|
10.
<br />Service entrance circuit breakers smaller than 400A frame shall be thermal-magnetic trip with inverse time
<br />current characteristics unless otherwise indicated below. Service entrance main circuit breakers and main
<br />circuit breakers, 400A frame and larger shall be 100% rated, solid-state type as outlined in this specification.
<br />All other service entrance circuit breakers, 400A frame and larger, shall be 100% rated, solid-state type as
<br />outlined in this specification.
<br />Where a solid state circuit breaker is indicated on drawings or as required elsewhere in this specification,
<br />provide a solid state circuit breaker with minimum five function complete with built-in current transformers. The
<br />five functions shall be independently adjustable and consist of Overload/Long Time Amp Rating, Long Time
<br />Delay, Short Time Delay, Short Circuit/Instantaneous Pick-up, but may also include Shunt Trip and/or Ground
<br />Fault if so indicated on the Drawings. Rating plugs shall be interlocked so they are not interchangeable
<br />between frames. Breaker shall have built-in test points for testing long delay and instantaneous, and ground
<br />fault (where shown) functions of the breaker by means of a 120V operated test kit. Contractor shall utilize a
<br />test kit capable of testing all breakers 400A and above, at the Engineer's request.
<br />Where a Current Limiting Circuit Breaker (CLCB) is indicated on drawings or as required elsewhere in this
<br />specification, provide a UL listed current limiting thermal magnetic circuit breaker(s) UON. An independently
<br />operating limiter section within a molded case is not allowed. Coordinate CLCB ratings as required to protect
<br />electrical system components on the load side of the CLCB to include, but not limited to, protecting automatic
<br />transfer switches, panel boards and lighting control panels.
<br />All non-service entrance circuit breakers 225A and larger shall be thermal magnetic type and have
<br />continuously adjustable instantaneous pick-ups of approximately 5 to 10 times trip rating. Breakers shall have
<br />either tamper-resistant rating dials or easily changed trip rating plugs with trip ratings as indicated on the
<br />Drawings. Rating plugs shall be interlocked so they are not interchangeable between frames. Additionally, all
<br />non-service entrance circuit breakers, 600A frame and larger, located in 480V 3 phase, 3-wire or 277/480V, 3
<br />phase 4-wire switchgear, distribution boards, panel boards or busway plugs, shall be solid state, 100% rated.
<br />Breaker shall have built-in test points for testing long delay, short delay and instantaneous, and ground fault
<br />(where shown) functions of the breaker by means of a 120V operated test kit. Contractor shall utilize a test kit
<br />capable of testing all breakers 400A and above - at the Engineer's request.
<br />b.
<br />a.Key operated switches, switches with pilot lights, and switches for the control of motors, heaters and
<br />ventilators. Engraving shall be black and occur on the exposed side of the plate indicating the motor,
<br />heater, or ventilator controlled.
<br />Except as otherwise noted, all wiring device plates on the project shall be labeled with panel and circuit
<br />number(s) utilizing a Brother P-Touch labeling system with 1/2" tape (yellow on black) or equal by
<br />Herman-Tellerman or Panduit. Locate label on the concealed side of the wiring device plate. Handwritten
<br />labels are unacceptable.
<br />Receptacles on optional standby generator and/or UPS power shall have custom engraved plates with the
<br />words "Generator" or "UPS" in black letters. In addition, where located in telecommunications closets,
<br />IDFs, server rooms, data centers, labs (wet, dry or electronic) indicating panel board and circuit number.
<br />Provide wiring devices indicated per plan. Devices shall be specification grade. Acceptable manufacturers are
<br />Leviton, Pass & Seymour and Hubbell. Provide all similar devices of same manufacturer, unless indicated
<br />otherwise. All device colors shall be selected from the full range of manufacturer standard color options as
<br />selected by the Architect. This direction will be provided in the shop drawing review process.
<br />12.
<br />G.Weatherproof Outlet Covers/Assemblies: All Receptacles identified as weatherproof on the drawings shall be
<br />weather-resistant, tamper-resistant, GFCI type and equipped as follows:
<br />Wiring device cover plates located on recessed boxes shall be commercial grade nylon. Plate color shall
<br />match wiring device color UON on plans. Cover plates utilized on surface mounted boxes shall be metal.
<br />Plastic cover plates are unacceptable.
<br />See drawings for panel board schedule directory installation requirements.
<br />F.
<br />#5361-CH-COLOR (Non-Decora)Recessed Clock Receptacle
<br />When shown circuited with an I.G. conductor, all receptacles shall be of the I.G. type. As an example, a
<br />NEMA L6-30R denoted on the plans and shown circuited with an I.G. conductor shall be an I.G. version of the
<br />receptacle.
<br />9.
<br />11.
<br />3.
<br />#16252-COLOR
<br />#16352-COLOR
<br />#16262-IG-COLOR
<br />#16362-IG-COLOR
<br />F.
<br />1.
<br />Wiring Devices:
<br />Wiring Devices (Decora)
<br />Convenience Receptacle
<br />Dedicated Receptacle
<br />Convenience I.G. Receptacle
<br />#GFNT1-COLOR
<br />#16351-COLOR
<br />#16251-COLOR
<br />#5622-2-COLOR
<br />#5623-2-COLOR
<br />#5624-2-COLOR
<br />#5621-2-COLOR
<br />#5631-2-COLOR
<br />#5657-2-COLOR
<br />#1221-2L-COLOR
<br />#5628-2-COLOR
<br />Convenience G.F.C.I. Receptacle
<br />Single Pole Switch
<br />Double Pole Switch
<br />Three Way Switch
<br />Four Way Switch
<br />Dedicated Simplex Receptacle
<br />2.
<br />4.
<br />Pilot Light Switch "Off"
<br />Projection Screen Switch
<br />Keyed Switch
<br />Pilot Light Switch "On"
<br />Convenience Simplex Receptacle
<br />5.
<br />12.
<br />10.
<br />1.
<br />2.
<br />3.
<br />I.
<br />H.
<br />Circuit Breakers.
<br />Dedicated IG Receptacle
<br />E.
<br />F.
<br />1.11
<br />B.
<br />C.
<br />D.
<br />1.6
<br />1.7
<br />A.
<br />IDENTIFICATION
<br />FINAL INSPECTION AND ACCEPTANCE
<br />SECTION 16010
<br />WORK INCLUDED:
<br />A.
<br />1.1
<br />1.
<br />2.
<br />B.
<br />PART 1 - GENERAL ELECTRICAL SPECIFICATIONS
<br />A.
<br />B.
<br />2.1
<br />A.
<br />B.
<br />A.
<br />1.8
<br />A.
<br />B.
<br />1.9
<br />A.
<br />RECORD DRAWINGS
<br />C.
<br />B.
<br />C.
<br />1.
<br />A.
<br />1.2
<br />B.
<br />1.
<br />2.
<br />B.
<br />A.
<br />1.3
<br />C.
<br />1.
<br />2.
<br />QUALITY ASSURANCE
<br />GENERAL REQUIREMENTS
<br />All Core Cutting, Drilling, and Patching:
<br />Review comments used in response to shop drawings/submittals are:
<br />"No Exception Taken"
<br />"Furnish as Corrected"
<br />"Revise and Resubmit"
<br />Shop drawings shall be submitted on the following, but not limited to:
<br />PART 2 - PRODUCTS
<br />MATERIALS
<br />Switchgear/Switchboards/Distribution Boards/Motor Control Centers:
<br />Panelboards - Branch Circuit:
<br />"Rejected"
<br />1.
<br />1.
<br />1.
<br />2.
<br />3.
<br />4.
<br />5.
<br />7.
<br />9.
<br />D.
<br />2.
<br />3.
<br />4.
<br />D.
<br />E.
<br />1.10
<br />A.
<br />SHOP DRAWINGS/SUBMITTALS
<br />E.
<br />B.
<br />C.
<br />D.
<br />3.
<br />4.
<br />1.
<br />D.
<br />5.
<br />2.
<br />1.4
<br />A.
<br />B.
<br />C.
<br />A.
<br />1.5
<br />Verifying Drawings and Job Conditions:
<br />WORK IN COOPERATION WITH OTHER TRADES
<br />TESTING AND ADJUSTMENT
<br />Transformers:
<br />Lighting Fixtures:
<br />1.
<br />1.
<br />2.
<br />Re-submittal required with corrections as noted.
<br />Perform Work in accordance with the National Electrical Code, applicable building ordinances, and other applicable
<br />codes, hereinafter referred to as the "Code." The Contractor shall comply with the Code including local
<br />amendments and interpretations without added cost to the Owner. Where Contract Documents exceed minimum
<br />requirements, the Contract Documents take precedence. Where code conflicts occur, the most stringent shall
<br />apply unless variance is approved.
<br />Motor Controllers/Starters: See drawings for motorized equipment schedules and specifications.
<br />Type/Subscript WP-B: Wet location-listed raintight while "in use" cast copper-free aluminum, extra-duty,
<br />lockable cover with baked aluminum lacquer finish and one-gang, weather-resistant, tamper-resistant GFCI
<br />receptacle. Hubbell WP26E series. Polycarbonate covers are unacceptable. Unit shall comply with NEC, or
<br />CEC where adopted, Article 406.9(A) and (B). Contractor shall powder coat cover assembly to a custom color
<br />where receptacle locations are deemed by the Architect to be in aesthetically sensitive or public spaces.
<br />Custom color as selected by Architect.
<br />In locations with sufficient wall depth, provide 6" wide x 6" tall x 5-1/2" deep recessed wall box (C.W. Cole
<br />#TL310-WCS-K1-CUSTOM COLOR).
<br />The following wiring device plates shall have custom engraving:
<br />Wiring devices located in wood finished areas shall generally be black unless otherwise indicated by the
<br />Architect.
<br />Lamps: See lamp/fixture schedule and lamp/lighting fixture schedule notes.
<br />Ballasts: See lighting fixture schedule notes. All noisy ballasts shall be replaced at no cost to the Owner.
<br />See drawings for lighting fixture and lamp schedules and additional specifications. Furnish, install, and
<br />connect a lighting fixture at each outlet where a lighting fixture type symbol (designated on plans) is shown as
<br />being installed. Each fixture shall be complete with all required accessories including sockets, glassware,
<br />boxes, spacers, mounting devices, fire rating enclosure and lamps.
<br />See drawings for transformer schedules and specifications.
<br />See drawings for panel board schedules and specifications.
<br />See general single line diagram notes on drawings for more information.
<br />Materials and Equipment: All electrical materials and equipment, including custom-made equipment, shall be new
<br />and shall be listed by Underwriter's Laboratories (UL) and bear their label or be listed and certified by a Nationally
<br />Recognized Testing Lab (NRTL) that is also recognized by the local Authority-Having-Jurisdiction (AHJ).
<br />All wiring diagrams shall specifically cover the system supplied. Typical drawings will not be accepted. Four (4)
<br />copies shall be presented to the Owner.
<br />Prior to final acceptance of the job, the Electrical Contractor shall furnish to the Owner at least four (4) copies of
<br />operating and maintenance and servicing instructions, as well as four (4) complete wiring diagrams for the following
<br />items or equipment:
<br />MAINTENANCE, SERVICING, INSTRUCTION MANUALS AND WIRING DIAGRAMS
<br />Re-submittal required based upon the originally specified product.
<br />Re-submittal not required, although the Contractor shall provide the
<br />submitted product with corrections as noted.
<br />Only products listed as "Equal" within the contract documents, along with formally approved "Substitutions" will be
<br />reviewed. Products not conforming to these items will not be reviewed and will be returned to the Contractor for
<br />re-submittal.
<br />If the shop drawings show variations from the requirements of the Contract because of standard shop practice or
<br />other reasons, the Contractor shall make specific mention of such variations in the Contractor's letter of transmittal.
<br />If the substitution is accepted, the Contractor shall be responsible for proper adjustment that may be caused by the
<br />substitution. Samples shall be submitted when requested.
<br />The shop drawings/submittals shall be marked with the name of the project, numbered consecutively, and bear the
<br />approval of the Contractor as evidence that the Contractor has checked the drawings. Any drawings submitted
<br />without this approval will be returned to the Contractor for resubmittal.
<br />Shop Drawings/Submittals, unless required otherwise by general project specifications or instructions to bidders,
<br />shall be submitted in electronic format (PDF) to include a Letter of Transmittal (PDF), which shall give a list of the
<br />drawings submitted with dates and/or sytem(s) components contained within the submittal. Drawings and material
<br />cut sheets shall be complete in every respect and edited/marked to indicate specific items being provided.
<br />Printed/Hard copies are not acceptable.
<br />No Known Equal: For the purposes of specifying products, "No Known Equal" shall mean that the
<br />Owner/Architect/Engineer is not aware of an equivalent product. The Contractor will need to submit a
<br />"Substitution" item, per the requirements listed above, if a different product is proposed to be utilized.
<br />Alternates/Alternatives: For the purposes of specifying products, "alternatives/alternates" may be established to
<br />enable the Owner/Architect/Engineer to compare costs where alternative materials or methods might be used. An
<br />alternate price shall be submitted in addition to the base bid for consideration. If the alternate is deemed
<br />acceptable, written authorization will be issued.
<br />The Contractor warrants that substitutions proposed for specified items will fully perform the functions required.
<br />In the event of cost reduction, the Owner will be credited with 100 percent of the reduction, arranged by
<br />change order.
<br />In the event that written authorization is given for a substitution after award of contract, the Contractor shall
<br />submit to the Engineer quotations from suppliers/distributors of both the specified and proposed equal material
<br />for price comparison, as well as a verification of delivery dates that conform to the project schedule.
<br />Substitutions of specified equipment shall be submitted and received by the Engineer ten (10) days prior to the
<br />bid date for review and written approval. Regulatory Agency approval for all substitutions will be the sole
<br />responsibility of the contractor. To receive consideration, requests for substitutions must be accompanied by
<br />documentary proof of its equality with the specified material. Documentary proof shall be in letter form and
<br />identify the specified values/materials alongside proposed equal values/materials. In addition, catalog
<br />brochures and samples, if requested, must be included in the submittal. ONLY PRE-BID APPROVED
<br />PRODUCTS, ISSUED VIA A FORMAL BID ADDENDUM TO ALL BIDDERS, WILL BE ALLOWED ON THE
<br />PROJECT. REGARDLESS OF THE APPROVAL ON ANY SUBSTITUTION, ALL BIDS SHALL BE BASED
<br />ON THE PRODUCTS EXACTLY AS SPECIFIED. PRICING FOR EACH APPROVED SUBSTITUTION
<br />SHALL BE INCLUDED IN THE BID SUBMITTAL AS A SEPARATE LINE ITEM.
<br />Substitution: For the purposes of specifying products, "substitution" shall refer to the submittal of a product not
<br />explicitly approved by the construction documents/specifications.
<br />Equal: Where the words (or similar terms) "equal", "approved equal", "equal to", "or equal by", "or equal" and
<br />"equivalent" are used, it shall be understood that these words are followed by the expression "in the opinion of the
<br />Owner, Architect, and Engineer". For the purposes of specifying products, the above words shall indicate the same
<br />size, made of the same construction materials, manufactured with equivalent life expectancy, having the same
<br />aesthetic appearance/style (includes craftsmanship, physical attributes, color and finish), and the same
<br />performance.
<br />Approvals: Where the words (or similar terms) "approved", "approval", "acceptable", and "acceptance" are used, it
<br />shall be understood that acceptance by the Owner, Architect and Engineer are required.
<br />APPROVALS, EQUALS, SUBSTITUTIONS, ALTERNATIVES, NO KNOWN EQUAL
<br />Drawings of Record: The Contractor shall provide and keep up-to-date, a complete record set of drawings. These
<br />shall be corrected daily and show every change from the original Drawings. This set of prints shall be kept on the
<br />job site and shall be used only as a record set. This shall not be construed as authorization for the Contractor to
<br />make changes in the layout without definite instruction in each case. Upon completion of the work, a set of
<br />reproducible Contract Drawings shall be obtained from the General Contractor and all changes as noted on the
<br />record set of prints shall be incorporated thereon with black ink in a neat, legible, understandable and professional
<br />manner. Refer to the Supplementary General Conditions for complete requirements.
<br />Final acceptance of the work will be made by the Owner after receipt of approval and recommendation of
<br />acceptance from each representative.
<br />After all requirements of the Specifications and/or the Drawings have been fully completed, representatives of the
<br />Owner will inspect the work. Contractor shall provide competent personnel to demonstrate the operation of any
<br />item or system to the full satisfaction of each representative.
<br />All circuit breakers/fuses in switchgear, switchboards, distribution boards, distribution panels, UPS output
<br />circuit breakers, PDU sub-feed circuit breakers and motor control centers shall have individual nameplates
<br />located immediately adjacent to the respective device. Nameplate inscription shall identify the downstream
<br />equipment or device served by the circuit breaker or fuse.
<br />All test reports, including copies of any required Energy Code Acceptance Forms (e.g. CA Title 24 Acceptance For
<br />Code Compliance Forms) should be submitted to the Engineer at completion of project.
<br />All circuit(s) shall be tested for continuity and circuit integrity. Adjustments shall be made for circuits not complying
<br />with testing criteria.
<br />Equipment and parts in need of correction, and discovered during such testing, shall be immediately repaired or
<br />replaced with all new equipment and that part of the system shall then be retested. All such replacement or repair
<br />shall be done at no additional cost to the Owner.
<br />Upon completion of all electrical work, the Contractor shall test all circuits, switches, light fixtures, lighting control
<br />and dimming systems including distributed systems, UPSs, generators, SPDs, lighting inverters, transfer switches,
<br />motors, circuit breakers, motor starter(s) and their auxiliary circuits and any other electrical items to ensure perfect
<br />operation of all electrical equipment.
<br />Install separate conduits between each heating, ventilating and air conditioning sensing device and its control panel
<br />and/or control motor. Before installing any conduit for heating, ventilating and air conditioning control wiring, verify
<br />the exact requirements from the control diagrams provided with the equipment manufacturer's shop drawings.
<br />Provide a conduit-only system for low voltage wiring required for control of mechanical and plumbing equipment
<br />described in this or other parts of the Contract Documents. Install all control housings, conduits, and backboxes
<br />required for installing conduit to the controls.
<br />Examine the Drawings and Specifications and determine the work to be performed by the electrical, mechanical
<br />and other trades. Provide the type and amount of electrical materials and equipment necessary to place this work
<br />in proper operation, completely wired, tested and ready for use. This shall include all conduit, wire, disconnects,
<br />relays, and other devices for the required operation sequence of all electrical, mechanical and other systems or
<br />equipment.
<br />The Contractor shall visit the site and verify existing conditions. Where existing conditions differ from
<br />Drawings, adjustment(s) shall be made and allowances included for all necessary equipment to complete all
<br />parts of the Drawings and Specifications.
<br />The Contractor shall examine all Drawings and Specifications in a manner to be fully cognizant of all work
<br />required under this Section.
<br />Penetrations shall be sealed to meet the rated integrity of the surface required to be patched and repaired.
<br />The patched surface shall be painted or finished to match the existing surface.
<br />The Contractor shall be responsible for patching and repairing surfaces where he is required to penetrate for
<br />work under this contract.
<br />For penetrations of concrete slabs or concrete footings, the work shall be as directed in the Concrete Section
<br />of Specifications.
<br />No holes will be allowed in any structural members without the written approval of the Project's Structural
<br />Engineer.
<br />For the installation of work under this Section, the aforementioned shall be performed under this Section of the
<br />Specifications and the Concrete section of the Specifications.
<br />Wherever a discrepancy in quantity or size of conduit, wire, equipment, devices, circuit breakers, etc., (all
<br />materials), arises on the Drawings and/or in the Specifications, the Contractor shall be responsible for providing
<br />and installing all material and services required by the strictest condition noted on Drawings and/or in
<br />Specifications to ensure complete and operable systems as required by the Owner and Engineer.
<br />Guarantee: Furnish a written guarantee for a period of one-year from date of acceptance.
<br />Comply with requirements of the applicable utility companies serving this Project. Make all arrangements with
<br />utility companies for proper coordination of Work.
<br />Comply with all requirements for permits, licenses, fees and codes. The Contractor, at Contractor's expense,
<br />shall obtain all permits, licenses, fees, special service costs, inspections and arrangements required for Work
<br />under this contract, unless otherwise specified.
<br />Design, manufacture, testing and method of installation of all apparatus and materials furnished under
<br />requirements of these specifications shall conform to latest publications or standard rules of the following:
<br />Electrical Drawings: Electrical Drawings are diagrammatic, and are intended to convey the scope of work,
<br />indicating intended general arrangement of equipment, conduit and outlets. Follow Drawings in laying out Work
<br />and verify spaces for installation of materials and equipment based on actual dimensions of equipment furnished.
<br />The electrical Work includes installation or connection of certain materials and equipment furnished by others.
<br />Verify installation details, installation and rough-in locations from the actual equipment or from the equipment
<br />shop drawings.
<br />Work Included: Furnish labor, material, services and skilled supervision necessary for the construction,
<br />erection, installation, connections, testing, and adjustment of all circuits and electrical equipment specified
<br />herein, or shown or noted on Drawings, and its delivery to the Owner complete in all respects ready for use.
<br />This specification shall apply to all phases of work hereinafter specified, shown on drawings, or as required to
<br />provide a complete installation of electrical systems for this project. Work required under this specification is not
<br />limited to just the Electrical drawings. Refer to Architectural, Structural, Landscape, and Mechanical/Plumbing
<br />drawings as well as all other drawings applicable to this project, which designate the scope of work to be
<br />accomplished. The intent of the Drawings and Specifications is to provide a complete and operable electrical
<br />system that includes all documents that are a part of the Contract.
<br />Circuit breaker handle accessories shall provide provisions for locking handle in the on or off position.
<br />Circuit breakers shall be standard interrupting construction. Panelboards shall accept standard circuit
<br />breakers up to 100A.
<br />Series-Rated Breakers: UL listed series-rated combinations of breakers can be used to obtain
<br />panelboard-interrupting ratings shown on Drawings. If series-rated breakers are used, switchboards,
<br />distribution boards and panelboards shall be appropriately labeled to indicate the use of series rated breakers.
<br />Shop drawing submittal shall include chart of UL listed devices which coordinate to provide series rating.
<br />Tandem or half-sized circuit breakers are not permitted.
<br />Ground Fault Interrupting Breakers: Provide with molded plastic case, air circuit breakers, similar to above
<br />with ground fault circuit interrupt capability, conforming to UL Class A, Group 1.
<br />All non-service entrance circuit breakers less than 225A shall be molded plastic case, air circuit breakers
<br />conforming to UL 489. Provide breakers with thermal magnetic trip units, and a common trip bar for two- or
<br />three-pole breakers, connected internally to each pole so tripping of one pole will automatically trip all poles of
<br />each breaker. Provide breakers of trip-free and trip-indicating bolt-on type, with quick-make, quick-break
<br />contacts. Provide single two- or three-pole breaker interchangeability. Provide padlocking device for circuit
<br />breakers as shown on the Drawings.
<br />B.
<br />A.
<br />INTERRUPTION OF SERVICES/SERVICE SHUTDOWN1.12
<br />Any interruption of electrical services, electrical circuits, electrical feeders, signal systems, communication systems,
<br />fire alarm systems, etc., required to perform work shall meet the specific prior-approval requirements of the Owner.
<br />Such work shall be scheduled with the Owner to be performed at the Owner's convenience.
<br />Interruptions/outages of any of the Owner's systems and services mentioned above shall be scheduled to occur
<br />during other than the Owner's normal business hours. Any overtime costs shall be borne by the Contractor.
<br />See drawings for any additional requirements regarding outages, interruption and any temporary services required.C.
<br />Dedicated G.F.C.I. Receptacle #GFNT2-COLOR
<br />Wiring devices located in mirrors shall generally be white with stainless steel cover plates unless otherwise
<br />indicated by the architect.
<br />6.
<br />8.
<br />(Lutron Tu-Wire):
<br />Lutron DIVA DVFTU-5A3P with Lutron H.P. module where required.f.Fluorescent
<br />Lutron DIVA DVELV-300P or DVELV-303P-(3-way) (300 Watt)
<br />Lutron DIVA DVLV-10P or DVLV-103p (3-way) (800 Watt max.)
<br />Lutron DIVA DVF-103P (single/3way, 8A @ 120V) or DVF-103P-277
<br />(single/3way, 6A @ 277V)
<br />Lutron DIVA DVTV with PP-???H Power Pack
<br />Lutron DIVA DV-10P or DV-103P (3-way) (1000 Watt max.)
<br />Q.
<br />1.
<br />c.
<br />b.
<br />d.
<br />e.
<br />a.
<br />Lighting Control/Dimming Systems:
<br />Wall box dimmers shall be rocker-type as manufactured by Lutron (no known equal except as noted below).
<br />Dimmers and dimmer faceplates shall match the color of adjacent switches and faceplates. Dimmers and
<br />dimmer faceplates in wood finished areas shall generally be black unless otherwise indicated by the Architect.
<br />The Contractor shall obtain written approval of the Architect regarding final dimmer and dimmer faceplate color
<br />selection prior to ordering material. Multiple dimmers/switches shall be ganged together with a common cover
<br />plate. Provide dimmers as follows:
<br />Electronic Low Voltage:
<br />Magnetic Low Voltage:
<br />Fluorescent (3-Wire):
<br />Incandescent:
<br />Fluorescent (0-10V):
<br />Lutron DIVA DVTV with PP-???H Power Packg.
<br />1.
<br />R.
<br />1.
<br />S.Surge Protective Device (SPD):
<br />Fire Alarm System/Central Monitoring System:
<br />LED (0-10V):
<br />Fuses:
<br />1.
<br />a.
<br />2.
<br />b.
<br />b.
<br />a.
<br />All fuses shall be the product of a single manufacturer.
<br />Main and Feeder Protection:
<br />3.
<br />a.
<br />b.
<br />Motor Protection:
<br />c.
<br />d.
<br />1.
<br />L.
<br />1.
<br />M.
<br />1.
<br />N.
<br />Cable Tray, Flexible Cable Tray and/or Cable Runway:
<br />Uninterruptible Power Systems (UPS):
<br />See drawings for UPS schedules and specifications.
<br />Power Distribution Units (PDU):
<br />See drawings for PDU schedules and specifications.
<br />1.
<br />O.
<br />P.
<br />Generator Systems:
<br />Transfer Switches:
<br />1.
<br />See drawings for Generator schedules and specifications.
<br />See drawings for Transfer Switch schedules and specifications.
<br />See drawings for Cable Tray, Flexible Cable Tray and/or Cable Runway specifications.
<br />When rejection type fuses are specified (Class RK series) the fuse holder of all switches (specified in
<br />other Sections) shall be suitable for the fuses provided.
<br />Where fuses feeding motors are indicated, but not sized: It shall be the responsibility of the Contractor to
<br />coordinate the fuse size with the motor to provide proper motor running protection.
<br />Protective devices rated 600A or less: Provide Bussman Class R fuses, Class RK series current-limiting
<br />fuses, having an interrupting rating of 200,000A RMS.
<br />Protective devices rated greater than 600A: Provide Bussman Hi-Cap fuses, Class L, current-limiting,
<br />having an interrupting rating of 200,000A RMS.
<br />Fuses shall be manufactured by Bussmann, Shawmut or equal.
<br />Provide fuses at all locations shown on the Drawings and as required for supplemental protection:
<br />K.
<br />1.
<br />2.
<br />3.
<br />4.
<br />5.
<br />6.
<br />8.
<br />Conduit:T.
<br />Galvanized Rigid Conduit (GRC) shall be full weight threaded type steel. Steel conduit shall be protected by
<br />overall zinc coating to inside and outside surfaces, applied by the hot dip, metallizing, or sherardizing process.
<br />Nonmetallic Flexible Tubing (ENT) shall not be used unless otherwise indicated in the Allowed Specification
<br />Deviations Section or Deductive/Additive Alternate Pricing Section generally located on the symbols list
<br />drawing. Use of ENT, if allowed, is strictly limited to use in CMU walls and parking structure decks or as
<br />directed in writing by the Engineer. See Execution section of this specification for additional installation
<br />requirements.
<br />Factory assembled, or off-site assembled wiring systems (such as Metal Clad (MC) Cable, Type AC Cable,
<br />Type NM Cable, Type BX Cable, etc.) shall not be used unless otherwise indicated in the Allowed Specification
<br />Deviations Section or Deductive/Additive Alternate Pricing Section generally located on the symbols list
<br />drawing.
<br />Liquid-tight conduit (Seal-Tite) shall be galvanized steel flexible conduit as above except with moisture and
<br />oil-proof jacket, pre-cut lengths and factory-installed fittings. For outdoor installations and motor connections
<br />only unless otherwise noted on drawings.
<br />Flexible metal conduit shall be constructed of aluminum or hot-dipped galvanized steel strips wound spirally
<br />with interlocking edges to provide greatest flexibility with maximum strength. Interior surfaces shall be smooth
<br />and offer minimum drag to pulling in conductors. Used only as directed in writing by the Engineer with the
<br />exception of 400 Hz feeders and 400 Hz branch circuits which shall be run in flexible aluminum conduit.
<br />Electrical Metallic Tubing (EMT) shall be zinc-coated steel with baked enamel or plastic finish on inside
<br />surfaces except as noted below. EMT shall be dipped in a chromic acid bath to chemically form a
<br />corrosion-resistant protective coating of zinc chromate over galvanized surface.
<br />Intermediate Metal Conduit (IMC) shall be hot-dipped galvanized in accordance with UL 1242, and meet
<br />Federal Specification WWC-581 (latest revision).
<br />When approved for use in the Allowed Specification Deviations Section, generally located on the symbols list
<br />drawing, MC cables shall be allowed for lighting branch circuits (homeruns shall be EMT), receptacle branch
<br />circuits (homeruns shall be EMT) and poke-thru fed systems furniture homeruns. MC shall not be used where
<br />exposed, except for a maximum 6' length for final connections to light fixtures, or terminate in electrical
<br />panelboards or distribution boards. Equipment ground conductor shall be green. Isolated ground conductor
<br />shall be green with yellow stripe. Provide 600V rated aluminum or lightweight steel interlocking armor Metal
<br />Clad (MC) cable with copper conductors, THHN (90 degree C) insulation, and integral equipment grounding
<br />conductor and isolated grounding conductor as required. Type AC cable listed for use in patient care areas for
<br />non-essential electrical system branch circuits per NEC, or CEC where adopted, Article 517.13 shall be
<br />required in such areas in lieu of MC cable. Type AC and MC cable shall not be used for essential electrical
<br />system branch circuits. MC cable shall be manufactured to Underwriters Laboratories Standard 1569. See
<br />Part 3 - Execution in this specification for additional installation requirements.
<br />7.
<br />1.
<br />Disconnect Switches:
<br />3.
<br />2.
<br />4.
<br />J.
<br />Provide the Owner's project manager with one (1) spare set of fuses and two (2) sets of fuse clips/fuses for
<br />every set of fuses on the project.
<br />Amperage, horsepower, voltage, and number of poles per drawings: All shall be clearly marked on the switch
<br />nameplate.
<br />Non-fusible or fusible, heavy-duty, externally operated horsepower-rated, 600V A.C: Provide NEMA 3R,
<br />lockable enclosures for all switches located on roof tops, in wet or damp areas and in any area exposed to the
<br />elements.
<br />15.Provide 75 degree Celsius-rated conductor lugs/lug kits as required on all circuit breakers to accept conductor
<br />quantities and sizes shown on drawings.
<br />Temperature compensating circuit breaker(s) shall be provided when located in outdoor enclosure(s) or when
<br />located in an enclosure subject to high ambient heat due to nearby industrial processes, etc.
<br />14.
<br />All circuit breaker terminations shall be suitable for use with 75 degree Celsius ampacity conductors. Listed,
<br />dual-rated pin terminals, straight or offset, are acceptable for use to in accommodating oversized or parallel
<br />conductor installations.
<br />16.
<br />Shunt trip equipped circuit breakers shall be provided on all elevator feeders.13.
<br />See drawings for Fire Alarm System or Central Monitoring System specifications.
<br />Conduit and fittings shall be produced by the same manufacturer.
<br />a.
<br />b.
<br />Non-Metallic Conduit:
<br />Polyvinyl chloride (PVC) rigid conduit, Schedule 40, Type II for underground installation only with solvent
<br />welded joints, conforming to UL requirements, listed for exposed and direct burial application.
<br />9.
<br />#1865-COLOR (Non-Decora)Door Jam Switch
<br />Contractor shall verify if dimmer(s) requires derating when ganged. Contractor shall provide, and provide
<br />connections to, additional Lutron Power Modules, Lutron Power Packs, and/or Lutron Interface Modules where
<br />required to accommodate loads higher than dimmers standard or derated load-carrying capacity. Note -
<br />contractor may provide a Lutron recommended dimmer type (typically a #DVF-103P unit) to control the
<br />necessary power modules or interface devices.
<br />#5657-2-COLORLow Voltage Momentary Switch
<br />8.Arc Fault Interrupting Breakers: Provide with molded plastic case, air circuit breakers, similar to above with
<br />arc fault circuit interrupt capability, conforming to UL 1699. Provide on all dwelling-unit circuits supplying
<br />bedrooms, sleeping quarters, etc., as required to comply with NEC, or CEC where adopted, Article 210.12.
<br />See drawings for Lighting Control and/or Dimming Systems schedules and specifications.
<br />Where rating of protective device is greater than 600A: Provide Bussman Hi-Cap fuses, Class L,
<br />current-limiting, having an interrupting rating of 200,000A RMS.
<br />Where rating of protective device is 600A or less: Provide Bussman Class RK series current-limiting
<br />fuses, having an interrupting rating of 200,000A RMS.
<br />Identification nameplates for transformers, transfer switches, disconnect switches, enclosed circuit
<br />breakers/switches, inverters, UPSs, PDUs, RDCs, SPDs, lighting control panels, dimming panels, door-releasing
<br />system panels, terminal cabinets and all circuit breakers/fuses in switchgear, switchboards, distribution boards,
<br />distribution panels, UPS output circuit breakers, PDUs, PDU sub-feed circuit breakers, and motor control centers
<br />shall be attached to the equipment by self-adhesive backing integral to the nameplates. When equipment is
<br />located outdoors, provide nameplates without self-adhesive backing and attach to equipment using weather-rated,
<br />UV-resistant epoxy. In all cases, clean surfaces before applying identification nameplates parallel to equipment
<br />lines.
<br />Nameplates shall be provided for unit substations, switchgear, switchboards, distribution boards, distribution
<br />panels, panel boards, motor control centers, transformers, transfer switches, contactors, starters, disconnect
<br />switches, enclosed circuit breakers/switches, Inverters, UPSs, PDUs, RDCs, SPDs, lighting control panels,
<br />dimming panels, door releasing system panels, fire alarm/central monitoring terminal cabinets/power
<br />supplies/control panels, and all low voltage system terminal and control cabinets.
<br />B.Identification nameplates, unless otherwise noted (UON), shall be laminated/extruded modified acrylic that is 3/32"
<br />thick, UV-stabilized, matte finish, suitable for use in 180 deg F ambient, with beveled edges and engraved white
<br />letters 3/8" high, minimum, on 1-1/2" high black background (utility/normal and optional standby power systems) for
<br />single line of text. Where two lines of text are required, provide min. 2" high nameplate. Where three lines of text
<br />are required, provide min. 2.5" high nameplate. Provide white letters on red background for all NEC, or CEC where
<br />adopted, Article 517 essential power systems, Article 700 Emergency Systems, Article 701 Legally required
<br />standby systems and Article 708 COPS.
<br />C.Identification nameplates for new switchgear, switchboards, distribution boards, distribution panels, panelboards
<br />and motor control centers shall be attached with switchgear manufacturer-provided screws via switchgear
<br />manufacturer factory pre-drilled holes. A factory option to rivet identification nameplates to the equipment is only
<br />acceptable if screw-fastened nameplates are not an available option from the switchgear manufacturer. Field
<br />drilling or other mechanical attachment methods that change/void the NEMA or NTRL rating of the enclosure are
<br />strictly forbidden.
<br />D.
<br />See conduit installation section of this specification for conduit labeling requirements.
<br />G.See wiring device section of this specification for additional wiring device plate cover labeling requirements.
<br />E.
<br />Receptacles that are part of a UL-listed under floor computer room whip assembly, ceiling and/or cable/ladder
<br />tray-mounted receptacles used in lab, manufacturing, commercial kitchen environments or that are serving
<br />telcom/data/AV racks and cabinets shall have identification nameplates located on the wiring device plate cover.
<br />Nameplates shall be self-adhesive, 3/32" thick Micarta with beveled edges, engraved 1/4" high white lettering on
<br />black background with serving power source, circuit identification and NEMA/IEC receptacle type. Use of two (2)
<br />separate nameplates per device plate cover is acceptable. Affix nameplates to be visible when plugs are
<br />occupying receptacles.
<br />Nameplate inscriptions shall be identical to the equipment designations indicated in plans and specifications.
<br />Nameplates shall be engraved with the device designation/identification on the top line, source identification
<br />for the device on the 2nd line per NEC, or CEC where adopted, Art 408.4 and load designation for the device
<br />on the bottom line. Where load designation consists of a branch circuit, omit bottom line. Where device
<br />designation is not indicated on plans/specifications, Contractor shall submit a written clarification request to the
<br />Engineer.
<br />H.
<br />I.
<br />Warning Placards, as required by General Single Line Diagram Notes for multiple power sources, or instruction
<br />placards, as required for all kirk-key interlock schemes, all UPS bypass procedures or as required elsewhere in the
<br />plans/specifications shall be engraved 1/2" high with white lettering on a red background using the same material
<br />specified for identification nameplates with a self-adhesive backing. Warning/instruction placards shall be attached
<br />to the face of the equipment directly related to the placards. Provide a formal placard submittal for review by the
<br />Engineer prior to ordering any warning/instruction placards. In all cases, clean surfaces before applying
<br />warning/instruction placards parallel to equipment lines.
<br />Cable connectors shall be brass MC connectors.
<br />a.
<br />b.
<br />Fire-rated MC Cable:
<br />2-hour fire-rated, polymer insulated 600V MC cable listed and conforming to UL 2196 and UL 1569
<br />requirements for installation as an Electrical Circuit Protective System for use in complying with NEC, or
<br />CEC where adopted, Articles 695 and 700. Where adopted, cable sheath shall be suitable for use as a
<br />NEC or CEC equipment grounding conductor, and shall be listed for use in wet locations to 90 degrees C
<br />(Raychem or equal).
<br />10.
<br />#TDR20-COLOR
<br />Weather/Tamper Resistant GFCI Receptacle
<br />Tamper Resistant Dedicated Receptacle
<br />#GFWT2-COLOR
<br />In addition to other device requirements listed elsewhere in this specification and NEC, or CEC where adopted,
<br />Articles 406.12 & 517.18, all 125V & 250V, 15A and 20A, non-locking receptacles shall be Tamper-Resistant
<br />when located in the following locations:
<br />7.
<br />Tamper Resistant Convenience Receptacle #TDR15-COLOR
<br />Tamper Resistant GFCI Receptacle #GFTR2-COLOR
<br />Type WP-A: Recessed wall box with a hinged, lockable, cast aluminum, self-closing, gasket-equipped door
<br />that is wet location-listed raintight while "in use". Unit shall comply with NEC, or CEC where adopted, Article
<br />406.9(A) and (B). UON on drawings, provide a minimum of 2 separate compartments suitable for installation
<br />of power receptacles, AV or communications outlets. Additionally, unless otherwise noted on drawings,
<br />provide the following:
<br />Where indicated on plans as requiring data, AV, or other low voltage service outlet, provide min. 3/4" C.O.
<br />with pull string routed from the second compartment to nearest low voltage pull box. Where shown
<br />mounted in a building wall, any blank/unused compartment shall be equipped minimum 3/4" C.O. with pull
<br />string routed to the nearest accessible ceiling space.
<br />A 20A Weather-resistant, tamper-resistant, GFCI duplex receptacle in the first compartment. Provide
<br />branch circuiting per plans.
<br />(1) key minimum per device (minimum of (2) per project) to the Owner's project manager upon completion
<br />of project.
<br />Custom color powder coat finish as selected by Architect - Include all costs in base bid for same.
<br />a.
<br />c.
<br />e.
<br />f.
<br />In locations utilizing shallow stud walls construction or other walls of insufficient depth, provide 10-3/4"
<br />wide x 7-3/8" tall x 3-7/8" deep recessed wall box (C.W. Cole #TL310-WCS-SH-K1-CUSTOM COLOR).
<br />See wiring device section of this specification for additional wiring device plate cover labeling
<br />requirements.
<br />d.
<br />A blank metal plate suitable for field installation of power, AV or communications devices in the second
<br />compartment.
<br />b.
<br />Type WP-C: (C.W. Cole #TL310-WCS-PED-ADA-K1-CUSTOM COLOR or #TL310-WCS -PED-K1-CUSTOM
<br />COLOR) pedestal device box with a hinged, lockable, cast aluminum, self-closing, gasket-equipped door that
<br />is wet location - listed raintight while "in use". Unit shall comply with NEC, or CEC where adopted, Article
<br />406.9(A) and (B). UON on drawings, provide a minimum of 2 separate compartments suitable for installation
<br />power receptacles, AV or communications outlets. Additionally, unless otherwise noted on drawings, provide
<br />the following:
<br />A 20A weather-resistant, tamper-resistant, GFCI duplex receptacle in the first compartment. Provide
<br />branch circuiting per plans.
<br />1 key minimum per device (minimum of 2 per project) to the Owner's project manager upon completion of
<br />project.
<br />Include all costs in base bid for ADA version (22.5" tall) of pedestal box. Prior to ordering material,
<br />contractor shall coordinate with architect and/or AHJ to determine which pedestal box locations do not
<br />require ADA compliance and may be changed to the standard (11.5" tall) version of the pedestal box.
<br />a.
<br />c.
<br />e.
<br />f.
<br />See wiring device section of this specification for additional wiring device plate cover labeling
<br />requirements.
<br />d.
<br />A blank metal plate suitable for field installation of power, AV or communications devices in the second
<br />compartment.
<br />b.
<br />Where indicated on plans as requiring data, AV or other LV outlet, provide min. 3/4" C.O. with pull string
<br />routed from the second compartment to nearest low voltage pull box.
<br />See drawings for additional details.
<br />See drawings for additional details.
<br />Wiring devices shall be listed “hospital grade”, and so identified, in the following locations:
<br />a.Patient bed locations within general care areas per NEC, or CEC where adopted, Article 517.18(B).
<br />b.Patient bed locations within critical care areas per NEC, or CEC where adopted, Article 517.19(B).
<br />c.In "other-than-hazardous" anesthetizing locations per NEC, or CEC where adopted, Article 517.61(C)(2).
<br />Custom color powder coat finish as selected by Architect. Include all costs in base bid for same.g.
<br />3.H.G. (hospital grade) receptacle bodies shall be of a basic color specified above with a green circle to
<br />symbolize hospital grade.
<br />#16252-HG?-COLORConvenience Hospital Grade Receptacle
<br />Dedicated Hospital Grade Receptacle #16352-HG?-COLOR
<br />c.For Health Care Facilities, provide custom engraved device cover plates, for all devices, indicating panel
<br />board and circuit number. Devices served by normal/utility power circuits shall have black lettering;
<br />devices served by essential electrical system power circuits shall have red lettering.
<br />Example: Transformer 1TA
<br />Source Disconnecting Location: Switchboard MSA located in RM 110
<br />Load: Panels 1LA & 1LB
<br />d.All stainless steel and nylon device plates shall be engraved using a rotary engraving process except for
<br />black lettering on stainless steel device plates which may be accomplished via laser etching process. All
<br />lettering shall be 3/16" high. Provide a dimensioned submittal drawing detailing a typical device faceplate
<br />with engraving.
<br />Fusible switches shall be Class "R" when 600A or less, and Class "L" when greater than 600A.
<br />The Contractor shall provide duplex receptacle outlets in the appropriate configurations necessary to comply
<br />with applicable energy code requirements for controlled receptacles and as shown on plans. All wiring devices
<br />indicated to be controlled receptacles shall be NEMA-approved, electrical code-compliant with factory
<br />markings on the face of the receptacle(s) with the word "Controlled" or utilize further markings and symbols to
<br />indicate which receptacles on each outlet is/are controlled. Stickers, field-applied markings or other
<br />non-permanent markings are not acceptable. Where a GFCI receptacle outlet is required to be controlled,
<br />provide an adjacent controlled duplex receptacle outlet connected on the load side of the GFCI outlet.
<br />Generally, one receptacle in a duplex receptacle outlet is required to be controlled. It may be the lower
<br />receptacle or upper receptacle based on manufacturer offering. However, the controlled receptacle location
<br />within a controlled receptacle outlet shall remain consistent throughout the project. Where an existing duplex
<br />receptacle outlet is required to be controlled, provide a new wiring device with the appropriate control
<br />configuration necessary to comply with plans. All controlled receptacles shall be connected to a branch circuit
<br />controlled by an occupancy sensor-based or relay panel lighting control system. Acceptable manufacturers
<br />are Leviton, Pass and Seymour & Hubbell.
<br />11.
<br />Circuit breakers serving Fire Alarm or Central Monitoring panels and power supplies shall be red in color and
<br />lockable in the "ON" position.
<br />17.
<br />Lutron DIVA DVFSQ-F (1.5A @ 120V max, 3 speed, single pole,
<br />3-way)
<br />i.Fan Control:
<br />Lutron DIVA DVCL-153Ph.Screw Base CFL/LED:
<br />Use of dedicated receptacles is required where plans depict a branch circuit supplying only a single
<br />simplex or duplex receptacle. Use of controlled receptacles is required where depicted on plans - See
<br />controlled receptacle specifications for additional information.
<br />I.G. (isolated ground) receptacle bodies shall be of a basic color specified above with an orange triangle to
<br />symbolize isolated ground.
<br />See drawings for SPD specifications.
<br />4.Type/Subscript WP-D: Damp location-listed (not-raintight-in-use) cast copper-free, pad lockable, die-cast
<br />aluminum cover with baked aluminum lacquer finish and one gang GFCI receptacle. Hubbell/rayco 502?/503?
<br />Series. Polycarbonate covers are unacceptable. Unit shall comply with NEC, or CEC where adopted, article
<br />406.9(A) and (B). Custom color powder coat finish as selected by Architect. Include all costs in base bid for
<br />same.
<br />1.
<br />2.
<br />2.
<br />3.
<br />1.
<br />2.
<br />3.
<br />4.
<br />5.
<br />6.
<br />7.
<br />8.
<br />9.
<br />10.
<br />11.
<br />12.
<br />13.
<br />14.
<br />15.
<br />16.
<br />Institute of Electrical and Electronic Engineers - IEEE
<br />National Electrical Manufacturers' Association - NEMA
<br />Underwriter's Laboratories, Inc. - UL
<br />National Fire Protection Association - NFPA
<br />Federal Specifications - Fed. Spec.
<br />American Society for Testing and Materials - ASTM
<br />American National Standards Institute - ANSI
<br />National Electrical Code - NEC
<br />National Electrical Safety Code - NESC
<br />Insulated Cable Engineers Association - ICEA
<br />American Institute of Steel Construction - AISC
<br />State and Municipal Codes In Force In The Specific Project Area
<br />Occupational Safety and Health Administration (OSHA)
<br />Electronics Industries Association/Telecommunications Industry Association (EIA/TIA)
<br />California Electrical Code (where adopted)
<br />Local Authority Having Jurisdiction (AHJ) Published Electrical Standards and Codes (as applicable).
<br />1.
<br />2.
<br />3.
<br />4.
<br />Product approved as submitted.
<br />1.
<br />2.
<br />3.
<br />4.
<br />5.
<br />6.
<br />7.
<br />8.
<br />9.
<br />10.
<br />11.
<br />12.
<br />13.
<br />Lighting fixtures, lamps and ballasts.
<br />Switchgear, switchboards, distribution boards, motor control centers, panelboards, and bus ducts; complete
<br />with overcurrent device information.
<br />Transformers.
<br />Fire Alarm System/Central Monitoring System.
<br />Wiring Devices.
<br />Lighting control products/dimming system products.
<br />Pull boxes and underground vaults.
<br />Terminal cabinets.
<br />Lighting inverters, UPSs, RDCs, PDUs, generators, transfer switches, SPD systems.
<br />Cable tray, flexible cable tray and cable runway.
<br />Power poles and floor boxes.
<br />Arc flash, short-circuit, and coordination studies.
<br />All other products called out on drawings that call for shop drawing submittal.
<br />1.
<br />2.
<br />3.
<br />4.
<br />5.
<br />Lighting control systems/dimming systems.
<br />Fire Alarm System.
<br />Transformers.
<br />Switchgear, switchboards, distribution boards, motor control centers, panel boards, and bus ducts; complete
<br />with overcurrent device information.
<br />Lighting inverters, UPSs, PDUs, generators, transfer switches, SPD systems.
<br />1)
<br />2)
<br />3)
<br />4)
<br />5)
<br />6)
<br />17)
<br />18)
<br />19)
<br />10)
<br />11)
<br />12)
<br />13)
<br />14)
<br />15)
<br />16)
<br />7)
<br />8)
<br />9)
<br />20)
<br />21)
<br />22)
<br />23)
<br />24)
<br />25)
<br />a.
<br />b.
<br />g.
<br />h.
<br />i.
<br />h.#GFNT1-HG?Convenience G.F.C.I. Hospital Grade Receptacle
<br />Dedicated G.F.C.I. Hospital Grade Receptacle #GFNT2-HG?
<br />#GFTR1-HG COLORTamper Res. Conv. G.F.C.I. Hospital Grade Receptacle
<br />Tamper Res. Ded. G.F.C.I. Hospital Grade Receptacle #GFTR2-HG COLOR
<br />26)
<br />27)
<br />28)
<br />29)
<br />6.Circuit breakers, 1200A Frame or larger, or circuit breakers with sensors or adjustable trip settings, 1200A or
<br />larger, shall be equipped with an Energy Reducing Maintenance Switch that complies with NEC, or CEC
<br />where adopted, 240.87 (B) (3) unless specified elsewhere with an alternate arc energy reduction method
<br />allowed by this same code section.
<br />In dwelling units per NEC, or CEC where adopted, Article 210.52
<br />In pediatric care areas per NEC, or CEC where adopted, Article 517.18 (C).
<br />In child care or daycare facilities.
<br />In guest rooms and guest suites of hotels and motels
<br />a.
<br />b.
<br />c.
<br />d.
<br />In business offices, corridors, waiting rooms and the like in clinics, medical and dental
<br />offices and outpatient facilities.
<br />e.
<br />In a subset of Assembly Areas outlined in NEC, or CEC where adopted, Article 518.2 including
<br />transportation waiting areas, gymnasiums, skating rinks, and auditoriums.
<br />f.
<br />In dormitories.g.
<br />h.
<br />In preschool and elementary education facilities
<br />tk1sc project number: B2305501.000
<br />drawn by:checked by:
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<br />date:
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<br />description:date:Rev:
<br />tBP project number :
<br />architect
<br />THIS DRAWING AND THE DESIGNS, DEPICTIONS, IDEAS AND OTHER INFORMATION
<br />CONTAINED HEREIN CONSTITUTE UNPUBLISHED WORK OF tBP/ARCHITECTURE AND
<br />SHALL REMAIN THE PROPERTY OF tBP/ARCHITECTURE IN PERPETUITY. NO PART
<br />THEREOF SHALL BE REPRODUCED, DISCLOSED, DISTRIBUTED, SOLD, PUBLISHED OR
<br />OTHERWISE USED IN ANY WAY WITHOUT THE ADVANCED EXPRESS WRITTEN CONSENT
<br />OF tBP/ARCHITECTURE.
<br />ph: 714.667.2700
<br />SANTA ANA, CA 92701
<br />20 CIVIC CENTER PLAZA
<br />SANTA ANA PLANNING AND BUILDING AGENCY
<br />#
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<br />21125.00
<br />09/06/2023
<br />11870 Pierce Street, Suite 160
<br />Riverside, California 92505
<br />951.299.4160 www.tk1sc.com
<br />Project Leader - Bill Voller
<br />tk1sc Job #: B2305501.000
<br />Electrical Lead - Marie Rothenberger
<br />City Submittal 09/06/23-
<br />ELECTRICAL
<br />SPECIFICATIONS
<br />E5-1
<br />21159.00
<br />1202 W Edinger
<br />Ave10/3/2024
|