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REQUEST FOR PROPOSAL

FOR

DESIGN BUILD:STAGE LIGHTING SYSTEM UPGRADE

AT

CONARD HIGH SCHOOL

BID # 6563F

TOWN OF WEST HARTFORD

INFORMATIONDESIGN BUILD:

STAGE LIGHTING SYSTEM UPGRADECONARD HIGH SCHOOL

110 BEECHWOOD RDWEST HARTFORD, CT

PROJECT MANAGERCHIP WARD

BUSINESS SERVICES MANAGER

ALL QUESTIONS TOPURCHASING SERVICES

TAMMY BRADLEYSENIOR BUYER

All questions must be submitted in writing and mailed to the PurchasingOffice emailed to TammybwesthartfordCT.gov or faxed to 860-561-7507at least seven calendar days prior to the date established for the opening ofbids. Please do not call the Engineer! Architect, Project Manager orPurchasing Office with questions.

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INVITATION TO BID

Sealed bids marked “RFP-DESIGN BUILD: STAGE LIGHTING SYSTEM UPGRADE (ii) CONARDHIGH SCHOOL BID #6563F’ will be received at the office of the Purchasing Division, Room 223, TownHall, 50 South Main Street, West Hartford, Connecticut until 2:00 on May 3, 2017 at which time they will bepublicly opened and read.

Plans and specifications are available for downloading at www.westhartfordct.govthids. Any questionsconcerning this request for bid shall be addressed to the Purchasing Agent at the address above.

A pre-bid conference will be held on April 19, 2017 at 2:00 PM at Conard High School. 110 Beechwood Rd.West Hartford, CT at which time questions concerning the project will be answered. Prospective bidders areexpected to attend the pre-bid meeting as this will be the only opportunity to verbalize questions relative to thisproject and view the job site with the Town’s project team.

All Bidders must file with their bid a bid bond, certified or treasurer’s check in the amount of 10% of the total ofthe base bid made payable to the Town of West Hartford.

Performance and Labor and Material Payment bonds in the amount of 100% ofthe contract price will be requiredof the successful bidder if the contract pursuant to this request for bids exceeds S50,000.00.

No bid may be withdrawn for a period of ninety (90) days after the opening of bids without the approval andwritten consent of the Town of West Hartford.

The right is reserved to reject any and all bids, to waive any informalities in the bidding and to make awards inany manner that is the most beneficial to the Town.

Bidders are encouraged to attend the Town’s bid opening at which time the public is afforded an opportunity torecord bid prices received in response to the Town’s solicitation. Bidders who would like the results of the bidbut are unable to attend the bid opening, may check the Town website,www.westhartfordct.gov/gov/departments/purchasin’bid results a week after the bid opening date. Bidderscalling the Purchasing Office for bid results will be referred to the above procedure.

TOWN OF WEST HARTFORDPETER PRIVITERAPURCHASING AGENT

3 Page

Intent:The Town of West Hartford and West Hartford Public Schools are seeking a contractor to provide design buildinstallation of specified lighting equipment as we upgrade our stage lighting system at Conard High School. Theawarded contractor will provide all labor, materials, equipment and all else whatsoever necessary to meet the scope ofwork. The work area must be kept cleaned and free of hazards at all times. All work must conform to all Federal,State and Local codes. Any Building Permits will be the responsibility of the contractor. West Hanford BuildingPermit Fees are waived with the awarded contract. This project shall be complete by August 2017.

Scope of Work

The Scope of Work ;viil consist ofbut not limited to the folio wing installation:Stage Lighting System:

Replace stage lighting system including, but not limited to:

1) Dimming cabinet, Relay cabinet

2) Control processors

3) Electrical Distributiona) FOH Catwalksb) Box Boom positionsc) On stage connector stripsd) Floor pockets

4) House light systema) Entry Stationsb) Stage Manager touchscreenc) Booth touchscreend) Locking coverse) Control processor1) Dimming capabilities for performance level dimming for existing house lights and possible future

upgrades to LED house lights.

5) Networked DMX Control upgrades to all lighting positionsa) Networked DMX gatewaysb) Equipment rackc) Network switchesd) Ethernet patch bayse) UPS1) Control inputs rear of house and back stageg) Upgrade control console if needed

6) Lighting fixtures providing adequate lighting of stage and orchestra pit areas from front, rear andcyclorama positions for theater productions, music performances, public assemblies:

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a) Ellipsoidal spotlights for front lightingb) Wash lights for rear lightingc) Cyclorama fixturesd) Cables and accessories to provide for proposed design and allow for show to show changese) LED lighting fixtures are preferred for energy and maintenance savings

7) Provide:a) Performance repertory design, hang, and focus of lighting fixturesb) System integrationc) Testing and Commissioning of lighting systemd) Configuration and programminge) Electrical, rigging, and low voltage installation and terminations1) End user trainingg) CT licensed electrician to be utilized for installationh) Site to be left in clean condition. Existing demolished or unused materials or equipment to be

removed from the site and recycled or returned to the owners at their discretion.

8) Specifications are provided to ensure the quality level of equipment and installation.

A. The equipment herein specified shall be manufactured by

o Electronic Theatre Controls

o POBox62O979

o Middleton, WI 53562

o Phone: 608/831-4116

o Fax: 608/836-1736

B. Alternative manufacturers must submit a Ml pre-approval package ten days prior to bid date.Package shall consist of items listed in Part I, Section 1 .03A.

C. Permission to bid does not imply acceptance of the manufacturer. It is the sole responsibility of thesystem integrator to ensure that any price quotations received and submittals made are for controls systemsthat meet or exceed the specifications.

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Instructions to Bidders:

1. The Bidder is required to submit a Certificate of Insurance in amounts and types specified in the INSURANCEEXHIBIT or provide a letter from the Bidder’s insurance agent or broker that such insurance is obtainable at thetime of execution of the Agreement and that a Certificate of Insurance shall be provided to that effect not later thanthe date of Contract signing.

2. The Contractor by executing this Bid agrees and represents that no person acting for or employed by theTown of West Hartford is directly or indirectly interested in the Bid or proposed Agreement or in the supplies orworks to which it relates, or will receive any part of the profit or any commission there from in any manner whichis unethical or contrary to the best interest of the Owner.

3. The Contractor agrees and warrants that in the performance of this Contract it will not discriminate or permitdiscrimination against any person or group of persons on the grounds of sex, race, color, religion, age, maritalstatus, ancestry, national origin, past history of mental disorder, mental retardation or physical disability’ or otherbasis in any maimer prohibited by the laws of the United States, the State of Connecticut, or the Town of WestHanford.

4. The Contractor shall employ a flail time, on-the-job Project Superintendent as his representative.

5. The Contractor and/or Subcontractor offers and agrees to assign to the Town of West Hanford and/or the WestHartford Board of Education all rights, titles and interest in all causes of action it may have under Section 4 of theClayton Act., 15 U.S.C. Section 15, or under Connecticut General Statutes 35-24 et. seq., as amended, arising outof the purchase of services, property, or intangibles of any kind pursuant to the Agreement, or Subcontractsthereunder. This assignment shall be made and become effective at the time the Town/Board awards or acceptssuch Agreement, without finther acknowledgment by the parties. In the alternative, at the option of the Town, theContractor and/or Subcontractor agrees to pay to the Town its proportionate share of recoveries for anti-trustviolations which relate to purchases pursuant to this Contract, or Subcontracts hereunder. The Contractor and/orSubcontractor agrees promptly to notilS’ the Purchasing Agent of the Town of West Hanford of suspected antitrust violations and claims.

Submission and Deadline1.1 MI proposals must be received by May 3,2017 at 2:00 PM. One (1) original and three (3) shall be

submitted to:

Peter Privitera,Town of West HartfordPurchasing Division, Room 22350 South Main StreetWest Hartford, CT 06107

1.2 MI firms who are fUrnished a copy of this RFP but who decide not to offer a Proposal to the Town ofWest Hartford are asked to submit a negative reply. Specific conmients and observations areencouraged.

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1.3 Packa2ing1.3.1 The oriEinal proposal along with three (3) shall be placed in one sealed envelope, bearing

the name and address of the respondent and clearly marked with the words “RFP: DesignBuild- Stage Lighting System Upgrade at Conard High School, Bid #6527RFP

1.4 Organization and Content

1.4.1 The Town will not be liable for any costs incurred in the preparation of the response to thisrequest Proposals must be bound, paginated, indexed and numbered consecutively. The firm’sauthorized official must sign all proposals.

1.4.2 The proposal must also provide name, title, address, and telephone numbers including FAXnumbers for 1) the individual with authority to negotiate and contractually bind the firm, and2) for those who may be contacted for the purpose of claril5’ing the information providedtherein. No original material should be submitted as all proposal submissions and materialsbecome property of the Town and will not be returned.

Proposal Instructions

1.5 Section 1: Submittal Letter

1.5.1 Bidders shall submit a cover letter, addressed to , Purchasing Agent, signed by an authorizedprincipal or agent of the Bidder which provides an overview of the Bidders offer, as well asthe name, title, fax number, e-mail address and phone number of the person to whom theTown may direct questions concerning the proposal. The letter should also include astatement by the Bidder accepting all terms and conditions contained in this request, signedby an officer or other individual with authority to bind the Bidder’s firm.

1.6 Section 2: Detailed Proposal includin2:

1.6.1 Bidders shall submit a proposal defining how the contractor plans to meet or exceed allcriteria defined in the scope of work, including but not limited to design, installation oflighting, system integration up to and through Commissioning. Bidders may submitdrawings or schematics.

1 .6.2 Bidders shall also provide a timetable for project completion.

1.6.3 References and Experience: Please provide a detailed written summary of the Bidder’sexperience and capability in providing similar installations elsewhere, especially experiencein providing services to high school or non-profit performance repertories. The referencesshould be from organizations in which the Lighting system is currently operational.

1.7 Section 3: Fee Proposal Terms

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1.7.1 All Bidders are required to submit a fee proposal for all services outlined in the scope ofservices. The fee shall include all design fees, equipment, materials, supplies, personnel andwhatsoever necessary as described herein. The Town is exempt from the payment of excisetaxes, transportation and sales taxes imposed by the federal government and/or the State ofConnecticut. Such taxes must not be included in the fixed fee. The Town reserves the rightto negotiate fees and payment schedules with the selected Bidder.

1.8 Section 4: Required Forms

1.8.1 Taxpayer’s Identification Number: Every Bidder, whether an individual, proprietor,partnership or a non-profit corporation or organization must fill out and submit with theirproposal the Internal Revenue Service Form W-9, Request for Taxpayer IdentificationNumber and Certification.

1.8.2 Certificate of Insurance: Bidder shall provide a Certificate of Insurance meeting allrequirements specified in the Indemnification and Insurance Exhibit, Attachment Q, of theRequest for Proposals

1.8.3 Bid Bonds

1.8.4 The Bidder must sign all proposals. Unsigned proposals cannot and will not be consider.

Proposal Evaluation

Selection CriteriaThe following criteria will be used, without limitation, in determining the successful Contractor:

1. The Bidder’s technical understanding of the project, its purpose, scope and field as evidenced by thequality of the proposal submitted, including but not limited to the design, installation, systemintegration and timetable.

2. Experience in Installing Similar Systems: This shall include the background and experience ofthe Bidder in providing similar services elsewhere, including the level of experience in working withhigh school or other performance repertories of similar size.

3. Competitiveness of proposed fee, although the Town is not bound to select the Bidder who proposedthe lowest fees for services, the Town reserves the right to with the selected Bidder.

Proposals in response to this request will be reviewed against the criteria listed above, and award of Contract shallbe made hi accordance with standard purchasing procedures.

SEIECTION PROCEDURES

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I. The Purchasing Agent reserves the right to reject any or all proposals or pails thereof for anyreasons, to negotiate changes to proposal terms, and to waive minor inconsistencies with the RFP.

2. A Selection Committee will assist the Purchasing Agent in choosing the successful Bidder to deliverthe requested services. Bidders submitting the best proposals may be invited to an interview with theSelection Committee prior to final recommendation for Contract award. The Town reserves the rightto make an award solely on the basis of the proposals submitted.

3. The Town intends to negotiate and enter into a Contract with the most responsible Bidder whoseproposal is determined to be in the best interest of the Town.

4. Due to equipment lead times, the Town intends to make an immediate award of the Contract.

PRINCIPALS/COLLUSION

By submission of a proposal, the Bidder does declare that the only person or persons interested in thisproposal as principal or principals is/or, are named therein and that no other person other than thereinmentioned has any interest in this proposal or Contract to be entered into; that this proposal is made withoutconnection with any person, company or parties making a proposal, and that it is in all respects fair and ingood faith without collusion or fraud.

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TOWN OF WEST HARTFORDCONTRACT LABOR RATES

LABOR REOUIREMENTS

Since there are other projects anticipated to be in progress at this location during this timeperiod, ALL BIDS MUST INCORPORATE STATE OF CONNECTICUT PREVAILINGWAGE RATES AS PROVIDED IN THIS DOCUMENT. The awarded bidder will berequired to pay prevailing wages.

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PREVAILUSG WAGE RATES

The Contractor shall certi& in writing and under oath to the Labor Commissioner the pay scale to beused by the Contractor and any Subcontractors. The provisions of this section shall not apply wherethe total cost of all work to be performed by ALL Contractors and Subcontractors in connection withnew construction of any public works project is less than FOUR HUNDRED thousand dollars orwhere the total cost of all work to be performed by ALL Contractors and Subcontractors inconnection with any remodeling, refinishing, refiathishing, rehabilitation, alteration or repair of anypublic works project is less than ONE HUNDRED thousand dollars. The Contractor shall ifillycomply with all provisions of Connecticut General Statutes (CGS) 31-53 and shall be subject to suchsanctions mandated for violations of said Public Act.

The wages paid on an hourly basis to any mechanic, laborer or workman employed upon the workherein contracted to be done and the amount ofpayment or contribution paid or payable on behalf ofeach such employee to any employee welfare flmd, as defined in CGS 31-53 shall be at a rate equalto the rate customary or prevailing for the same work in the same trade or occupation in the Town inwhich such public works project is being constructed. Any contractor who is not obligated byagreement to make payment or contribution on behalf of such employees to any such employeewelfare ffind shall pay to each employee as part of his wages the amount ofpayment or contributionfor his classification on each pay day.

The contractor shall not be paid in accordance with the payment provisions of these Contract BiddingDocuments unless the contractor is in ±11 compliance with the mandates of CGS 31-53.

Bidders are further advised that if the initial consideration due and payable pursuant to the Contractexceeds the mandatory limits at which prevailing wages rates are required, then the contractor andany subcontractors shall pay the appropriate prevailing wages retroactive to the date ofcommencement ofwork on the project The contractor shall not receive any additional compensationfrom the Owner as a result of an occurrence of the aforementioned event.

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Project: Conard High School Stage Lighting System

Minimum Rates and Classificationsfor Building Construction

Connecticut Department of LaborID#: B 23293 Wage and Workplace Standards Division

By virtue of the authority vested in the Labor Commissioner under provisions of Section 31-53 of the GeneralStatutes of Connecticut, as amended, the following are declared to be the prevailing rates and welfare paymentsand will apply only where the contract is advertised for bid within 20 days of the date on which the rates areestablished. Any contractor or subcontractor not obligated by agreement to pay to the welfare and pensionfund shall pay this amount to each employee as pafl of his)her hourly wages.

Project Number: Project Town: West HartfordState#: FAP#:


CLASSIFICATION Hourly Rate Benefits

Ia) Asbestos Worker/Insulator (Includes application of insulating materials, 38.25 27.96protective coverings, coatings, & finishes to all types of mechanicalsystems; application of firestopping material for wall openings &penetrations in walls, floors, ceilings

ib) Asbestos/Toxic Waste Removal Laborers: Asbestos removal andencapsulation (except its removal from mechanical systems which are notto be scrapped), toxic waste removers, blasters.**See Laborers Group 7**

Ic) Asbestos Worker/Heat and Frost Insulator 37.15 27.56

As oft Wednesday, March 15, 2017


2) Boilermaker 38.34 26.01

3a) Bricklayer, Cement Mason, Concrete Finisher (including caulking), 33.48 30.61 ± aStone Masons

3b) Tile Setter 34.90 24.69

3c) Terrazzo Mechanics and Marble Setters 31.69 22.35

3d) Tile, Marble & Terrazzo Finishers 26.70 21.02

3e) Plasterer 33.48 30.61



LABORERS

4) Group 1: Laborers (common or general), acetylene burners, carpenter 28.55 18.90tenders, concrete specialists, wrecking laborers, fire watchers.

4a) Group 2: Mortar mixers, plaster tender, power buggy operators, 28.80 18.90powdermen, fireproofer/mixer/nozzleman (Person running mixer andspraying fireproof only).

4b) Group 3: Jackhammer operators/pavement breaker, mason tender 29.05 18,90(brick), mason tender (cement/concrete), forklift operators and forkliftoperators (masonry).

4c) **Group 4: Pipelayers (Installation of water, storm drainage or sewage 28.80 18.90lines outside of the building line with P6, P7 license) (the pipelayer rateshall apply only to one or two employees of the total crew who primarytask is to actually perform the mating of pipe sections) P6 and P7 rate isS26.80.

4d) Group 5: Air track operator, sand blaster and hydraulic drills. 29.30 8.90

As oft Vednesday, March 15, 2017


4e) Group 6: Blasters, nuclear and toxic waste removal. 31.55 18.90

41) Group 7: Asbestos/lead removal and encapsulation (except its 29.55 18.90removal from mechanical systems which are not to be scrapped).

4g) Group 8: Bottom men on open air caisson, cylindrical work and boring 28.38 18.90crew.

4h) Group 9: Top men on open air caisson, cylindrical work and boring 27.86 18.90crew.

4i) Group 10: Traffic Control Signalman 16.00 18.90

5) Carpenter, Acoustical Ceiling Installation, Soft Floor/Carpet Laying, 32.00 24.42Metal Stud Installation, Form Work and Scaffold Building, DrywallHanging, Modular-Furniture Systems Installers, Lathers, Piledrivers,Resilient Floor Layers.

As of Wednesday, March 15, 2017


5a) Millwrights 32.47 24.84

6) Electrical Worker (including low voltage wiring) (Trade License 38.65 24.42+3% ofrequired: El.2 L-5,6 C-5,6 T-l.2 L-l,2 \‘-l,2,7,8,9) gross wage

7a) Elevator Mechanic (Trade License required: R-l,2,5.6) 50.14 31.585+a+b

LINE CONSTRUCTION---

Groundman 25.93 6.5% + 8.53

LinemenlCabLe Splicer 47.14 6.5%-f 20.98



8) Glazier (Trade License required: FG-l,2) 35.58 20.15 + a

9) Ironworker, Ornamental, Reinforcing, Structural, and Precast Concrete 35.22 31.99 + aErection

----OPERATORS----

Group 1: Crane handling or erecting structural steel or stone, hoisting 38.55 23.55 + aengineer 2 drums or over, front end loader (7 cubic yards or over), workboat 26 ft. and over and Tunnel Boring Machines. (Trade License Required)

Group 2: Cranes (100 ton rate capacity and over); Excavator over 2 cubic 38.23 23.55 + ayards; Piledriver ($3.00 premium when operator controls hammer); BauerDrill/Caisson. (Trade License Required)

Group 3: Excavator; Backhoe/Excavator under 2 cubic yards; Cranes 37.49 23.55 + a(under 100 ton rated capacity’), GraderlBlade; Master Mechanic; HoistingEngineer (all types of equipment where a drum and cable are used Eo hoistor drag material regardless of motive power of operation), Rubber TireExcavator (Drott-1085 or similar);Grader Operator; Bulldozer Fine Grade.(slopes, shaping, laser or GPS, etc.). (Trade License Required)

As of’ Wednesday, March 15, 2017


Group 4: Trenching Machines; Lighter Derrick; Concrete Finishing 37.10 23.55 + aMachine; CMI Machine or Similar; Koelwing Loader (Skooper),

Group 5: Specialty Railroad Equipment; Asphalt Paver; Asphalt 36.51 23.55 + aReclaiming Machine; Line Grinder Concrete Pumps; Drills with SelfContained Power Units; Boring Machine; Post Hole Digger; Auger;Pounder; Well Digger; Milling Machine (over 24 Mandrell)

Group 5 continued: Side Boom; Combination Hoe and Loader; Directional 36.51 23.55 ± aDrilLer; Pile Testing Machine.

Group 6: Front End Loader (3 up to 7 cubic yards); Bulldozer (rough 36.20 23.55 + agrade dozer).

Group 7: Asphalt roller, concrete saws and cutters (ride on types), 35.86 23.55 + avermeer concrete cutter, Stump Grinder; Scraper; Snooper; Skidder;Milling Machine (24 and under Mandrell).

Group 8: Mechanic, grease truck operator, hydroblaster; barrier mover; 35.46 23.55 + apower stone spreader; welding; work boat under 26 ft.; transfer machine.



Group 9: Front end loader (under 3 cubic yards), skid steer loader 35.03 23.55 + aregardless of attachments, (Bobcat or Similar): forklift, power chipper;landscape equipment (including Hydroseeder).

Group 10: Vibratory hammer; ice machine; diesel and air, hammer, etc. 32.99 23.55 + a

Group 11: Conveyor, earth roller, power pavement breaker (whiphammer), 32.99 23.55 + arobot demolition equipment.

Group 12: Wellpoint operator. 32.93 23.55 + a

Group 13: Compressor battery operator. 32,35 23.55 + a

Group 14: Elevator operator; low motor operator (solid tire no rough 31.21 23.55 + aterrain).



Group 15: Generator Operator; Compressor Operator; Pump Operator; 30.80 23.55 + aWelding Machine Operator; Heater Operator.

Group 16: Maintenance Engineer/Oiler. 30.15 23.55 + a

Group 17: Portable asphalt plant operator; portable crusher plant operator; 34.46 23.55 + aportable concrete plant operator.

Group 18: Power safety boat; vacuum truck; zim mixer; sweeper; 32.04 23.55 + a(Minimum for any job requiring a CDL license).

PAINTERS (Including Drywall Finishing)

lOa) Brush and Roller 32.02 20.15

Asoft Wednesday,March 15, 2017


lOb) Taping Only/Drywall Finishing 32.77 20.15

lOc) Paperhanger and Red Label 32.52 20.15

l0e) Blast and Spray 35.02 20.15

11) Plumber (excluding HVAC pipe installation) (Trade License required: 40.62 29.71P-1,2,6,7,8,9 J-1,2,3,4 SP-1,2)

12) Well Digger, Pile Testing Machine 33.01 19.40 + a

13) Roofer (composition) 34.12 18.58

As of Wednesday, March IS, 2017

Project: Canard High School Stage Lighting System

14) Roofer (slate & tile) 34.62 18.58

15) Sheetmetal Worker (Trade License required for HVAC and Ductwork: 36.00 3451SM-l ,SM-2,SM-3,SM-4,SM-5,SM-6)

16) Pipefitter (Including HVAC work) (Trade 40.62 29.71License required: S-l,2,3,4,5,6,7,8 8-1,2,3,4 D-1,2,3,4, G-l, 0-2, G-8 &G-9)

TRUCK DRIVERS--—

17a) 2 Axle 28.83 21.39 + a

17b) 3 Axle, 2 Axle Ready Mix 28.93 21.39 + a

Asof Weduesday,March 15, 2017


17c) 3 Axle Ready Mix 28.98 21.39 + a

lid) 4 Axle, Heavy Duty Trailer up to 40 tons 29.03 21.39 + a

17e) 4 Axle Ready Mix 29.08 21.39 + a

170 Heavy Duty Trailer (40 Tons and Over) 29.28 21.39 + a

hg) Specialized Earth Moving Equipment (Other Than Conventional Type 29.08 21.39 + aon-the-Road Trucks and Semi-Trailers, Including Euchids)

18) Sprinkler Fitter (Trade License required: F-I ,2,3,4) 42.62 20.77 + a



19) Theatrical Stage Journeyman 25.76 7.34

As oft Vcdnesday, March 15, 2017


Welderv: Rate for craft to iiiich ice/ding is incidentaL

Wote• Hazardous waste removal work receives additional $1.25 per hourfor truck drive,w.

**Note: Hazardous waste prensüun $3.00 per hour over classified tate

ALL Cranec: flIien crane operator is operating equipment that requires afully licensed craneoperator to operate lie receives an extra S3. 00 premium in addition to the hourly *vage rate alit! benefitcontributions:

1) Crane handling or erecting structural steel or stone; hoisting engineer (2 drains or over)

2) (‘rant’s (100 ton rate capacity and over) Baiter Drill/Caisson

3,) Cranes (under 100 ton rated capacity)

Crane with 150 ft. boom (including jib) -$1.50 extraCrane with 200 ft. boom (including jib) -$2.50 extraCrane with 250 ft. boom (including jib) -$5.00 extraCrane with 300 ft. boom (including jib) -$7.00 extraCrane with 400 ft. boom (including jib) - $10.00 extra

All classifications that indicate a percentage of the fringe benefits must be calculated at the percentage ratetimes the “base hourly rate”.

Apprentices duly registered under the Commissioner of Labor’s regulations on “Work Training Standards forApprenticeship and Training Programs” Section 31-51 -di to 12, are allowed to be paid the appropriatepercentage of the prevailing journeymen hourly base and the full fringe benefit rate, providing the work siteratio shall not be less than one full-timejoumeyperson instructing and supervising the work of eachapprentice in a specific trade.

The Prevailing ivage rates applicable to this project are subject to annual adjustmentseach fitly 1st for (lie duranon of the project.

Each contractor shall pm’ the annual adjusted prevailing wage rate that is in effect eachJuly 1st, as posted hi’ the Department ofLabor.

It is the con uactors responsibility to obtain the an ;iua I adjusted prevailing wageincreastc direct/v from tile Department ofLabor’s website.

The annual adjustments will he posted on the Department ofLaborx Jft’h page:;I’wu. ct.goiidol. For those without internet access, please contact the division listedbelow.

The Department ofLabor will continue to issue the initial prevailing wage rate schethdeto the Contracting Agency or the project.

All subsequent annual adjustments will be posted on our Web Site for contractoraccess.

Contracting Agencies are under 170 obligation piwvuant to State labor lait’ to pay ant’increase due to the annual adjustment provision.

Asofi Vednesday,March 15, 2017


Effective October 1, 2005 - Public Act 05-50: any person peiforming the rc’o,* ofany mechanic, laborer,or worker shall be paid prevailing wage

All Person who perform work ON SITE must he paid prevailing wage for theappropriate mechanic, laborer, or worker classification.

All certified payrolls must list the hours worked and wages paid to All Personswho perform work ON SITE regardless of their ownership i.e.: (Owners,Corporate Officers, LLC Members, Independent Contractors, et. al)

Reporting and payment of wages is required regardless of any contractualrelationship alleged to exist between the contractor and such person.

---Unlisted classifications needed for work not included within the scope of theclassifications fisted may be added after award only as provided In the laborstandards contract clause (29 CFR 5.5 (a) (1) (ii)).

Please direct any questions which you may have pertaining to classification of work and payment ofprevailing wages to the Wage and Workplace Standards Division, telephone (860)263-6790.


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Sec. 31-53b. Construction safety and health course. New miner training program.Proof of completion required for mechanics, laborers and workers on public worksprojects. Enforcement Regulations. Exceptions. (a) Each contract for a public worksproject entered into on or after July 1, 2009, by the state or any of its agents, or by anypolitical subdivision of the state or any of its agents, described in subsection (g) of section3 1-53, shall contain a provision requiring that each contractor furnish proof with theweekly certified payroll form for the first week each employee begins work on such projectthat any person performing the work of a mechanic, laborer or worker pursuant to theclassifications of labor under section 3 1-53 on such public works project, pursuant to suchcontract has completed a course of at least ten hours in duration in construction safety andhealth approved by the federal Occupational Safety and Health Administration or, hascompleted a new miner training program approved by the Federal Mine Safety and HeaLthAdministration in accordance with 30 CFR 48 or, in the case of telecommunicationsemployees, has completed at least ten hours of training in accordance with 29 CFR1910.268.

(b) Any person required to complete a course or program under subsection (a) of thissection who has not completed the course or program shall be subject to removal from theworksite if the person does not provide documentation of having completed such course orprogram by the fifteenth day after the date the person is found to be in noncompliance. TheLabor Commissioner or said commissioner’s designee shall enforce this section.

(cJ Not later than January 1, 2009, the Labor Commissioner shall adopt regulations, inaccordance with the provisions of chapter 54, to implement the provisions of subsections(a) and (b) of this section. Such regulations shall require that the ten-hour constructionsafety and health courses required under subsection (a) of this section be conducted inaccordance with federal Occupational Safety and Health Administration Training Institutestandards, or in accordance with Federal Mine Safety and Health Administration Standardsor in accordance with 29 CER 1910.268, as appropriate. The Labor Commissioner shallaccept as sufficient proof of compliance with the provisions of subsection (a) or (b) of thissection a student course completion card issued by the federal Occupational Safety andHealth Administration Training Institute, or such other proof of compliance saidcommissioner deems appropriate, dated no earlier than five years before thecommencement date of such public works project

(d) This section shall not apply to employees of public service companies, as defined insection 16-1, or drivers of commercial motor vehicles driving the vehicle on the publicworks project and delivering or picking up cargo from public works projects provided theyperform no labor relating to the project other than the loading and unloading of their cargo.

(PA 06-175, 5. 1; PA. 08-83, S. 1.)

History: PA. 08-83 amended Subsec. (a) by making provisions applicable to public worksproject contracts entered into on or after July 1, 2009, replacing provision re total cost ofwork with reference to Sec. 31-53(g), requiring proof in certified payroll form that newmechanic, laborer or worker has completed a 10-hour or more construction safety courseand adding provision renew miner training program, amended Subsec. (b) by substituting“person” for “employee’ and adding “or program”, amended Subsec. (c) by adding “or inaccordance with Federal MineSafety and Health Administration Standards” and setting new deadline of January 1, 2009,deleted former Subsec. (d) re “public building”, added new Subsec. (d) re exemptions forpublic service company employees and delivery drivers who perform no labor other thandelivery and made conforming and technical changes, effective January 1, 2009.

Informational Bulletin

THE 10-HOUR OSHA CONSTRUCTIONSAFETY AND HEALTH COURSE

(applicable to public building contracts entered into on or after July 1, 2007, where thetotal cost of all work to be performed is at least $100,000)

(1) This requirement was created by Public Act No. 06-175, which is codified inSection 3 l-53b of the Connecticut General Statutes (pertaining to the prevailingwage statutes);

(2) The course is required for public building construction contracts (projects fundedin whole or in part by the state or any political subdivision of the state) enteredinto on or after July 1, 2007;

(3) It is required of private employees (not state or municipal employees) andapprentices who perform manual labor for a general contractor or subcontractoron a public building project where the total cost of all work to be performed is atleast $100,000;

(4) The ten-hour construction course pertains to the ten-hour Outreach Courseconducted in accordance with federal OSHA Training Institute standards, and, forteleconimunications workers, a ten-hour training course conducted in accordancewith federal OSHA standard, 29 CFR 19 10.268;

(5) The internet website for the federal OSHA Training Institute ishtrp://www.osha.gov/fso/ote/training/edccnters/fact_shcet.html;

(6) The statuton’ language leaves it to the contractor and its employees to determinewho pays for the cost of the ten-hour Outreach Course;

(7) Within 30 days of receiving a contract award, a general contractor must ffirnishproof to the Labor Commissioner that all employees and apprentices performingmanual labor on the project will have completed such a course;

(8) Proof of completion may be demonstrated through either: (a) the presentation of abona fide student course completion card issued by the federal OSHA TrainingInstitute; or (2) the presentation of documentation provided to an employee by atrainer certified by the Institute pending the actual issuance of the completioncard;

(9) Any card with an issuance date more than 5 years prior to the commencementdate of the construction project shall not constitute proof of compliance;

(10) Each employer shall affix a copy of the construction safety course completioncard to the certified payroll submitted to the contracting agency in accordancewith Conn. Gen. Stat. § 31-53(1) on which such employee’s name first appears;

(II) Any employee found to be in non-compliance shall be subject to removal fromthe worksite if such employee does not provide satisfactory proof of coursecompletion to the Labor Commissioner by the fifteenth day after the date theemployee is determined to be in noncompliance;

(12) My such employee who is determined to be in noncompliance may continue towork on a public building construction project for a maximum of fourteenconsecutive calendar days while bringing his or her status into compliance;

(13) The Labor Commissioner may make complaint to the prosecuting authoritiesregarding any employer or agent of the employer, or officer or agent of thecorporation who files a false certified payroll with respect to the status of anemployee who is performing manual labor on a public building constructionproject;

(14) The statute provides the minimum standards required for the completion of asafety course by manual laborers on public construction contracts; any contractorcan exceed these minimum requirements; and

(15) Regulations clari’ing the statute are currently in the regulatory process, and shallbe posted on the CTDOL website as soon as they are adopted in final form.

(16) Any questions regarding this statute may be directed to the Wage and WorkplaceStandards Division of the Connecticut Labor Department via the internet websiteof http://www.ctdol.state.ct.us/wgwkstndlwgemenu.htm; or by telephone at(860)263-6790.

THE ABOVE INFORMATION IS PROVIDED EXCLUSIVELY AS ANEDUCATIONAL RESOURCE, AND IS NOT INTENDED AS A SUBSTITUTEFOR LEGAL INTERPRETATIONS WHICH MAY ULTMATELY ARISECONCERNIG THE CONSTRUCTION OF THE STATUrE OR THEREGULATIONS.

November 29, 2006

NoticeTo All Mason Contractors and Interested Parties

Regarding Construction Pursuant to Section 31-53 of theConnecticut General Statutes (Prevailing Wage)

The Connecticut Labor Department Wage and Workplace Standards Division is empowered toenforce the prevailing wage rates on projects covered by the above referenced statute.

Over the past few years the Division has withheld enforcement of the rate in effect for workerswho operate a forklift on a prevailing wage rate project due to a potential jurisdictional dispute.

The rate listed in the schedules and in our Occupational Bulletin (see enclosed) has been asfollows:

Forklift Operator:

- Laborers (Group 4) Mason Tenders - operates forkiffi solely to assist a mason to a maximumheight of nine feet only.

- Power Equipment Operator (Group 9) - operates forklift to assist any trade and to assist amason to a height over nine feet.

The U.S. Labor Department conducted a survey of rates in Connecticut but it has not beenpublished and the rate in effect remains as outlined in the above Occupational Bulletin.

Since this is a classification mailer amid not one ofjurisdiction, effective Jan riamy 1,2007 the connecticut Labor Department will enforce the rate on each schedule inaccordance with our statutory authority.

Your cooperation in filing appropriate and accurate certified payrolls is appreciated.

STATUTE 31-SSa

- SPECIAL NOTICE -

To: All State and Political Subdivisions,Their Agents, and Contractors

Connecticut General Statute 31-55a - Annual adjustments to wage rates bycontractors doing state work.

Each contractor that is awarded a contract on or after October 1, 2002, for (1) theconstruction ofa state highway or bridge thatfalls under the provisions ofsection 31-54 ofthe general statutes, or (2) the construction, remodeling, refinishing, refisrbishing,rehabilitation, alteration or repair ofany public works project thatfalls under the provisionsofsection 31 -S3 of the general statutes shall contact the Labor Commissioner on or beforeJuly first ofeachyear,for the duration ofsuch contract, to ascertain the prevailing rate ofwages on an hourly basis and the amount ofpayment or contributions paid or payable onbehalfofeach mechanic, laborer or worker employed upon the work contracted to be done,and shall make any necessazy adjustments to such prevailing rate of wages and such paymentor contributions paid or payable on behalfofeach such employee, effective each July first

• The prevailing wage rates applicable to any contract or subcontract awarded onor after October 1, 2002 are subject to annual adjustments each July 1st for theduration of any project which was originally advertised for bids on or afterOctober 1,2002.

• Each contractor affected by the above requirement shall pay the annual adjustedprevailing wage rate that is in effect each July 1st, as posted by the Departmentof Labor.

• It is the contractor’s responsibility to obtain the annual adjusted prevailingwage rate increases directly from the Department of Labor’s Web Site. Theannual adjustments will be posted on the Department of Labor Web page:www.ctdoLstate.ctus. For those without internet access, please contact thedivision listed below.

The Department of Labor will continue to issue the initial prevailing wage rateschedule to the Contracting Agency for the project All subsequent annualadjustments will be posted on our Web Site for contractor access.

Any questions should be directed to the Contract Compliance Unit Wage andWorkplace Standards Division, Connecticut Department of Labor, 200 Folly BrookBlvd., Wethersfield, CT 06109 at (860)263-6790.

SECTION 26000

Part 1. GENERAL

1.01 WORK INCLUDED

A. The System integrator, as part of the work of this section, shall provide, installand test a complete lighting control system as specified herein for areasindicated on the drawings and circuit schedules.

B. The System Integrator’s Electrical Contractor shall furnish all conduit, wire,connectors, hardware and other incidental items necessary for the complete andproper operation of the lighting control system.

C. The Electrical Contractor shall coordinate all work described in this section withall other applicable plans and specifications, including but not limited to:

1. General Conditions2. Electrical Section General Provisions3. Conduit4. Wire and Cable

1.02 SYSTEM DESCRIPTION

A. The system shall be designed for the control of architectural and theatricallighting and shall consist of factory pre-wired dimming and processing rackenclosures containing dimmers, relays, power supplies, breakers, terminalsand/or control electronics.

B. System shall work in conjunction with specified low-voltage control stations.

1.03 SUBMITTALS

A. Manufacturer shall provide 3 sets of full system submittals. Submiffals shallinclude:

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ETC - Performance Specification . Architectural Lighting Control Systems

Job Name:,ii

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Conard High School

Location: West Hartford, CT

Quote #: 872

Date: 02/22/2017

1. Full system riser diagram(s) illustrating interconnection of systemcomponents, wiring requirements, back box sizes and any specialinstallation considerations.

2. Full set of printed technical data sheets.3. Detailed set of dimmer schedules4. Detailed set of circuit and control schedules, including a complete list of all

deviations from specifications.B. Manufacturer shall provide any additional information, including equipment

demonstrations, as required by the engineer or specifier to verify compliance withspecifications.

1.04 QUALITY ASSURANCE

A. Manufacturer shall be one who has been continuously engaged in themanufacturer of lighting control equipment for a minimum of ten years. Alldimmer and cabinet fabrication must take place in a U.S.manufacturing plant.

B. The manufacturer shall have a factory authorized stocking service center with atleast one full time service technician on staff located within 75 miles of the jobsite. In addition, the manufacturer shall have a toll free 24-hour hotline with amaximum response time of 20 minutes, 24 hours a day and 365 days a year.

C. All equipment, where applicable standards have been established, shall be builtto the standards of Underwriters Laboratories, Inc., the National Electric Codeand the United States Institute for Theater Technology. Permanently installedpower distribution equipment such as dimmer racks and distribution shall be ULand C-UL Listed, and/or CE marked (where applicable) and bear the appropriatelabels. Portable equipment such as consoles and fixtures shall be UL and C-ULListed, ETL Listed and/or CE marked (where applicable) and bear theappropriate labels.

1.05 ACCEPTABLE MANUFACTURERS

A. The equipment herein specified shall be manufactured byo Electronic Theatre Controlso PC Box 620979o Middleton, WI 53562o Phone: 608/831-4116o Fax: 608/836-1736

B. Alternative manufacturers must submit a full pre-approval package ten days priorto bid date. Package shall consist of items listed in Part 1, Section 1 .03A.

C. Permission to bid does not imply acceptance of the manufacturer. It is the soleresponsibility of the electrical contractor to ensure that any price quotationsreceived and submittals made are for controls systems that meet or exceed thespecifications.

Part 2. PRODUCT

2.01 Unison ERn Series Control Enclosures1. Control Enclosures

A. The control enclosure shall be the Unison ERn Series Control Enclosureas manufactured by Electronic Theatre Controls, Inc., or equal.

B. Mechanical1. The External Processing enclosure shall be a surface mounted

panel constructed of 18 gauge formed steel panels with a hinged,lockable full-height door containing an integral electrostatic air filter.

a. The enclosure door shall have an opening to allow limitedaccess to the control module face panel.

b. Enclosures shall be convection cooled without the use offans.

2. Control Enclosures shall be sized to accept one or two ControlProcessors and one or two Station Power Modules, includingvarious options and accessories.

a. The Control Enclosure for a single control processor (ERn2)shall support a single Station Power Supply module; TheControl Enclosure for 2 control processors (ERn4) shallsupport a quantity of 2 modules.

3. All enclosure components shall be properly treated and finished.a. Exterior surfaces shall be finished in fine textured, scratch

resistant, powder based epoxy paint.4. Enclosure(s) shall also be available in a 19” rack mounted (RM)

version.a. Rack-mounted version shall have an independent enclosure

suspension kit, with a full height, locking door/cover attachedto the kit.

b. Rack-mounted version shall have an opening to access thecontrol module face panel, and openings to view indicatorson option modules.

5. Enclosure dimensions and weights (without modules) shall notexceed:

a ERn2-15”Wx9”H,10”D,151bb. ERn2-RM - 19” W 11 “H 10” D, 20 lb.c. ERn4 -15” W x 14” H x 10” D, 20 lb.d. ERn4-RM - 19” W x 16” H x 10” D, 25 lb.

6. Top, bottom, and side knockouts shall facilitate conduit entry.7. Enclosures shall be designed to allow easy insertion and removal

of all control and option modules without the use of tools.a. Supports shall be provided for precise alignment of modules

into power and signal connector blocks.b. With modules removed, enclosures shall provide clear front

access to all power and control wire terminations.8. Option Modules

a. Ethernet Switch1. The Control Enclosure shall support an optional 5-port

Ethernet Switch, with at least 4 ports supplying Powerover Ethernet (PoE).

2. The Ethernet Switch module shall be l0OBaseTX,auto MDI/MDIX, 802.3af PSE compliant.

3. The Ethernet Switch module shall contain power,status, and activity indicators. All indicators shall bevisible when the enclosure door is open for both rackand wall mounted ERn.

b. Redundant Power Supply (RRPS)1. The Control Enclosure shall support an optional

redundant power supply which shall automaticallyprovide power to the control electronics upon failureor removal of the primary power supply.

2. The redundant power supply shall assert itselfseamlessly without a loss of power to the controlelectronics.

3. The redundant power supply shall seamlessly removeitself when the primary power supply is reengaged.

4. The redundant power supply shall provide visibleindication that it is active.

c. Station Bus Repeaters (ERn4 only)1. The Control Enclosure shall support an optional

module to expand the station bus length an additional400 meters, and the station count an additional 30stations (60 maximum per processor/enclosure)

2. Wall-mount and 19” Rack-Mount versions shall alsobe available to support mid-span insertion away fromthe Control Enclosure.

d. Station Bus Dual Repeaters (ERn4 only)1. The Control Enclosure shall support an optional

module to expand the station bus length to twoadditional 400 meter segments (a total of 1200 metersfrom a single enclosure, and the station count to 60stations (60 maximum per processor/enclosure).

2. Wall-mount and 19” Rack-Mount versions shall alsobe available to support mid-span insertion away fromthe Control Enclosure.

9. Accessoriesa. RideThru Option (RTO)

1. The Control Enclosure shall support an optional,short-term back-up power source for the controlelectronics.

2. RideThru Option (RTO) provides power for controlselectronics during brief power outages or drop outs.

3. The short-term back-up power source shallautomatically engage upon the loss of normal power,seamlessly transitioning the supply power for thecontrol electronics power to itself.

4. The short-term back-up power supply shaH detect thereturn of normal power, and seamlessly return thecontrol electronics to normal power.

5. The short-term back-up power source shall supportthe control electronics for at least 10 seconds.

b. BatteryPack Option (BPO)1. The Control Enclosure shall support an optional, long-

term back-up power source for the control electronics.2. The long-term back-up power source shall

automatically engage upon the loss of normal power.seamlessly transitioning the supply power for thecontrol electronics power to itself.

3. The long-term back-up power source shall supplypower to the control electronics for at least 90minutes.

4. The long-term back-up power supply shall detect thereturn of normal power, and seamlessly return thecontrol electronics to normal power.

5. A test switch/indicator shall be available withoutopening the rack door or removal of anymodules/components.

C. Electrical1. External Processing enclosures shall be available in 100, 120, 230

and 240 volt, single-phase configurations.2. External Processing enclosures shall be completely pre-wired by

the manufacturer. The contractor shall provide input and controlwiring.

3. External Processing enclosures shall be designed to support thefollowing wire terminations:

a. AC (single phase)b. Echelon link power (Belden 8471 or equivalent)c. 24Vdc(2- 16AWG Wire)d. DMX512A Port A (in or Out) (Belden 9729 or equivalent)e. DMXS1 2A Port B (In or Out) (Belden 9729 or equivalent)f. RS232 Serial In/Out (Belden 9729 or equivalent)g. Unshielded Twisted Pair (UTP) Category 5 Etherneth. Contact Closure In (14AWG to 26AWG Wire)i. Contact Closure Out (14AWG to 26AWG Wire)

1. Contact Closure Out shall provide 1A @ 3OvDC4. Station Power Modules

a. Station power supply modules shall provide LinkPower for at32 stations and 1 .5A@24VDC of Auxiliary (AUX) power.

b. Station power repeater modules shall provide LinkPower for30 stations andl.SA@24VDC of Auxiliary (AUX) power.

c. Station power module shall support over-current/shortprotection for LinkPower and Aux. LinkPower shall supportfault detection on each leg of the balanced data bus.

5. All control wire connections shall be terminated via factory providedconnectors.

D. Thermal1. Ambient room temperature: 0-40°C / 32-104°F2. Ambient humidity: 10-90% non-condensing

2.02 Architectural Control Processor Modules1. Control Processor Modules

A. The Architectural Control Processor shall be the Unison Paradigm Series,P-ACP Control Processor as manufactured by Electronic TheatreControls, Inc., or equal.

B. Mechanical1. The Architectural Control Processor (ACP) assembly shall be

designed for use in DRd Series Power Enclosures and ERn SeriesControl Enclosures.

2. The processor shall utilize microprocessor based, solid statetechnology to provide multi-scene lighting and building control.

3. ACP module electronics shall be contained in a plug-in assembly.a. The module shall be housed in a formed steel body and

contain no discrete wire connections.1. No tools shall be required for module removal or

insertion.4. The ACP shall be convection cooled.5. User Interface

a. The ACP shall utilize a backlit liquid crystal display capableof graphics and eight lines of text.

b. The ACP shall provide an alpha-numeric keypad for dataentry and navigation

c. The ACP shall provide a touch-sensitive control wheel fornavigation.

d. The ACP shall provide shortcut buttons to assist innavigation, selection, and data entry.

e. The ACP keypad, buttons, and wheel shall be backlit for usein low-light conditions.

1. The backlight shall have a user selectable time out,including no time out.

6. The ACP shall provide a front-panel RJ45 receptacle for Ethernetconnection to the processor for configuration, live control, and webbrowser-based system access.

a. The RJ-45 receptacle shall be secured behind the lockingdoor.

7. The ACP shall provide a Secure Digital (SD) Removable Media sloton the front panel for transfer of configuration data.

a. The SD slot shall be secured behind the locking door.8. The ACP shall provide a Universal Serial Bus (USB) port on the

front panel for transfer of configuration data.a. The USB port shall be secured behind the locking door.

9. Architectural Lighting System configuration and programinformation shall be stored in flash memory, which does not requirebattery backup.

a. The ACP shall provide a Compact Flash (CF) Card asbackup flash memory and storage.

b. The CF Card is located in the back of the ACP, and can beaccessed only by removing the ACP.

c. The ACP data can be exchanged by inserting the CF cardinto another ACP.

C. Electrical1. The ACP shall require no discrete wiring connections; all wiring

shall be terminated into Dimming or Control Enclosure.2. The ACP shall require low-voltage power supplied by the Dimming

or Control enclosure.3. The ACP shall be hot-swap capable.4. The ACP shall support Echelon LonTalk with LinkPower

communications with control stations and other remote devices,including button stations, button/fader stations, Touchscreenstations, sensors, and third party LonMARK compliant products.

a. The LinkPower network shall utilize polarity-independent,low-voltage Class II twisted pair wiring, type Belden 6471(unshielded) or Belden 8719 (shielded) or equivalent. One #14 AWG drain wire will be required for system not usinggrounded metal conduit. Touchscreen stations, interfacestations and portable stations connectors will also require (2)#16 AWO wires.

b. The LinkPower network shall be topology free. Networkwiring may be bus, loop, home run, star or any combinationof these.

c. Link power wiring shall permit a total wire run of 1640 ft.(500m) without a repeater. Repeater option modules shall beavailable to increase wiring maximums in increments of 1640ft. (50Gm)

d. Link power wiring between stations shall not exceed 1313 ft.(400m).

5. The ACP shall support 10/lGOBaseTX, auto MDI/MDIX, 802.3afcompliant Ethernet networking using TCP/IP, ESTA BSR E1.17Advanced Control Networks (ACN) and ESTA BSR E1.31 (5ACN)Protocols for internal communication and integration with third-partyequipment.

6. The ACP shall support EIA-RS232 serial protocol for bi-directionalcommand and communication with third-party equipment.

7. The ACP shall support two discrete ESTA DMXS12A ports,configurable as input or output ports.*

a. *When used in a Dimming Enclosure, the second port isalways an output port.

8. The ACP shall provide four onboard dry contact closure inputs forintegration with third-party products.

9. The ACP shall provide four onboard contact closure outputs, ratedat IA@3OVDC, for integration with third-party equipment.

D. Functional1. Capacity

a. Shall support 1024 channels of controlb. Shall support 2 physical DMX ports, each of which may be

configured as an input or output2. System

a. Runtime application shall utilize support Net3 systeminteroperability

b. System shall support the use of Network Time Protocol forreal time clock synchronization

c. System shall support remote firmware upload an overEthernet connection from a connected PC running the LightDesigner software or another connected processor.

d. System shall support local firmware upload from removablemedia (SD Card, USB Flash Drive)

3. Diagnosticsa. Shall output an Event logb. Standard log shall store a fixed-length history of recent

activityc. Separate critical log shall only store important messages

(such as boot-up settings)4. Configuration Data

a. Configuration Data can be uploaded over an Ethernetconnection from a PC running Light Designer application

b. Configuration Data can be retrieved from another ParadigmProcessor

c. A Paradigm Processor shall make its configuration dataavailable for retrieval by another Processor as abackup/recovery mechanism

d. Configuration Data shall be stored on solid-state media thatcan be removed to facilitate transfer between Processorunits

e. Configuration Data may be loaded to and from removablemedia access provided on front panel

f. Configuration Data for the entire System shall be availablefor download from any single Processor

g. Shall store configuration data for Dimming enclosureprocessors and shall make available for download

5. Scalabilitya. Adding additional Processors to a System shall

proportionately increase its overall capabilities up to amaximum project size

b. The maximum number of Processors configuredshall be at least 12. The use of a Central Control(P-CCS) shall allow for larger system sizes up to

Processor setup (IP address)Processor status and diagnosticsinstalled within a Dimmingaccess to Dimming enclosure setup,

as a projectProcessor72

processorsc. Multiple Processors shall utilize the Ethernet network to

remain time synchronized and share control informationd. Multiple Processors shall utilize the Ethernet network to

maintain configuration data synchronization as modificationsare made

e. Failure of a single Processor shall not prohibit continuingoperation of the remaining Processors

f. It shall be possible for multiple Systems to coexist on thesame physical network with logical isolation betweenSystems

6. Local User Interfacea. Shall provide access tob. Shall provide access toc. Where the Processor is

enclosure, shall providestatus and diagnostics

d. Shall provide control functionality for Control Channels,Zones, Fixtures, Groups, Presets, Macros, Walls andSequences within the current configuration.

e. Shall provide functionality to schedule astronomical and realtime events (add/edit/delete)

f. Shall allow for display of local DMX informationg. Shall allow for transfer of log files to local removable mediah. Shall allow to perform firmware upgrades for connected

Dimming enclosuresi. Shall allow for transfer of configuration to and from Dimming

enclosures using removable mediaj. Shall allow for transfer of configuration to and from LCD

Stations using removable mediak. Shall allow for binding of Stations

7. Access Controlsa. There shall be 2 user accounts - Administrator, and User

with separate password protectionb. Account and password settings shall be local to each

Processor

c. Access Controls shall be applied to certain areas of theParadigm Local User Interface and Web Interface

8. Web User Interfacea. Shall be an internal web server accessible via Ethernet portb. Shall support common web browsers on Windows and Mac

plafformsc. Shall provide functionality to Activate and Deactivate Presetsd. Shall provide functionality to schedule timed events

(add/delete)e. Shall display status informationf. Shall display log filesg. Shall allow for configuration of Processor settings (date,

time)h. Shall allow for upload and download of configuration datai. There shall be links to other web-enabled devices in the

System, including other Paradigm Processors9. Stations

a. Stations shall be connected to a Paradigm Processor via aLinkPower network or Ethernet

b. Station discovery and binding shall be accomplished fromthe Local User Interface or Light Designer

l0.Net3 and ACN Devicesa. Paradigm Processors shall provide DMX-Net3 gateway

functionalityb. Net3 devices shall be connected to and controlled from the

Processor via Ethernetc. It shall be possible to send and receive Macro triggers

defined within the System configuration via Net3d. There shall be support for a maximum of 1024 Streaming

ACN outputs configured to a maximum of 12 universes perProcessor

11. Operationa. When contained in an dimming enclosure, a snapshot of the

dimming enclosure output data shall be stored in persistentmemory so that hardware can access it for immediate outputon boot

b. DMX output refresh rate shall be configurablec. There shall be support for 1 6-bit DMX Attributesd. DMX inputs may be patched to DMX and Streaming ACN

outputs as external sourcese. Streaming ACN inputs shall be patched to DMX outputs

(gateway) as external sourcesf. Where there are multiple external sources then priority and

HTP shall be used to perform arbitrationg. External and internal sources shall be arbitrated based on

user-selection of standard or custom rules

h. On Preset Record, the values of Attributes within the Presetshall be updated to reflect the current output

i. The total output may be the combination of many differentPresets running concurrently

j. There shall be no hard limit on number of concurrent crossfades

k. Multiple Presets controlling the same Attribute shall firstinteract based on priority and second based on Latest TakesPrecedence (LTP) or Highest Takes Precedence (HTP)

I. LTP and HTP operation shall be supported simultaneouslyand interact (at the same priority) using HTP

m. Settings due to LTP Presets may be automatically discardedfrom operation when overridden

n. It shall be possible to specify that a Preset or AttributeControl will persist when overridden

o. A Preset may be designated as an HTP Override and shallcause HTP values to be discarded

p. It shall be possible to modify the rate of a Preset (Crossfades, Effects) from a Control within the System

q. Each Preset shall have a status that can be Activated,Deactivated or Altered

r. Preset status may be set based on matching levels in thecurrent output as an option

s. On startup the System shall be capable of automaticallyexecuting timed events within the previous 24 hours tosynchronize its initial output state with the current time of day

12.Serial Input/Outputa. RS232 shall support 8-bit word length, parity selection and 1

or 2 stop bitsb. RS232 shall support baud rates from 4800 to 115,200 bpsc. Serial input and output messages are fully customizabled. Serial output messages can be generated by any Control or

Event2.03 Station Power Modules

1. Station processor ModulesA. The Station Power Module shall be the Unison Paradigm P-SPM Series

Station Power Module as manufactured by Electronic Theatre Controls,Inc., or equal.

B. Mechanical1. The Station Power Module (SPM) assembly shall be designed for

use in DRd Series or ERn Rack Enclosures2. The SPM shall convert input power into low-voltage (Class II)

power with data line and a secondary auxiliary tow-voltage line toenergize button, button/fader, touchscreen, and interface devicesfor multi-scene lighting and building control.

3. SPM module shall be contained in a plug-in assembly.

a. The module shall be housed in a formed steel body andcontain no discrete wire connections.

1. No tools shall be required for module removal orinsertion.

4. The SPM shall be convection cooled.5. User Interface

a. The SPM shall utilize light emitting diodes (LED’ s) toindication function, status and fault.

6. The SPM shall be secured behind the locking door.7. Wall-mounted, direct wire and 19” rack-mount, connectorized

repeater and dual-repeater variants shall be available from thesame manufacturer where required on the project.

C. Electrical1. The SPM shall require no discrete wiring connections; all wiring

shall be terminated into the dimming enclosure, unless required bya variant

2. The SPM shall require line-voltage power supplied by thecontractor, terminated inside the dimming or control enclosure.

3. The SPM shall be hot-swap capable.4. The SPM, in conjunction with a matching Architectural Control

Processor (ACP), shall support Echelon LinkPowercommunications with remote devices, including button,button/fader, touchscreen and interface stations, and shallinteroperate with LonMARK-approved third-party devices.

a. The LinkPower network shall utilize polarity-independent,low-voltage Class II twisted pair wiring, type Belden 8471(unshielded) or Belden 8719 (shielded) or equivalent. One #14 AWG drain wire will be required for system not usinggrounded metal conduit.

b. The LinkPower network shall be topology free. Networkwiring may be bus, loop, home run, star or any combinationof these.

c. Link power wiring shall permit a total wire run of 1640 ft.(50Dm)

1. Repeaters allow an additional wire run of 1640 ft.(500m)

2. Dual-repeaters allow two additional wire runs of 1640ft. (500m)

d. Link power wiring between stations shall not exceed 1313 ft.(400m).

5. The SPM shall support auxiliary power for certain remote devices,including touchscreen and interface stations, as required by thedevice.

a. The auxiliary power network shall utilize polarity-dependent,low-voltage Class II wiring, consisting of two #16 AWGwires.

Ii Auxiliary wiring shall permit a total wire run of 1640 ft.(SCUm)

1. Repeaters allow an additional wire run of 1640 ft.(50Dm)

2. Dual-repeaters allow two additional wire runs of 1640ft. (50Dm)

c. The SPM shall supply 1.25 amps at 24v DC continuously.D. Functional

1. Capacitya. Each SPM shall

1. Supply power for up to 32 button and button/faderstations.

a. Repeaters and dual-repeaters allow 30additional stations, 62 total

2. Supply auxiliary power for a similar number ofinterface stations.

3. Shall supply auxiliary power for up to fourTouchscreen stations, when a like number of otherstations are deducted from the total.

a. Repeaters and dual-repeaters allow twoadditional Touchscreens (six total) when a likenumber of other stations are deducted from thetotal.

2. Operationa. The SPM shall not require configuration or programming.b. The SPM shall automatically detect faults in the wiring,

indicate the fault, including the fault polarity, and shut downthe output power.

1. The 5PM shall automatically reset when the fault isclear, and can be manually reset by removing and reinserting the module.

2.04 Touchscreen Control StationsA. The Touchscreen Control Stations shall be the Unison Paradigm Touchscreen F

T57 Series Control Stations as manufactured by ETC, Inc., or equal.B. Genera)

1. Touchscreen stations shall support default and fully graphical controlpages.

2. The Touchscreen station shall operate using graphic buttons, faders andother images on at least 30 separate programmable control pages.

3. Touchscreen stations shall also allow programming of page pass-code,lock out and visibility levels.

C. Mechanical1. Touchscreen stations shall consist of a seven inch, backlit liquid crystal

display (LCD) with a minimum resolution of 800 by 400 pixels and 24-bitcolor depth with a capacitive touch interface.

2. Touchscreen bezels shall be constructed of cast aluminum finished in afine texture powder coat.

a. Touchscreen shall be available in five standard colors1. Cream (RAL 9001)2. lvory(RAL 1015)3. Gray(RAL 7001)4. Black (RAL 9004)5. Signal White (RAL 9003)

b. The bezel shall have no visible means of attachment.c. The bezel shall allow the touchscreen to be installed and removed

without the use of toolsd. The bezel shall provide two working positions for the Touchscreen:

service and normal operation.3. Touchscreen shall offer optional hinged locking covers

a, Locking covers shall be made from cast aluminum and be paintedto match standard touchscreen color options

b. Locking covers shall allow for viewing of system status on thetouchscreen though a smoked Lexan window

4. The manufacturer shall provide back boxes for all LCD stations.a. Flush back box for Touchscreens with or without locking covers

shall be 7.94” wide x 5.33” high x 3.25” deepb. Surface back box dimensions shall be 8.3” wide x 5.6” high x 2.75”

deepc. Surface back box for Touchscreens with locking cover dimensions

shall be 10.0” wide x 6.7” high x 2.75” deepD. Electrical

1. Touchscreens shall be powered entirely by the System network.2. Touchscreens shall connect to the System using an Ethernet network with

Power over Ethernet (PoE) or the Unison control station Echelon® Linkpower network.

a. Ethernet Network1. Ethernet network shall be 10/lOOBaseTX, auto MDI/MDIX,

802.3af (PoE) comphant.2. Network shall utilize Unshielded Twisted Pair (UTP)

Category 5, or better wiring.3. PoE power consumption shall be PoE class 2, consuming no

more than 6 watts.b. Echelon® Link power network.

1. Link power shall utilize low-voltage Class II unshieldedtwisted pair, type Belden 8471 or equivalent, and one #14ESD drain wire (when not installed in grounded metalconduit).

2. Touchscreen stations shall also require (2) #16 AWGstranded wires for 24Vdc operating power. 24Vdc wiringshall be topology free.

3. Network wiring may be bus, loop, home run, star or anycombination of these.

4. Network insulation displacement connectors shall beprovided with all stations.

E. Functional1. System

a. The Touchscreen shall support configuration firmware upload froma Paradigm Processor as proxy

b. The Touchscreen shall support configuration or firmware uploadfrom local removable media

2. Setup Modea. There shall be a setup display that is separate from any user-

defined configurationb. It shall be possible to view and modify connectivity settingsc. It shall be possible to view status informationd. It shall be possible to view and modify LCD screen settingse. It shall be possible to perform Touchscreen calibrationf. It shall be possible to view and modify audio settingsg. The appearance of the setup display shall be standard and not

editableh. The setup display may be invoked from within the user-defined

configuration and/or physical button on the Touchscreeni. There shall be a default protected method to invoke the setup

display3. Configurations

a. It shall be possible to have multiple configurations stored within anLCD Station

b. Where multiple configurations are stored there shall be a bootmenu to allow selection of a configuration

4. Operationa. The Unison Paradigm Control System shall be designed to allow

control of lighting and associated systems via Touchscreencontrols. System shall allow the control of presets, sequences,macros and time clock events.

1. System presets shall be programmable via Button,Button/Fader, Touchscreen, or Lightoesigner software.

a. Presets shall have a discrete fade time,programmable from zero to 64,600 seconds with aresolution of one hundred milliseconds.

b. Presets shall be selectable via Touchscreen stations.2. System macros and sequences shall be programmable via

LightDesigner system software.a. Macro and sequence steps shall provide user

selectable steps, and allow the application ofconditional logic.

b. Macro and sequences shall be activated by button,time clock event or LightDesigner software.

3. System time clock events shall be programmable via theThuchscreen, LightDesigner system software, the processoruser interface, or the internal web server

a. Time clock events shall be assigned to system daytypes. Standard day types include: anyway, weekday,weekend, Sunday, Monday, Tuesday, Wednesday,Thursday, Friday and Saturday. System shall supportprogramming of additional custom or special daytypes.

b. Time clock events shall be activated based onsunrise, sunset, time of day or periodic event. Systemshall automatically compensate for regions using afully configurable daylight saving time.

4. A Color picker, supporting Hue, Saturation and Brightness(HSB) color selection shall be available for color selection ofcolor changing fixtures and provide visual feedback of thecurrent color produced by the associated fixture.

a. The color picker shall be provided with a defaultlayout that requires no user configuration

b. The Color Picker shall provide RGB faders in additionto the default HSB color wheel for color selection

c. Color picker values shall allow for numerical valueinput in addition to color wheel and fader control

d. The color picker shall be compatible with color mixingsystems that use up to seven discrete color controlchannels

b. Touchscreen stations shall be designed to operate standard defaultor custom system functions. Components shall operate defaultfunctions unless re-assigned via LightDesigner, the Windows-based configuration program.

1. Optional button functions include: preset selection, manualmode activation, record mode activation, station lockout,raise, lower, macro activation, and cue light, or roomjoin/separate.

2. Optional fader functions include master control, individualchannel control, fade rate control or preset master control.

c. Touchscreen stations shall allow programming of station andcomponent electronic lockout levels via LightDesigner.

d. It shall be possible to adjust LCD contrast and brightness.e. It shall be possible to program the station to dim during periods of

inactivity.2.05 Button and Fader Stations

1. StationsA. Button Stations

1. The Lighting Control Stations shall be the Unison Heritage UHSeries Control Stations as manufactured by Electronic TheatreControls, Inc., or equal.

2. Mechanicala. Unison Heritage Button stations shall operate using up to ten

programmable buttons.b. All button stations shall be available with white, cream, ivory,

gray or black faceplates, and buttons.1. Manufacturers standard colors shall conform to the

RAL CLASSIC Standard.c. Stations shall have indicator lights at each button or fader.

1. Indicators shall be comprised of red, green and blueLED’s

2. Indicator color and state (steady On, Blink, Off) shallbe configured in software, and shall operate relativeto the button or fader it is associated with.

d. All faceplates shall be designed for flush or surfacemounting.

e. Station faceplates shall be constructed of ABS plastic andshall use no visible means of attachment.

f. Station faceplates shall be indelibly marked for each buttonor fader function.

g. The manufacturer shall supply back boxes for flush mountedhalf gang stations and for all surface mounted stations.

h. All Button stations shall be shall be designed to accept theinfrared signal from a remote hand held IR transmitter

1. The stations shall have a 60° reception angle andshall operate reliably within a 45’ distance.

i. IR Transmitters shall be available in five or ten buttonconfigurations.

1. IR transmitters shall be mounted in a hand-held blackplastic controller

2. Transmitter dimensions shall be 1.875” wide, 6.625”long and 0.60” deep.

3. Electricala. Unison control station wiring shall be an Echelon® Link

power network.1. Link power shall utilize low-voltage Class II

unshielded twisted pair, type Belden 8471 orequivalent, and one #14 ESD drain wire (when notinstalled in grounded metal conduit).

2. Network wiring may be bus, loop, home run, star orany combination of these.

3. Wiring termination connectors shall be provided withall stations.

b. Button Stations shall offer the following Regular markings

1. UL and cUL LISTED2. CE Market3. RHoS and WEE Compliant

4. Functionala. The Unison Paradigm Control System shall be designed to

allow control of lighting and associated systems via Button,Button/Fader, and Interface or Astronomical time clockcontrols. System shall allow the programming of presets,sequences, macros and time clock events.

1. System presets shall be programmable via Buttonstations, Touchscreen stations, and LightDesignersoftware.

a. Presets shall have a discrete fade time,programmable from zero to 1,000 hours with aresolution of one millisecond.

b. Presets shall be selectable via button, fader, IRtransmitter, time clock event, macro activationor switch interface stations.

2. System macros and sequences shall beprogrammable via LightDesigner system software.

a. Macro and sequence steps shall provide userselectable steps, and allow the application ofconditional logic.

b. Macro and sequences shall be activated bybutton, time clock event or LightDesignersoftware.

3. System time clock events shall be programmable viaLightDesigner system software, the processor userinterface, or the internal web server.

a. Time clock events shall be assigned to systemday types. Standard day types include:anyway, weekday, weekend, Sunday, Monday,Tuesday, Wednesday, Thursday, Friday andSaturday. System shall support programmingof additional custom or special day types.

b. Time clock events shall be activated based onsunrise, sunset, time of day or periodic event.System shall automatically compensate forregions using a fully configurable daylightsaving time.

b. Control components shall be designed to operate default orcustom system functions. Components shall operate defaultfunctions unless re-assigned via LightDesigner, thesoftware-based configuration program.

1. Optional button functions include: preset selection,manual mode activation, record mode activation,

station lockout, raise, lower, macro activation, or roomjoin/separate.

2. Optional fader functions include manual mastercontrol, individual zone control, fade rate control orpreset master control.

c. Stations (Button and Button/Fader) shall allow programmingof station and component electronic lockout levels viaLightDesigner.

B. Fader Stations1. The Lighting Control Stations shall be the Unison Heritage UH

Series Control Stations as manufactured by Electronic TheatreControls, Inc., or equal.

2. Mechanicala. Unison Heritage Fader Stations shall operate using up to

sixteen programmable faders and twelve programmablebuttons.

b. All fader stations shall be available with white, cream, ivory,gray or black faceplates, fader knobs, and buttons.

1. Manufacturer’s standard colors shall conform to theRAL CLASSIC Standard.

c. Fader stations shall utilize standard 45-millimeter slidepotentiometers.

d. Stations shall have indicators lights at each button or fader.1. Indicators shall be comprised of red, green and blue

LED’s2. Indicator color and state (steady On, Blink, Off) shall

be configured in software, and shall operate relativeto the button or fader it is associated with.

e. All faceplates shall be designed for flush or surfacemounting.

f. Station faceplates shall be constructed of ABS plastic andshall use no visible means of attachment.

g. Station faceplates shall be indelibly marked for each buttonor fader function.

h. The manufacturer shall supply back boxes for flush mountedhalf gang stations and for all surface mounted stations.

i. Fader stations shall be shall be designed to accept theinfrared signal from a remote hand held IR transmitter.

1. The stations shall have a 6O reception angle andshall operate reliably within a 45’ distance.

j. IR Transmitters shall be available in five or ten buttonconfigurations.

1 * IR transmitters shall be mounted in a hand-held blackplastic controller.

2. Transmitter dimensions shall be 1.875” wide, 6.625”long and 0.60” deep.

3. Electricala. Unison control station wiring shall be an Echelon® Link

power network.1. Link power shall utilize low-voltage Class II

unshielded twisted pair, type Belden 8471 orequivalent, and one #14 ESD drain wire (when notinstalled in grounded metal conduit).

2. Touchscreen and Interface stations shall also require(2) #16 AWG stranded wires for 24Vdc operatingpower. 24Vdc wiring shall be topology free.



b. Fader Stations shall offer the following Regular markings1. ULandcULLISTED2. CE Market3. RHoS and WEE Compliant


allow control of lighting and associated systems via Button,Button/Fader, and Interface, or Astronomical time clockcontrols. System shall allow the programming of presets,sequences, macros and time clock events.

1. System presets shall be programmable via Button,Button/Fader, Touchscreen, or LightDesignersoftware.







a. Time clock events shall be assigned to systemday types. Standard day types include:

anyway, weekday, weekend, Sunday, Monday,Tuesday, Wednesday, Thursday, Friday andSaturday. System shall support programmingof additional custom or special day types.

Ii Time clock events shall be activated based onsunrise, sunset, time of day or periodic event.System shall automatically compensate forregions using a fully configurable daylightsaving time.


1. Optional button functions include: preset selection,manual mode activation, record mode activation,station lockout, raise, lower, macro activation, or roomjoin/separate.


c. Stations (Button and Button/Fader) shall allow programmingof station and component electronic lockout levels viaLightDesigner.

C. Portable Plug-in Stations1. The Lighting Control Stations shall be the Unison Heritage UH

Series Control Stations as manufactured by Electronic TheatreControls, Inc., or equal.

2. Mechanicala. Unison connector stations shall provide an interface to

portable Unison stations.b. All connector stations shall be available with white, cream,

ivory, gray or black faceplates.1. Manufacturer’s standard colors shall conform to the

RAL CLASSIC Standard.c. All faceplates shall be designed for flush or surface

mounting.d. Station faceplates shall be constructed of ABS plastic and

shall use no visible means of attachment.e. Station faceplates shall be indelibly marked with station

function.f. The manufacturer shall supply back boxes for all surface

mounted stations.3. Electrical

a. Unison control station wiring shall be an Echelon® Linkpower network.

1. Link power shall utilize low-voltage Class IIunshielded twisted pair, type Belden 8471 orequivalent, and one #14 ESD drain wire (when notinstalled in grounded metal conduit).

2. Portable plug-in stations shall also require (2) #16AWG stranded wires for 24Vdc operating power.24Vdc wiring shall be topology free.



b. Portable Plug-in Stations shall offer the following Regularmarkings

1. UL and cUL LISTED2. CE Market3. RHoS and WEE Compliant


allow control of lighting and associated systems via Button,Button/Fader, and Interface or Astronomical time clockcontrols. System shall allow the programming of presets,sequences, macros and time clock events.

1. System presets shall be programmable via Button,ButtonlFader, Touchscreen, or LightDesignersoftware.







a. Time clock events shall be assigned to systemday types. Standard day types include:anyway, weekday, weekend, Sunday, Monday,Tuesday, Wednesday, Thursday, Friday and

Saturday. System shall support programmingof additional custom or special day types.

b. Time clock events shall be activated based onsunrise, sunset, time of day or periodic event.System shall automatically compensate forregions using a fully configurable daylightsaving time.


1. Optional button functions include: preset selection,manual mode activation, record made activation,station lockout, raise, lower, macro activation, or roomjoin/separate.


D. Locking Covers1. The Lighting Control Station Locking Covers shall be the Unison

Heritage UH Series as manufactured by Electronic TheatreControls, Inc., or equal.

2. Mechanicala. Locking covers shall be available in Sliding Locking for flush

mount applications and Hinged Locking for flush and surfacemount applications

b. Sliding Locking Covers shall1. Be available with white, cream, ivory, gray or black

faceplates.2. Be constructed of Extruded Aluminum with ABS

plastic end caps3. Provide a smoked Plexiglas window to allow for

viewing control status and use of IR remote withoutopening cover

c. Hinged locking covers shall:1. Be available in standard black powder coat finish2. Be constructed of 18 gauge steel and finished in

standard black powder coat paint, or custom color asspecified.

3. Provide a clear Plexiglas window to allow for viewingcontrol status and use of lR remote without openingcover

4. Use internal Hinge that is not accessible when thecover is closed

d. Standard colors shall conform to the RAL CLASSICStandard.

e. Locking covers of the same type shall be keyed alikef. The manufacturer shall supply back boxes for all hinged

locking covers3. Functional

a. All locking covers shall utilize 90-degree lockingmechanisms

1. Keys shall be held captive in locks when covers areunlocked.

b. Locking covers shall allow for easy viewing of system statuswithout opening the cover

c. Locking covers shall support IR remote activation ofconfigured system functions without opening door

2.06 INTERFACE StationsA. Portable Plug-in Stations

1. The Lighting Control Stations shall be the Unison Heritage UH SeriesControl Stations as manufactured by Electronic Theatre Controls, Inc., orequal.

2. Mechanicala. Unison connector stations shall provide an interface to portable

Unison stations.b. All connector stations shall be available with white, cream, ivory,

gray or black faceplates.1. Manufacturer’s standard colors shall conform to the RAL

CLASSIC Standard.c. All faceplates shall be designed for flush or surface mounting.d. Station faceplates shall be constructed of ABS plastic and shall use

no visible means of attachment.e. Station faceplates shall be indelibly marked with station function.f. The manufacturer shall supply back boxes for all surface mounted

stations.3. Electrical

a. Unison control station wiring shall be an Echelon® Link powernetwork.

1. Link power shall utilize low-voltage Class II unshieldedtwisted pair, type Belden 8471 or equivalent, and one #14ESD drain wire (when not installed in grounded metalconduit).

2. Portable plug-in stations shall also require (2) #16 AWGstranded wires for 24Vdc operating power. 24Vdc wiringshall be topology free.


4. Wiring termination connectors shall be provided with allstations.

b. Portable Plug-in Stations shall offer the following Regular markings1. UL and cUL LISTED

2. CE Market3. RHoS and WEE Compliant

B. Contact Interface Station1. The Lighting Control Stations shall be the Unison Heritage UH Series

Control Stations as manufactured by Electronic Theatre Controls, Inc., orequal.

2. Generala. Unison Contact Interface shall provide direct interface (in and out)

to external devices via contact closure. Interface enclosure shallconsist of 8 input connections and 8 output connections.

3. Mechanicala. Contact interface Stations shall be available in enclosures built for:

1. WaIl-mount2. Rack-mount

b. Wall-mount Interfaces shall be:1. Designed for surface mount installation2. Shall be constructed of 16- gauge (.08) steel and are

finished in black fine-texture powder coat paint.3. The enclosure shall be 14” W x 10.5’ H x 3” D.4. Conduit access points shall be provided on the top and

bottom of the enclosure.c. Rack-mount Interfaces shall be:

1. Designed of use in 19” rack-mount enclosure2. Rack tray shall be constructed of 12-gauge aluminum.3. Cover shall be constructed of 14- gauge (.08) steel.4. Rack-mount interfaces shall be finished in black fine-texture

powder coat paint.5. The enclosure shall be 14” W x 10.5” H x 3” D.

d. The assembly shall consist of up to 16 connections; 8 inputsfunctionally coupled with 8 normally open relay contact outputs.Inputs and outputs may be configured as either maintained ormomentary.

4. Electricala. Unison control station wiring shall be an Echelon® Link power

network.1. Link power shall utilize low-voltage Class II unshielded

twisted pair, type Belden 8471 or equivalent, and one #14ESD drain wire (when not installed in grounded metalconduit).

2. Contact Interface stations shall also require (2) #16 AWGstranded wires for 24Vdc operating power. 24Vdc wiringshall be topology free.



b. Ratings:1. The Input Rating shall be 5V@lOmA (unit requires dry

contact closure)2. Dry contact outputs shall consist of:

a. Normally-Open 2-pole contact closure outputs;a. [email protected]. HYPERLINK “mailto:.5A@120V”

OfldOc9ea79f9bacel 1 8c8200aa004ba90b0200000003000000eOc9ea79f9bacel 1 8c8200aa004ba90b380000006d0061 0069006c0074006f003a002e00350041 00400031003200300056000000795881 f43b1 d7f48af2c825dc485276300000000a5ab000000.SA@1 20V

c. Contact Interface Stations shall offer the following Regularmarkings

1. ULandcULLISTED2. CE Market3. RHoS and WEE Compliant

C. Fader Interface Station1. The Lighting Control Stations shall be the Unison Heritage UH Series

Control Stations as manufactured by Electronic Theatre Controls, Inc., orequal.

2. Generala. Unison Fader Interface shall provide direct interface for low voltage

analog inputs to external devices. Interface enclosure shall consistof 8 input connections.

3. Mechanicala. The surface mount enclosure and cover shall be constructed of 16-

gauge (.08) steel and finished in black fine-texture powder coatpaint.

b. The enclosure shall be 14” W x 10.5 H x 3” D.c. Conduit access points shall be provided on the top and bottom of

the unit,d. The assembly shall consist of up to 8 analog connections

functionally coupled to 8 Lamp driver outputs4. Electrical

a. Unison control station wiring shall be an Echelon® Link powernetwork.

1. Link power shall utilize law-voltage Class II unshieldedtwisted pair, type Gelden 8471 or equivalent, and one #14ESD drain wire (when not installed in grounded metalconduit).

2. Touchscreen and Interface stations shall also require (2) #16AWG stranded wires for 24Vdc operating power. 24Vdcwiring shall be topology free.



b. Ratings:1. The Input Rating shall be 0-3.3 VDC2. Lamp driver outputs shall be individually rated for lOOmA

24 VDC3. Connections between fader inputs and lamp outputs shall

support distances up to 1000 feet using standard 16-gaugewire.

c. Fader Interface Stations shall offer the following Regular markings2.07 DMXIRDM ETHERNET Gateway — One port

A. General1. The lighting control gateway shall be a microprocessor-based unit

specifically designed to provide DMX-512 control of lighting systems andtransport of RDM configuration and status messages. The gateway shallpermit DMX-512 data to be encoded, routed over an Ethernet network anddecoded back to DMX-512. The gateway shall be a DMXIRDM 1-portGateway as provided by ETC, Inc.

2. Gateways shall communicate over Ethernet directly with at least ETC, Inc.’s entertainment and architectural lighting control products and otherEthernet interfaces.

3. Connections shall be made between gateways, consoles, architecturalsystems, and PCs over standard Ethernet distribution systems using10/1 OOBaseT.

4. The gateway shall support multiple protocols including:a. ANSI El.17 Architecture for Control Networks (ACN)b. ANSI El .31 Streaming ACN (5ACN)c. ANSI E1.ll USlU DMX512-Ad. ANSI El.20 Remote Device Management (RDM)

5. The gateway shall be tested to UL standards and labeled ETL Listed.6. The gateway shall be RoHS Compliant (lead4ree).7. The gateway shall be CE compliant.8. Each gateway shall have LED indicators for Power, DMX activity/ status,

and network activityThe gateway shall be configurable using a software configuration tool.

PortsDMX Port shall comply with the requirements of ANSI El .11 USITTDMX512-A standards.

2. The DMX port shall be software-configurable for either input or outputfunctionality.

3. DMX input shall be optically-isolated from the gateway electronics.4. DMX output shall be earth-ground referenced.5. DMX Port shall be capable of withstanding fault voltages of up to 25OvAC

without damage.

9.B. DMX

1.

6. The DMX port shall incorporate one DMX512-A Connectiona. The DMX port location shall support a single 5-pin male XLR or 5-

pin female XLR or terminal strip7. Network gateways that do not indicate inpuU output port configuration or

indication of valid data shall not be acceptedC. Processor

1. Each gateway shall have sufficient processing power to manage up to63,999 universes (32,767,488 addresses).

2. Maximum delay time from input to output shall not be greater than onepacket time (approximately 22 mSec.).

3. A minimum DMX update rate of 40Hz shall be sustained under allconditions unless specifically configured for a slower rate for the sake ofcompatibility with 3rd party DMX devices.

D. Mechanical1. The gateway shall be available in three versions

a, Wall-mount gateway1. The gateway faceplate shall be constructed of cold-roll steel

and be formed for use with any standard Decorator stylefaceplate

2. A color matched faceplate shall be provided with thegateway

3. Wall-mount gateways shall be painted using a fine-texturepowder coat paint and be available in Cream (RAL9001),Black (RAL 9004) or White (RAL9003). A matching Lexanoverlay shall provide labeling of LED status indicators

4. The gateway shall support flush mounting using a standardRACO 1-gang, deep backbox or equivalent.

a. Surface mounting shall also be supported using amanufacturer supplied backbox.

5. Dimensions shall not be more than 2.75” (70mm) wide x 4.5”(115mm) High

b, Portable gateway1. The portable gateway shall include a complete enclosure

finished in a black fine texture powder coat paint2. Two wiring connections shall be required for connection to

the lighting systema. Ethernet connection that supports standard CatS

patch cables or Ethercon cables. Gateways that donot support the use of Ethercon cables shall not beaccepted

b. DMX input or output connection using is 5-pin XLRstyle connector

3. Dimensions shall not be more than 4.5” wide (115mm) x 3.5”(89mm) deep x 6.34” (161mm) high (not including mountinghardware)

c. DIN Rail Mounted

1. The DIN Rail mounted gateway shall be included in anextruded aluminum enclosure.

2. Two wiring connections shall be required for connection tothe lighting system

a. Ethernet connection that supports standard Catspatch cables

b. DMX input or output connection using is terminal stripstyle connector

3. Dimensions shall not be more than 5.28” wide (134mm) x4.13” (105mm) deep x 1.22” (31mm) high (not includingmounting hardware)

E. Power1. Power for the gateway shall be provided over the Category 5 (or better)

cable, utilizing IEEE 802.3af compliant Power over Ethernet (PoE). Powerconsumption using shall not be greater than 5 watts.

2. An optional 8-28vDC power input shall be available for all wall-mount andDIN Rail mount gateways

3. The gateway electronics shall be electrically isolated from the powersupplied over the Catagorys (or better) cable.

F. Configuration1. Each gateway on the network shall be individually configurable using

freely available software configuration tools. The primary configuration toolshall be Net3 Concert configuration software running on a networkconnected PC. The PC shall only be required for configuration, and shallnot be required for normal operation of the system.

2. Each DMX gateway shall control up to 512 DMX addresses, within theconfines of 63,999 universes. The specific DMX data input or output bythe gateway shall be freely configurable by the user.

3. Multiple DMX universes may be configured with any length up to 512 totaladdresses. Any range of DMX input addresses shall support selection androuting to the specified sACN output.

4. Multiple sACN sources may be combined with a priority may be assignedto each source sending data to the gateway.

5. All relevant routing information shall be stored in non-volatile memory ateach gateway. The system shall recover from a power outage withoutrequiring the configuration PC to be online. Gateways that do not supportnon-volatile storage of data routing shall not be accepted

G. Network1. Communications physical layer shall comply with IEEE 802.3i for

1OBASE-T, 802.3u for 100BASE-TX and 802.3af for Power over Ethernetspecifications.

2. All network cabling shall be Category 5 (or better), conforming to TIA568,JB, and shall be installed by a qualified network installer.

3. Data transport shall utilize the TCP/IP suite of protocols to transfer theDMX data.

4. ANSI El .17 Architecture for Control Networks (ACN) and ANSI El .31streaming ACN (5ACN) shall be supported. Gateways that do not supportANSI E1.17 shall not be acceptable.

5. Switches shall comply with power-over-Ethernet 1EEE802.3af, unless aseparate in-line power supply is provided.

6. Each DMX gateway shall control up to 512 DMX addresses, per DMX portwithin the confines of up to 63,399 universes (32,767,488 addresses)using Streaming ACN (sACN).

a. Any range of DMX addresses may be selected for each universe.b. Multiple sources shall be supported by prioritized Highest Takes

Precedence (HTP with priority). Each source shaH supportassignment of priority to allow override of default HTP behavior.

c. Each DMX port shall support its own universe and start address.7. Gateways shall support built in priority on a per-universe or channel-by-

channel basis. Gateways that do not support prioritized merging ofmultiple network sources at independent channel priorities shall not beaccepted.

H. Environmental1. The ambient operating temperature shall be 0° to 40°C (32° to 104°F).2. The storage temperature shall be -40° to 70°C (-40° to 158°F).3. The operating humidity shall be 5% - 95% non-condensing.

I. Accessories1. Hanging bracket kit shall allow gateway to be mounted using C-Clamp to

U-bolt Hardware.2. ETC Net3 Concert Configuration and monitoring Software

J. System Requirements1. Provide the quantity and type of gateways required, as scheduled.

Gateways and software shall be as manufactured by Electronic TheatreControls Inc. of Middleton, WI.

2. Provide Ethernet switches and power supplies as scheduled and asshown on drawings.

3. Provide a current generation PC with Windows 7 operating systemequipped with a 10/1 00 Ethernet card.

4. Systems that do not provide the above capabilities shall not be acceptable2.08 GENERAL NETWORK

A. General1. The Electronic Theatre Controls Net3 network shall provide data

distribution over TCP/IP Ethernet networks. Data shall be layer 3 routable.Systems using proprietary formats or formats other than 10/100/1 OOMbitwired Ethernet or non-layer 3 routable networks shall not be accepted.

2. Connections shall be made between consoles, face panels, architecturalprocessors, dimmers, Net3 Gateways, and computers over standardEthernet distribution systems using 1 OOBaseT, 1 OOBaseFL, or greaterwiring. All installations shall conform to established Ethernet wiringpractice, and installation shall be performed by contractors qualified to do

this type of work. All wiring shall be tested at Category 5e or higher for fullbandwidth operation to the appropriate IEEE standard.

3. The Lighting Control system must be supplied by a single manufacturerand must have seamless integration over Ethernet between theEntertainment and Architectural lighting control.

B. Capacities1. The network shall support DMX routing, patching, and prioritization for up

to 63,399 universes (32,767,488 DMX addresses). Each address may beinput or output from any port on any DMX gateway in the system. DMXinput, routing and output shall be specifically supported on the systemfrom multiple sources and locations up to the maximum number ofgateways supported by the Ethernet topology.

2. The network shall support multiple network hosts including consoles,gateways, dimming racks, computers, file servers, printers, andarchitectural control processors with discrete command lines and control.The lighting network shall support multiple venues within a system anddiscrete systems on the same network.

C. System Configuration and Monitoring1. Network device configuration shall be via Net3 Gateway Configuration

Editor (GCE) software and/or ANSI El .17 Architecture for ControlNetworks (ACN).

2. Patch addresses shall support viewing and manipulation via ANSI El .17ACN.

a. The system shall permit complete user flexibility allowing thesystem operator to patch each DMX input address to any ANSIEl .31 streaming ACN address, and DMX output to span streamingACN universes.

b. The lighting system shall support assignment of DMX offsets,truncation of DMX universes, and provide choice of DMX portpriodtization.

c. The lighting system shall support the DD start code extension toANSI El .31 which provides priority per address such that multiplecontrol sources can share universes with discrete control peraddress.

d. Lighting systems that do not support the above mentioned addresspatching capabilities shall not be suitable.

3. The system shaH allow assignable labels for all network devices to alloweasy identification by system users.

4. Each network device shall have a discrete and unique IP addressprovided automatically by the software. The user may edit this lP address.Systems that do not support automated IP allocation with IP collisionavoidance, and systems that do not allow complete reconfiguration of theabove mentioned features over ANSI E1.17 ACN shall not be acceptable.

5. All configuration data for each network device shall be held at the deviceand system operation shall not require continuous on-line operation of thenetwork configuration software.

6. Lighting console operators shall be able to backup the networkconfigurations in the lighting control console. In the event of a networkdevice failure, the operator shall be able to apply the configuration of thefailed device to a replacement device of the same type without manuallyreentering settings. Systems that do not support configuration backup asdescribed above shall not be accepted.

7. Architectural and Entertainment systems connected to the same networkshall be capable of arbitrating control over El .31 Streaming ACN (5ACN)level data. The system shall be capable of alternating control of individualaddress data between architectural and entertainment systems withoutintervention by the user. The user shall dictate the conditions under whichsystem shall automatically take control. The network shall allow useroverride of the selected defaults. Systems which require direct userintervention to allocate control of dimmers between architectural andentertainment lighting systems shall not be accepted.

8. The Net3 network shall allow multiple DMX input sources to be prioritizedon the same universe as network native sources using El .31 StreamingACN prioritization. Multiple DMX inputs may be assigned to the samestreaming ACN address (this provides multi-source control for a particularaddress). Likewise, the system shall support El .31 prioritization ofmultiple simultaneous network sources. Systems that cannot prioritizemultiple DMX inputs and multiple native network sources on a networkshall not be deemed suitable.

9. The lighting network shall allow each DMX input address to be assigned apriority on the network allowing each DMX control level coming into thesystem to participate in full arbitration. Addresses with the highest priorityshall have control, with lower priority addresses being ignored. Addressesassigned the same numeric priority, between 1 and 200, shall respond inhighest level takes precedence (HTP) manor. The network shall require avalid DMX signal present at the input to initiate prioritization. Systems thatdo not allow for prioritized HTP for DMX inputs to the network shall not beallowed.

D. Operational Features1. Each DMX gateway shall control up to 512 DMX addresses per port,

within the confines of up to 63,999 DMX universes (32,747,488 address).The specific DMX data input or output by the gateway shall beconfigurable by the user.

2. Duplicate outputs of DMX data (DMX splitter) and discrete outputs shall befully supported.

3. Merging of multiple DMX input sources on a single gateway withoutgateway with DMX output on the same gateway shall be supportedwithout connection to the network. The gateway shall support assignmentof priority to each input source independently

4. File transmission, synchronization and access to software shall besupported.

2.09 Intelligent Breaker SystemA. General

1. Intelligent breaker system shall be Sensor IQ as manufactured by ETC,Inc., or equal.

2. Breaker Panels shall be UL508, UL67, and UL924 Listed, and shall be solabeled when delivered.

3. Breakers shall be UL489 listed and shall be labeled when delivered.4. BreakerPanelsshall consist of a main enclosure with 12, 24, or48 pole

breaker subpanels, integral control electronics for low voltage terminationsand provision for accessory cards.

a. Up to three accessory cards shall be supported per breaker panelB. Mechanical

1. The panel shall be constructed of 16-gauge steel. All panel componentsshall be property treated and finished in fine-textured, scratch resistantpaint.

2. 120/208V breaker panels shall be capable of being mounted on thesurface of a wall or recessed mounted.

3. Breaker panels shall be available in 12, 24, and 48 pole configurationsa. 12 pole MLO(No provision for main Breaker)

1. 31 inches high, 14.25” wide and 4” deep (with front panelattached)

b. 12 pole (with provision to add main breaker)1. 40.25 inches high, 14.25” wide and 4” deep (with front panel

attached)c. 24 pole (with provision to add main breaker)

1. 50.25 inches high, 14.25” wide and 4” deep (with front panelattached)

d. 48 pole (with provision to add main breaker)1. 64 inches high, 20” wide and 5.25” deep (with front panel

attached)4. Choice of panel covers shall be available for surface or recess mount

applications. This outer panel shall ship complete with a locking door tolimit access to electronics and breakers

a. Optional center-pin reject security screws shall be available for allaccessible screws.

b. Optional recess mount doors shall extend 1” beyond all paneledges to hide wall cut-out

5. The unit shall provide interior cover over breaker panel to allow accessonly to class 2 wiring and prevent direct access to class 1 line voltagecomponents.

6. The panel shall support up to twelve, twenty4our, or 48 single pole branchcircuits

a. Branch circuits shall range from lEA to 30A capable of holding fullrated load for minimum of three hours continuously

b. Two and three-pole circuits shall be supported at decreased densitywhere each pole constitutes one of the available single-polecircuits. Mixing of circuits in any combination shall be supported.

7. Breakers shall provide manual switching control while power isunavailable to the panel such that critical lighting can be set to an on state,without the need for power to the panel.

8. Breaker output lugs shall accept 10-14 AWG dual conductor9. Breaker output lug shall support solid or stranded 6-14 AWS class B, C, or

K copper wire10. Control wiring for DMX, station bus, and Emergency input terminations

shall land on a removable headers for contractor installation.C. User Interface

1. The user interface shall contain a graphical display with button pad toinclude 0-9 number entry, up, down back arrow navigation and enter.

2. Test shortcut button shall be available for local activation of preset,sequence and set level overrides.

3. The user interface shall have a power status LED indicator (Blue), a DMXstatus LED indicator (Green), a network status LED indicator (Green) andan LED indicator (red) for errors.

4. Interface shall allow the backlight to timeout and shall provide usereditable options to shut off backlight completely as well as adjust screencontrast.

5. Ethernet interface (when installed) shall default to automatic IP throughlink local and DHCP. Upon receiving IP address, the address of theNetwork Interface Card (NIC) shall display in the about menu. Staticaddress and settings shall also be possible.

6. The control interface shall support a USB memory stick interface foruploads of configurations and software updates

D. Functional1. Panel setup shall be user programmable. The control interface shall

provide the following breaker setup features (per circuit):a. Type (1 pole, 2 pole, or 3 pole)b. Namec. Circuit Numberd. DMX addresse. sACN address (network enabled panels only)f. Space Numberg. Circuit Mode

1. Normal (priority and HTP based activation and dimming2. Latch-lock3. Fluorescent4. DALI

h. On threshold leveli. Off threshold levelj. Include in UL924 emergency activationk. Allow Manual

2. Breaker panels shall support discrete addressing of each breaker. Panelsthat are restricted to use of start address with sequential addressing, andcannot assign each 0-1OV output control to any internal circuit shall not beacceptable

3. The panel shall be capable of switching 6 poles on or off at once, or in auser-selectable delay per breaker using a period of 0.1 to 60 seconds, in0.1 second increments

4. Control electronics shall report the following information per branch circuit:a. Breaker state (On! Off)b. Breaker state (Open! Closed)c. Current draw (In Amps)d. Voltagee. Energy usage

5. Built in Control shall include:a. Ability to record up to 16 presets in each space from the the control

panel, connected control stations, or timed eventsb. Presets shall be programmable by recording current levels (as set

by DMX or connected control stations), by entering levels on thecontrol panel directly, manually selecting breaker state on eachbreaker, or a combination of these methods. From the controlpanel, stations, or timed events it shall be possible to record valuesfor up to 16 zones per space.

c. Up to 8 spaces in a single rack for total of up to 16 spaces shall besupported per system or system subne

d. Indication of an active preset shall be visible on the control paneldisplay.

e. One 16-step sequence per space for power up and power downroutines

f. The panel shall have a UL924-listed contact input for use inEmergency Lighting systems. The panel shall respond to thecontact input by setting included breakers to “on’, while setting non-emergency breakers “off’. Each breaker can be selected foractivation upon contact input.

g. Upon Data loss the system shall provide options to hold last lookinfinitely or hold for a configured time period set by the installingtechnician then fade/switch to the input of the next available priority.

h. Control electronics shall respond directly to control stations forzone, preset, and sequence control. Systems that requiresecondary control systems for this functionality are not acceptable.

i. After power loss, electronics shall be capable of holding the systemin its previous state until new level data (DMX, architecturalpresets, sequences and zones, or local overrides) is received tomake each breaker change state.

6. The control of lighting and associated systems via timed and Astronomicalclock controls. Li

a. The breaker panel shall allow the activation of presets, sequence,and zone programming of up to 50 time clock events via a built inreal and astronomical time clock.

b. System time events shall be programmable via the control panel.1. Time clock events shall be assigned to system day types.

Standard day types include: everyday, weekday, weekend,Sunday, Monday, Tuesday, Wednesday, Thursday, Fridayand Saturday.

2. Time clock events shall be activated based on sunrise,sunset, time of day or periodic event.

3. System shall automatically compensate for regions using afully configurable daylight saving time.

4. Presets shall be assigned to events at the time clock.c. The time clock shall support event override

1. It shall be possible to override the timed event schedule formthe face panel of the time clock

d. The time clock shall support timed event hold1. It shall be possible to hold a timed event from the face panel

of the processor2. Timed event hold shall meet California Title 24 requirements

7. The panel shall receive ESTA DMX512-A control protocol. Addressingshall be set via the user interface button keypad with any circuit patched toany DMX control address

a. 2,500V of optical isolation shall be provided between the DMXS12inputs and the control electronics as well as between control andpower components.

b. The breakers shall respond to control changes (DMX or Stations) inless than 25 milliseconds. DMX5I2 update speed shall be 40Hz.

c. Setting changes shall be able to be made across all, some, or justone selected breaker in a single action from the face panel

d. DMX data loss shall allow for levels/breakers to be held for ever orfor a specified time before switching to a lower priority source

e. Initial Panel setup1. The breaker panel shall automatically detect the type of

breaker or dimmer installed in each location without need formanual configuration of the physical arrangement.

2. Quick rack setup shall be available to apply address settingsacross all circuits for rack number, DMX Start Address,sACN universe, and sACN start address.

3. Emergency Setup Menu shall provide optional delays whenemergency is activated or deactivated, and option to turn offnon-emergency circuits shall be available. Record functionshall allow circuits that are turned on to be added to theemergency setting.

E. Electrical1. Breaker Panels shall be available to support power input from:

a. 120/208V three phase 4-wire plus groundb. 120/240V single phase 3-wire plus groundc. 277/480V, 230/400V and 240/41 SV three phase. 4-wire plus ground

2. Conduit Entry:a. Feeders:

1. Top or top-side (upper 6” of either side)2. Bottom or bottom-side 6” of either side3. Feeders shall enter through the top or bottom according to

the orientation of the enclosure.4. Feeder entry shall be nearest to the location of the feeder

lugs or main breakerb. Load:

1. Load wiring shall enter through the top or bottom of theenclosure.

2. Load wiring shall enter through the top/bottom surfacenearest to the breaker sub panel.

3. Load wiring may also enter through left and/or right sideprovided a low voltage chase is not required through thesame area. If class 2 chase is required, a field installablebarrier panel shall be provided upon request. When installed,the left or right side of the panel, where the barrier has beeninstalled, shall not permit load wiring.

c. Low Voltage:1. Top or top-side (upper 6” of either side)2. Bottom or bottom-side 6” of either side3. For low voltage conduit entry at the breaker end of the

cabinet, conduits shall be located at the outer 3” of thetop/bottom panel.

3. Breakera. Bus connection type: Stab onb. 1,2, or three polesc. UL489 listedd. 15 amp, 20 amp, or 30 ampe. 22,000 SCCR; 65,000A series rated w main breakerf. High inrush trip curve (matches all Sensor breakers)g. Maintains trip curve through entire thermal rangeh. Guaranteed not to trip at full loadi. Load lugs accept 6-l8awg load wiringj. Multi-conductor rated output terminalk. Integral mechanically held air gap relayI. Manual control of relay state using breaker handle w/o powerm. Integral current sensingn. Integral position and trip sensingo. Control and status provided by contact pads directly atp. Bottom of the breaker case. No external wires or connections

required for control or feedback

q. The breaker shall be capable of switching up to 30A4. The breaker panel shall support a maximum feed size

1. 100 Amps at 12 circuits2. 200 Amps at 24 circuits3. 400 Amps at 48 circuits

2. Breaker panels shall support main circuit breaker options:3. Main breaker options shall be optional and available for purchase upon

request4. Main breakers shall be field installable5. Main breakers shall be available in up to 100 Amps for 12 circuit panels,

up to 200 Amps for 24 circuit panels, and up to 400A for 48 circuit panelsatl2OV

6. Series rated SCCR ratings apply as follows with appropriate main breaker:1. 22,000A or 64,000 at 120/208V

7. Main breakers shall allow the following range of wire sizes:1. Up to 300kcmil at 1 OOA and 200A2. Up to 600kcmil at 400A

8. Main Lug input shall support up to 2x200kcmil• Breaker remote switching ratings

1. Mechanical 250,000 cycles2. 24A Resistive 100,000 cycles3. 16A Ballast (HID) 75,000 cycles4. 16A Electronic (LED) 75,000 cycles5. 1 5A Tungsten 45,000 cycles6. 3OFLA; 180 LRA Motor Load 50000 cycles7. Tested duty cycle: 6 operations (3 cycles) per minute8. Decreasing duty cycle significantly increases life cycle9. Isolation: 4000V RMS10. State: Latching11. Current reporting accuracy: 5%12.lsolation: 4000V RMS13. Latching state mechanical relay

2.10 Power Control SystemA. General

1. The installation rack shall be the Sensor3 I 20V as manufactured byElectronic Theatre Controls, Inc., or equal. The Power Control Systemenclosure shall consist of up to 48 module spaces.

B. Electrical1. Sensor3 racks shall operate at 120V, three phase, four wire + ground, 47-

53 or to 57-63 Hz at 800 amps max. Other voltage and phase options areavailable upon request. Sensor racks shall automatically compensate forfrequency variations during operation. Provisions shall be made foroptional amp trap devices for fault current protection. Standard SCCR faultcurrent protection shall be 100,000A

2. All load and neutral terminals shall accept up to #4 AWG (25mm2) wire.Systems providing smaller terminals do not allow contractor wire sizingflexibility and shall be deemed unacceptable.

3. Load terminals shall be located at the front of the wiring cavity. Frontaccess racks having terminals located at the back of the rack or on theside near the back of the rack such that adjacent load cabling may blockterminal access shall not be acceptable.

C. Electronics1. Power control electronics (CEM3) shall be contained in a single module

that can be plug-in capable without use of tools. Power control anddimming systems that require tools for removal of control electronics shallnot be acceptable.

2. All data and power input for CEM3 control electronics shall be located ona separately removable/pluggable termination connector on the backplanesuch that backplane can be replaced without removal and discretesecondary conductor terminations. Systems that require discretetermination of DMX, Ethernet, power input, and dimmer control outputdirectly on terminals on the control module or pluggable backplane shallnot be permitted.

3. The power controller shall directly support the following network protocols:a. Net3 protocol suite including ANSI El .31 Streaming ACN (5ACN)b. ANSI E1.17 Architecture for Control Networks (ACN)

4. The power controller shall directly support 2 ports of control input usingANSI El.11 USITT DMX512-A

5. Control signals shall be sent between control module and dimmer/powermodules using flat ribbon cables. Systems using catS cable and rj45connections or discrete hand wired conductors as sole physicalcommunication media between control module and dimmer/powermodules shall be considered long term unreliable and shall be not beacceptable.

6. System shall provide an optional low voltage connection to maintain powerof control electronics through brown out, instantaneous, and sustainedpower outages. Systems that do not provide optional low voltage backuppower connection to the power controller shall not be acceptable.

7. Control electronics shall be housed in a formed steel body with cast-aluminum face panel.

D. Physical1. The Sensor3 rack shall be a free-standing, dead-front switchboard,

substantially framed and enclosed with 16 gauge, formed steel panels. Allrack components shall be properly treated, primed and finished. Exteriorsurfaces shall be finished in fine-texture, scratch-resistant, epoxy paint.Removable top and bottom panels shall facilitate conduit termination onthe 48 module rack. Knockouts shall serve the same purpose on 12 and24 module racks.

2. Sensor3 racks shall be available in three sizes, with the followingdimensions.

a. SR3-12 (12 module) 25.8”H x 14.8W x 13.3”Db. SR3-24 (24 module) 45.8’H x 14.8W x 16.8”Dc. SR3-48(48 module) 83.1”H x 14.8”W x22.8”D

3. Racks shall be designed for front access to allow back-to-back or side-by-side installation.

4. Racks shall be designed to allow easy insertion and removal of allmodules without the use of tools. Supports shall be provided for precisealignment of modules into power and signal connector blocks. Withmodules removed, racks shall provide clear front access to all load,neutral and control terminations. Racks that require removable panels toaccess load, neutral or control terminations shall not be acceptable.

5. An optional bus bar kit shall be available from the factory to allow adjacentracks to be powered by a single line feed. No soft buss rack-to-rack wiringshall be required. Racks that require discrete cabling to connect adjacentracks shall not be acceptable.

6. Module spaces shall be mechanically keyed to accept only the 20A orbelow, SQA, or 1 OOA module specified for that space. Racks that allowmodules of varying wattages to plug into the same space shall not beacceptable. The rack shall be configurable to accept mixed dimmer typesand sizes throughout the rack.

7. Each rack shall provide a lockable full-height door containing an integralelectrostatic air filter that shall be removable for easy cleaning. A singlelow-noise fan shall be located at the top of each rack. Design of the rackand modules shall draw all cool air intake air through the integralelectrostatic air filter at the front of the rack, discretely through eachmodule housing and directly out the top of the rack such that exhaustedhot air from adjacent modules does not heat the module(s) above, below,or to the side of each other. System designs that draw the same heatedair through multiple modules shall not be acceptable.

8. The fan shall maintain the temperature of all components at properoperating levels with dimmers under full load, provided the ambienttemperature of the dimmer room does not exceed 40°C1104°F. Racks thatdo not employ both locking doors and electrostatic air filters shall not beacceptable.

9. The fan shall turn on whenever any circuit in the system is activated. Inthe event of an over-temperature condition, only the affected dimmermodule(s) shall shut down and a message shall appear on the controlmodule LCD. The fan shall remain on during thermal shutdown ofindividual dimmer modules. Systems that do not include over-temperaturesensing and preventative thermal shutdown shall not be acceptable.

1 O.A fan sensor shall be provided. In the event of momentary fan failure, errormessage will be displayed and sent remotely over Ethernet to optionallogging systems. Systems that do not provide optional system eventlogging shall not be deemed acceptable.

11. If the ambient room temperature drops below O°C132°F or rises above40°C/i 04°F, a warning shall appear on the dimmer rack LCD. If the

temperature rises above 46°C/i 15°F, the rack shall shut down until thecondition is corrected.

12.A 3 x .5inch LED status indicator (beacon) shall be mounted in the rackdoor. The beacon shall be visible throughout a wide viewing angle. Innormal operating conditions, this LED is illuminated. If the rack’s controlmodule senses an error condition, the beacon shall flash until the error iscorrected. An optional indicator shall be available for remote locations.Racks have no external means of visually showing that an error is presentshall not be acceptable.

2.11 Color mixing Light Emitting Diode Wash fixtureA. General

1. The fixture shall be a color-mixing high-intensity LED illuminator with DMXcontrol of intensity and color The fixture shall be a ColorSource Par asmanufactured by Electronic Theatre Controls, Inc. or approved equal.

2. All LED fixtures shall be provided by a single manufacturer to ensurecompatibility

3. The fixture shall be UL 1573 listed for stage and studio use4. The fixture shall comply with the USIU DMX-512 A standard

B. Physical1. The fixture shall be contained in a rugged all-metal die-cast housing, free

of burrs and pits2. The housing shall have a rugged black powdercoat finish

a. White or silver/gray powdercoat finishes shall be available as coloroptions

b. Other powdercoat color options shall be available on request3. Power supply, cooling and electronics shall be integral to each unit.4. Fixture housing shall provide two easy-access slots for secondary lenses

and other accessoriesa. Slots shall be equipped with locking retaining clip

5. The unit shall ship witha. Theatrical-style hanging yoke as standardb. 5’ power lead with Edison connector as standard

6. Available options shall include but not be limited to:a. Floor stand conversion Kitb. Bare-end, Stage-Pin or Twist-lock type-equipped power leadsc. PowerCon to PowerCon cables for fixture power linkingd. Multiple secondary lens options to include multiple angles in the

following patterns:1. Linear2. Round3. Oblong

7. Light output shall be via a round aperturea. Aperture and accessory slots shall accommodate standard 7.5”

accessories such as used in other similar-sized fixturesb. Accessories available as options shall include but not be limited to:

1. Gel/diffusion frames

2. Top hats3. Barndoors4. Egg crate louvers5. Concentric ring louvers6. Multiple secondary lensing options

C. ENVIRONMENTAL AND AGENCY COMPLIANCE1. The fixture shall be UL and cUL LISTED and/or CE rated, and shall be so

labeled when delivered to the job site.2. The fixture shall be UL LISTED to the UL1 573 standard for stage and

studio use3. The fixture shall be rated for IP-20 dry location use.

D. THERMAL1. The fixture shall be cooled with a variable speed fan.2. The fixture shall utilize advanced thermal management systems to

maintain LED life to an average of 70% intensity after 20,000 hours of usea. Thermal management shall include multiple temperature sensors

within the housing to include:1. The LED array2. The control board

3. The fixture shall operate in an ambient temperature range of 0°C (32°F)minimum, to 40° C (104°F) maximum ambient temperature.

E. ELECTRICAL1. The fixture shall be equipped with 1 OOV to 240V 50/60 Hz internal power

supply2. The fixture shall support power in and thru operation

a. Power in shall be via Neutrik® PowerConTM input connectorb. Power thru shall be via Neutrik © PowerCon TM output connectorc. Fixture power wiring and accessory power cables shall be rated to

support linking of multiple fixtures up to the capacity of a ISAbreaker

3. The fixture requires power from non-dim source4. Power supply outputs shall have self-resetting current limiting protection5. Power supply shall have power factor correction

F. LED Emitters1. The fixture shall contain 4 different LED colors to provide color

characteristics as described in Section H below2. All LEDs used in the fixture shall be high brightness and proven quality

from established and reputable LED manufacturers.a. Fixture shall utilize Luxeon® ZTM LED emitters

3. Manufacturer of LED emitters shall utilize an advanced production LEDbinning process to maintain color consistency.

4. LED emitters should be rated for nominal 20,000 hour LED life to 70%intensity

5. All LED fixtures (100% of each lot) shall undergo a minimum three-hourburn-in test during manufacturing.

6. LED system shall comply with all relevant patents

G. CALIBRATION1. Fixture shall be calibrated at factory for achieve consistent color between

fixtures built at different times and/or from different LED lots or binsa. Calibration data shall be stored in the fixture as a permanent part of

on-board operating systemb. All arrays, including replacement arrays shall be calibrated to the

same standard to insure consistencyc. Fixtures not offering LED calibration shall not be acceptable

H. COLOR1. The fixture shall utilize an minimum of 40 LED emitters

a. These emitters shall be made up of Red, Green, Blue and LimeI. DIMMING

1. The LED system shall use 15-bit nonlinear scaling techniques for high-resolution dimming.

2. The dimming curve shall be optimized for smooth dimming over longertimed fades.

3. The LED system shall be digitally driven using high-speed pulse widthmodulation (PWM)

4. LED control shall be compatible with broadcast equipment in the followingways:

a. PWM control of LED levels shall be imperceptible to video camerasand related equipment

b. PWM rates shall be adjustable by the user via RDM to avoid anyvisible interference to video cameras and related equipment

J. CONTROL AND USER INTERFACE1. The fixture shall be USIU DMX 512A-compatible via In and Thru 5-pin

XLR connectors2. The fixture shall be compatible with the ANSI RDM El .20 standard

a. All fixture functions shall accessible via RDM protocol formodification from suitably equipped control console

b. Temperature sensors within the luminaire shall be viewable in realtime via RDM

c. Fixtures not offering RDM compatibility, feature set access ortemperature monitoring via RDM shall not be compatible

3. The fixture shall be equipped with a 7-segment display for easy-to-readstatus and control

4. The fixture shall be equipped with a three-button user-interface5. The fixture shall offer RGB control6. The fixture shall operate in Regulated mode for droop compensation7. The fixture shall offer stand-alone functionality eliminating the need for a

consolea. Fixture shall ship with 12 preset colors accessible as a stand-alone

featureb. Fixture shall ship with 5 Sequences accessible as a stand-alone

featurec. Each color and sequence can be modified by the end user

d. Fixtures can be linked together with standard DMX cables andcontrolled from designated master fixture

1. Up to 32 fixtures may be linkede. Fixtures in a stand-alone state shall restore to the settings present

prior to power cycling, eliminating the need for reprogrammingf. Fixtures without stand-alone operation features described in a, b, c,

d, and e shall not be acceptableColor mixing or White-light Light Emitting Diode Profile fixtureGeneral

1. The fixture shall be a color-mixing high-intensity LED illuminator with DMXcontrol of intensity and color. The fixture shall be a ColorSource Spot asmanufactured by Electronic Theatre Controls, Inc. or approved equal.


3. The fixture shall be UL 1573 listed for stage and studio use4. The fixture shall comply with the USIU DMX-512A standard

The unit shall be constructed of rugged, die cast aluminum, free of burrsand pits

2. The following shall be provided:a. Lens secured with silicone shock mountsb. Shutter assembly shall allow for ÷1-25° rotationc. 20 gauge stainless steel shuttersd. Interchangeable lens tubes for different field angles with Teflon

guides for smooth tube movemente. Sturdy integral die cast gel frame holders with two accessory slots,

and a top-mounted, quick release gel frame retainerf. Rugged steel yoke with two mounting positions allowing 300°+

rotation of the fixture within the yokeg. Positive locking, hand operated yoke clutchh. Slot with sliding cover for motorized pattern devices or optional iris

3. The housing shall have a rugged black powder coat finisha. White or silver/gray powder coat finishes shall be available as color

optionsb. Other powder coat color options shall be available on request

4. Power supply, cooling and electronics shall be integral to each unit.5. The unit shall ship with

a. Theatrical-style hanging yoke as standardb. 5’ cable with Neutrik PowerConTU to choice of connector as

standardc. Gate diffuserd. A-size pattern holder

6. Available options shall include but not be limited to:a. Bare-end, Stage-Pin or Twist-lock type-equipped power leadsb. PowerCon to PowerCon cables for fixture power linking

2.12A.

B. Physical1.

c. Smooth Wash Diffuser for overlapping beams of light from multiplefixtures

C. Optical1. The light beam should have a 2-to-I center-to-edge drop-off ratio2. The unit shall provide, but not be limited to:

a. Low gate and beam temperatureb. Sharp imaging through a three-plane shutter design

3. The unit shall provide, but not be limited to:a. 5, 10, 14, 19, 26, 36, 50, 70 and 90 degree field anglesb. High-quality pattern imagingc. Sharp shutter cuts without halationd. Shutter warping and burnout in normal use shall be unacceptablee. Adjustable hard and soft beam edges

4. 19, 26, 36, and 50 degree units shall have optional lens tubes available forprecision, high-contrast imaging.

D. Environmental and Agency Compliance1. The fixture shall be ETL and cETL LISTED and/or CE rated, and shall be

so labeled when delivered to the job site.2. The fixture shall be ETL LISTED to the UL1 573 standard for stage and


E. Thermal1. Fixture shall be equipped with a cooling fan.2. The fixture shall utilize advanced thermal management systems to


within the housing to include:1. LED array circuit board temperatures2. Fixture ambient internal temperature

3. The fixture shall operate in an ambient temperature range of 0°C (32°F)minimum, to 40° C (104°F) maximum ambient temperature.

F. Electrical1. The fixture shall be equipped with a 1 OOV to 240V 50/60Hz internal power


a. Power in shall be via Neutrik® PowerConTM input connectorb. Power thru shall be via Neutrik © PowerCon TM output connectorc. Fixture power wiring and accessory power cables shall be rated to

support linking of multiple fixtures up to the capacity of a 1 SAbreaker

3. The fixture requires power from a non-dim source4. Fixtures shall have droop compensation to prevent thermal shift of color or

intensity5. Power supply outputs shall have self-resetting current-limiting protection6. Power supply shall have power factor correction

C. LED Emitters

1. The fixture shall contain a minimum of four different LED colors to providecolor characteristics as described in the Color Section below

2. All LEDs used in the fixture shall be high brightness and proven qualityfrom established and reputable LED manufacturers.

a. Fixture shall utilize Luxeon® RebelTM LED emitters3. Manufacturer of LED emitters shall utilize an advanced production LED

binning process to maintain color consistency.4. LED emitters should be rated for nominal 20,000-hour LED life to 70%

intensity5. All LED fixtures (100% of each lot) shall undergo a minimum three-hour

burn-in test during manufacturing.6. LED system shall comply with all relevant patents

H. Calibration1.

I. Color

Fixture shall be calibrated at factory for achieve consistent color andintensity output between fixtures built at different times and/or fromdifferent LED lots or bins

a. Calibration data shall be stored on the control card as a permanentpart of on-board operating system

b. All arrays, including replacement arrays shall be calibrated to thesame standard to insure consistency

c. Fixtures not offering LED calibration shall not be acceptable

1. The fixture shall utilize a minimum of 60 LED emitters2. The fixture shall utilize a selective mix of Red, Green, Blue and Lime

emmittersJ. Dimming

1. The LED system shall use 15-bit nonlinear scaling techniques for high-resolution dimming.

2. The fixture shall utilize a Incandescent dimming curve3. Dimming curve shall be optimized for smooth dimming over longer timed

fades.4. The LED system shall be digitally driven using high-speed pulse width

modulation (PWM)5. LED control shall be compatible with broadcast equipment in the following

ways:a. PWM control of LED levels shall be imperceptible to video cameras

and related equipmentb. PWM shall be capable of being set via RDM to 25,000hz

K. Control and User interface1. The fixture shall be USIU DMX 512A-compatible via In and Thru 5-pin

XLR connectors or RJ45 connectors2. The fixture shall be compatible with the ANSI RDM El .20 standard




3. The fixture shall be equipped with a 7-segment display4. The fixture shall be equipped with a three-button user-interface5. The fixture shall be controlled via RGB data input

a. 5-channel footprint (IRGBS)6. A variable-rate strobe channel shall be provided7. The fixture shall offer stand-alone functionality eliminating the need for a


featureb. Fixture shall ship with 5 sequences accessible as a stand-alone

featurec. Each color and sequence can be modified by the end user via RDMd. Fixtures can be linked together with standard DMX cables and

controlled from designated master fixture1. Up to 32 fixtures may be linked

e. Fixtures in a stand-alone state shall restore to the settings presentprior to power cycling, eliminating the need for reprogramming

f. Fixtures without stand-alone operation features described aboveshall not be acceptable

2.13 Color mixing or White-light Light Emitting Diode Profile fixtureA. General

1. The fixture shall be a color-mixing high-intensity LED illuminator with DMXcontrol of intensity and color. The fixture shall be a Source Four LEDSeries 2 as manufactured by Electronic Theatre Controls, Inc. or approvedequal.


3. The fixture shall be UL 1573 listed for stage and studio use4. The fixture shall comply with the USITT DMX-512A standard

B. Physical1. The unit shall be constructed of rugged, die cast aluminum, free of burrs

and pits, finished in black.2. The following shall be provided:

a. Lens secured with silicone shock mountsb. Shutter assembly shall allow for +1-25° rotationc. 20 gauge stainless steel shuttersd. Interchangeable lens tubes for different field angles with Teflon


and a top-mounted, quick release gel frame retainerf. Rugged steel yoke with two mounting positions allowing 3000+




4. Power supply, cooling and electronics shall be integral to each unit.5. The unit shall ship with

a. Theatrical-style hanging yoke as standardb. 5’ Neutrik PowerCon’ to Edison power cable as standardc. Gate diffuserd. A-size pattern holder

6. Available options shall include but not be limited to:a. Bare-end, Stage-Pin or Twist-lock type-equipped power leadsb. PowerCon to PowerCon cables for fixture power linkingc. Smooth Wash Diffuser for overlapping beams of light from multiple

fixturesC. Optical

1. The light beam should have a 2-to-I center-to-edge drop-off ratio2. The unit shall provide, but not be limited to:





so labeled when delivered to the job site.2. The fixture shall be ETL LISTED to the UL1 573 standard for stage and

studio use3. The fixture shall be rated for lP-20 dry location use.

E. Thermal1. Fixture shall be equipped with a cooling fan.

a. Fan speed control via a DMX channel shall be possibleb. Fan speed software shall permit the fixture to override DMX fan

speed setting to prevent heat damage to the fixture2. The fixture shall utilize advanced thermal management systems to


within the housing to include:1. LED array circuit board temperatures2. Temperature sensors placed on each individual LED color

circuit

3. Fixture ambient4. CPU

b. Fixture user shall permit monitoring of temperature sensors via alegible LCD multi-line backlit display

c. Fixtures that do not provide active thermal monitoring of LEDcircuits and other temperature readings shall not be acceptable

3. The fixture shall operate in an ambient temperature range of 00C (32°F)minimum, to 400 C (104°F) maximum ambient temperature.

F. Electrical1. The fixture shall be equipped with a 1 00V to 240V 50/60Hz internal power


a. Power in shall be via Neutrik® PowerConTM input connectorb. Power thru shall be via Neutdk ® PowerCon output connectorc. Fixture power wiring and accessory power cables shall be rated to

support linking of multiple fixtures up to the capacity of a 1 5Abreaker

3. The fixture requires power from a non-dim source4. Power supply outputs shall have self-resetting current-limiting protection5. Power supply shall have power factor correction

G. LED Emitters1. The fixture shall contain a minimum of four different LED colors to provide

color characteristics as described in the Color Section below2. All LEDs used in the fixture shall be high brightness and proven quality

from established and reputable LED manufacturers.a. Fixture shall utilize Luxeon® RebelTM and/or Osram OSLON

Square LED emitters3. Manufacturer of LED emitters shall utilize an advanced production LED

binning process to maintain color consistency.4. LED emitters should be rated for nominal 20,000-hour LED life to 70%

intensity5. All LED fixtures (100% of each lot) shall undergo a minimum three-hour

bum-in test during manufacturing.6. LED system shall comply with all relevant patents7. Fixtures shall have adjustable PWM frequency up to 25,000hz to avoid

flicker on cameraH. Calibration

1. Fixture shall be calibrated at factory for achieve consistent color andintensity output between fixtures built at different times and/or fromdifferent LED lots or bins

a. Calibration data shall be stored on the LED array as a permanentpart of on-board operating system


c. Fixtures not offering LED calibration shall not be acceptableI. Color

1. The fixture shall utilize a minimum of 60 LED emitters2. The fixture shall be available in specialized LED arrays as outlined below:

a. Source Four LED Series 2 Lustr1. Red, Amber, Green, Cyan, Blue, Indigo and Lime LEDs in an

array designed for broad spectrum color, light tints, andvariable whites. This array shall be the Lustr array asmanufactured by Electronic Theatre Controls, or approvedequal

a. Measured brightness of the Lustr array shall begreater than 6,500 field lumens

b. Source Four LED Series 2 Tungsten ND1. Mint, red, orange, blue, and indigo in an array designed to

provide a variable white-light adjustable from 2700K to6500K. (Designed for highest CR1 and output between2700K and 4500K) This array shall be the Tungsten HDarray as manufactured by Electronic Theatre Controls, orapproved equal

a. Measured brightness of the Tungsten HD array shallbe greater than 10,000 field lumens

c. Source Four LED Series 2 Daylight ND1. Mint, red, blue, and indigo in an array designed to provide a

variable white-light adjustable from 2700K to 6500K.(Designed for highest CR1 and output between 4000K and6500K)This array shall be the Daylight HD array asmanufactured by Electronic Theatre Controls, or approvedequal

a. Measured brightness of the Daylight ND array shallbe greater than 10,000 field lumens

J. Dimming1. The LED system shall use 15-bit nonlinear scaling techniques for high-

resolution dimming.2. At least four different dimming curve options shall be accessible at the

fixture’ s User Interfacea. Incandescentb. Standardc. Lineard. Quick

3. Dimming curves shall be optimized for smooth dimming over longer timedfades.




b. PWM rates shall be adjustable by the user at the fixture ifnecessary to avoid any visible interference to video cameras andrelated equipment



a. All fixture functions shall accessible via ROM protocol formodification from suitably equipped control console



3. The fixture shall be equipped with multi-line LCD display for easy-to-readstatus reports and configuration changes

4. The fixture shall be equipped with a six-button user-interface5. The fixture shall offer multiple DMX input profile options to include:

a. RGB - control of all individual LED colors via a three-channel profile1. Red, Green, Blue

b. HSI — control of all individual LED colors via a three-channel profile1. Hue, Saturation, Intensity

c. HSIC — control of all LED colors via a four-channel profile1. Hue, Saturation, Intensity and Color Point

a. Color point provides variable color temperaturesettings

d. Direct — control of each individual color channel via an independentchannel

e. StudioI.

— Control of the fixture in a white-light 3 channel profileIntensity, Color Temperature, +1- Green (Tint)

a. Without DMX the fixture can master other SourceFour LEDs and Desire fixtures that are connected via5 pin XLR DMX cables

f. A variable-rate strobe channel shall be provided6. The fixture shall offer three output settings

a. Boost mode - powers LEDs at maximum intensity and provides nocompensation against LED droop’ or intensity loss

b. Regulated mode — slightly restricts maximum LED intensity levelsto compensate against LED droop

c. Protected mode — further restricts maximum LED intensity levels tocompensate against LED droop and offer color consistency athighest permissible ambient temperatures (40C)

d. Fixtures that do not provide regulated and protected operationmodes are not acceptable

7. The fixture shall offer additional user-definable options to including but notlimited to

a. Display time out options

b. Loss of data behavior optionsc. White point settingsd. Red-shift option for tungsten dimming emulation

8. The fixture shall offer five Quick Set-Ups to allow user to rapidly selectdifferent combinations of the numerous user options based on the desiredusage situation, to include:

a. General — for most situationsb. Stage — when emulating incandescent fixtures is desiredc. High Impact — when maximum output and effect is desiredd. XT Arch — when color consistency and architectural characteristics

are desired.e. Studio - when DMX or stand-alone of white light output is required

with intensity color temperature and color tint control parameters9. The fixture shall offer stand-alone functionality eliminating the need for a



featurec. Each color and sequence can be modified by the end userd. Fixtures can be linked together with standard DMX cables and



f. Fixtures without stand-alone operation features described aboveshall not be acceptable

1O.The fixture shaLl be capable of copying all performance settings to otherfixtures of the same type via a 5 pin XLR DMX cable

2.14 Source Four LED CYC AdapterA. General

1. The adapter shall work with all Source Four LED light engines2. The adapter shall provide an evenly distributed light output when used in

combination across large, flat surfacesB. Physical

1. The unit shall be constructed of rugged, die cast aluminum, free of burrsand pits, as well as injection molded ABS components; finished in black

2. Any exposed optics (excludes mirrors) shall be constructed out of heatand impact resistant poly-carbonate material

3. The unit shall attach securely to all Source Four LED light enginesC. Optical

1. Unit should be able to be placed as close as 2 Ft. from the illuminatedsurface

2. Unit should be able to be top or bottom mounted3. Unit should be able to achieve a 2:1 spacing4. Unit should be able to light a 40 Ft. cyclorama with a top and bottom hang

5. Unit should maintain approximately 3Q% efficiency from source lumens tototal field lumen output

• Color mixing or White-light Light Emitting Diode Profile fixtureA. General

1. The fixture shall be a color-mixing high-intensity LED illuminator with DMXcontrol of intensity and color. The fixture shall be a Source Four LED asmanufactured by Electronics Theatre Controls, Inc. or approved equal.


3. The fixture shall be UL 1573 listed for stage and studio use4. The fixture shall comply with the USITT DMX-512A standard


and pits, finished in black.2. The following shall be provided:

a. Lens secured with silicone shock mountsb. Shutter assembly shall allow for +1-25° rotationc. 20 gauge stainless steel shuttersd. Interchangeable lens tubes for different field angles with Teflon


and a top-mounted, quick release gel frame retainerf. Rugged steel yoke with two mounting positions allowing 300°+




4. Power supply, cooling and electronics shall be integral to each unit.5. The unit shall ship with:

a. Theatrical-style hanging yoke as standardb. 5’ Neutrik PowerConTM to Edison power cable as standardc. Gate diffuserd. A-size pattern holder

6. Available options shall include but not be limited to:a. Bare-end, Stage-Pin or Twist-lock type-equipped power leadsb. PowerCon to PowerCon cables for fixture power linkingc. Smooth Wash Diffuser for overlapping beams of light from multiple

fixturesC. Optical

1. The light beam should have a 2-to-I center-to-edge drop-off ratio2. The unit shall provide, but not be limited to:





so labeled when delivered to the job site.2. The fixture shall be UL LISTED to the UL1 573 standard for stage and


E. Thermal1. Fixture shall be equipped with a cooling fan.

a. Fan speed control via a DMX channel shall be possibleb. Fan speed software shall permit the fixture to override DMX fan

speed setting to prevent heat damage to the fixture2. The fixture shall utilize advanced thermal management systems to


within the housing to include:1. LED array circuit board temperatures2. Temperature sensors placed on each individual LED color

circuit3. Fixture ambient4. CPU

b. Fixture user shall permit monitoring of temperature sensors via alegible LCD multi-line backlit display

c. Fixtures that do not provide active thermal monitoring of LEDcircuits and other temperature readings shall not be acceptable

3. The fixture shall operate in an ambient temperature range of -20°C (-4°F)minimum, to 40° C (104°F) maximum ambient temperature.

F. Electrical1. The fixture shall be equipped with a 1 DCV to 240V 50/60Hz internal power


a. Power in shall be via Neutrik® PowerConmi input connectorb. Power thru shall be via Neutrik ® PowerCon TM output connectorc. Fixture power wiring and accessory power cables shall be rated to

support linking of multiple fixtures up to the capacity of a 1 5Abreaker

3. The fixture requires power from a non-dim source4. Power supply outputs shall have self-resetting current-limiting protection5. Power supply shall have power factor correction

G. LED Emitters1. The fixture shall contain a minimum of five different LED colors to provide

color characteristics as described in the Color Section below.2. All LEDs used in the fixture shall be high brightness and proven quality

from established and reputable LED manufacturers.a. Fixture shall utilize Luxeon® RebeV” LED emitters

3. Manufacturer of LED emitters shall utilize an advanced production LEDbinning process to maintain color consistency.

4. LED emitters should be rated for nominal 50,000-hour LED life to 70%intensity

5. All LED fixtures (100% of each lot) shall undergo a minimum eight-hourburn-in test during manufacturing.

6. LED system shall comply with all relevant patentsH. Calibration

1. Fixture shall be calibrated at factory for achieve consistent color andintensity output between fixtures built at different times and/or fromdifferent LED lots or bins

a. Calibration data shall be stored on the LED array as a permanentpart of on-board operating system


c. Fixtures not offering LED calibration shall not be acceptableI. Color

1. The fixture shaH utilize a minimum of 60 LED emitters2. The fixture shall be available in specialized LED arrays as outlined below:

a. Source Four LED Lustr+1. Red, Amber, Green, Cyan, Blue, Indigo and White LEDs in

an array designed for broad spectrum color, light tints, andvariable whites. This array shall be the Lustr+ array asmanufactured by Electronic Theatre Controls, or approvedequal

a. Measured brightness of the Lustr+ array shall begreater than 4,000 field lumens

b. Source Four LED Tungsten1. All Warm White LEDs in an array designed for non-variable

single color high-output, warm white light. This shall be theStudio Tungsten array as manufactured by ElectronicTheatre Controls, or approved equal

a. Measure brightness of the Studio tungsten array shallbe greater than (TBD) field lumens

c. Source Four LED Daylight1. All Cool White LEDs in an array designed for non-variable

single color high-output, cool white light. This shall be theStudio Daylight array as manufactured by Electronic TheatreControls, or approved equal

a. Measure brightness of the Studio Daylight array shallbe greater than (TBD) field lumens

J. Dimming1. The LED system shall use 15-bit nonlinear scaling techniques for high-

resolution dimming.2. At least four different dimming curve options shall be accessible at the

fixture’ s User Interfacea. Incandescentb. Standardc. Linearci. Quick

3. Dimming curves shall be optimized for smooth dimming over longer timedfades.




b. PWM rates shall be adjustable by the user at the fixture ifnecessary to avoid any visible interference to video cameras andrelated equipment






3. The fixture shall be equipped with multi-line LCD display for easy-to-readstatus reports and configuration changes

4. The fixture shall be equipped with a six-button user-interface5. The fixture shall offer multiple DMX input profile options to include:

a. RGB - control of all individual LED colors via a three-channel profile1. Red, Green, Blue

b. HSI — control of all individual LED colors via a three-channel profile1. Hue1 Saturation, Intensity

c. HSIC — control of all LED colors via a four-channel profile1. Hue, Saturation, Intensity and Color Point

a. Color point provides variable color temperaturesettings

d. Direct — control of each individual color channel via an independentchannel

e. Studio — Control of the fixture in a white-light 3 channel profile1. Intensity, Color Temperature, +1- Green (Tint)

a. Without DMX the fixture can master other SourceFour LEDs and Desire fixtures that are connected via5 pin XLR DMX cables

f. A variable-rate strobe channel shall be provided6. The fixture shall offer three output settings

a. Boost mode - powers LEDs at maximum intensity and provides nocompensation against LED droop’ or intensity loss

b. Regulated mode — slightly restricts maximum LED intensity levelsto compensate against LED droop

c. Protected mode — further restricts maximum LED intensity levels tocompensate against LED droop and offer color consistency athighest permissible ambient temperatures (40C)

d. Fixtures that do not provide regulated and protected operationmodes are not acceptable

7. The fixture shall offer additional user-definable options to including but notlimited to:

a. Display time out optionsb. Loss of data behavior optionsc. White point settingsd. Red-shift option for tungsten dimming emulation

8. The fixture shall offer five Quick Set-Ups to allow user to rapidly selectdifferent combinations of the numerous user options based on the desiredusage situation, to include:

a. General —for most situationsb. Stage — when emulating incandescent fixtures is desiredc. High Impact — when maximum output and effect is desiredd. XT Arch — when color consistency and architectural characteristics

are desired.e. Studio - when DMX or stand-alone of white light output is required

with intensity, color temperature and color tint control parameters9. The fixture shall offer stand-alone functionality eliminating the need for a



featurec. Each color and sequence can be modified by the end userd. Fixtures can be linked together with standard DMX cables and



f. Fixtures without stand-alone operation features described aboveshall not be acceptable.

2.15 ELLIPSOIDAL SPOTLIGHTSA. General

1. The instrument shall be a Source Four ellipsoidal spotlight asmanufactured by Electronic Theatre Controls, Inc., or approved equal.


and pits, finished in black, high temperature epoxy paint. Tools shall notbe required for either lamp alignment or cleaning the reflector or lens

2. The following shall be provided:a. Integral cable clamp for power leadsb. Positive locking of lamp focus and independent lamp alignment

controlsc. High impact, thermally insulated knobs and shutter handlesd. Reflector secured with shock mountse. Lens secured with silicone shock mountsf. Shutter assembly shall allow for +/-25° rotationg. 20 gauge stainless steel shuttersh. Insulated rear handlei. Interchangeable lens tubes for different field angles with Teflon

guides for smooth tube movementj. Sturdy integral die cast gel frame holders with two accessory slots,

and a top mounted, quick release gel frame retainerk. Rugged 3/16” x 1-1/4” steel yoke with two mounting positions

allowing 300°± rotation of the fixture within the yokeI. Positive locking, hand operated yoke clutchm. Slot with sliding cover for motorized pattern devices or optional iris

C. Optical1. The optical train shall combine a compact filament lamp with a precision

molded borosilicate, ellipsoidal reflector and aspheric lens to produce anoptimum cosine field.

2. The unit shall provide, but not be limited to:a. Molded borosilicate reflector with multiple dichroic layersb. 95% of visible light shall be reflected while 90% of infrared light as

heat shall be transmitted through the reflectorc. Low gate and beam temperatured. Sharp imaging through a three plane shutter designe. Projector-quality, high contrast asphedc lens, with an anti-reflective

coating to increase transmissionD. Performance

1. The unit shall be precision engineered to use an HPL lamp to deliver aneven, intense field with cosine distribution.

2. The unit shall provide, but not be limited to:a. 5, 10, 14, 19,26,36,50,70 and 90 degree field anglesb. High-quality pattern imagingc. Sharp shutter cuts without halationd. Shutter warping and burnout in normal use shall be unacceptable

e. Adjustable hard and soft beam edges3. The unit shall be capable of utilizing ETC Dimmer Doubling technology4. The unit shall be UL and cUL listed and so labeled.5. 19, 26, 36, and 50 degree units shall have optional lens tubes available for

precision, high-contrast imaging.E. Lamp

1. The high efficiency lamp shall be an HPL lamp, which shall consist of acompact tungsten filament contained in a krypton-filled quartz envelope.The lamp shall mount axially within the reflector. The lamp base shall havean integral die cast aluminum heat sink that reduces seal temperature andensures proper lamp alignment. The lamp socket shall be ATP 220 nickelgold plated.






controlsc. High impact, thermally insulated knobs and shutter handlesd. Reflector secured with shock mountse. Lens secured with silicone shock mountsf. Shutter assembly shall allow for +1-25° rotationg. 20 gauge stainless steel shuttersh. Insulated rear handlei. Interchangeable lens tubes for different field angles with Teflon



allowing 300°+ rotation of the fixture within the yokeI. Positive locking, hand operated yoke clutchm. Slot with sliding cover for motorized pattern devices or optional iris



2. The unit shall provide, but not be limited to:a. Molded borosilicate reflector with multiple dichroic layersb. 95C/ of visible light shall be reflected while 90% of infrared light as

heat shall be transmitted through the reflector

c. Low gate and beam temperatured. Sharp imaging through a three plane shutter designe. Projector-quality, high contrast aspheric lens, with an anti-reflective




3. The unit shall be capable of utilizing ETC Dimmer Doubling technology4. The unit shall be UL and cUL listed and so labeled.5. 19, 26, 36, and 50 degree units shall have optional lens tubes available for


1. The high efficiency lamp shall be an HPL lamp, which shalt consist of acompact tungsten filament contained in a krypton-filled quartz envelope.The lamp shall mount axially within the reflector. The lamp base shall havean integral die cast aluminum heat sink that reduces seal temperature andensures proper lamp alignment. The lamp socket shall be ATP 220 nickelgold plated.






controlsc. High impact, thermally insulated knobs and shutter handlesd. Reflector secured with shock mountse. Lens secured with silicone shock mountsf. Shutter assembly shall allow for +1-25° rotationg. 20 gauge stainless steel shuttersh. Insulated rear handlei. Interchangeable lens tubes for different field angles with Teflon


and a top mounted, quick release gel frame retainer

k. Rugged 3/16” x 1-1/4” steel yoke with two mounting positionsallowing 3000+ rotation of the fixture within the yoke

I. Positive locking, hand operated yoke clutchm. Slot with sliding cover for motorized pattern devices or optional iris




heat shall be transmitted through the reflectorc. Low gate and beam temperatured. Sharp imaging through a three plane shutter designe. Projector-quality, high contrast aspheric lens, with an anti-reflective






1. The high efficiency lamp shall be an HPL lamp, which shall consist of acompact tungsten filament contained in a krypton-filled quartz envelope.The lamp shall mount axially within the reflector. The lamp base shall havean integral die cast aluminum heat sink that reduces seal temperature andensures proper lamp alignment. The lamp socket shall be ATP 220 nickelgold plated.





2. The following shall be provided:a. Integral cable clamp for power leads

b. Positive locking of lamp focus and independent lamp alignmentcontrols

c. High impact, thermally insulated knobs and shutter handlesd. Reflector secured with shock mountse. Lens secured with silicone shock mountsf. Shutter assembly shall allow for +1-25° rotationg. 20 gauge stainless steel shuttersh. Insulated rear handleI. Interchangeable lens tubes for different field angles with Teflon



allowing 300°÷ rotation of the fixture within the yokeI. Positive locking, hand operated yoke clutchm. Slot with sliding cover for motorized pattern devices or optional iris




heat shall be transmitted through the reflectorc. Low gate and beam temperatured. Sharp imaging through a three plane shutter designe. Projector-quality, high contrast aspheric lens, with an anti-reflective



2. The unit shall provide, but not be limited to:a. 5, 10, 14,19,26,36,50,70 and 90 degree field anglesb. High-quality pattern imagingc. Sharp shutter cuts without halationd. Shutter warping and burnout in normal use shall be unacceptablee. Adjustable hard and soft beam edges



1. The high efficiency lamp shall be an HPL lamp, which shall consist of acompact tungsten filament contained in a krypton-filled quartz envelope.The lamp shall mount axially within the reflector. The lamp base shall havean integral die cast aluminum heat sink that reduces seal temperature and

ensures proper lamp alignment. The lamp socket shall be ATP 220 nickelgold plated.

2.19 FRESNEL SPOTLIGHTA. General

1. The luminaire shall be a Source Four Fresnel spotlight as manufacturedby Electronic Theatre Controls, Inc., or approved equal

B. Lamp1. The luminaire shall utilize only the HPL lamp, which shall consist of a

compact tungsten filament contained in a krypton-filled quartz envelope2. The lamp base shall have an integral die cast aluminum heat sink that

reduces seal temperature and ensures proper lamp alignment3. Luminaires that use lamps other than the HPL lamp shall not be

acceptable4. The lamp socket shall be ATP 220 nickel gold plated5. The lamp shall be prefocused in relation to the reflector6. The lamp shall be removable from the bottom of the fixture for re-lamping

C. Optical1. Luminaire shall use a Fresnel lens and provide soft-edged, but well-

defined beam shaping with a barn door attachment2. Luminaire shall provide a field angle zoom range of 20 degrees to 65

degrees3. The optical train shall utilize a compact filament lamp with a modified

spherical reflector4. The luminaire shall output no less than 10,000 field lumens in full flood

setting when fitted with 750W, 11 5V high out-put HPL lamp5. Luminaires producing less than 10,000 field lumens in full flood setting

with a 750W lamp shall not be acceptable6. Reflector shall be molded borosilicate glass with multiple dichroic layers7. Reflector efficiency shall be a minimum of 93%8. Reflectors of pressed aluminum or other sheet metal construction shall not

be acceptableD. Physical

1. The luminaire shall be constructed of rugged, die cast aluminum, free ofburrs and pits, finished in black, high temperature paint

2. The luminaire shall provide, but not be limited to:a. 36” power lead with bare-endsb. Integral cable clamp for power leadsc. Sealed housing with no light leaksd. Zoom adjustment by means of a large, side-mounted knob with

integral locking levere. Bottom-access lamp removalf. Lamp socket access door shall use a tool-free ‘h-turn closure

deviceg. Two accessory slots and a top mounted locking door for gel frames

and beam control accessories

1. Accessory slots shall be completely surrounded by a ruggedmetal housing for elimination of light leaks around gel framesand other beam control accessories

2. Accessory slots shall be compatible with 7.5” beam controlaccessories, i.e. barn doors, gel frames, top hats, etc, suchas used by Source Four PAR luminaires and other similarly-sized fixtures

h. Rugged steel yokei. Adjustable yoke mounting position for variable fixture balance pointj. Positive locking, hand operated yoke clutchk. Large, rugged handle on rear of fixtureI. Integrated safety cable mounting ringm. Color frame

3. Unit shall be nominally 12.5”long by 9.5” wide4. Weight without “C” clamp shall be 13.25 lbs.5. The luminaire shall be capable of utilizing ETC Dimmer Doubling

technology6. The luminaire shall be ETL and cETL listed to UL 1573— the standard for

stage and studio use and so labeled2.20 PAR SPOTLIGHT

A. General1. The instrument shall be a Source Four PAR EA spotlight as manufactured

by Electronic Theatre Controls, Inc., or approved equal.B. Lamp

1. The instrument shall utilize an HPL lamp, which shall consist of a compacttungsten filament contained in a krypton-filled quartz envelope.

2. The lamp shall mount axially within the reflector and shall be prefocusedwithin the reflector.

3. The lamp base shall have an integral die cast aluminum heat sink thatreduces seal temperature and ensures proper lamp alignment.

4. The lamp socket shall be ATP 220 nickel gold plated.5. All versions of the instrument shall use only one lamp type, the HPL lamp.

Fixtures that require the purchasing of multiple lamp types to achievedifferent field angles shall not be acceptable.

C. Lenses1. It shall be possible to change field type of the spotlight through

interchangeable lenses. No tools shall be necessary for lens changing.360° Beam rotation shall be possible while the unit is active. No tools shallbe necessary for lens rotation. Fixtures which require user to touch thelamp or lamp socket to orientate the beam shall not be acceptable.

a. Interchangeable lens sets shall consist of very narrow spot, narrowspot, medium flood, and wide flood. Lenses shall be heat resistant,borosilicate glass.

b. Beam orientation of MEL and WEL lenses shall be possible throughrotation of lenses in a rotatable collar housed in the front of the unit.

Collar shall be a high temperature heat resistant rotating collar withfinger holds for precise movement.

D. Optical1. The optical train shall combine a compact filament lamp with modified

parabolic and multifaceted reflector. Reflector efficiency shall be aminimum of 93%. Reflector shall be cast into a heat sink assembly.Reflector finish shall be an enhanced aluminum deposition. Reflectors ofpressed aluminum sheet construction shall not be acceptable.

E. Physical1. The spotlights are constructed of rugged, die cast aluminum, free of burrs

and pits, finished in black, high temperature epoxy paint. Tools shall notbe required for cleaning the reflector or lens

2. The spotlight shall provide, but not be limited to:a. Integral cable clamp for power leadsb. High impact, thermally insulated knobsc. Sealed reflector housing shall prevent all light leaks. Temperature

control of reflector is obtained through 17 heat sink fins cast into thehousing.

d. Interior of unit shall contain ten baffles to eliminate beam scatteringand spill light.

e. Lamp socket shall be held into place by a brass self-retainingscrew.

f. Lens shall be secured with cast bosses and high temperaturebronze spring release. No tools shall be required to change lenses.

g. Sturdy gel frame holders with two accessory slots and a topmounted, quick release gel frame retainer

h. Rugged steel yoke with two mounting positions 300°Rotation offixture within yoke

i. Positive locking, hand operated yoke clutch3. Each unit shall be provided standard with colorframe and 36” bare lead.4. Unit shall be nominally 11 “long by 10” wide5. Weight without “C” clamp shall be 8 lbs.6. The unit shall be capable of utilizing ETC Dimmer Doubling technology7. The spotlight shall be UL and cUL listed and so labeled

Part 3. EXECUTION

3.01 INSTALLATION

A. It shall be the responsibility of the System Integrator to receive and store thenecessary materials and equipment for installation of the dimmer system. It is theintent of these specifications and plans to include everything required for properand complete installation and operation of the dimming system, even thoughevery item may not be specifically mentioned. The contractor shall deliver on atimely basis to other trades any equipment that must be installed duringconstruction.

B. The System Integrator shall be responsible for field measurements andcoordinating physical size of all equipment with the architectural requirements ofthe spaces into which they are to be installed.

C. The System Integrator shall install all lighting control and dimming equipment inaccordance with manufacturers approved shop drawings.

D. All branch load circuits shall be live tested before connecting the loads to thedimmer system load terminals.

3.02 MANUFACTURER’S SERVICES

A. Upon completion of the installation, including testing of load circuits, thecontractor shall notify the dimming system manufacturer that the system isavailable for formal checkout.

B. Notification shall be provided in writing, two weeks prior to the time that factory-trained personnel are needed on the job site.

C. No power is to be applied to the dimming system unless specifically authorizedby written instructions from the manufacturer.

D. The purchaser shall be liable for any return visits by the factory engineer as aresult of incomplete or incorrect wiring.

E. Upon completion of the formal check-out, the factory engineer shall demonstrateoperation and maintenance of the system to the owners representatives. Trainingshall not exceed four working hours. Additional training shall be available uponrequest.

3.03 WARRANTY

A. Manufacturer shall warrant products under normal use and service to be freefrom defects in materials and workmanship for a period of two years from date ofdelivery.

B. Warranty shall cover repair or replacement of such parts determined defectiveupon inspection.

C. Warranty does not cover any product or part of a product subject to accident,negligence, alteration, abuse or misuse. Warranty does not cover anyaccessories or parts not supplied by the manufacturer.

D. Warranty shall not cover any labor expended or materials used to repair anyequipment without manufacturers prior written authorization.

END OF SECTION