UniSpec II-Store Planning

Transcription

1 UniSpec II-Store Planning SECTION BASIC ELECTRICAL MATERIALS AND METHODS PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Electrical Identification. 2. Hangers and Supports. 3. Conduit Sleeves. 4. Grounding and Bonding. B. Related Sections: 1. Section Joint Sealers. 2. Section Paints and Coatings: Field painting of hangers and supports. 3. Section Energy Management System (EMS). 4. Section Wiring Methods. 5. Section Low Voltage Service and Distribution. 6. Section Enclosed Switches and Circuit Breakers. 7. Section Branch Circuit Panelboards. 8. Section Lighting. 9. Section Communications. PART 2 - PRODUCTS 2.1 ELECTRICAL IDENTIFICATION A. Nameplates: Provide laminated plastic nameplates with 3/4 inch minimum contrasting-color engraved letters. 2.2 HANGERS AND SUPPORTS A. Manufacturers: 1. Unistrut Metal Framing, Unistrut Corporation, Wayne, MI, (800) or contact Steve Goldstein, (800) ext ERICO, Solon, OH, (440) Minerallac Fastening Systems, Hampshire, IL, (877) B. Conduit and Equipment Supports: Hangers shall be Series P3000 or P3300 channels by Unistrut depending on load and span involved. Use Pipe Hangers by Minerallac or Caddy Clips by ERICO only where impractical to install Unistrut Hangers. C. Attach hangers and supports to structure overhead by methods approved at job site. Do not use fasteners which penetrate the roof deck. 2.3 CONDUIT SLEEVES A. Sleeves: Galvanized, black steel or schedule 40 PVC pipe. 2.4 GROUNDING AND BONDING A. Insulated Grounding Bushing: Steel with feed-thru lugs. B. Insulated Equipment Ground Wire: Copper. Club #6339 Crystal Lake, Illinois July 22, 2009

2 PART 3 - EXECUTION 3.1 INSTALLATION A. Install specified materials in accordance with manufacturer's recommendations and as indicated on Drawings. B. Cutting and Patching: Where cutting is required through walls, floors, or ceilings, make openings no larger than required and repair affected surfaces to match adjacent surfaces. C. Nameplates: Bolt or pop-rivet nameplates to equipment. Clearly identify equipment or equipment served, such as "BALER", "COMPACTOR", etc. Install nameplates for each safety switch, contactor, time switch, pushbutton and other similar equipment. D. Electrical Equipment Supports: Support electrical equipment with hangers and supports specified above or in another approved manner where details are not indicated. E. Sleeves: Install where conduits pass through concrete floors. Caulk sleeves through outside walls above grade with sealant as specified in Section F. Fastening and Anchoring: Fasten conduit straps, disconnect switches, panelboards, and other equipment secured to walls and slabs with cadmium plated screws or bolts and lead cinch anchors or expansion bolts and install in holes drilled with proper size masonry drill. Properly size anchors in accordance with manufacturer's recommendations for load to be supported. G. Torque all conductor connection terminations to manufacturer's recommended values. Inspect panelboards for physical damage, proper alignment, anchorage, and grounding. Check proper installation and tightness of connections for circuit breakers, fusible switches, and fuses. 3.2 GROUNDING A. General: Ground all metallic conduits, supports, cabinets, equipment, system neutrals, metal building structures, and other items required to be grounded in accordance with the NEC and other applicable codes and as indicated on drawings. B. Equipment Grounding: 1. Make conduits electrically continuous using proper fittings, connections, grounding bushings, etc. 2. Install insulating grounding bushings on all conduit connections 1 1/4 inch and larger and where indicated on Drawings. 3. Install an insulated equipment ground wire as shown on drawings. C. Metal Underground Cold Water Pipe: Connect to electrical system if available and permitted by local codes. Install jumpers around water meters, valves, or other devices which might cause an interruption of continuity during service. D. Concrete Encased Electrodes: Where indicated on the Drawings, furnish and install electrodes, jumpers, and approved fittings in accordance with Grounding Electrode Detail. E. Ground Rods: If ground rods are required, install two 5/8 inch minimum diameter Copperweld rods driven vertically not less than 12 feet apart and each with 8 feet of length in contact with the soil. 3.3 TESTING A. Upon completion of installation, perform continuity tests on power and equipment branch circuit conductors. Inspect wire and cable for physical damage. Verify proper phasing connections. B. Measure ground resistance from system neutral connection at service entrance to convenient ground point on building water pipe using suitable ground testing equipment. Club #6339 Crystal Lake, Illinois July 22, 2009

3 C. Test receptacles with circuit tester to ensure proper polarity, grounding, and continuity of circuits. D. Load test GFCI receptacles. END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009

4 [BLANK PAGE] Club #6339 Crystal Lake, Illinois July 22, 2009

5 UniSpec II-Store Planning SECTION WIRING METHODS PART 1 GENERAL 1.1 SUMMARY A. Section Includes: 1. Wire and Cable. 2. Conduit. 3. Outlet boxes and Conduit Fittings. 4. Wiring Devices. 5. Wire Connectors. 6. Fire Alarm/Security Alarm System Rough-In. B. Products Provided Under Separate Contract: Under provisions of Section 01640, Owner will furnish and install fire and security alarm system. 1. Contractor shall provide rough-in as specified herein. 1.2 REFERENCES A. National Fire Protection Association (NFPA): 1. NFPA 70 - National Electrical Code (NEC). 2. NFPA 72 - National Fire Alarm Code. B. American Society for Testing Material (ASTM): 1. ASTM D698 - Laboratory Compaction Characteristics of Soil Using Standard Effort (12,400 ft-lbf/ft). 2. ASTM D Laboratory Compaction Characteristics of Soil Using Modified Effort (56,000 ft-bf/ft3). C. Underwriters Laboratories (UL): 1. UL Metal Clad Cables. PART 2 PRODUCTS 2.1 WIRE AND CABLE A. Electrical Components and Devices: Listed and labeled as defined in NFPA 70, Article 100, by a nationally recognized testing agency and marked for use. B. Wire and cable shall bear UL label and shall conform to standards established for such materials by nationally recognized agencies. C. Provide code gauge, soft annealed copper wire, not less than 98 percent conductivity and of 600 volt class. D. Aluminum Alloy Conductors: Shall not be used in new circuits. E. Conductors: 1. Insulation type shall be one of the following: a. THHN. b. THWN. c. XHHW. d. XHHW Type: a. #10 and smaller - stranded or solid. b. #8 and larger - stranded. Club #6339 Crystal Lake, Illinois July 22, 2009

6 F. Wire smaller than #12 AWG not permitted unless otherwise noted. #14 AWG, type MTW or TFF permitted for signal and pilot control circuits unless otherwise noted. G. Color code conductors in accordance with NEC and the following, unless in conflict with Authority Having Jurisdiction: SYSTEM VOLTAGE NEUTRAL COLOR PHASE GROUND ISOLATED GROUND 208/120V white A-black B-red C-blue green green W/ yellow tracer 480/277V lt. gray or white with colored stripe other than yellow A-brown B-orange C-yellow green green W/ yellow tracer H. Color code #8 AWG and smaller phase and neutral conductors by continuous outer covering. Conductors #6 AWG and larger may be color coded by tape. Tape shall have minimum of two complete wraps around conductor at 6 inches from terminations, splices, and junction points. I. Identify circuit numbers with synthetic cloth or plastic labels at splice and junction points. 2.2 CONDUIT A. Conduit types shall be as follows and shall bear UL or ETL label: 1. Galvanized Rigid Metal Conduit (GRC): Hot-dip galvanized. 2. Intermediate Metal Conduit (IMC): Hot-dip galvanized. 3. Electrical Metallic Tubing (EMT): Hot-dip galvanized. 4. Schedule 40 heavy-wall PVC for all underground conduit runs. 5. Flexible Metal Conduit: Zinc-coated steel or Aluminum. 6. Liquid Tight Flexible Steel Conduit with PVC jacket. B. Conduit Sizes: Size conduit in accordance with NEC unless noted otherwise on Drawings, but not less than the following: 1. Alarm and Data Systems: 3/4 inch. 2. Flexible Metal Conduit: For connection of recessed light fixtures in suspended ceilings, 3/8 inch. For connection of other equipment subject to vibration: 1/2 inch. 3. Underground Conduit in Parking Lot: 1 inch. 4. Other Uses: 1/2 inch. 2.3 OUTLET BOXES AND CONDUIT FITTINGS A. Outlet boxes and conduit fittings shall bear UL or ETL label. B. Boxes: Comply with NEC in regard to maximum allowable number of conductors. 1. Interior Boxes: Hot-dip galvanized, 4 inches minimum octagon or square, unless otherwise noted. Provide single or multiple gang outlet boxes as required for flush installation in drywall construction. Provide masonry boxes for outlets installed flush in concrete unit masonry. Provide single surface-mounted outlet boxes for utility type boxes. 2. Outlet Boxes: Suitable for supporting lighting fixtures if intended for that purpose. 3. Ceiling Fan Boxes: Rated and listed for mounting ceiling fans. Club #6339 Crystal Lake, Illinois July 22, 2009

7 C. Conduit Fittings: 1. Indoor EMT Fittings: Diecast or steel set screw type. 2. Outdoor EMT Fittings: Steel Compression type. 3. Outdoor GRC, IMC, or EMT Box Connectors: Weather-tight hubs. 4. Threadless GRC or IMC Fittings: Not permitted. 5. Indoor GRC or IMC connectors. 6. PVC Fittings: Solvent weld type for PVC conduit. 7. Locknuts and bushings. 2.4 WIRING DEVICES A. Branch Circuit Switches: Specification grade rated 20A 120/277V AC as follows: 1. Single Pole: a. Hubbell HBL1221I. b. Pass and Seymour PS20AC1-I. c. Cooper 2221V. d. Leviton I. e. Bryant 4901I. 2. Double Pole: a. Hubbell HBL1222I. b. Pass and Seymour PS20AC2-I. c. Cooper 2222V. d. Leviton I. e. Bryant 4902I. 3. Three Way: a. Hubbell HBL1223I. b. Pass and Seymour PS20AC3-I. c. Cooper 2223V. d. Leviton I. e. Bryant 4903I. 4. Four Way: a. Hubbell HBL1224I. b. Pass and Seymour PS20AC4-I. c. Cooper 1224-I2224V. d. Leviton I. e. Bryant 4904I. 5. Dimmers: a. Lutron NT-600-S-NFB-IV Single Pole Occupancy Sensor: a. Hubbell WS277I. b. Sensor Switch WSD-I. 7. Double Pole Occupancy Sensor: a. Hubbell WS1277W2. b. Sensor Switch WSD-2P-I. 8. Three Way Dimmer: a. Leviton IP710-DLW-I. b. Lithonia ISD-BC-120/277-IV. c. Hunt PS-010-3W-IV-227V. B. Receptacles - Straight Blade Nylon Grounding - Type Outlet Devices: Specification grade as follows: 1. Clock Receptacle 15A 125V (5-15R): a. Hubbell HBL5235. b. Pass and Seymour S3733-SS. c. Cooper d. Leviton 5261-CH. e. Bryant 2828GS. Club #6339 Crystal Lake, Illinois July 22, 2009

8 2. Single Receptacle 15A 125V (5-15R): a. Hubbell HBL5261I. b. Pass and Seymour 5261-I. c. Cooper 5261V. d. Leviton 5261-I. e. Bryant 5261I. 3. Duplex Receptacle 15A 125V (5-15R): a. Hubbell HBL5262I. b. Pass and Seymour 5262-I. c. Cooper 5262V. d. Leviton 5262-I. e. Bryant BRY5262I. 4. Duplex Receptacle 15A 125V Isolated Ground (5-15R): a. Hubbell IG5262. b. Pass and Seymour IG6200. c. Cooper IG5262RN. d. Leviton 5262-IG. e. Bryant BRY5262IG. 5. GFCI Duplex Receptacle 15A 125V (5-15R): a. Hubbell GF5252I. b. Pass and Seymour 1594-I. c. Cooper GF15V. d. Leviton 6599-I. e. Bryant GF52IA. 6. Single Receptacle 20A 125V (5-20R): a. Hubbell HBL5361I. b. Pass and Seymour 5361-I. c. Cooper 5361V. d. Leviton 5361-I. e. Bryant 5361I. 7. Duplex Receptacle 20A 125V (5-20R): a. Hubbell HBL5362I. b. Pass and Seymour 5362-I. c. Cooper 5362V. d. Leviton 5362-I. e. Bryant BRY5362I. 8. Duplex Receptacle 20A 125V Isolated Ground (5-20R): a. Hubbell IG5362. b. Pass and Seymour IG6300. c. Cooper IG5362RN. d. Leviton 5362-IG. e. Bryant BRY5362IG. 9. GFCI Duplex Receptacle 20A 125V (5-20R): a. Hubbell GF5352I. b. Pass and Seymour 2094-I. c. Cooper GF20V. d. Leviton 6899-I. e. Bryant GF53IA. 10. Single Receptacle 15A 250V 2 pole 3 Wire Grounded (6-15R): a. Hubbell HBL5661I. b. Pass and Seymour 5671-I. c. Cooper 5661V. d. Leviton 5661-I. e. Bryant 5661I. Club #6339 Crystal Lake, Illinois July 22, 2009

9 11. Single Receptacle 20A 250V 2 pole 3 Wire Grounded (6-20R): a. Hubbell HBL5461I. b. Pass and Seymour 5871-I. c. Cooper 5461V. d. Leviton 5461-I. e. Bryant 5461I. 12. Single Receptacle 30A 250V 2 pole 3 Wire Grounded (6-30R): a. Hubbell HBL9330. b. Pass and Seymour c. Cooper 5700N. d. Leviton e. Bryant 9630FR. 13. Single Receptacle 50A 250V 2 pole 3 Wire Grounded (6-50R): a. Hubbell HBL9367. b. Pass and Seymour c. Cooper 5709N. d. Leviton e. Bryant 9650FR. 14. Single Receptacle 20A 125/250V 3 pole 4 Wire Grounded (14-20R): a. Hubbell HBL8410. b. Pass and Seymour c. Cooper d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 15. Single Receptacle 30A 125/250V 3 pole 4 Wire Grounded (14-30R): a. Hubbell HBL9430A. b. Pass and Seymour c. Cooper 5744N. d. Leviton 278. e. Bryant 9430FR. 16. Single Receptacle 50A 125/250V 3 pole 4 Wire Grounded (14-50R): a. Hubbell HBL9450A. b. Pass and Seymour c. Cooper 5754N. d. Leviton 279. e. Bryant 9450FR. 17. Single Receptacle 20A 3 Phase 250V 3 pole 4 Wire Grounded (15-20R): a. Hubbell HBL8420. b. Pass and Seymour NOT AVAILABLE. c. Cooper NOT AVAILABLE. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 18. Single Receptacle 30A 3 Phase 250V 3 pole 4 Wire Grounded (15-30R): a. Hubbell HBL8430A. b. Pass and Seymour c. Cooper 8430N. d. Leviton e. Bryant 8430FR. 19. Single Receptacle 50A 3 Phase 250V 3 pole 4 Wire Grounded (15-50R): a. Hubbell HBL8450A. b. Pass and Seymour c. Cooper 8450N. d. Leviton e. Bryant 8450FR. Club #6339 Crystal Lake, Illinois July 22, 2009

10 20. Single Receptacle 60A 3 Phase 250V 3 pole 4 Wire Grounded (15-60R): a. Hubbell HBL8460A. b. Pass and Seymour c. Cooper 8460N. d. Leviton e. Bryant 8460FR. C. Receptacles - Locking Nylon Grounding - Type Outlet Devices: Specification grade as follows: 1. Single Locking Receptacle 15A 125V (L5-15R): a. Hubbell HBL4710. b. Pass and Seymour c. Cooper CWL515R. d. Leviton e. Bryant Single Locking Receptacle 15A 125V Isolated Ground (L5-15R): a. Hubbell IG4710. b. Pass and Seymour IG4710. c. Cooper IGL515R. d. Leviton 4710-IG. e. Bryant 4710IG. 3. Duplex Locking Receptacle 15A 125V (L5-15R): a. Hubbell HBL4700. b. Pass and Seymour c. Cooper d. Leviton e. Bryant 4700DR. 4. Duplex Locking Receptacle 15A 125V Isolated Ground (L5-15R): a. Hubbell IG4700A. b. Pass and Seymour IG4700. c. Cooper IG4700. d. Leviton 4700-IG. e. Bryant 4700DRIG. 5. Single Locking Receptacle 20A 125V (L5-20R): a. Hubbell HBL2310. b. Pass and Seymour L520-R. c. Cooper CWL520R. d. Leviton e. Bryant 70520FR. 6. Single Locking Receptacle 20A 125V Isolated Ground (L5-20R): a. Hubbell IG2310. b. Pass and Seymour IGL520-R. c. Cooper IGL520R. d. Leviton 2310-IG. e. Bryant 70520IG. 7. Single Locking Receptacle 30A 125V (L5-30R): a. Hubbell HBL2610. b. Pass and Seymour L530-R. c. Cooper CWL530R. d. Leviton e. Bryant 70530FR. 8. Single Locking Receptacle 20A 250V 2 Pole 3 Wire Grounded (L6-20R): a. Hubbell HBL2320. b. Pass and Seymour L620-R. c. Cooper CWL620R. d. Leviton e. Bryant 70620FR. Club #6339 Crystal Lake, Illinois July 22, 2009

11 9. Single Locking Receptacle 30A 250V 2 Pole 3 Wire Grounded (L6-30R): a. Hubbell HBL2620. b. Pass and Seymour L630-R. c. Cooper CWL630R. d. Leviton e. Bryant 70630FR. 10. Single Locking Receptacle 20A 125/250V 3 pole 4 Wire Grounded (L14-20R): a. Hubbell HBL2410. b. Pass & Seymour L1420-R. c. Cooper CWL1420R. d. Leviton e. Bryant 71420FR. 11. Single Locking Receptacle 30A 125/250V 3 pole 4 Wire Grounded (L14-30R): a. Hubbell HBL2710. b. Pass & Seymour L1430-R. c. Cooper CWL1430R. d. Leviton e. Bryant 71430FR. 12. Single Locking Receptacle 30A 3 Phase 250V 3 pole 4 Wire Grounded (L15-30R): a. Hubbell HBL2720. b. Pass & Seymour L1530-R. c. Cooper CWL1530R. d. Leviton e. Bryant 71530FR. 13. Single Locking Receptacle 50A 250V 2 pole 3 Wire Grounded (Non-Nema): a. Hubbell HBL3771. b. Pass and Seymour c. Cooper d. Leviton e. Bryant Single Locking Receptacle 50A 125/250V 3 pole 4 Wire Grounded (Non-Nema): a. Hubbell CS6369. b. Pass and Seymour CS6369. c. Cooper CS6369. d. Leviton CS e. Bryant CS6369N. D. Connectors - Cord mounted Locking Nylon Grounding - Type to match Plugs as follows: 1. Locking Connector 15A 125V (L5-15R): a. Hubbell HBL4729C. b. Pass and Seymour L515-C. c. Cooper 4731N. d. Leviton 4729-C. e. Bryant 4732NC. 2. Locking Connector 20A 125V (L5-20R): a. Hubbell HBL2313. b. Pass and Seymour L520-C. c. Cooper CWL520C. d. Leviton e. Bryant 70520NC. 3. Locking Connector 15A 250V 2 Pole 3 Wire Grounded (L6-15R): a. Hubbell HBL4579C. b. Pass and Seymour L615-C. c. Cooper 6566N. d. Leviton 4579-C. e. Bryant 70615NC. Club #6339 Crystal Lake, Illinois July 22, 2009

12 4. Locking Connector 20A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-20R): a. Hubbell HBL2423. b. Pass and Seymour L1520-C. c. Cooper CWL1520C. d. Leviton e. Bryant 71520NC. E. Connectors - Cord mounted Corrosion Resistant Locking Nylon Grounding - Type to match Plugs as follows: 1. Corrosion Resistant Locking Connector 20A 125V (L5-20R): a. Hubbell HBL23CM13. b. Pass and Seymour CRL520-C. c. Cooper CRL520C. d. Leviton 23CM-13. e. Bryant 70520NCCR. 2. Corrosion Resistant Locking Connector 20A 125/250V 3 Pole 4 Wire Grounded (L14-20R): a. Hubbell HBL24CM13. b. Pass and Seymour CRL1420-C. c. Cooper CRL1420C. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 3. Corrosion Resistant Locking Connector 20A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-20R): a. Hubbell HBL24CM23. b. Pass and Seymour NOT AVAILABLE. c. Cooper CRL1520C. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 4. Corrosion Resistant Locking Connector 30A 3 Phase 120/208V 4 Pole 5 Wire Grounded (L21-30R): a. Hubbell HBL28CM13. b. Pass and Seymour NOT AVAILABLE. c. Cooper NOT AVAILABLE. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. F. Plugs - Cord mounted Nylon Grounding - Type to match Outlet Devices as follows: 1. Plug 20A 125V 2 Pole 3 Wire Grounded (5-20P): a. Hubbell HBL5366CA. b. Pass and Seymour 5366-X. c. Cooper 5366AN. d. Leviton 5366-CA. e. Bryant Plug 20A 250V 2 Pole 3 Wire Grounded (6-20P): a. Hubbell HBL5466CA. b. Pass and Seymour 5466-X. c. Cooper 5466AN. d. Leviton 5466-C. e. Bryant 5475N. 3. Plug 20A 3 Phase 250V 3 Pole 4 Wire Grounded (15-20P): a. Hubbell HBL8421C. b. Pass and Seymour NOT AVAILABLE. c. Cooper NOT AVAILABLE. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 4. Plug 30A 3 Phase 250V 3 Pole 4 Wire Grounded (15-30P): a. Hubbell HBL8432C. b. Pass and Seymour 5741-AN. c. Cooper 8432AN. d. Leviton 8432-P. e. Bryant 8432ANPB. Club #6339 Crystal Lake, Illinois July 22, 2009

13 5. Plug 50A 3 Phase 250V 3 Pole 4 Wire Grounded (15-50P): a. Hubbell HBL8452C. b. Pass and Seymour 5751-AN. c. Cooper 8452AN. d. Leviton 8452-P. e. Bryant 8452ANPB. 6. Plug 60A 3 Phase 250V 3 Pole 4 Wire Grounded (15-60P): a. Hubbell HBL8462C. b. Pass and Seymour 5761-AN. c. Cooper 8462AN. d. Leviton 8462-P. e. Bryant 8462ANPB. G. Plugs - Cord mounted Locking Nylon Grounding - Type to match Outlet Devices as follows: 1. Locking Plug 15A 125V 2 Pole 3 Wire Grounded (L5-15P): a. Hubbell HBL4720C. b. Pass and Seymour L515-P. c. Cooper 4721N. d. Leviton 4720-C. e. Bryant 4721NP. 2. Locking Plug 20A 125V 2 Pole 3 Wire Grounded (L5-20P): a. Hubbell HBL2311. b. Pass and Seymour L520-P. c. Cooper CWL520P. d. Leviton e. Bryant 70520NP. 3. Locking Plug 15A 250V 2 Pole 3 Wire Grounded (L6-15P): a. Hubbell HBL4570C. b. Pass and Seymour L615-P. c. Cooper 6565N. d. Leviton 4570-C. e. Bryant 70615NP. 4. Locking Plug 20A 250V 2 Pole 3 Wire Grounded (L6-20P): a. Hubbell HBL2321. b. Pass and Seymour L620-P. c. Cooper CWL620P. d. Leviton e. Bryant 70620NP. 5. Locking Plug 30A 250V 2 Pole 3 Wire Grounded (L6-30P): a. Hubbell HBL2621. b. Pass and Seymour L630-P. c. Cooper CWL630P. d. Leviton e. Bryant 70630NP. 6. Locking Plug 20A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-20P): a. Hubbell HBL2421. b. Pass and Seymour L1520-P. c. Cooper CWL1520P. d. Leviton e. Bryant 71520NP. 7. Locking Plug 30A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-30P): a. Hubbell HBL2721. b. Pass and Seymour L1530-P. c. Cooper CWL1530P. d. Leviton e. Bryant NP. Club #6339 Crystal Lake, Illinois July 22, 2009

14 8. Locking Plug 50A 250V 2 Pole 3 Wire Grounded (Non-Nema): a. Hubbell HBL3763C. b. Pass and Seymour 3763-M. c. Cooper 3763N. d. Leviton 3763-C. e. Bryant 3763N. 9. Locking Plug 50A 125/250V 3 Pole 4 Wire Grounded (Non-Nema): a. Hubbell CS6365C. b. Pass and Seymour CS6365. c. Cooper CS6365N. d. Leviton CS63-65C. e. Bryant CS6365N. H. Plugs - Cord mounted Corrosion Resistant Locking Nylon Grounding - Type to match Outlet Devices as follows: 1. Corrosion Resistant Locking Plug 20A 125V 2 Pole 3 Wire Grounded (L5-20P): a. Hubbell HBL23CM11. b. Pass and Seymour CRL520-P. c. Cooper CRL520P. d. Leviton 23CM-11. e. Bryant 70520NPCR. 2. Corrosion Resistant Locking Plug 20A 125/250V 3 Pole 4 Wire Grounded (L14-20P): a. Hubbell HBL24CM11. b. Pass and Seymour CRL1420-P. c. Cooper CRL1420P. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 3. Corrosion Resistant Locking Plug 20A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-20P): a. Hubbell HBL24CM21. b. Pass and Seymour NOT AVAILABLE. c. Cooper CRL1520P. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 4. Corrosion Resistant Locking Plug 30A 3 Phase 120/208V 4 Pole 5 Wire Grounded (L21-30P): a. Hubbell HBL28CM11. b. Pass and Seymour NOT AVAILABLE. c. Cooper NOT AVAILABLE. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. I. Pin & Sleeve - Insulated Water Tight - Type Outlet Devices: Specification grade as follows: 1. Water Tight Receptacle 30A 250V 2 Pole 3 Wire Grounded (Non-Nema): a. Hubbell HBL330R6W. b. Pass and Seymour PS330R6W. c. Cooper CW330R6W. d. Leviton 330R6W. e. Bryant 330R6W. 2. Water Tight Receptacle 60A 250V 2 Pole 3 Wire Grounded (Non-Nema): a. Hubbell HBL360R6W. b. Pass and Seymour PS360R6W. c. Cooper CW360R6W. d. Leviton 360R6W. e. Bryant 360R6W. Club #6339 Crystal Lake, Illinois July 22, 2009

15 J. Boots: Weatherproof Boots for Locking Plug and Connector Bodies - Type to match Devices as follows: 1. Corrosion Resistant Locking Plug and Connector 20A 125V (L5-20): a. Hubbell HBL60CM31 & HBL60CM32. b. Pass and Seymour CRL2030-RBC & CRL2030-RBP. c. Cooper BM1 & BM2. d. Leviton 6031-Y & 6032-Y. e. Bryant 72002BP & 72002BC. 2. Corrosion Resistant Locking Plug and Connector 20A 125/250V 3 Pole 4 Wire Grounded (L14-20): a. Hubbell HBL60CM35 & HBL60CM36. b. Pass and Seymour CRL2030-RBC & CRL2030-RBP. c. Cooper BL1 & BL2. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 3. Corrosion Resistant Locking Plug and Connector 20A 3 Phase 250V 3 Pole 4 Wire Grounded (L15-20): a. Hubbell HBL60CM35 & HBL60CM36. b. Pass and Seymour CRL2030-RBC & CRL2030-RBP. c. Cooper BL1 & BL2. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. 4. Corrosion Resistant Locking Plug and Connector 30A 3 Phase 120/208V 4 Pole 5 Wire Grounded (L21-30): a. Hubbell HBL60CM35 & HBL60CM36. b. Pass and Seymour CRL2030-RBC & CRL2030-RBP. c. Cooper BL1 & BL2. d. Leviton NOT AVAILABLE. e. Bryant NOT AVAILABLE. K. Cover Plates: 1. Nylon cover plates for flush mounted devices. 2. Galvanized steel plates where devices are installed on exposed fittings or boxes. 3. Single Gang GFCI Receptacle Weatherproof, While-In-Use, Lockable Vertical Metallic Cover Plate: a. Red Dot CKMGV. b. Hubbell WP26M. c. Intermatic WP1010MC. 4. Single Gang GFCI Receptacle Weatherproof, While-In-Use, Lockable Horizontal Metallic Cover Plate: a. Red Dot CKMG. b. Hubbell WP26MH. c. Intermatic WP1010HMC. 5. Single Gang Deep Box Twistlock Receptacle Weatherproof, While-In-Use, Lockable Vertical Metallic Cover Plate: a. Red Dot CKLSVL. b. Hubbell WP7D. 6. Double Gang Two GFCI Receptacles Weatherproof, While-In-Use, Lockable Vertical Metallic Cover Plate: a. Red Dot 2CKG. b. Intermatic WP1030MC. 7. Double Gang GFCI Feed-Thru With Simplex Receptacle Weatherproof, While-In-Use, Lockable Vertical Metallic Cover Plate: a. Red Dot 2CKSG. b. Intermatic WP1030MC stainless steel cover plates for recessed outlet boxes in masonry walls. 9. Blank cover plate on all boxes without device. L. Colors: 1. Unless otherwise noted, wiring devices and cover plates shall be ivory nylon. 2. Blank Cover Plates: On boxes without devices or fixtures, provide same type and color as those installed on devices in the same room or area. 3. Isolated ground receptacles: Orange nylon cover plates with circuit number engraved in plate. Club #6339 Crystal Lake, Illinois July 22, 2009

16 2.5 WIRE CONNECTORS A. Splices: 1. #8 AWG and Smaller: Ideal Wingnut, 3M Scotchlok, or equal connectors of proper size. 3M No. 567 inline self-stripping connectors will be permitted only at ballast lead connections in fluorescent light rows. 2. #6 AWG and Larger: Solderless lugs and connectors. 2.6 FIRE AND SECURITY ALARM SYSTEM ROUGH-IN A. Electrical Backboard: 4x8 sheets of 3/4-inch plywood as specified in Section and shown on the drawings. B. Fire Alarm/Security Alarm System Grounding Conductors: Provide #6 AWG, copper grounding conductor. C. Fire Alarm/Security Alarm Conduit System: Provide conduit system with pull string and outlet box including remote conduit to fire pump, control valve supervisory switches (PIV valves) or tank as indicated on Drawings and outlined below. 1. If shut off valve is located remote from store building, provide 3/4 inch conduit with pull string from remote location to building entrance location. 2. If pump and pump controls are located remote from store building, provide 2 inch conduit with pull string from the remote location to building entrance location. 3. If tank and tank indicators are located remote from store building, provide 2 inch conduit with pull string from remote location to building entrance location. PART 3 EXECUTION 3.1 INSTALLATION - GENERAL A. Install specified materials in accordance with manufacturer's recommendations. B. Where switches operating at 277 volts are on same circuit and are ganged, provide permanently installed steel barriers between switches. Where switches operating at 277 volts are on separate circuits and are ganged, provide separate boxes and separate coverplates for each circuit. C. Access to Equipment: Coordinate access doors to allow for easy access of equipment for repair and maintenance. D. Trenching: Maintain 7.5 inch center to center horizontal and vertical spacing at service entrance conduits. Perform trenching and backfilling as specified in the following: 1. Verify and record location, size, elevation, and other pertinent data required to make connections to existing conduit system before beginning trenching. Use caution when digging around any underground conduit system. 2. Contact local utility companies before excavation begins. Dig trench at proper width and depth for laying pipe, conduit, or cable. Cut trench banks vertical, if possible, and remove stones from bottom of trench as necessary to avoid point-bearing. Over excavate wet or unstable soil, if encountered, from trench bottom as necessary to provide suitable base for continuous and uniform bedding. 3. Remove excavated materials not required or not suitable for backfill in accordance with governing regulations. Dispose of structures discovered during excavation as specified herein. 4. Transport materials removed from excavation with appropriate vehicles and dispose off-site to areas which are approved for disposal by governing authorities and appropriate property owners. 5. Conform to applicable regulatory procedures when hazardous or contaminated materials are discovered. 6. Prevent surface water from flowing into trenches or other excavations by temporary grading or other methods, as required. Remove accumulated water in trenches. 7. Open pumping with sumps and ditches shall be allowed, provided it does not result in boils, loss of fines, softening the ground, or instability of slopes. 8. Trench width below top of pipe shall not be less than 12-inches or more than 18-inches wider than outside surface of pipe or conduit that is to be installed. 9. Trench depth requirements measured from finished grade or paved surface shall be 24-inches minimum to top of conduit or meet all applicable codes and ordinances, whichever is more stringent. Club #6339 Crystal Lake, Illinois July 22, 2009

17 10. Accurately cut trenches for pipe or conduit that is to be installed, 4-inches below bottom of pipe and to the width as specified herein. Place 4-inches of bedding material, compact in bottom of trench, and accurately shape to conform to lower portion of pipe barrel. 11. Place geotextile fabric where required for additional stabilization prior to placement of base course as specified herein. 12. Geotextile Fabric for Stabilization: a. Mirafi 500X or 600X. b. Phillips 66 Supac 6WS. c. Dupont Typar 3401 and d. Trevira S1114 and S1120. e. Tensar SS-1 and SS-2. f. Exxon GTF-200 or 350. g. TerraTex HD and GS. 13. Backfill after pipe or conduit has been installed. Backfill trench with sand or aggregate materials with No. 4 maximum size aggregate. 14. Backfill trenches to existing contours and elevations with unfrozen materials. Match finished surface with same material as surrounding surface. 15. Systematically backfill to allow maximum time for natural settlement. Do not backfill over porous, wet, frozen, or spongy subgrade surfaces. 16. Fill materials shall be placed in lifts or layers not to exceed 8-inches loose measure and compacted to 95 percent of maximum density, in accordance with ASTM D 698, (or 92 percent of the maximum density, in accordance with ASTM D 1557) at moisture content of not less than 1 percent below and not more than 3 percent above optimum moisture content. Exercise proper caution when compacting immediately over top of pipes or conduits. Water jetting or flooding is not permitted as method of compaction. 17. Pavement replacement shall match existing adjacent pavement profile. E. Aluminum Alloy Conductors: Shall not be used in new circuits. 3.2 WIRE A. Tie wrap groups of conductors in switchboards and panel boards. 3.3 CONDUIT A. Installation: 1. Install conduit concealed, except in unfinished areas and where indicated on Drawings. 2. Support conduit by means of specified hangers. 3. Clean PVC conduit per manufacturer's recommendations before application of solvent cement. 4. Coordinate flashings where conduit penetrates roof membrane. 5. Paint metallic conduit under concrete slab or where installed in contact with earth. Apply two 6 mil coats of PVC or Asphalt paint continuously along entire length of conduit prior to installation below grade. Do not run conduit in concrete slab. 6. Install flexible metal conduit or liquid tight flexible metal conduit for final connections to dry-type transformers, baler, air compressors, HVAC equipment, motors and other vibrating equipment. 7. Coordinate installation of conduit in masonry work. 8. Do not install conduit under slab unless indicated on Drawings. Conduit installed below slab shall be galvanized rigid metal (GRC), intermediate metal conduit (IMC), or Schedule 40 PVC. Provide exterior coated GRC bends and elbows for all underground conduit. 9. Route above grade conduit parallel or perpendicular to building lines. 10. Maintain minimum of 6 inches clearance at flues and heat sources. 11. Install GRC conduit penetrating above grade outdoors or penetrating concrete slabs, including elbow. 12. Install GRC elbow on all conduit runs that have 45º bends or greater. 13. Install double locknut and bushings when terminating GRC or IMC conduit, except where conduit terminates in threaded hub. Club #6339 Crystal Lake, Illinois July 22, 2009

18 B. Location: 1. Galvanized Rigid Metal Conduit (GRC): Permitted for general exposed or concealed work above or below grade. 2. Intermediate Metal Conduit (IMC): Permitted for general exposed or concealed work above or below grade. 3. Electrical Metallic Tubing (EMT): Permitted for general exposed or concealed work above grade. 4. PVC Rigid Nonmetallic Conduit (PVC) Unless Noted Otherwise on Drawings: Permitted for below-grade use when permitted by local governing codes. 5. Flexible Metal Conduit: Permitted in attic spaces and exposed in lengths of 6 feet or less for connections to equipment in dry areas. Not permitted for general exposed or concealed work. For connection of recessed light fixtures in suspended ceilings and connection of other equipment subject to vibration. 6. Liquid tight Flexible Metal Conduit: Permitted exposed in lengths of 6 feet or less for connections to food service equipment, refrigeration equipment and other vibrating equipment in damp locations where rigid connections are not suitable. 3.4 WIRING DEVICES A. Replace outlets or devices improperly located or installed. Set outlets and devices plumb or horizontal and extend to, but not project above, finished surface. B. Unless otherwise noted, receptacles, switches, and other wiring devices shall not be mounted back-to-back. 3.5 WIRE CONNECTIONS A. Make final connection of motors, starters, disconnects, and other items furnished under other Sections. 3.6 FIRE AND SECURITY ALARM SYSTEM ROUGH-IN A. Install fire alarm/security alarm conduit system, raceways, 120 volt supply connections, and fire alarm grounding conductor. B. Install Fire Alarm/Security Alarm systems on plywood backboard located as shown on drawings. C. Fire Alarm/Security Alarm System Grounding Conductors: Install from fire/security service equipment to electrical service grounding electrode system or dry type transformer grounding electrode system. END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009

19 UniSpec II-Store Planning SECTION LOW VOLTAGE SERVICE AND DISTRIBUTION PART 1 GENERAL 1.1 SUMMARY A. Section Includes: 1. Electrical service and distribution equipment. B. Products Covered Under This Section: 1. The Contractor shall provide the following electrical service and distribution equipment: a. Switchboards. b. Panelboards. c. Transformers. d. Contactors. e. Motor Starters. f. Fuses. g. Control Panels. C. Related Sections: Basic Electrical Materials and Methods. For installation of equipment. 1.2 REFERENCES A. National Fire Protection Association (NFPA): 1. NFPA 70 - National Electrical Code (NEC). 1.3 DELIVERY, STORAGE, AND HANDLING A. Storage and Protection: Provide proper facilities for handling and storage of materials to prevent damage. Keep materials dry, fully protected from weather. 1.4 SEQUENCING AND SCHEDULING A. The responsibility of Work under this Section includes, but is not limited to, the following: 1. Coordinate and schedule delivery of equipment to site. PART 2 PRODUCTS 2.1 MANUFACTURERS A. Items of electrical distribution system shall be manufactured by one of the following, unless otherwise indicated on Drawings. 1. Cutler Hammer / Eaton. 2. General Electric. 3. Siemens. 4. Square D. B. Equipment shall bear name and trademark of manufacturer as listed above. 2.2 SERVICE ENTRANCE EQUIPMENT A. In general, service entrance equipment will be as indicated and/or scheduled on Drawings. Service entrance equipment will be U.L. labeled as suitable for use as service equipment. Club #6339 Crystal Lake, Illinois July 22, 2009

20 B. Install service entrance rated switchboard assembly as indicated on Drawings. Configure switchboard as scheduled on Drawings, including voltage, amperage, bus bracing and interrupting ratings. Install main lugs only (MLO), main circuit breaker (MCB), or main fusible switch (MFS) and branch devices as indicated on Schedule. Switchboard will be of same manufacturer as downstream distribution equipment. C. Install service entrance rated panelboard(s) as indicated on Drawings. Configure panelboard(s) as scheduled on Drawings including voltage, amperage, bus bracing and interrupting ratings. Install main lugs only (MLO), main circuit breaker(s) (MCB), or main fusible switch(es) (MFS) and branch devices as indicated on Schedule. Panelboard(s) will be of same manufacturer as downstream distribution equipment. 1. Where service entrance Panelboard Schedule(s) call for main fusible switch(es) integral with panelboard assembly, separate fusible safety switches are acceptable if mounting space limitations indicated on Drawings and applicable code requirements are complied with. Identify switches as "Service Disconnect", "for", "Panel", "***" in accordance with Section 16050, Part 2. D. Service entrance switchboards or panelboards with main circuit breakers, main fusible switches or branch devices rated 1000 amperes or above will be equipped with ground fault protection. E. Equip main fusible switches or fusible switch type branch devices with rejection type fuse holders and current limiting fuses as indicated on Drawings. No substitutions permitted. 2.3 TRANSFORMERS A. Transformers for general use at 600 volts and below shall be metal enclosed, two winding dry-type, with provisions for conduit connections. Transformers will be rated for full-load operation at maximum of 150 C temperature rise above a 40 C ambient, unless otherwise indicated on Drawings. B. Transformers will have (2) 2-1/2 percent, voltage taps above and below, on primary windings and will conform to NEMA Standard. Transformers manufactured by one of the following: 1. Cutler Hammer / Eaton. 2. General Electric. 3. Siemens. 4. Square D. 2.4 FUSES A. Install fuses as indicated on Drawings. B. Subject to compliance with project requirements, provide fuses as manufactured by one of the following: 1. Bussmann. 2. Gould-Shawmut. 3. Littlefuse. Club #6339 Crystal Lake, Illinois July 22, 2009

21 C. Acceptable Fuse Types: Size Manufacturer Model No. UL Listed 601 Amperes and Above, 480 Volt Bussmann Hi-Cap, KRP-C Class L Gould-Shawmut A4BY Class L Littlefuse KLLU Class L 600 Amperes and Below, 480 Volt Bussmann LPS-R-SP RK1 Gould-Shawmut A6D RK1 Littlefuse KLSR RK1 600 Amperes and Below, 250 Volt Bussmann LPN-RK-SP RK1 Gould-Shawmut A2D RK1 Littlefuse KLNR RK1 Motor Loads, Transformers Bussmann FRN-R, 250V RK5 (Circuits with Heavy Inrush), FRS-R, 600V RK5 600 Amperes and Below Gould-Shawmut TR, 250V RK5 TRS, 600V RK5 Littlefuse FLNR, 250V RK5 FLSR, 600V RK5 2.5 CONTROL PANELS A. Control Devices: Install as indicated on Drawings. B. Control wiring and Energy Management System interface wiring: Provide as indicated on Drawings for switched loads. C. Termination for parking lot lighting circuits to accommodate a wire range of #10 AWG to #4 AWG. D. Control devices as follows: 1. Contactors: a. Asco. b. Cutler Hammer / Eaton. c. Siemens. d. Square D. e. GE. 2. Lighting Control Units: a. Novar Controls "LCU" with General Electric RR7 low voltage relays (Owner Furnished - Contractor installed). PART 3 EXECUTION 3.1 INSTALLATION A. Install materials in accordance with manufacturer's recommendations, power company requirements, and as indicated on Drawings. B. Branch circuits shall be connected exactly as indicated on Panel Schedule. 3.2 ELECTRICAL SERVICE A. Perform Work in compliance with the local utility's requirements. Club #6339 Crystal Lake, Illinois July 22, 2009

22 3.3 TEMPORARY POWER A. Provide temporary power during construction in accordance with Section END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009

23 UniSpec II-Store Planning SECTION ENCLOSED SWITCHES AND CIRCUIT BREAKERS PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Safety disconnect switches. B. Related Sections: 1. Section Wiring Methods. 2. Section Low Voltage Service and Distribution. PART 2 - PRODUCTS 2.1 SAFETY SWITCHES A. Switch Interior: 1. Dead-front construction with hinged arc suppressor and switch blades which are fully visible in the off position and with door open. B. Switch Mechanism: 1. Quick-make and quick-break operating handle and mechanism with a delete dual cover interlock to prevent unauthorized opening of the switch door in the "on" position or closing the switch mechanism while the door is open. 2. Provide electrical interlock switch to de-energize control wiring as required. 3. Line and load terminals of the device rated 100 amperes or less shall be rated for 75 degrees C. 4. Provide operating handle with provisions for installation of a padlock in "off" or "on" positions. C. Ratings: 1. Switches horsepower rated for 600 volts, 60 Hz, heavy-duty type. 2. Where switches are indicated to be fused, furnish with provisions for fuses. D. Enclosures: 1. NEMA 1, code gauge sheet steel with hinged cover, except where exposed to weather. 2. If exposed to weather, provide NEMA 3R enclosure. PART 3 - EXECUTION 3.1 INSTALLATION A. Install motor and circuit disconnect in accordance with manufacturer's recommendations. Applicable Codes shall take precedence over drawing details. END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009

24 [BLANK PAGE] Club #6339 Crystal Lake, Illinois July 22, 2009

25 UniSpec II-Store Planning SECTION BRANCH CIRCUIT PANELBOARDS PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Lighting/appliance panelboards. B. Related Sections: 1. Section Basic Electrical Materials and Methods. 1.2 REFERENCES A. Work under this Section shall comply with the following: 1. Latest edition of the National Electrical Code (NFPA-70), and interim amendments in effect. 2. Comply with local and state, utility regulations and laws. 1.3 SYSTEM DESCRIPTION A. Electrical System Voltages: The following voltages shall apply unless otherwise noted. 1. Receptacle and Small Power Systems: 208Y/120 volt, 3 phase, 4 wire wye, 60 Hz, solid grounded neutral. PART 2 - PRODUCTS 2.1 MANUFACTURERS A. Panelboards manufactured by one of the following, unless otherwise indicated on Drawings. 1. Cutler Hammer / Eaton. 2. General Electric. 3. Siemens. 4. Square D. B. Equipment will bear name and trademark of manufacturer as listed above. Substitutions not permitted. 2.2 LIGHTING/APPLIANCE PANELBOARDS A. Panelboards: Install as scheduled on Drawings, including voltage, amperage, bus bracing, and interrupting ratings. 1. Main lugs only (MLO), main circuit breaker (MCB), or main fusible switch (MFS) panelboard and branch devices as indicated on Schedule. 2. Branch Circuit Protective Devices: Plug-on or bolted type thermal magnetic center-trip circuit breakers for alternating current, each with single-handle common trip. Tandem or half-sized circuit breakers or load center type construction not permitted. Circuit breaker Amp Interrupting Capacity (AIC) no less than values indicated on Drawings. Circuit breakers feeding emergency lights, night lights, time clock motors, etc. will be equipped with handle-locks where indicated on drawings, or required by NFPA Cabinets: Zinc-coated sheet steel with knock-outs, UL listed and labeled. Trims and doors to have suitable primer coat and finish coat of manufacturer's standard color. Trims to be fitted with hinged doors having combined lock and latch. Locks will be keyed alike and furnished with two keys for each panelboard. B. Directory Holder: Contractor shall provide legible typewritten circuit directory properly identifying load(s) on each circuit mounted under clear plastic cover. Branch circuits shall be connected exactly as indicated on Panel Schedule. Club #6339 Crystal Lake, Illinois July 22, 2009

26 PART 3 - EXECUTION 3.1 EXAMINATION A. Examine surfaces and adjacent areas in which Work under this Section is to be performed. Report in writing to Wal-Mart Construction Manager prevailing conditions that may adversely affect satisfactory execution of Work. Do not proceed with Work until unsatisfactory conditions have been corrected. B. Starting Work constitutes acceptance of the existing conditions and the Contractor shall then, at his expense, be responsible for correcting all unsatisfactory and defective Work encountered. 3.2 INSTALLATION A. Install materials in accordance with manufacturer's recommendations and as indicated on Drawings. END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009

27 UniSpec II-Store Planning SECTION LIGHTING PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Lighting fixtures. B. Products Under This Section: 1. Contractor shall provide light fixtures, lamps and Protect-A-Lamp covers, as indicated on Drawings. C. Related Sections: 1. Section Supplementary Conditions: Procedures and requirements for warranties. 1.2 QUALITY ASSURANCE A. Fixtures and their electrical components will bear a UL Label. 1.3 DELIVERY, STORAGE, AND HANDLING A. Storage and Protection: Provide proper facilities for handling and storage of materials to prevent damage to edges, ends and surfaces. Keep materials dry, fully protected from weather. B. Contact selected distributor three weeks prior to desired delivery date to arrange for delivery of lighting fixtures. PART 2 - PRODUCTS 2.1 LIGHT FIXTURES A. Approved Lighting Vendor: 1. Lithonia (800) , Chad Simpson (Chad.Simpson@AcuityBrands.com). 2. Hunzicker Brothers, (800) Harris Lighting, (800) , fax (800) PART 3 - EXECUTION 3.1 INSTALLATION A. Install lighting fixtures, lamps, lighting panels, and connections in accordance with manufacturer's recommendations and as indicated on Drawings. B. Coordinate exact mounting location of light fixtures with building structure and other trades prior to installation. Continuous rows shall be installed straight and true. C. Recessed fixtures installed in lay-in ceiling grid systems shall have four to six feet of flexible conduit from outlet boxes supported from building structural system to fixtures. Fixtures shall be attached to ceiling grid. D. Maintain all light fixtures and lamps during construction, and coordinate replacement of any defective lamps with Owner s lighting vendor prior to Certification of Substantial Completion. Notify Owner s lighting vendor immediately of any damaged fixtures or lamps delivered to the jobsite and make arrangements to have them replaced. Club #6339 Crystal Lake, Illinois PR #2 November 6, 2009

28 E. Verify ceiling and wall details. Install fixtures complete with proper mounting arrangements for ceiling or wall construction encountered. F. Where indicated on Drawings, install Protect-A-Lamp covers and caps. G. Lighting fixtures and lamps shall be clean and free of building paint over-spray one week prior to possession. H. Provide all additional hardware required to complete installation such as nuts, bolts, threaded rods and Unistrut channels. END OF SECTION Club #6339 Crystal Lake, Illinois PR #2 November 6, 2009

29 UniSpec II-Store Planning SECTION COMMUNICATIONS PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Wal-Mart Furnished and Installed Voice/Data System. 2. Contractor Furnished and Installed Door Buzzer at Truck Dock and Stockroom. B. Related Sections: 1. Section Owner Furnished Products: General procedures related to Owner furnished products. 2. Section Wiring Methods: Outlet boxes and conduit fittings. 1.2 SEQUENCING AND SCHEDULING A. Voice/Data Milestone Completion Date: Complete installation of Voice/Data/EFP system ground conductor. Voice/Data/EFP conduit system, and interface work on or before Delivery date. PART 2 - PRODUCTS 2.1 VOICE/DATA SYSTEM A. Voice/Data cable equipment will be provided under separate contract. 2.2 SIGNAL SYSTEMS A. Door buzzer at truck dock and stockroom: 1. Provide weatherproof momentary switch in flush switch box at truck dock personnel door and 120 volt AC buzzer in flush switch box with louvered cover plate in Stockroom as indicated on Drawings. Signal system wiring shall be No. 12AWG unless otherwise indicated on Drawings. a. Momentary switch: 1) Hubbell #1281MO with Hubbell #1795 cover. 2) Edwards #852. b. AC buzzer: 1) Edwards #1065-N5. c. Louvered cover plate: 1) Slater #S-771N. PART 3 - EXECUTION 3.1 INSTALLATION A. Install Voice/Data conduit system, Voice/Data grounding conductor, and signal systems as indicated on Drawings. B. Install signal system as indicated on Drawings. Install flush mounted, single gang masonry boxes for mounting of push buttons and bells in masonry walls. C. Plywood Mounting Panel: Install as indicated on drawings. D. Voice/Data System Grounding Conductors: Install #6 AWG, copper grounding conductor from Voice/Data service equipment to electrical service grounding electrode system or dry type transformer grounding electrode system. Club #6339 Crystal Lake, Illinois July 22, 2009

30 E. Voice/Data Conduit System: Install conduit system as indicated on Drawings, including: 1. Voice/Data service conduit. 2. Other conduits as indicated on Drawings. Install #14 AWG soft iron pull wire or heavy nylon cord in each conduit for pulling the Voice/Data cable to each termination point. 3. Install outlet boxes conforming to requirements of Section Include cover plates. END OF SECTION Club #6339 Crystal Lake, Illinois July 22, 2009