- usable e usable connector threads on or off splice for fast.easy circuit changes and additions. — C_icu On IISTfD Tough. U.L. flame retardant shell will not crack or break even when applied to max- imum wire combinations under ` _ Dimensions extreme pressure. Rated at Model A 8 C D E ' 105'Cand 221'F,ourthermo plastic shell stands up to 718' 1/8" 1/4" 21/64" 111/63" 37/64" extreme environments. y. ( e 72B' 9164" 9/32" 25/64"'11/64' 45/64" f --' 73B' 9/64" 11/32" 7/16" 5/t6' 55/64" 748' 11164" ( 7(16" 35164"!17/64" 61/64" 768' 1/4" 117/32" 21/32";17/64" 1.1/16" r..�rr nJ j I B • I Wire-Nut' Wire Connectors cont. High Temperature Wire-Nut' ' Wire Connectors Wire Combination Catalog Model Color Range Quantity Number Pkg,of 100 30-071 300 Volt Ctn,of 1000 30-171 718` Gray No.22 thru 14 AWG Keg of 25.000 Min. 1 No.20&1 No.22 (loose pack) 30-271 Max.2 No. 16 Card of 14 30-771 Pkg.of 100 i 30-072 ' [300 Volt Ctn,of 1000 30-172 j No.22 thru 14 AWG Keg of 10.000 72B' I Blue (Min,3 No.20 (loose pack) 30-272 Max.3 No. 16 The difference between high temperature Wire-Nut''Wire Connectors and. Card of 12 30-772 our Original Wire-Nut'Wire Connectors is the black thermoplastic shell Pkg.of 100 30-073 which is rated for higher temperatures(150'C/302'F), 600 Volt Ctn.of 1000 30-173 These quality Wire-Nut"Wire Connectors have been specially designed to No-22 thru 14 AWG Keg of 10.000 \kithstand the extreme heat build-up commonly found in high wattage light 73B' : Orange i (20 bags.500 ea.) 30-273 fixtures and signs. Min.3 No.20 ' Max.3 No. 16& 1 No. 18 i Keg of 10.000 E Black,thermoplastic caps withstand extreme temperatures(UL-listed (loose pack) 30-673 to 150'C/302'F)and are rated to 1000 volts max.capacity in fixtures Card of 10 30-773 and signs. Pkg.of 100 30-074 ■ Positive grip design ensures fast finger-tip connections. 600 Volt ;Ctn.of 1000 30-174 ■ The edges of the square-wire No. 18 thru 10 AWG i Keg of 10.000 spring bite into the conductor, 74B' Yetiaw Min, ? No. 14 8 1 No. 18 (20 bags.500 ea.) 30-274 twisting the wires together Max.4 No. 14& I No 18i quickly assuring cooler,more ego 10.000 (loose pack) I 30-674 positive splices and max imum electrical continuity. Card of 8 30-774 r--- I Pkg.of 100 30-076 �e. 600 Volt --- c� v 768r� [r ' I i No. 18 thru 8 AWG !Ctn.of 1000 30-176 CULL"`-= am' � Red usreo Min.2 No. 14 Keg of 5000 30-276 ! Max.2 No. 10&2 No. 12 '(20 bags.250 ea.) Card of 6 -- , 30-776 UL Listing j' Dimensions Wire-Nut' Wire Connectors �I a Model A 8 C ; 0 ; E 300 Volt Max. 600 Volt Max. Maximum Y � `� 718' Black ; 1;8" 114" 121164 111/64"137/64" ' Pressure-Type Pressure-Type Copper Tempera- = T 728` Black ! 9/64" ; 9/32" 25(64" 11/64 45/64" Wire Wire to lure _ ' ° 738' Black i 9/64" ;11/32"1 7/16" 15/16" 55164" Model Connector Connector Copper Rating 8� 598" Black 9x64" 111/32" 35!64"133/64"l' 1-1/16" 718' Gray • • 105' t—— Wire Combination Catalog 72B' Blue • • 105' Model Color Range Quantity ( Number —V-- — - --__ 300 Volt Ctn.of 1000 30-151 738' Orange • • • 105° 718'' Black No.22 thru 14 AWG _ Min. 1 No.20&1 No.22 Keg of 25.000 30 251 Max.2 No. 16 (loose pack) 748' Yellow • • • 105' 300 Volt C!n.of 1000 30-152 728V' Black No.22 thru 14 AWG 768' Red • • • 105' Max. 3 No. 0 Keg(looofp10,000 30-252 600 Volt Ctn.of 1000 30-153 High-Temp Wire-NuV Wire Connectors 738' Black No.22 thru 14 AWG Min,3 No.20 Keg of 10.000 30-253 718' Black + • 150° Max.3 No. 16& 1 No. 18 (loose pack) -- 600 Volt Pkg.of 100 30-059 728' Black • • 150' S9B" Black No.22 thru 12 AWG Ctn.of 1000 30-159 Min.3 No.20 Max.3 No. 14 Keg of 5.000 30-259 738' Black + • + 150° (loose pack) 59B` Black + • • 150° ' t 1400 volts maximum in fixtures and signs. Connectors .se 3M tape to do your job. For over 30 years, we've been Super 33+ ScotchTM Vinyl Electrical °Tape the world's leading supplier of electrical tapes. Our broad Stickier,stretchier and ' line includes vinyl plastic tapes of many kinds. from our highly conformable. Super stretchier and stickier,all-weather tape. Scotch""Super 33+, 33+is a premium-grade, to our heavy-duty Scotch",' 22 and cold weather Scotch TM Su � 7-mil (.18 mm) tape.that Super 88 tapes. 33Per applies well at—18°C/0°F ' 3M has glass cloth. Iinerless, rubber.semi-conducting E � ,� and has an operating range and varnished cambric tapes for insulating and splicing. 's - :. up to 1050C/2200F. Flame Fire- roofing ,to esanti-corrosion tapes and Scotch"' 35 p t p p k retardant,hot-and ' color-coding tapes are also available. y ;. cold-weather resistant. Durable 3M tapes have excellent resistance to abrasion, - Super 33+resists UV rays. moisture. UV rays and many caustic substances.They are abrasion,moisture,alkalies. Compatible with solid dielectric cable insulation. And acids and corrosion. Use ecause they're' designed with the electrician in mind. 125 Super 33+as a primary they're easy to apply properly in a wide range of ® insulation for wire cable temperatures, indoors and out. splices up to 600 V and for fixture and wire splices up to 1000 V. Meets requirements of ASTM D-3005 Type I, UL ' 510, HHI-595C,and CSA 22.2. Other widths and lengths lnyl Electrical available upon request. J Rolls/ Rolls/ ' �� tehTM Heavy-duty Vinyl etrieal Product UPC Size/Type of Package Carton Case 22 y 3/4"x 6(i'ican _ Tape I Super 33+ 06132 (19 mm x 20.1 m) 10 100 22 is a II (?5 mm) 3/4"x4;'/can tap in(-, abrasion Super 33+ 100115 (19 mm x 13.4 m) 10 100 r ce and electrical and , - ..,,: x d � �_�1 ask 3 U o i• P anical protection. Super 33+ 06130 (19 mm x 6.1 m) 10 100 pplications include bus ba 3/4'x60'!disp ' insulation and cable jacket Super 33+D 10216 (19 mm x 2 0.1 m! 10 100 repair. Other widths and ngths available upon 124 �eSt. %leets requirements ... _ ' ® 0 10. ASTM D-2301 Typ d CSA C22.2. 1 tN IIs/ Rolls/ Pro L'PC SizeiTcpe of Package Case ll�l),ta 3/4"x 36"•d/box I_ 49 (19 mm x3'-.y nu 'J. r` r 1 I'l'l' T I'r;!i liana'- uu PCT; EFF\UEH(YPoe Z ' PAYMENT TERMS • 10% Contract Authorization ' • 25% Material Delivery to Site ' • 65% Notice of Completion 1 Net 30 Days