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<br />1.5.2 Joists, girders, beams, columns or reinforcing steel shall not be cut.
<br />1.5.3 Where construction necessitates the routing of conduit through structural members,
<br />framing or under footings, permission to make such installation shall first be
<br />obtained from the Publix Field Representative.
<br />1.6. Temporary Operation:
<br />1.6.1 The Owner may require operation of parts or all of the installation prior to Final
<br />Acceptance.
<br />1.6.2 Cost of utilities for such operation shall be paid by the Contractor. This operation
<br />does not constitute acceptance of the Contractor's Work.
<br />1.6.3 All electricity used for construction shall be paid for by the General Contractor.
<br />Furnish and install temporary electrical connection and meter for construction
<br />purposes. Remove temporary service when use is no longer required. Clean up and
<br />landscape as required.
<br />1.7. Emergency Repairs: The Owner reserves the right to make emergency repairs as required
<br />to keep equipment in operation without voiding the Contractor's guarantee nor relieving the
<br />Contractor of his responsibilities during the guarantee period.
<br />1.8. Operating Instructions and Service Manual:
<br />1.8.1 Provide two (2) neatly bound copies of maintenance and instructions book, parts
<br />lists pertaining to all equipment furnished.
<br />1.8.2 Each section shall be indexed and include parts lists, instruction books, suppliers'
<br />phone numbers and addresses, and individual equipment guarantees all in separate
<br />sections.
<br />1.8.3 Representatives of the Owner shall be instructed by the Contractor as to complete
<br />care and operation of the electrical system. Inform the Architect in writing as to the
<br />persons who received the instructions and the date that this was done.
<br />2. Products:
<br />2.1. Materials:
<br />2.1.1 All materials shall be new, of the best quality.
<br />2.1.2 All similar materials such as switches, panelboards, fuses, circuit breakers, junction
<br />boxes, contactors and other classes of equipment shall be of the same type and
<br />manufacturer.
<br />2.1.3 All equipment and materials shall be furnished in strict accordance with the
<br />equipment schedule and Specification requirements.
<br />2.2. Panelboards
<br />2.2.1 The panelboards shall be dead -front, totally enclosed, with locking doors, with bolt -
<br />in type circuit breakers in one, two or three pole common trip units as noted on the
<br />Drawings, UL approved. The panelboards shall be 3 phase, 4 wire, solid neutral,
<br />ground bus, 120/208 volts, with number of poles, ampacity, and short circuit
<br />interrupting rating as noted on the Drawings. Panelboards shall have copper
<br />bussing. The circuits shall be connected to individual poles of the panel exactly as
<br />shown on the Drawings, and the panel shall be provided with a typewritten
<br />s directory.
<br />2.2.2 All panels shall be factory assembled.
<br />2.2.3 Ground fault circuit interrupters shall be provided on each circuit as required by the
<br />NEC or where specified on the Drawings.
<br />2.2.4 Circuit breakers installed in panels AB, BC and CD shall be equipped with HID
<br />rated breakers as applicable for the load.
<br />2.2.5 Isolated ground busses shall be provided where indicated.
<br />2.2.6 Acceptable Manufacturers:
<br />G.E
<br />Square - D
<br />Westinghouse
<br />ITE Div. of Siemens -Allis
<br />2.3. Electrical Service Entrance
<br />2.3.1 The service entrance shall be as indicated on the Drawings.
<br />2.3.2 Coordinate with the utility company. Verify method of service with local utility
<br />company and obtain written approval from Publix Representative before
<br />commencement of work.
<br />2.3.3 The system shall be grounded in conformance with NEC and as shown on
<br />Drawings.
<br />2.4. Main Switchboard/Main Distribution Panel (MDP)
<br />2.4.1 Acceptable Manufacturers:
<br />G.E.
<br />Square - D
<br />Westinghouse
<br />ITE Div. of Siemens -Allis
<br />2.4.2 General: Furnish and install the main switchboard as herein specified and shown on
<br />the Drawings.
<br />2.4.3 The switchboard shall meet Underwriters' Laboratories enclosure requirements and
<br />be furnished with an Underwriters' Laboratories label.
<br />2.4.4 Enclosure Construction
<br />2.4.4.1 The switchboard framework shall consist of steel channels welded or
<br />bolted to the frame to rigidly support the entire shipping section for
<br />moving on rollers and floor mounting. The framework is to be formed,
<br />code gauge steel, rigidly welded and bolted together to support all cover
<br />plates, bussing and component devices during shipment and installation.
<br />2.4.4.2 Each switchboard section shall have an open bottom and individual
<br />removable top plate for installation and termination of conduit. Top and
<br />bottom conduit areas are to be clearly shown and dimensioned on the
<br />Shop Drawings. The end plates of the switch boxes shall be removable
<br />for installation purposes. The wireway front covers are to be hinged to
<br />permit access to the branch switch load side terminals without removing
<br />the covers. All closure plates shall be screw removable and small enough
<br />for easy handling by one man. The paint finish shall be gray enamel over
<br />a rust -inhibiting phosphate primer.
<br />2.4.5 Bussing:
<br />2.4.5.1 The switchboard bussing shall be of sufficient cross -sectional area to
<br />continuously conduct amperage as indicated on Drawings with a
<br />maximum average temperature rise of 50 degrees c. above an ambient
<br />temperature of 25 degrees c.
<br />2.4.5.2 The buss shall be aluminum with 50% neutral with an integrated
<br />equipment short circuit rating of 150,000 amps (sym).
<br />2.4.5.3 The buss shall extend the full length of the available feeder area of each
<br />enclosure section.
<br />2.4.6 Withstand Rating.
<br />2.4.6.1 The switchboard, as a complete unit, shall be given a single withstand
<br />short circuit current rating by the manufacturer. The withstand short
<br />circuit current rating shall certify that all equipment is capable of
<br />withstanding the stress of a fault equal to the interrupting rating of the
<br />least overcurrent protective device contained therein. Such rating shall be
<br />established by actual tests by the manufacturer on equipment constructed
<br />similarly to the subject switchboard. This test data shall be available and
<br />shall be furnished to the Architect, if requested, with or before the
<br />submittal of Approval Drawings.
<br />2.4.6.2 The complete unit shall have interrupting rating of not less than the
<br />available or interrupting fault current shown on the drawings.
<br />2.4.7 Main Switch (where shown on the Drawings):
<br />2.4.7.1 The main switch shall be fusible and of the bolted contact type, equipped
<br />with a 120 volt electric trip device for remote shunt trip operation.
<br />2.4.7.2 The switches shall be dead -front type with a fuse -door interlock and
<br />provisions for padlocking in the open position with at least three padlocks.
<br />The bolted contacts are to firmly bolt the movable blades to both the top
<br />and bottom stationary contacts. The switch shall have a quick -make,
<br />quick -break mechanism. Easily replaceable stationary are tips and arch
<br />chambers shall be used. The switch shall be capable of opening and
<br />closing into a fault of twelve times its continuous current rating in
<br />accordance with UL requirements to insure safety on emergency
<br />operation.
<br />2.4.7.3 The main switch shall be equipped with NEMA Class 'L' fuses and be
<br />Bussman KTU type.
<br />2.4.7.4 The main switch shall be as manufactured by Pringle or Square "D" bolted
<br />lock and rated at ampacity shown on the Drawings - no substitutions.
<br />2.4.8 Main Breaker (where shown on the Drawings): The main breaker shall be equipped
<br />with a 120 volt electric trip device for remote shunt trip operation.
<br />2.4.9 Fusible Switches (where shown on the Drawings):
<br />2.4.9.1 The fusible switches shall be quick -make, quick -break with the size
<br />shown on the associated Drawings. The units shall be listed and approved
<br />by Underwriters' Laboratories for general use and where applicable, shall
<br />be dual horsepower rated for both standard one-time or dual -element
<br />fuses. The fusible switches shall be group mounted in panel -type
<br />construction. Each switch shall be equipped with class 'R' rejection type
<br />fuse clips.
<br />2.4.9.2 Each switch is to be enclosed in a separate steel enclosure. The enclosure
<br />shall employ a hinged cover for access to the fuses which shall be
<br />interlocked with the operating handle to prevent opening the cover when
<br />the switch is in the on position. This interlock shall be constructed so that
<br />it can be released with a standard electrician's tool for testing fuses
<br />without interrupting service. The units shall have padlocking provisions
<br />in the off position and the operating handle position shall give positive
<br />switch position indication. Switches shall pass industry standard I2t
<br />withstandability tests and fuse race tests as described elsewhere in the
<br />Specifications.
<br />2.4.9.3 All fusing as manufactured by Bussman, type KTN-R, dual -element and
<br />current limiting as shown on the Drawings.
<br />2.4.10 Circuit Breakers (where shown on the Drawings). The circuit breakers shall be
<br />group of individually mounted, as required for the sizes shown on the Drawings.
<br />2.5. Bus Duct (where shown on the Drawings):
<br />2.5.1 Service entrance bus duct shall be rated as shown on Drawings, 3 phase, full neutral,
<br />suitable for 120/208 volts service, inside -outside location.
<br />2.5.2 The bus duct shall be complete with all necessary elbows, transformer taps, fire
<br />stops, wall flange for fittings and supports to provide a satisfactory installation as
<br />indicated on the Drawings.
<br />2.5.3 The bus duct shall be of the same manufacturer as the main switchboard.
<br />2.5.4 The bus duct shall have the same or greater withstand rating as the main
<br />switchboard's interrupting rating.
<br />2.5.5 Support for the bus duct shall be by the General Contractor.
<br />2.6. Overcurrent Protective Devices
<br />2.6.1 Enclosed, Molded -Case Circuit Breaker: NEMA AB 1, handle lockable.
<br />2.6.1.1 Characteristics: Frame size, trip rating, number of poles and auxiliary
<br />devices as indicated and interrupting capacity rating to meet available
<br />fault current.
<br />2.6.1.2 Application Listing: Appropriate for application, including switching
<br />fluorescent lighting loads or heating, air-conditioning and refrigerating
<br />equipment.
<br />2.6.1.3 Circuit Breakers, 200 A and Larger: Trip units interchangeable within
<br />frame size.
<br />2.6.1.4 Circuit Breakers, 400 A and Larger: Field -adjustable short -time and
<br />continuous current settings.
<br />2.6.1.5 Current -Limiting Trips: Where indicated, let -through ratings less than
<br />NEMA FU 1, Class RK-5.
<br />2.6.1.6 Current Limiters: Where indicated, integral fuse listed for circuit breaker
<br />2.6.1.7 Lugs: Mechanical lugs and power -distribution connectors for number,
<br />size and material of conductors indicated.
<br />2.6.1.8 Shunt Trip: Where indicated.
<br />2.6.2 Future Devices: Where indicated, equip compartments with mounting brackets,
<br />supports, bus connections and appurtenances designed for overcurrent protective
<br />device types and ampere ratings indicated.
<br />2.7. Contactors
<br />2.7.1 Contactors shall be manufactured by Square'D', Siemens, or General Electric; or
<br />others as approved by Publix in writing specifically for this project. Contactor to be
<br />of the same manufacturer as it's respective panel serving the contactor.
<br />2.7.2 Contactors shall be designed to carry the full rated current on a continuous basis.
<br />2.7.3 Contactors shall be electrically operated, mechanically held, and suitable for remote
<br />operation. The mechanically held contactors shall be supplied with coil clearing
<br />contacts which disconnect the magnet coil when operated to eliminate any AC
<br />magnetic hum.
<br />2.7.4 Contactors shall be as sized as shown on the Drawings and be installed in a NEMA
<br />1 enclosure.
<br />2.8. Wire and Cable
<br />2.8.1 All wires shall be THHN/THWN-2 copper unless otherwise noted. No aluminum
<br />wire will be permitted.
<br />2.8.2 No wire shall be smaller than #12 AWG except control wire. No smaller than #10
<br />AWG shall be used on runs of over 100 ft.
<br />2.8.3 In no case shall the number of conductors installed in conduits exceed the maximum
<br />fill allowed by the NEC. Should this occur on the Drawings, the Electrical
<br />Contractor shall inform the Architect before installation. Conductors shall not be
<br />installed beneath the heating equipment foundations.
<br />2.8.4 Wire must be in one unspliced run to all secondary panel feeders, and in one
<br />unspliced run to all air conditioning and refrigeration units.
<br />2.8.5 Install all phase conductors, neutral conductor, and ground conductor from
<br />panelboard to the equipment connection junction box. If the neutral conductor is
<br />not needed it shall be taped and identified in the J.B. for future use.
<br />2.9. Conduits and Raceways
<br />2.9.1 PVC Schedule 40 conduit may be used under floor slab. Risers and raceways
<br />embedded into concrete shall be heavy wall hot dipped galvanized steel. All
<br />conduit between transformer and main switch shall be heavy wall, hot dipped,
<br />galvanized steel W/MFG couplings and fittings, unless noted otherwise on the
<br />Drawings.
<br />2.9.2 No PVC shall be installed above floor slab.
<br />2.9.3 Raceways concealed in wall or ceiling spaces shall be standard weight galvanized
<br />EMT with compression couplings or as specified below.
<br />2.9.4 Underfloor Duct (where shown on the Drawings):
<br />2.9.4.1 Shall be "Walkerduct" (no substitutes) as manufactured by Walker/
<br />Textron Company, Parkersburg, West Virginia. Install complete service
<br />fittings, blanking plates, junction boxes, covers, etc., with threaded
<br />fittings. Use standard No. 2 and No. 4 duct with 42-24 x 2 x 2 or #2-12 x
<br />2 x 2 inserts as shown on Drawings, adaptors 41126a-3/4", for cable.
<br />Install Walker Duct junction boxes with brass tops recessed to receive
<br />terrazzo. Verify locations of duct with Drawings.
<br />2.9.4.2 Top of cut insert shall be 3/4" below finish floor line.
<br />2.10. Time Switches
<br />2.10.1 Provide time switches as manufactured by Intermatic (no substitutes).
<br />2.10.2 Time switches shall be DPST, 40 amperes, 120 volt, AC motor and astronomic dial,
<br />spring -wound carry-over.
<br />2.10.3 Time clocks shall be labeled.
<br />2.11, Outlet Boxes, Fittings, and Connectors
<br />2.1 1.1 Unless hereinafter specifically noted or shown on the Drawings, the minimum size
<br />of branch circuit outlet boxes for concealed work shall be 4"x4"xI 1/2" for square
<br />boxes and 4"xl 1/2" for octagon boxes.
<br />2.11.2 Boxes shall be provided with plaster covers of sufficient depth to bring the face of
<br />the outlet substantially flush with the finished wall or ceiling. The box shall not
<br />project beyond the finished wall or ceiling line.
<br />2.11.3 Outlets in concrete block, or other hollow masonry walls:
<br />2.11.3.1 Openings in concrete block walls for outlets shall be cut to exact size with
<br />a masonry saw.
<br />2.11.3.2 Switch and receptacle mounting heights, as specified or noted may be
<br />adjusted so that the bottom of the outlet box may rest on the top of the
<br />wall block at the nearest mortar joint
<br />2.11.3.3 All unused outlets shall be provided with blank covers.
<br />2.11.4 Where conduits 1" or larger enter outlet boxes, the boxes shall be 4 l l/] 6"x4 - I I/
<br />16"x2 1/4" minimum. Boxes shall be of ample size to provide conductor spaces as
<br />required by the National Electric Code.
<br />2.11.5 "Handy", utility or sectional boxes will not be permitted in masonry walls.
<br />2.11.6 When more than one switch or device is shown ganged at any location, a one-piece
<br />box of suitable size shall be installed.
<br />2.11.7 Outlet boxes intended for the installation of lighting fixtures shall be equipped with
<br />3/8" "No -Bolt" or equal fixture studs.
<br />2.11.8 Unless otherwise noted, all switches, receptacles and devices shown on the exterior
<br />of building walls shall be installed in flush mounted boxes provided with
<br />weatherproof gaskets.
<br />2.11.9 All conduit fittings (condulets) shall be of the cast metal threaded hub type, Crouse -
<br />Hinds, or Appleton.
<br />2.11.10A11 rigid conduits entering panels, cabinets, outlet boxes, etc., shall be provided with
<br />locknuts on both sides of such devices driven tight so as to maintain positive
<br />electrical and mechanical continuity throughout the conduit system. Insulated
<br />bushings shall be installed on the inside of the termination
<br />2.11.11 Threadless couplings shall not be used for rigid conduit.
<br />2.1 1.12A11 EMT couplings and box connectors shall be of the set screw steel concrete tight
<br />or steel compression type. Compression type shall be used in all coolers or freezers.
<br />No cast connectors or couplings will be allowed.
<br />2.11.13A11 flex conduit shall be steel w/steel fittings, and shall extend a maximum of 10 ft,
<br />unless approved by Publix.
<br />2.12. Junction Boxes: Wiring shall be neatly arranged, bundled and laced in proper groups.
<br />2.13. Pull Boxes
<br />2.13.1 Pull boxes shall be installed in conduit system where needed whether or not they are
<br />shown on the Drawings.
<br />2.13.2 Boxes shall be constructed of code gauge galvanized steel with screw covers.
<br />2.14. Safety Switches
<br />2.14.1 The basis of design and quality standards is Square - D.
<br />2.14.2 All units shall be of the same manufacturer.
<br />2.14.3 Safety switches shall be fusible, solid neutral, 250 volt, quick -make and quick -break
<br />with visible blades, single throw, general duty, of size and fusing as shown on the
<br />Drawings, or required for application. Switches mounted out of doors shall be with
<br />protective barrier over hot lugs.
<br />2.14.4 Exterior units shall be in rain tight enclosure. (NEMA 3R)
<br />2.15. Wall Switches
<br />2.15.1 Switches shall be flush mounted, quiet tumbler type, 120/277 volts, 20 amp rated.
<br />2.15.2 Wall plates shall be smooth, 302 stainless steel, one piece as indicated on the
<br />Drawings.
<br />2.15.3 Switches shall be installed on the "strike" side of the door swing.
<br />2.15.4 Switches shown near doors shall be not less than two inches and not more than
<br />twelve (12) inches from the trim.
<br />2.16. Receptacles
<br />2.16.1 All units shall be totally enclosed composition with side and rear connections. All
<br />units shall be equipped with ears and have a rating as listed below. All devices shall
<br />be Hubbell or Leviton. See symbol schedule on the Drawings.
<br />2.16.2 Duplex convenience outlets with ground shall be 20 amp, 125 volt parallel slot, "U"-
<br />shaped ground, heavy duty "T" rated.
<br />2.16.3 120/208 volt, 3 wire receptacles with ground shall be single 3 wire polarized
<br />receptacles with grounding terminal.
<br />2.16.4 Weatherproof receptacles shall be duplex, 20 amp, 125 volt parallel slot receptacle
<br />with "U" shaped grounding slot in flush, weatherproof box with gasketed cover and
<br />self closing, spring door.
<br />2.16.5 Floor outlets shall be 20 amp, 125 volts single or duplex parallel slot receptacles
<br />with "U" shaped grounding slot as called for, located as shown on the Drawings.
<br />Provide slotted brass flush cap for sealing when not in use.
<br />2.16.6 All device cover plates shall be smooth 302 stainless steel, one piece.
<br />2.17. Lighting Fixtures
<br />2.17.1 All lighting fixtures shall be furnished by Publix and installed by this Subcontractor.
<br />In -line fuses are included with all fluorescent and metal halide fixtures.
<br />2.1.7.2 In areas of suspended ceilings two safety wires per fixture will be supplied and hung
<br />by the suspended ceiling Subcontractor, the Electrical Subcontractor shall tie
<br />fixtures in areas of suspended ceilings with two (2) #10 wire up to the roof joists per
<br />fixture.
<br />2.18. Electric Door Openers: Electric door openers shall be furnished and installed by others, but
<br />where shown on the Drawings, shall be wired by the Electrical Contractor with two (2) 115
<br />volt, 20 amp, 3 wire circuits to control box at the top of the door.
<br />2.19. Telephone Outlets:
<br />2.19.1 Provide outlets as located on Drawings.
<br />2.19.2 See Drawings for location and size of conduit runs.
<br />2.19.3 Provide outlet boxes and stainless steel cover plates.
<br />2.20. Standby Electric -Emergency Generator and Transfer Switch (where shown as new on the
<br />Drawings).
<br />2.20.1 Emergency generator and automatic load transfer switch will be fumished by Publix
<br />and shall be set in place and connected by the contractor.
<br />2.20.2 Emergency Generator: The system shall be installed according to the
<br />manufacturer's instructions.
<br />2.20.3 Automatic Load Transfer Switch: The automatic load transfer switch shall be
<br />designed for the capabilities of this unit to transfer the load from normal to
<br />emergency when any phase of the normal source drops below 70 percent of rated
<br />voltage and to automatically restore the load to the normal source when all phases
<br />are 90 percent or more of rated voltage and frequency. Unit is to be provided with a
<br />contact to actuate the engine starting circuit.
<br />2.20.4 The electrical contractor shall provide wiring and conduit to connect the battery
<br />charger, generator start circuit and any block heater wiring required.
<br />2.21. Grounding
<br />2.21.1 All wiring systems shall be grounded in accordance with article 250 of the NEC.
<br />All items of electrical equipment not connected directly and mechanically to the
<br />conduit system shall be connected thereto with a jumper of suitable size. All breaks
<br />in the continuity of the conduit system shall be bridged with a jumper of the proper
<br />size between the next adjacent outlet or junction boxes.
<br />2.21.2 Due care must be taken as not to interchange circuit neutrals.
<br />2.21.3 A green THHN/THWN-2 insulated stranded 12 AWG or larger conductor shall run
<br />unbroken from the system ground through the conduit system to the ground
<br />connections at all receptacles, switches and lights. Appliance outlets shall be in
<br />accordance with NEC Table 250-95.
<br />2,22. Tests
<br />2.22.1 The Electrical Contractor shall test all wiring and equipment for grounds, continuity
<br />and proper operation.
<br />2.22.2 When directed he shall demonstrate by use of a 500 volt megger, the insulation
<br />resistance of any circuit or group of circuits.
<br />2.22.3 Where such tests indicate the possibility of faulty insulation, the Electrical
<br />Contractor shall locate the point or points of such faulty insulation and shall pull out
<br />the faulty conductor or conductors, replace same with new and demonstrate the
<br />elimination of faults.
<br />2.22.4 The provisions of article 110 of the NEC shall be used as a guide for this test.
<br />3. Execution
<br />3.1. General:
<br />3.1.1 Temporary Electric Service: Install and maintain 120/240 volt, 1 phase, 3 wire, 200
<br />amp temporary service for construction purposes. Power consumption cost shall be
<br />paid by Contractor. Installation shall comply with OSHA, NEC and all local
<br />requirements.
<br />3.1.2 The locations of the outlets, switches and convenience outlets shall be
<br />approximately as shown on the drawings and as specified, but exact locations shall
<br />be as directed by Publix Field Representative. The running of all circuits, switch
<br />legs and conduits is purely diagrammatic. Do not scale from Drawings.
<br />3.13 Rigging and hoisting that is incidental to the electrical portion of the Work shall be
<br />performed by the Electrical Contractor. This shall include the hoisting of equipment
<br />supplied by both the Electrical Contractor and Publix that are installed by the
<br />Electrical Contractor.
<br />3.1.4 Coordinate this work with other trades so that interference between the trades can be
<br />avoided.
<br />3.1.5 All channels, angles and other members for the installation and support of the
<br />electrical equipment shall be furnished and installed by the Electrical Contractor.
<br />3A.6 The attachment of boxes, conduit, hangers, etc. shall be by machine screws or
<br />through bolts on steel, expansion bolts in concrete and masonry, and wood screws in
<br />wood. Wood composition plugs shall not be used.
<br />3.2. Excavation and Backfilling:
<br />3.2.1 Do all excavating required to install any underground conduit and after the same are
<br />in place and tested and approved. Thoroughly tamp earth around conduits and
<br />remove excess or spoil earth from premises as directed.
<br />3.2.2 Underground conduit must be covered by a minimum of three (3) inches of
<br />underslab fill.
<br />3.3. Conduit, Raceways, Etc.
<br />3.3.1 All metallic non -current carrying components and enclosures of the electrical wiring
<br />system are to be bonded and grounded.
<br />3.3.2 Furnish all necessary fittings and supports to make the raceways or busways fit the
<br />building structure and equipment. Raceway size shown or called for are minimum.
<br />The Electrical Contractor shall verify all raceway sizes with the dimensions of the
<br />particular cable to be installed.
<br />3.3.3 All exposed raceways and conduit shall be neatly installed perpendicular or parallel
<br />to walls and floors. Concealed conduit may run diagonally in the horizontal
<br />direction. No exposed conduit is allowed in sales area or work rooms (except where
<br />required in exposed structure areas of stores without ceilings.)
<br />3.3.4 All raceways shall be supported by approved types of galvanized wall brackets,
<br />ceiling trapeze hangers, pipe hangers or pipe straps. Perforated metal strap or tie
<br />wire shall not be used for any conduit or raceway.
<br />3.3.5 All conduit located in the attic may be EMT, and must be installed within the area
<br />provided for on Drawings.
<br />3.3.6 Areas for work of various trades: Conform to locations as defined in Section 01010.
<br />3.3.7 All conduit located underground may be PVC Schedule 40, except as noted on the
<br />Drawings or specified herein.
<br />3.3.8 All job cut threads shall be given a coat of rust -inhibitive paint.
<br />3.3.9 Caulk where conduit passes through walls, providing approved fire -stopping system
<br />where required. Caulk where conduit passes through walk-in freezers and coolers.
<br />All cutting in block work must be done with carborundum saw; no chisel or hammer
<br />work will be accepted.
<br />3.4. Circuit Identification: Label all panels by approved means to identify circuits. Install
<br />equipment in cans, as per Drawings. Mark all panels, time clocks, starters, contactors,
<br />disconnect devices and main panels on the outside with riveted or approved attached plastic
<br />laminated labels V minimum high w/ 3/4" minimum letters of contrasting colors. All
<br />circuits shall be identified by typed lettering of contrasting color to tags & covered w/
<br />approved plastic cover.
<br />3.5. Installation of Items Supplied by Others:
<br />3.5.1 All store fixtures and equipment, including shelf gondolas and check out stands, will
<br />be furnished and set in place by Publix, or others, and this Contractor shall make all
<br />required electrical connections. Verify items and their locations with Publix's
<br />Representative.
<br />3.5.2 Meat and Deli Department equipment will all be with plug-in connectors except as
<br />indicated on the Drawings. Do not wire direct unless shown on the Drawings or
<br />directed by Publix's Representative.
<br />3.5.3 All wiring and mounting shall be in cooperation with and under the direction of the
<br />Publix's Representative.
<br />3.6. Control of Outlets:
<br />3.6.1 Branch lighting circuits shall be controlled as shown on the Drawings.
<br />3.6.2 Convenience outlets shall have no intermediate control between panels and outlets,
<br />unless indicated otherwise.
<br />3.7. Connection of Conductors: All joints between conductors shall be connected with
<br />approved pressure type, connectors and insulated with scotch 33 tape and friction tape, if
<br />insulation is not provided in pressure type connector used.
<br />3.8. Sleeves at Fire Retardant Lumber: If fire treated lumber is required by local codes and
<br />ordinances, the Electrical Contractor shall provide PVC fitting boxes and piping that
<br />penetrate the fire resistant lumber. If the PVC components are not approved by local code,
<br />other approved methods must be used to protect against the salt in the fire resistant lumber.
<br />3.9. Final Inspection: All of the following items must be completed prior to final inspection.
<br />No exceptions will be made and no final payment will be made until all items are
<br />completed.
<br />3.9.1 Thoroughly clean all parts of the apparatus and equipment. Exposed parts which are
<br />to be painted shall be thoroughly cleaned of cement, plaster, and other material and
<br />all oil and grease spots shall be removed repaint or touch up as required to make
<br />look like new. Such surfaces shall be carefully wiped and all cracks and corners
<br />scraped out.
<br />3.9.2 Exposed metal work shall be carefully brushed down with steel brushes to remove
<br />rust and other spots and touched up with primer.
<br />End of Section 16400
<br />Sverdrup
<br />SVERDRUF FACILITIES, INC.
<br />FLORIDA CORPORATE LICENSE #AA C001291
<br />5750 Major Boulevard, Suite 500, Orlando, FL 32819
<br />(407)903-5001 Fax (407)903-5150
<br />ARCHITECT OF RECORD
<br />NAME., FLOYD WILSON McCOLLUM, JR., AIA
<br />REGISTRATION: FLORIDA REG. #AR0016162
<br />DATE: 02128101
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<br />Revision:
<br />Date: By: Description:
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<br />Sverdrup Project No.: 22196390
<br />Drawing Title:
<br />SPECIFICATIONS
<br />Date: 03/12/99
<br />Designed By: RBJ
<br />Drawn By: RM
<br />Checked By: FW M
<br />awing No.: l
<br />PM10
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