The URL can be used to link to this page

Home My WebLink About40119 CR 54 (2)INTAKE FAN 1 Fan 1 Fan 2 Fan 3 MDP2-11 I- MDP2-3 (3)10,1OG,3/4"C MDP2-1 I (3)8,1OG,3/4"C (3)8.(3)10,1 OG,3/4' 40% 3/4 " Conduit @40% = .21 Sq. inches 3 #8 ® .0373 = .1119 Sq. Inches 4 #100 .0184 = .0738 Sq. Inches Total = .1847 Sq. Inches 30/3 NF Verify location of Fa and Manual Starter ELECTRICAL SPECIFICATIONS Fan 4 /3R MDP2-5 (3)8,1 OG,3/4"C Fan 5 Fan 6 Fan 7 Fan 8 /3R Fan 9 '/3R MDP2-7 L-MDP2-2 �-MDP2-4 I L-MDP2-6 OG 3 4"C 12"X 12"X4" 0G 3 4"C(3)8,10G 3 4"C l(3)8,1 OG 3 4"C (3)8,1/ I J -Box 2 (3)8,1/ I / / MDP2-9 1.5" Conduit (3)8,1OG,3/4"C w/18 #8 Wires w/3 #10 w/1 #10 Ground Conductors derated per -BOX 2 Table B.310.15(B)(2)(II) 18 X 3.00 = 54 Cubic Inches (Table 314.16(B)) 40% 1.5 " Conduit @40% = .82 5q. inches 4 X 2.50 = 10 Cubic Inches (Table 314.16(B)) 18 #8 0 .0373 = .6714 Sq. Inches Total = 64 Cubic Inches 4 #10 ® .0184 = .0736 Sq. Inches 12 X 12 X 4 = 576 Cubic Inches Total = .7450 Sq. Inches largest Conductor #8 ( 1 1.1 SCOPE A. WORK INCLUDED: Include the following Work in addition to items normally part of this Section: E. PANELBOARDS: Voltage, phasing and ampere ratings as indicated, circuit breaker type as indicated, 01 Wiring for Fighting and power, busbars of hard drawn copper, minimum 98% conductivity, galvanized steel back box, door and trim. 02 Installation of lighting fixtures with lamps. All corners lapped and welded, hardware chrome plated with flush lock and catch. Hinges semi- 03 Lighting panelboards and distribution panelboards. concealed, 5 knuckle steel with nonferrous pins, 180 degree openings. Minimum gutter space 5- 04 Connection of equipment shown. 3/4" sides, top and bottom. Increase size where required by code. Directory holder complete 05 Control wiring. with clear plastic transparent cover indicating typewritten list of feeder cables, conduit sizes, 06 Disconnection and removal of existing fixtures and wiring not to be reused. circuit numbers, outlets of equipment supplied, and their location. Circuit breaker type panelboards to be Square "D" type NQOD or I -Line, or equal. A plastic label shall be located on exterior of 1.2 MINIMUM COMPLIANCE STANDARDS panelboard identifying the system voltage, phase, and current rating.: A. All work shall be done in accordance with the requirements of the following: 01 Florida Building Code Seventh Edition (2020). F. WIRING DEVICES: All devices the product of the same manufacturer. Wall switches single pole, 20 02 Florida Building Code - Electrical Conservation Seventh Edition 2020 , Section C405. ampere, 120 volt. Wall switches three-way, 20am ere, 120 volt. Receptacles duplex, 2 wire; 3 ( ) P Y P P P 03 2017 issue of the National Electrical Code (NFPA 70). pole grounded, 20 ampere, 120 volt. 04 Wiring in Patient Care Areas shall comply with NEC 517. 05 Other applicable NFPA Codes. G. DEVICE PLATES: Provide for all outlets where devices are installed. Provide engraved marking for 06 Regulation of local authorities having jurisdiction, special outlets. Provide blank plates for empty or future outlet boxes. DEVICE AND DEVICE PLATES COLORS TO BE VERIFIED WITH INTERIOR' DESIGNER AND OWNER. B. Furnish and install all labor, material and equipment and services necessary for complete and safe installation of the electrical system indicated on the drawings and noted in the 1.5 LIGHTING FIXTURES AND LAMPS specifications hereinafter. Electrical systems and equipment shall in general 'include the following: A. Furnish and install complete system of lighting fixtures, lamps, accessories and supports as 01` General provisions for electrical work. specified and indicated. Submittals of equal quality are allowed. 02 Wiring, distribution equipment and devices. 03 Lighting fixtures and lamps. 1.6 GROUNDING' SYSTEM 04 Grounding system. A. EQUIPMENT: Ground non -current carrying metal parts of panelboard, raceways and all lighting fixtures. All conduits shall have equipment grounding conductors. 1.3 GENERAL PROVISIONS FOR ELECTRICAL WORK A. DRAWINGS: Electrical drawings considered diagrammatic and indicate general arrangement of work 1.7 INSTALLATION and systems. Refer to other drawings to verify location of equipment, etc. Check drawings of A. Secure all supports to building structure. Support horizontal runs Y g Yi of metallic conduit not more than 10 feet apart. Run exposed raceways parallel with or at right other trades to verify exact space condition or underground fines. Drawing Scales prohibit the indication of all offsets, fittings and accessories required, however these items will be angles to walls. provided by this subcontractor at no extra cost to the owner. B. Pass raceways over water, steam or other piping when pull boxes are not required. No raceway B. QUALITY OF MATERIALS: New, best of their respective kind, free from defects, and listed by within 3 inches of steam or hot water pipes, or appliances, except crossings where raceway shall Underwriter's Laboratories, Inc. or bearing their label. be at least 2 inches from pipe cover. C. SHOP DRAWINGS: Submit four (4) copies of shop drawings for lighting fixtures and panelboards. C. Cut conduit ends square, ream smooth. Paint male threads of field threaded conduit with graphite Obtain approval before equipment is ordered, built or installed. base pipe compound. Draw up tight with conduit couplings. D. EXCAVATION AND BACKFILLING: Excavate, backfill and restore surfaces for all electrical work. D. Leave wire sufficiently long to permit making final connections. In raceways over 50 feet in E. Visit site and inspect existing facilities before bid in order to ensure proper evaluation of which wiring is not installed, furnish pull wire. working conditions and location of existing equipment. E. Verify locations of outlets and switches. F. Support panel, junction and pull 'boxes independently to building structure with no weight bearing 1.4 WIRING, DISTRIBUTION EQUIPMENT AND DEVICES on conduits. G. Connect conduit to motor conduit terminal boxes with flexible conduit; minimum 18 inches in A. CONDUCTORS: C e 'n accordance with AS Sta s siz refer G. Conductors o. 0 d Conne o m o ACopper, iTM ndard a references AWN 1 an PP ,, smaller size solid, No. 8 and larger stranded. Insulation of conductor thermoplastic,. type THHN length and 50% slack. Do not terminate in or fasten raceways to motor foundation. (min. size: No, 12) any wire installed outside, underground, in slabs, or exposed to moisture H. Contractor to remove and salvage all abandoned electrical equiment. shall have THWN insulation. I. This contractor shall warrant all labor and materials for one year from date of final written 1. Aluminum wire may be used for Service/Feeders. acceptance. 2. If Aluminum wire is used for Service/Feeders, Owner assumes responsibility to do periodic J. Contractor will provide to the Building Owner, within 30 days after the date of the system acceptance, record maintenance on all Aluminum Wire Connections and will provide a signed letter to attest to drawings of the actual installation Documents and Manuals per C405.5.4 this agreement. K. Contractor shall provide construction documents that certify lighting controls meet performance criteria of B. RACEWAYS: RIGID STEEL CONDUIT, full weight pipe galvanized, threaded, and minimum 1/2 inch except Section C405 of the Florida Building Code Seventh Edition (2020) Energy Conservation, and provided to the as noted or required for wiring. ELECTRICAL METALLIC TUBING EMT thin wall pipe, galvanized, threadless • Certificate . . . q g (EMT), p p g Building Owners within 90 days of receipt of the Cert�ftcate of Occupancy per C408 3 2 of the same code. comression fittings, and minimum 1/2" except as noted or required for wiring. FLEXIBLE STEEL CONDUIT, L. Contractor shall provide field markings on all Service Equipment in field, Field markings shall include the H P 99 continuous sin lestri galvanized, and minimum 1 2 size except as noted or required for wiring. PVC g P, 9 � / s P q 9 date the fault -current calculation was performed and be of sufficient durability to withstand the environment CONDUIT, heavy duty type, size as indicated. Separate raceways shall be used for each voltage system. involed per NEC 110.24. Type AC or MC Cable where permitted, 1,8 LOW VOLTAGE C. DI for s 60 25 volt rating, used A. Low Voltage wiring drawings to be provided by others. C DISCONNECT SWITCHES. General Duty, horsepower rated for motor load 0 or 0 g, f or non -fused as noted; number of poles as indicated, cover interlocked with switch. Enclosure 1.9 VOLTAGE DROP NEMA 1 for indoor use and NEMA 3R for weatherproof applications. Switch to be Square "D" or equal. A. Voltage Drop Calculations shown are figured on calculated distances. Should actual field conditions exceed 9 P 9 . distances shown it is to be brought to the attention of this Engineer. D. CIRCUIT BREAKERS:. Molded case, thermal -magnetic quick -make, quick -break, bolt -on type with manually operated insulated trip -free handle. Multi -pole types with internal common trip bar. Terminals suitable for copper or aluminum conductors. Interrupting capacity minimum 10,000 RMS symmetrical amperes circuit breakers to be Square "D" or equal, type as required. Fan 10 /3R 16"X16"X6" J-Box 1 430�13 L_MDP2-8I L-MDP2-10 1 (3)8,1OG,3/4"C (3)8,1OG,3/4"C 2" Conduit w/30 #8 Wires w/3 #10 w/1 #10 Ground Conductors derated per Table B.310.15(B)(2)(II) J-BOX 1 30 X 3.00 = 90 Cubic Inches (Table 314.16(B)) 4 X 2.50 = 10 Cubic Inches (Table 314.16(B)) Total = '100 Cubic Inches Verify location of Fan and Manual Starter 16 X 16 X 6 = 1536 Cubic Inches INTAKE FAN 2 largest Conductor #8 Add to closest receptacle circuit as required. Exist.: 480-120 Transfor Exist. Panel, L Exist. Panel B F MDP2-12 (3)12,12G,3/4"C Panel MDP2 Existing 300kva �/ 277/480V 10(-," ` Utility Transformer 0 48" GFI Existing Meter (Metered on the primary) Exist. Panel MDP1 \Exist. Panel H A' POWER PLAN I..L Z PARTIAL SCALE: 1 /16" = 1'--0 ELECTRICAL SYMBOLS SM - MANUAL MOTOR STARTER M - MANUAL VARIABLE FREQUENCY DRiVE MOTOR STARTER - DUPLEX RECEPTACLE GFI - GROUND FAULT INTERRUPTER WP - WATER PROOF 3R - NEMA 3R NF - NON -FUSED NL -NIGHT LIGHT QJ - DISCONNECT SWITCH _ - ELECTRICAL PANELBOARD Existing Meter on Primary side of Utiltiy Transformer Meted L__J Existing 300KVA 1 1 277/480V 1 1 Utility Transformer NOTE: This Drawing is to be included with Drawings for Stahl Family Forms LLC, P.O. Box 550, Jane Lew, WV 26378-550. Permit Number BGC-002563-2021, Dated 07 27 2021. F-Exist.7l Fan 10 /3R 16"X16"X6" J-Box 1 430�13 L_MDP2-8I L-MDP2-10 1 (3)8,1OG,3/4"C (3)8,1OG,3/4"C 2" Conduit w/30 #8 Wires w/3 #10 w/1 #10 Ground Conductors derated per Table B.310.15(B)(2)(II) J-BOX 1 30 X 3.00 = 90 Cubic Inches (Table 314.16(B)) 4 X 2.50 = 10 Cubic Inches (Table 314.16(B)) Total = '100 Cubic Inches Verify location of Fan and Manual Starter 16 X 16 X 6 = 1536 Cubic Inches INTAKE FAN 2 largest Conductor #8 Add to closest receptacle circuit as required. Exist.: 480-120 Transfor Exist. Panel, L Exist. Panel B F MDP2-12 (3)12,12G,3/4"C Panel MDP2 Existing 300kva �/ 277/480V 10(-," ` Utility Transformer 0 48" GFI Existing Meter (Metered on the primary) Exist. Panel MDP1 \Exist. Panel H A' POWER PLAN I..L Z PARTIAL SCALE: 1 /16" = 1'--0 ELECTRICAL SYMBOLS SM - MANUAL MOTOR STARTER M - MANUAL VARIABLE FREQUENCY DRiVE MOTOR STARTER - DUPLEX RECEPTACLE GFI - GROUND FAULT INTERRUPTER WP - WATER PROOF 3R - NEMA 3R NF - NON -FUSED NL -NIGHT LIGHT QJ - DISCONNECT SWITCH _ - ELECTRICAL PANELBOARD Existing Meter on Primary side of Utiltiy Transformer Meted L__J Existing 300KVA 1 1 277/480V 1 1 Utility Transformer NOTE: This Drawing is to be included with Drawings for Stahl Family Forms LLC, P.O. Box 550, Jane Lew, WV 26378-550. Permit Number BGC-002563-2021, Dated 07 27 2021. F-Exist.7l F-Existd Panel H1 Panel MDP1 200A MLO 600A MB 2774 480V 2774 480V 30 Wire 30 Wire SN I I SN I I I L_J I I LTJ 1- ---- 1 Existing I I 75KVA I480-120/208V I Existing Building Transformer I J -- - 4I i^Exist.7 Exist. Panel A I Panel B I 200A MB 100A MLO 120/208V 120/208V 30 4 Wire 30 4 Wire SN I I SN I L- _ J L - J ELECTRICAL LOAD CALCULATIONS: Existing Service - 600A 120/240V 30 4W SN Max Demand for 12 Months = 160.00 KW (Carlos Alvarez DUKE Energy) NEC 220-87 X 1.25 200.00 LOAD CHANGES: REMOVE EQUIPMENT (2) Exhausts Fan @ 6318 ea. _ -12.36 ADD EQUIPMENT (9) Exhausts Fan 0 17459 ea. = 157.13 (1) Exhausts Fan @ 17459 = X 1.4 Cont. Duty = 24.44 (2) Intake Fan @ 6318 ea. = 12.36 NEW TOTAL LOAD 381.57 KW 381.57 Kw = 459 Amps 0 277/480V 30 4 Wire SN Existing Service = 600A 277/480V 3o 4 Wire SN Add = 400A 277/480V 30 4 Wire SN Total Service = 1000A 277/480V 30 4 Wire SN 2% SERVICE./FEEDER VOLTAGE DROP CHART This chart is based on a 320 Amp Demand (80% 400A MB), 480V 30 Service from Utility Transformer to MDP2. WIRE TYPE AND SIZE FEETVD %VD UTILITY TRANSFORMER TO MDP2 (2)3/0 75'C THW/THWN Wire = 50 1.07 .22 3% EQUIPMENT VOLTAGE DROP CHART Worst case Exhaust Fan (total 10) 350 feet 0 21 FLA. WIRE TYPE AND SIZE FEET VD %VD PANEL MDP2 TO FURTHEST EXHAUST FAN #8 75'C THW/THWN Wire = 350 9.95 2.07 3% EQUIPMENT VOLTAGE DROP CHART Worst case Intake Fan (total 10) 450 feet 0 7.6 FLA. WIRE TYPE AND SIZE FEET VD %V PANEL MDP2 TO FURTHEST INTAKE FAN #10 75'C THW/THWN Wire = 450 7.36 1.54 / 1 1/ r T r 1 r r I I I T r ♦ 1 r 1 1 1 • T 1 0% \. 1 r 33426 (Worst Case) I SC = 1 + 1.732(25)(33426) 2(13923)(480) 1 Sc = 30160.0 AIC 400A MB Panel MDP2 PANEL "MDP2" SCHEDULE 45,000 AIC SERVES OA LOADOB OC CB/P CKT B/P OA LOAD OC SERVES Exhaust Fan 1 5820 40/3 1 2 40/3 5820 Exhaust Fan 6 5820 5820 5820 ` 5820 Exhaust Fan 2 5820 40/3 3 4 40/3 5820 Exhaust Fan 7 5820 5820 5820 I I 5820 xhaust Fan 3 5820 40/3 5 6 40/3 5820 Exhaust Fan 8 E 5820 / / 5820 5820 I 1 5820 Exhaust Fan 4 5820 40/3 7 8 40/3 5820 Exhaust Fan 9 5820 5820 5820 ( I 5820 Exhaust Fan 5 5820 40/3 9 10 40/3 5820 Exhaust Fan 10 5820 5820 5820 I 5820 1 Intake 1 206 53 11 12 153 2106 Intake 2 a n 1 1/ / nt k an 2106 I I 2106 I 2106 .2106 Space Space Sub -Total 1206 1206 31206 31206 31206 31206 Total 62412 62412 62412 187236 = 225 Amps Connected 211680 = 255 Amps Demand Notes: 400A MB 277/480V 30 4W SN Add dd 1 Panel MDP2 400A MB 277/480V 30 4 Wire SN Verify existing 1 Bond to Concrete enclosed 2 Sets Ea;. 4 3 0,2"C 2 CU SteBldg. Foundaebor ton per in VerifyexistingI O % 9 P Exted to mtal water line I I J Extend to metal water line NEC 250.50 or building steel in accordance or building steel in accordance (If accessible) with NEC 250, I' I with NEC 250. I I Minimum (2)5/8"0 Copper Clad Minimum (2)5/8"0 Copper Clad Ground Rods spaced 10 apart. - - - - - = Existing Ground Rods spaced 10' apart. RISER DiAGRAM PROPOSED NTS Z F a Mw In J Nt 0 i0 z��_J F- Z to E _ J C) QQU� Z Q J CL LAJ zLL' Q N Q m E F-- J L) w � o a Ld u a w r a _J o of Ld Ld CU Z N w _..I W Z } 0ofCL� o Z)OI- Y� 3 M Q w 0 ILL. J _l t,d U - I D 0 m= Z < CL J 1 J0 n CL w 01 J > w I Q W 0(nM wF- LLJ _J 0 n 0 = o Q N 11 U m Z N :2 Z C Q J a W V) L�J o 0 z lZ N3 o w m o M Z Z 01 zOf 0 CL n w 0 m L��I Z W ZLa 0 Z !�,Jl T: z x t% w W N 2% SERVICE./FEEDER VOLTAGE DROP CHART This chart is based on a 320 Amp Demand (80% 400A MB), 480V 30 Service from Utility Transformer to MDP2. WIRE TYPE AND SIZE FEETVD %VD UTILITY TRANSFORMER TO MDP2 (2)3/0 75'C THW/THWN Wire = 50 1.07 .22 3% EQUIPMENT VOLTAGE DROP CHART Worst case Exhaust Fan (total 10) 350 feet 0 21 FLA. WIRE TYPE AND SIZE FEET VD %VD PANEL MDP2 TO FURTHEST EXHAUST FAN #8 75'C THW/THWN Wire = 350 9.95 2.07 3% EQUIPMENT VOLTAGE DROP CHART Worst case Intake Fan (total 10) 450 feet 0 7.6 FLA. WIRE TYPE AND SIZE FEET VD %V PANEL MDP2 TO FURTHEST INTAKE FAN #10 75'C THW/THWN Wire = 450 7.36 1.54 / 1 1/ r T r 1 r r I I I T r ♦ 1 r 1 1 1 • T 1 0% \. 1 r 33426 (Worst Case) I SC = 1 + 1.732(25)(33426) 2(13923)(480) 1 Sc = 30160.0 AIC 400A MB Panel MDP2 PANEL "MDP2" SCHEDULE 45,000 AIC SERVES OA LOADOB OC CB/P CKT B/P OA LOAD OC SERVES Exhaust Fan 1 5820 40/3 1 2 40/3 5820 Exhaust Fan 6 5820 5820 5820 ` 5820 Exhaust Fan 2 5820 40/3 3 4 40/3 5820 Exhaust Fan 7 5820 5820 5820 I I 5820 xhaust Fan 3 5820 40/3 5 6 40/3 5820 Exhaust Fan 8 E 5820 / / 5820 5820 I 1 5820 Exhaust Fan 4 5820 40/3 7 8 40/3 5820 Exhaust Fan 9 5820 5820 5820 ( I 5820 Exhaust Fan 5 5820 40/3 9 10 40/3 5820 Exhaust Fan 10 5820 5820 5820 I 5820 1 Intake 1 206 53 11 12 153 2106 Intake 2 a n 1 1/ / nt k an 2106 I I 2106 I 2106 .2106 Space Space Sub -Total 1206 1206 31206 31206 31206 31206 Total 62412 62412 62412 187236 = 225 Amps Connected 211680 = 255 Amps Demand Notes: 400A MB 277/480V 30 4W SN Add dd 1 Panel MDP2 400A MB 277/480V 30 4 Wire SN Verify existing 1 Bond to Concrete enclosed 2 Sets Ea;. 4 3 0,2"C 2 CU SteBldg. Foundaebor ton per in VerifyexistingI O % 9 P Exted to mtal water line I I J Extend to metal water line NEC 250.50 or building steel in accordance or building steel in accordance (If accessible) with NEC 250, I' I with NEC 250. I I Minimum (2)5/8"0 Copper Clad Minimum (2)5/8"0 Copper Clad Ground Rods spaced 10 apart. - - - - - = Existing Ground Rods spaced 10' apart. RISER DiAGRAM PROPOSED NTS Z F a Mw In J Nt 0 i0 z��_J F- Z to E _ J C) QQU� Z Q J CL LAJ zLL' Q N Q m E F-- J L) w � o a Ld u a w r a _J o of Ld Ld CU Z N w _..I W Z } 0ofCL� o Z)OI- Y� 3 M Q w 0 ILL. J _l t,d U - I D 0 m= Z < CL J 1 J0 n CL w 01 J > w I Q W 0(nM wF- LLJ _J 0 n 0 = o Q N 11 U m Z N :2 Z C Q J a W V) L�J o 0 z lZ N3 o w m o M Z Z 01 zOf 0 CL n w 0 m L��I Z W ZLa 0 Z !�,Jl T: z x t% w W N 3% EQUIPMENT VOLTAGE DROP CHART Worst case Exhaust Fan (total 10) 350 feet 0 21 FLA. WIRE TYPE AND SIZE FEET VD %VD PANEL MDP2 TO FURTHEST EXHAUST FAN #8 75'C THW/THWN Wire = 350 9.95 2.07 3% EQUIPMENT VOLTAGE DROP CHART Worst case Intake Fan (total 10) 450 feet 0 7.6 FLA. WIRE TYPE AND SIZE FEET VD %V PANEL MDP2 TO FURTHEST INTAKE FAN #10 75'C THW/THWN Wire = 450 7.36 1.54 / 1 1/ r T r 1 r r I I I T r ♦ 1 r 1 1 1 • T 1 0% \. 1 r 33426 (Worst Case) I SC = 1 + 1.732(25)(33426) 2(13923)(480) 1 Sc = 30160.0 AIC 400A MB Panel MDP2 PANEL "MDP2" SCHEDULE 45,000 AIC SERVES OA LOADOB OC CB/P CKT B/P OA LOAD OC SERVES Exhaust Fan 1 5820 40/3 1 2 40/3 5820 Exhaust Fan 6 5820 5820 5820 ` 5820 Exhaust Fan 2 5820 40/3 3 4 40/3 5820 Exhaust Fan 7 5820 5820 5820 I I 5820 xhaust Fan 3 5820 40/3 5 6 40/3 5820 Exhaust Fan 8 E 5820 / / 5820 5820 I 1 5820 Exhaust Fan 4 5820 40/3 7 8 40/3 5820 Exhaust Fan 9 5820 5820 5820 ( I 5820 Exhaust Fan 5 5820 40/3 9 10 40/3 5820 Exhaust Fan 10 5820 5820 5820 I 5820 1 Intake 1 206 53 11 12 153 2106 Intake 2 a n 1 1/ / nt k an 2106 I I 2106 I 2106 .2106 Space Space Sub -Total 1206 1206 31206 31206 31206 31206 Total 62412 62412 62412 187236 = 225 Amps Connected 211680 = 255 Amps Demand Notes: 400A MB 277/480V 30 4W SN Add dd 1 Panel MDP2 400A MB 277/480V 30 4 Wire SN Verify existing 1 Bond to Concrete enclosed 2 Sets Ea;. 4 3 0,2"C 2 CU SteBldg. Foundaebor ton per in VerifyexistingI O % 9 P Exted to mtal water line I I J Extend to metal water line NEC 250.50 or building steel in accordance or building steel in accordance (If accessible) with NEC 250, I' I with NEC 250. I I Minimum (2)5/8"0 Copper Clad Minimum (2)5/8"0 Copper Clad Ground Rods spaced 10 apart. - - - - - = Existing Ground Rods spaced 10' apart. RISER DiAGRAM PROPOSED NTS Z F a Mw In J Nt 0 i0 z��_J F- Z to E _ J C) QQU� Z Q J CL LAJ zLL' Q N Q m E F-- J L) w � o a Ld u a w r a _J o of Ld Ld CU Z N w _..I W Z } 0ofCL� o Z)OI- Y� 3 M Q w 0 ILL. J _l t,d U - I D 0 m= Z < CL J 1 J0 n CL w 01 J > w I Q W 0(nM wF- LLJ _J 0 n 0 = o Q N 11 U m Z N :2 Z C Q J a W V) L�J o 0 z lZ N3 o w m o M Z Z 01 zOf 0 CL n w 0 m L��I Z W ZLa 0 Z !�,Jl T: z x t% w W N Add dd 1 Panel MDP2 400A MB 277/480V 30 4 Wire SN Verify existing 1 Bond to Concrete enclosed 2 Sets Ea;. 4 3 0,2"C 2 CU SteBldg. Foundaebor ton per in VerifyexistingI O % 9 P Exted to mtal water line I I J Extend to metal water line NEC 250.50 or building steel in accordance or building steel in accordance (If accessible) with NEC 250, I' I with NEC 250. I I Minimum (2)5/8"0 Copper Clad Minimum (2)5/8"0 Copper Clad Ground Rods spaced 10 apart. - - - - - = Existing Ground Rods spaced 10' apart. RISER DiAGRAM PROPOSED NTS Z F a Mw In J Nt 0 i0 z��_J F- Z to E _ J C) QQU� Z Q J CL LAJ zLL' Q N Q m E F-- J L) w � o a Ld u a w r a _J o of Ld Ld CU Z N w _..I W Z } 0ofCL� o Z)OI- Y� 3 M Q w 0 ILL. J _l t,d U - I D 0 m= Z < CL J 1 J0 n CL w 01 J > w I Q W 0(nM wF- LLJ _J 0 n 0 = o Q N 11 U m Z N :2 Z C Q J a W V) L�J o 0 z lZ N3 o w m o M Z Z 01 zOf 0 CL n w 0 m L��I Z W ZLa 0 Z !�,Jl T: z x t% w W N 4 V)MNN IL �co hh W V KM C9z11b)Lk Z L Woo � Q = Q Z , �, 0 in 2 �m o ti O Q V) W zZ o o W Do i n INTAKE FAN 1 r Fan 1 /3R Fan 2 Fan 3 %3R MDP2-11 L- MDP2-3 (3)10,1OG,3/4"C MDP2-1 (3)8,10G,3/4"C (3)8,1 OG,3/4"C L (3)8,(3)10,1 OG,3/4't 40% 3/4 " Conduit @40% = .21 Sq. inches 3 #8 ® .0373 = .1119 Sq, Inches 4 #10® .0184 = .0738 Sq. Inches Total = .1847 Sq. Inches 30/3 NF Verify location of Farb and Manual Starter I ELECTRICAL SPECIFICATIONS Fan 4 MDP2-5 (3)8,10G,3/4"C Fan 5 3R Fan 6 Fan 7 /3R Fan 8 /3R Fan 9 /3R MDP2-7 12"X12"X4" �--MDP2-2 MDP2-4 L-MDP2-6 (3)8,10G,3/4"C J-Box 2 (3)8,10G,3/4"C (3)8,10G,3/4"C (3)8,1OG,3/4"C MDP2-9 1.5" Conduit (3)8,1OG,3/4"C w/18 #8 Wires w/3 #10 w/1 #10 Ground Conductors derated per -Box 2 Table B.310.15(B)(2)(11) 18 X 3.00 =54 Cubic . Inches (Table 314.16(B)) 40% 1.5 " Conduit @40% = .82 Sq. inches 4 X 2.50 = 10 Cubic Inches (Table 314.16(B)) 18 #8 0 .0373 = .6714 Sq. Inches Total = 64 Cubic Inches 4 #10 ® .01.84 = .0736 Sq. Inches 12 X 12 X 4 = 576 Cubic Inches Total = .7450 Sq. Inches largest Conductor #8 1 1 1.1 SCOPE A. WORK INCLUDED: Include the following Work in addition to items normally part of this Section: E. PANELBOARDS: Voltage, phasing and ampere ratings as indicated, circuit breaker type as indicated, 01 Wiring for lighting and power. busbors of hard drawn copper, minimum 98% conductivity, galvanized steel back box, door and trim. 02 Installation of Lighting fixtures with lamps. All corners lapped and welded, hardware chrome plated with flush lock and catch. Hinges semi- 03 Lighting panelboards and distribution panelboards. concealed, 5 knuckle steel with nonferrous pins, 180 degree openings. Minimum gutter space 5- 04 Connection of equipment shown. 3/4" sides, top and bottom. Increase size where required by code. Directory holder complete 05 Control wiring. with clear plastic transparent cover indicating typewritten list of feeder cables, conduit sizes, 06 Disconnection and removal of existing fixtures and wiring not to be reused. circuit numbers, outlets of equipment supplied, and their location. Circuit breaker type panelboards to be Square "D" type NQOD or 1-Line, or equal. A plastic label shall be located on exterior of 1.2 MINIMUM COMPLIANCE STANDARDS panelboard identifying the system voltage, phase, and current rating. A. All work shall be done in accordance with the requirements of the following: 01 Florida Building Code Seventh Edition (2020). F. WIRING DEVICES: All devices; the product of the same manufacturer. Wall switches single pole, 20 02 Florida Building Code - Electrical Conservation Seventh Edition (2020), Section C405, ampere, 120 volt. Wall switches three-way, 20ampere, 120 volt. Receptacles duplex, 2 wire; 3 03 2017 issue of the National Electrical Code (NFPA 70). pole grounded, 20 ampere, 120 volt. 04 Wiring in Patient Care Areas shall comply with NEC 517. 05 Other applicable NFPA Codes, G. DEVICE PLATES: Provide for all outlets where devices are installed. Provide engraved marking for 06 Regulation of local authorities having jurisdiction. special outlets. Provide blank plates for empty or future outlet boxes. DEVICE AND DEVICE PLATES COLORS TO BE VERIFIED WITH INTERIOR DESIGNER AND OWNER. B. Furnish and install all labor, material and equipment and services necessary for complete and safe installation of the electrical system indicated on the drawings and noted in the 1.5 LIGHTING FIXTURES AND LAMPS specifications hereinafter. Electrical systems and equipment shall in general include the following: Yg 9 A. Furnish and install complete system of lighting fixtures, lamps, accessories and supports as P Y 9 9 P PP 01 General provisions for electrical work. specified and indicated. Submittals of equal quality are allowed. 02 Wiring, distribution equipment and devices. 03 Lighting fixtures and lamps. 1.6 GROUNDING SYSTEM 04 Grounding system. A. EQUIPMENT: Ground non -current carrying metal parts of panelboard, raceways and all lighting fixtures. All conduits shall have equipment grounding conductors. 1.3 GENERAL PROVISIONS FOR ELECTRICAL WORK A. DRAWINGS: Electrical drawings considered diagrammatic and indicate general arrangement of work 1.7 INSTALLATION and systems. Refer to other drawings to verify location of equipment, etc. Check drawings of A. Secure all supports to building structure. Support horizontal runs other trades to verify exact space condition or underground lines. Drawing Scales prohibit the of metallic conduit not more than 10 feet apart. Run exposed raceways parallel with or at right indication of all offsets, fittings and accessories required, however these items will be angles to walls. provided by this subcontractor at no extra cost to the owner. B. Pass raceways over water, steam or other piping when pull _ boxes are not required. No raceway B. QUALITY OF MATERIALS: New, best of their respective kind, free from defects, and listed by within 3 inches of steam or hot water pipes, or appliances, except crossings where raceway shall Underwriter's Laboratories, Inc, or bearing their label. . be at least 2 inches from pipe cover. C. SHOP DRAWINGS: Submit four (4) copies of shop drawings for lighting fixtures and panelboards. C. Cut conduit ends square, ream smooth. Point male threads of field threaded conduit with graphite Obtain approval before equipment is ordered, built or installed. base pipe compound. Draw up tight with conduit couplings. D. EXCAVATION AND BACKFILLING: Excavate, backfill and restore surfaces for all electrical work. D. Leave wire sufficiently long to permit making final connections. In raceways over 50 feet in E. Visit site and inspect existing facilities before bid in order to ensure proper evaluation of which wiring is not installed, furnish pull wire. working conditions and location of existing equipment. E. Verify locations of outlets and switches. F. Support panel, junction and pull boxes independently to building structure with no weight bearing 1.4 WIRING, DISTRIBUTION EQUIPMENT AND DEVICES on conduits. A. CONDUCTORS: Copper, in accordance it pp , a e with ASTM Standards, size references AWG. Conductors No. 10 and G. Connect conduit to ' motor conduit terminal boxes with flexible conduit; minimum 18 inches in m , smaller size solid No. 8 larger and urge stranded. Insulation of conductor thermoplastic, type THHN length and 50% slack. Do not terminate in or fasten raceways to motor foundation. ' (min. size: No. 12) any wire installed outside, underground, in slabs, or exposed to moisture H. Contractor to remove and salvage all abandoned electrical equime'nt. shall have THWN insulation. I. This contractor shall warrant all labor and materials for one year from date of final written 1. Aluminum wire may be used for Service/Feeders. acceptance. 2. If Aluminum wire is used for Service/Feeders, Owner assumes responsibility to do periodic J. Contractor will provide to the Building Owner, within 30 days after the date of the system acceptance, record maintenance on all Aluminum Wire Connections and will provide a signed letter to attest to drawings of the actual installation Documents and Manuals per C405.5.4 this agreement. K. Contractor shall provide construction documents that certify lighting controls meet performance criteria of P Y 9 9 P B. RACEWAYS: RIGID STEEL CONDUIT, full weight pipe galvanized, threaded, and minimum 1 2 inch except g P�P 9 / P Section C405 of the Florida Building Code Seventh Edition (2020) Energy Conservation,and.. provided to the as noted or required for wiring. ELECTRICAL METALLIC TUBING EMT), thin wall pipe, galvanized, threadless, ( Building Owners within 90 days of receipt of the Certificate of Occupancy per C408.3.2 of the some code. 9 Y P P Y comression fittings, and minimum 1/2" except as noted or required for wiring. FLEXIBLE STEEL CONDUIT, L. Contractor shop provide field markings an all Service Equipment in field. Field markings shall include the continuous sin lestri galvanized, and minimum 1 2" size except s noted r required for wiring. PVC g p, g / s ep a t o q i g - • • date the fault current calculation was performed and be of sufficient durability to withstand the environment CONDUIT, heavy duty type, size as indicated.. Separate raceways shall be used for each voltage system. involed per NEC 110.24. Type AC or MC Cable where permitted. 1.8 LOW VOLTAGE C. DISCONNECT SWITCHES: General Duty,horsepower rated for motor loads 600 or 250 volt rating, fused P 9� A. Low Voltage wiring :drawings to be provided by others. or non -fused as noted; number of poles as indicated, cover interlocked with switch. Enclosure 1.9 VOLTAGE DROP NEMA 1 for indoor use and NEMA 3R for weatherproof applications. Switch to be Square "D" or equal. . A. Voltage Drop Calculations shown are figured on calculated. distances. Should actual field conditions exceed distances shown it is to be brought to the attention of this Engineer. Q. CIRCUIT BREAKERS; Molded case, thermal -magnetic quick -make, quick -break, bolt -on type ;with manually operated insulated trip -free handle.. Multi -pole types with internal common trip bar. Terminals suitable for copper or aluminum conductors. Interrupting capacity minimum 10,000 RMS symmetrical amperes circuit breakers to be Square "D" or equal, type as required. r , Existing Meter on Primary side of Utiltiy Transformer Existing 300KVA 277/480V I Utility Transformer Fan 10 16"X 16"X6" J-Box 1 L-MDP2-8 " I I-MDP2-10 (3)8,1OG,3/4 C (3)8,10G,3/4"C 2" Conduit w/30 #8 Wires w/3 #10 w/1 #10 Ground Conductors derated per Table B.310.15(B)(2)(11) J-BOX 1 30 X 3.00 = 90 Cubic Inches (Table 314.16(B)) 4 X 2.50 = 10 Cubic Inches (Table 314.16(B)) Total = 100 Cubic Inches Verify location of Fan and Manual Starter 16 X 16 X 6 = 1536 Cubic Inches 5 INTAKE FAN 2 largest Conductor #8 30/3 NF MDP2-12 (3)12,12G,3/4"C Panel MDP2 Add to closest receptacle circuit E as required. Existing 300kva 277/480V ,,01/' Utility Transformer 9 48" GFI Existing Meter (Metered on the primary) I Exist. 480-120'208V Transformer Exist. Exist. Panel MDP1 Panel L Exist. Exist. Panel H Panel B / ( -r POWER PLAN lop PARTIAL SCALE: 1/16" = V-0 ELECTRICAL SYMBOLS SM - MANUAL MOTOR STARTER I'VED1 MANUAL VARIABLE FREQUENCY DRIVE MOTOR STARTER - DUPLEX RECEPTACLE GFI - GROUND FAULT INTERRUPTER WP - WATER PROOF 3R - NEMA 3R NF - NON -FUSED NL - NIGHT LIGHT - DISCONNECT SWITCH I� _ - ELECTRICAL PANELBOARD P ,=9 I Meterl L__J NOTE: This Drawing is to be included with Drawings for Stahl Family Farms LLC, P.O. Box 550, Jane Lew, WV 26378 -550. Permit Number BGC-002563-2021, Dated 07/27/2021. I-Exist.7 FExist� Panel H1 Panel MDP1 200A MLO 600A MB 277/480V 277/480V 30 4 Wire 30 4 Wire I SN I SN I Existing I ( 75KVA 1 I 480-120/208V Existing Building I Transformer Exist. [Exist: Panel A I Panel B L 200A MB 100A MLO 120 208V 120 208V 30 4 Wire 30 4 Wire SN 1 I SN I L-J L-J ELECTRICAL LOAD CALCULATIONS: Existing Service - 600A 120/240V 30 4W SN Max Demand for 12 Months = 160.00 KW (Carlos Alvarez DUKE Energy) X 1.25 NEC 220-87 200.00 LOAD CHANGES: REMOVE EQUIPMENT (2) Exhausts Fan 0 6318 ea. _ -12.36 ADD EQUIPMENT (9) Exhausts Fan 0 17459 ea. = 157.13 (1) Exhausts Fan 0 17459 = X 1.4 Cont. Duty = 24.44 (2) intake Fan @ 6318 ea. = 12.36 NEW TOTAL LOAD 381.57 KW 381.57 Kw = 459 Amps 0 277/480V 30 4 Wire SN Existing Service = 600A 277/480V 30 4 Wire SN Add = 400A 277/480V 30 4 Wire SN Total Service = 1000A 277/480V 30 4 Wire SN 2% SERVICE f FEEDER VOLTAGE DROP CHART This chart is based on a 320 Amp Demand (80% 400A MB), 480V 30 Service from Utility Transformer to MDP2: WIRE TYPE AND SIZE FEET VD %VD UTILITY TRANSFORMER TO MDP2 (2)3/0 75'C THW/THWN Wire = 50 1.07 .22 3% EQUIPMENT VOLTAGE DROP CHART Worst case Exhaust Fan (total 10) 350 feet @ 21 FLA. WIRE TYPE AND SIZE FEET VD %VD PANEL MDP2 TO FURTHEST EXHAUST FAN #8 75'C THW/THWN Wire = 350 9.95 2.07 3% EQUIPMENT VOLTAGE DROP CHART Worst case Intake Fan (total 10) 450 feet ® 7.6 FLA. WIRE TYPE AND SIZE FEET VD %VD PANEL MDP2 TO FURTHEST INTAKE FAN #10 75-C THW/THWN Wire = 450 7.36 1.54 SHORT CIRCUIT CALCULATIONS: 33426 (Worst Case) SC 1 + 1.732(25)(33426) 2(13923)(480) I SC = 30160.0 AIC 400A MB Panel MDP2 PANEL "MDP2" SCHEDULE 45,000 AIC SERVES LOAD CB/P CKT B/P LOAD SERVES 0A aC aA aC Exhaust Fan 1 5820 40/ 3 1 2 40 I 3 5820 Exhaust Fan 6 5820 5820 5820 1 f 5820 I Exhaust Fan 2 5820 40/3 3 4 40/3 5820 Exhaust Fan 7 5820 5820 5820 1 I 5820 E haust Fan 3 x 5820 40 / 3 5 6 40 / 3 5820 Exh u t Fan 8 Exhaust a 5820 5820 5820 I I 5820 Exhaust Fan 4 5820 40/3 7 8 40/3 5820 Exhaust Fan 9 5820 5820 5820 I 5820 l Exhaust Fan 5 5820 40/3 9 10 40/3 5820 Exhaust Fan 10 5820 5820 l 5820 I 5820' 1 Intake Fan 1 2106 15/3 11 12 15 -3 2106 Intake Fan 2 2106 I I/ 2106 2106 2106 Space Space Sub -Total 3120631206 1206 1206 31206 31206 Total 62412 62412 6241 187236 = 225 Amps Connected 211680 = 255 Amps Demand Notes: 400A MB 277/480V 30 4W SN Add Panel MDP2 400A MB 277/480V 3e 4 Wire SN , Verify existing 71 Bond to Concrete enclosed 2 CU Steel Rebar (min. #4) in 2 Sets Ea. 4 3 0,2"C Bldg. Foundation per Verify existing I i O/ 9 Extend to metal water line _ Extend to metal water Fine NEC 250.50 or building steel in accordance "~ �- or building steel in accordance (If accessible) with NEC 250. I ( with NEC 250. t. f Minimum (2)5/8"0 Copper Clad Minimum (2)5/8"0 Copper Clad Ground Rods spaced 10' apart, -- - - - - - = Existing Ground Rods spaced 10' apart. RISER DIAGRAM PROPOSED NTS N NA F/ Z 0 a w 0 J J 0N�a zQM� Li- L 0 N s Z J _J 0- <C <C U Z 0) a Q J 0LAJ zILL. Qd N o m a I- U V) w o O n. U w a Q tz a cJ� J N F_ z z -J LZ Z Z w Ul>_- } COI- Q - W� Q 0 0 I- ILL. J J UJ - I C� m LJ Z z 3I- J J V) a W O I J w is I Q � J W J Ca 4 O = O <t N U m E Z o V) :2 J i- Q V) ZO R o L j L�J H Z V) ix a o Q o CL CL o z 3 q EL' w J 0 - W w g Z Z j (�Jj z of v z `d Ld C a o o n LJ w M Z ✓' LU m Z O `J Z Z w J U W 2 fn t) NN R rn � 00 Z lu v x o z 2 ,Mv° 0Z8-9X Z LUina� y Q C9yamo ~ m 0 J J2 W °�d U Z w i L ��