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Plans / oval 48 c -6-") THREE PHASE SEC. FAULT CURRENT CUSTOMER NAME: BORDERS, CUSTOMER ADDRESS: SW 72ND AVE, TIGARD TRANSFORMER KVA: 500 KVA IMPEDANCE: 4.5 % SECONDARY L -L VOLTAGE: 480 VOLTS WIRE LENGTH: 65 FEET WIRE SIZE: 350 AL NUMBER OF RUNS: 2. RUNS TOTAL WIRE IMPEDANCE R: 0.049 OHMS /1000' WIRE IMPEDANCE X: 0.037 OHMS /1000' FAULT CURRENT: 11683 AMPS TES 9/8/93 °/./) 162 c e- %c ��- c '7 V4's (52,0 702 /14D c ei, , t, CITY OF TIGARD Approved Conditionally Approved For only the work described in: -� 9 PERMIT NO. /C, 04/p. C/ / See letter to: Follow f It Attach,.,, • Job Address _ : 5 42 / By: )/v` 7 : Date: . , . . .., 7 ..• , ..,.. ......) V...) T / '" ......... 7......- -_- ,... -- ---------- FT-0* • : 32.-0- . 1 ' , 2'-0 . . • 777 1_ . :. ;.I: n'-07 " :' : ,••- • • '1,• ' .. v !..e'J;i7 . 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TOR RESPONSIBLE OIIENSIONI �e P AND CORRELATED AT THE JO SITE: {OM►ATIgV OF HIS •• .; MATiI G OF WNS'RiUCAON; Q) ATISFACTORY • ; ••• OTHER NUDES AND flit HALLS ING EL�E� �G, INC. INEERS DATE NO EXCEPTION TAKEN ❑ MAKE CORRECTIONS NO TED g27/1/ 8 t d / REJECTED ❑ REVISE AND F#SIIeMrr CHECKING IS ONLY FOR GENERAL CONFORMANCE WITH THE DESIGN CONCEPT OF THE PROJECT AND GENERAL COMPLIANCE WITH DIE INFORMATION GIVEN IN THE CONTRACT DOCUMENTS. ANY ACTION SHOWN IS SUBJECT TO THE REQUIREMENTS OF THE PLANS AND SPECIFICATIONS, CONTRACTOR IS RESPONSIBLE FOR: OUENS$ONS WHICH SHALL BE CONFIRMED AND CORRELATED AT THE JOB SITE: FABRICATION PROCESSES AND TECHNIQUES OF CONSTRUCTION: CO- ORiNNATION OF HIS WORK WITH THAT OF OTHER TRADES AND THE SATISFACTORY PERFORMANCE OF HIS WORK. HALLIS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS 3oc • , ,ATE (01/� la A • C a y c A ;0770° V 3 0%�4 /d.0 "L 3-#C-1 Yo ! ido/ 3 - ao� � 3 6ne. Keti _ _ 441/0 ca, +l 02- T,wn.cd.A. 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[ . 1 r � �� i , ' t) ( [ ' / .11 1. ,. ( F) ` I , I i ', (' I , { f ( �` 1 ; i , E 1 r f ii \\ f I ' ( : I ` ` I /..:- f 1 C- I •- � \r( A- r C. • • Westinghouse liil • 1: Reduced dimensions with increased Four -F -uric Cdinu :- ld•ou::te: Sv..i:choozros device flexibility. 1 Utilize the Pow -R -Line 4 chassis design Voltage: 240-480-600 V Ac. 250 V Dc for the distribution section. Mains: 400 thru 6000 Amps I Will accommodate Series C Circuit Device Type Amps Short Circuit Breakers to provide higher ratings in a Symmetrical Rating standard chassis and increased series Molded Case Circuit Breakers 400 thru 3000 18 kA thru 200 kA ratings. Bolted Pressure Switches 800 thru 5000 200 kA C Available with circuit breakers and fusi ble units in the same chassis. Air Power Circuit Breakers, Type DS, DSL 800 thru 4000 30 kA thru 200 kA UL tested and approved. Meets NEC Encased Power Circuit Breakers, Type SPB 250 thru 5000 42 kA thru 100 kA r and NEMA standards. Fusible Switches, Type FDP 400 thru 1200 200 kA G Available with IQ Data Plus or conven- Main Lugs Only 400 thru 6000 Per Distribution Below tional customer metering. Distribution L Front or rear accessible. Utilizes the full family of Westinghouse molded case circuit breakers and fusible switches. C' Aluminum, copper, or silver plated Device Type Amps Short Circuit Rating copper main bus. C A full range of device modifications Molded Case Circuit Breakers 15 thru 1200 10 kA thru 200 kA is available. Fusible Switches, Type FDP 30 thru 1200 200kA Available in NEMA 1 and 3R enclosures, Stacked —Main /Branch Devices• 400 thru 3000 18 kA thru 200 kA UL listed. •Pow- R•Line C Switchboards ere capable of utilizing any of the main devices listed above as stacked lone above another in Three distribution chassis available: the same structure) branch devices. 22X, 38X and 50X. Switchboard Size Comparison i: Modifications• 600 Amps LC Main 0 . c, y . L Y ft '` t - ' Circuit Breaker Branches < 600 Amps ' 4 Er Ground fault protection on mains and distribution devices. '; j) , ,1 9 Air .� P Wide range of metering capabilities. i' i .' • -,1. ``3 . - ' 1200 Amps FDP Main g F A full range of device modifications Fusible Branches < 800 Amps ^ - ' eil . 1 is available. E Coordination with other Westinghouse ., r ".1 ';:',...;,t- i '' l ,. { ` •1 r Divisions for busway and transformer l'. r F ?'. r t connections. le Main Pringle 'Contact your local Westinghouse Distributor or 1 600 Am P 9 ? u ' t ` , -.� 'l' Westinghouse Field Sales Office for information on Circuit Breaker Branches < 800 Amp — :'r ' A.!: , these and other modifications. Utility Metering � 1 . Customer Metering , _ L- . -. , „ . 1 ` 1 Ground Fault Panel Dimensions The single chassis design provides device R = *4.• ;.,:1 flexibility. Height Width(s) Depthlsl _+,4. , i ' r 4. : :;, : 90" 26" 30" 18" 24" 30" ' ' "' • 36 ", 45 ", 51" 36 ", 48 ", 54 ", 66" :,'..-'1-:.;.:.4. 2000 Amps PC Main Customer ' ® I Circuit Breaker Branches < 800 Amps ' Metering �1P �, A K ' , A O t' 1—, ct 'rCNS NOIED EcTI fi J * y = C. %% •e. : 4 ; 1�, - t ' r BraupMounted ,. . �.. , cliGt' ,3(:c•N TJ4KEN r Distribution C -iNISE ANDRESUMT l - r ECU) �yt �� utiilty 1 , 1 , ' ,i i rORIMNCE WITH 3000's P8 Main 'Metering a l 7 • T sr,K IS ONLY FCC GEMERN4 eQ 1 i : , t I t 1 C E ¢irjera 8 r Branches < 800 Amps ;Ground Ay i , is 'NCEPT OF THE PROJECT AND C,ENERU ' ; ' I FaulI P anel I ' 1 UbENT3. ANY �; y � v , <x t } j al`s :op GIVEN IN THE COHTP D� {((ty 11 . \ t ( + �fQU1RElEN1S OF THE �� -r- M ,cwn, IS SUBJECT TO THE LE f. DIE -- , i .. l : a �;, 1 ,)ECIFICATrONS, CON 1n'''v• e0 jngle 1 T:: rr�lCH SHALL BE CONFIRMED AND CCRRE1ATED AT TAUu ,: a�, es Thru 1200 Amps li; QQ • EFeCATION PROCESSES AND TT=C'�!'fiQUES OF S 5.•r r t i t . n" : t :1 i' : y WITH THAT OF OTHER a ' + . �a'. ,1 v 7 i AfNh11T10N of HtS WORK 4 ` 'ATISF'ACTORYPERFCPSVI EC GF � h G INC. HALLIS ENG CONSULTING ELECTRICAL ENGINEERS DATE 11 Pow -R -Line C General Information Pow -R -Line C - Specifications Enclosure Modifications Quantity 1 Short Circuit Rating 65kA Structure Mods - Main Structure Front Access /Rear Align. Structure Mods - Distribution Structure Main Specifications Service 277/480V 3 -Phase 4 -Wire Structure Schedule Cable Entry Bottom Bus Bus Incoming Location Left Section Width Amps Material 1 36 800A Aluminum Structure Specifications 2 45 800A • Aluminum Total Structures 2 Total 81 Structure Type NEMA 1 Utility Specifications 400 -800A Util. Mtr. Compt. - PORTLAND GENERAL ELECTRIC EUSERC Page References: Lug Drillings Per Page: 347 UGPS Per Page: 345/346 Cr Compartment Per Page: 320 Door - 30 °, Blank Bus Specifications Main Bus Material Aluminum Main Bus Amps 800A Bus Modifications NOElICEPTIONTAKEN ❑ MAKE OORRECTIOtSNOIED REJECTED ❑ REVISE AND RES JBIAT C1iMMHG IS ONLY FOR GENERAL CONFORMIANCE WITH THE DESIGN CONCEPT OF THE PROJECT AND GEC SEA WITH THE INFORMATION GIVEN IN THE CONTRACT SHOWN is SUBJECT TO THE REQUIREMENTS OF THE Dl SPECIRCATIONS, CONTRACTOR IS RESPONSIBLE F WHICH SHALL BE CONFIRMED AND CORPELAtED AT NE JOB SITE: FABRICATION PROCESSES AND TECHNIQUES OF CONSTRUCTION: co- ORDINATION OF HIS WORK MATH THAT OF OTHER TRADES AND THE SATISFACTORY PERFORMANCE OF HIS WORK. HALLIS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS r)ATE Prepared By Date Version Job Name Borders Tigard Dan Pickard 06/07/96 2.0.9 Designation MP- n4 Approved By Date Size A Product Name Pow -R -Line C Cutler Hammer Neg -Alt Number G.O. Number Item Drawing Type Sheet Sumter, SC D00206079603 -0000 0 Cost Drawing 1 of 3 • • • :7:t■ , s; .; ■•• • ' : .•! , ; ; • - - ' • ' . • • • • • :24....:41 • ; •• • • , • , ..; .;.• • '•:■; • I. I 1 1 l 1 2 Bussed Pull Section 800A 3. r 3.00. 1. 3. 0" 3.00" —„I r rr • EXCEPTION TAKEN ❑ MAKE CORRECTIONSNOIIED 9R" REJECTED ❑ REVISE AND REST C.1 CHECKING IS ONLY FOR GENERAL CONFORMANCE MTH THE DESIGN CONCEPT OF THE PROJECT AND (FERAL COIPJANCE WAN THE INFORMATION GIVEN IN THE CONTRACT DOCIHWENTS. ANY ACTION SHOWN IS SUBJECT TO THE REQUIREMENTS OF THE PLANS AND SPECIFICATIONS, CONTRACTOR IS ALE FOR: (KiENSIONS WHICH SHALL 8E CONFIRAED AND CORRELATED AT THE JOB SITE: FABRICATION PROCESSES AND TECHNIQUES OF CONSTRUCTION: CO- --- ORDINATION OF HIS WORK WITH THAT OF OTHER TRADES AK THE SATISFACTORY PERFORMANCE OF HIS WORK. HALLIS ENGINEERING, IN ,. Service CONSULTING ELECTRICAL ENGINEERS Ground Bus 1 ( /� Cross Bus v1 Neutral Bus 9 DATE 19 Section No. I 2 Section Depth 24" 18" Section Width 36" 45' Prepared By Date Version Job Name Borders Tigard Dan Pickard 06/07/96 2.0.9 Designation .MBP 1i Approved By Date Size • A Product Name Pow -R -Line C Cutler Hammer Neg -Alt Number G.O. Number Item Drawing Type Sheet Sumter, SC D00206079603 -0000 0 Cust. Drawing 2 of 3 :1 : ; • c/, • Aff• • • j:.• ek. ev• •' •;:.• • 0. 4 ,."1•••1 04.7 ‘34i' ". • •••"..!.-' ••••• :.. 1.14- • tot -ft j • • •ri: • ."'.104.; :••• • '1•:••1; MU- .211 .• • • ; .k • ;'. et ;V: N • ; , 1-.t A 11.N.C; ■ i IX • ' 4'?. Z%. • r.: Pow -R -Line C Unit Information Struct Unit Nameplate Description Modifications 1 1 PORTLAND GENERAL ELECTRIC - 400 Door - 30 ", Blank -800A Util. Mtr. Compt. - PORTLAND... 1 2 Main Mounted Mechanical Lugs (2) #2 �5601<ccmi1 M SL 2 1 800A 3P [ND8 RMS310 LS] [800A Trip] Chas. Mtd. Main Bkrk Terminals p rn sn� a 2 2 g� Thermal Mag Trip F . 6fZ • e rvt�(' i v rti % _ALA 2 3 3446p ermal Mag Trip F dn • b\-Iu • 1 12.A.rvu.,1 S 2 4 3P [KD] Space Thermal Mag Trip 2 5 250A 3P 17D] [200A Trip] Chas. Mtd Thermal Mag Trip . Fdr Brkr Terminals 2 6 - Dl Bpeee• -FheemaL___g-T p . • taO EXCEPT ON TAKEN ❑ MAXECORPECTiONSNOTED REJECTED ! ❑ REVISE AfID RESUBMIT CAGING IS ONLY FC'�R GENERAL CONFORMANCE WITH THE DESIGN CONCEPT OF THE CT AND GENERAL fO.f _LANCE *TM THE INFORMATION GIVEN IN THE CONTRACT DOCULTFTS. ANY ACTION SHOWN IS SUB,I=CT TO THE QUI VE TTS .F THE FLANS AND ° ECIfICAT1ONS, CONTRACTOR IS i C?dS:B:E ?: �it�NSIO?lS WHICH SHALL BE CCOIFIRMED AND THE JOB SITE: FABRICATION PROCESZES AND TECHNIQUES OF GGNSTRUCTION; Od ORDINATION OF HIS WORK WITH THAT OF OTHER TRADES AND THE SATISFACTORY PERM DeCE OF I IIS HALL .>. 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"; ; r ag .1 ••'. .';:f - AN!: , , • 4.114S. f ••. iT //4.rt; !Is 1—• • • , A...* a a • 1:t •b. • . • 4Y • .41.4T4*--1 t • V 1 4 1.4 •••• • Vii;j P ',1 OCC; . • ,T . • I. •4 4,1! - iltli r j.■3 _:„A, 9 ;.71F,iIi ....•■••••..nrawart...0011.11.11.••••••■■•■•••••••• 171 • Westinghouse €11 • flit Standard design utilizing Series C Pow -R -Line 1 Circuit Breakers. 111 Increased series ratings with Series C Panelboard Ratings Voltage: 240 V Ac Inter- Voltage Main Main Breaker Type -Amps Circuit Breakers provide higher systems Mains: 100 thru 600 Amps rupting Lug 100 150 225 400 600 capability using a standard panelboard Branches: 15 thru 100 Amps kA Sym.) Rating chassis. 10 240 BAB CA CA DK LC 9 Pow-R-Line 3 has the capability of utiliz- Maximum A.I.C. HOP ing Pow -R -Line 1 and 2 subchassis. Interrupting Capacity 22 240 QBH' CAH' CAH' DK• LC 81 New redesigned lock and door opening 10 kA thru 22 kA Fully Rated QPH' mechanism made of high impact 22 kA thru 200 kA Series Rated 35 240 600 . • • - • • HJD. ... ... polymers includes a positive slide catch 42 240 Amps HFD. HFD. ... DK. ... and right- or left -hand installation. Branch Circuit Devices 65 240 Max GB• FD• JO• HKD• .. . BAB, HQP, QBGF, QPGF, QBH, FD• UL tested and approved. Meets NEC and NEMA standards. QPH, QBHGF, QPHGF 100 240 FDC• FDC• JDC• KDC• .. . FB -P 81 Surface and flush trims. 200 240 FCL• . . . . . .L C L • .. . Ili Solenoid Circuit Breakers and INCOM lighting control interface capability in Pow -R -Line 2 Pow -R -Line 3' Panelboard Ratings Voltage: 240- 480Y/277 V Ac, Inter- Voltage Main Main Breaker Type -Amps "alga and 250V Dc rupting Lug 100 150 225 400 600 Rating Rating Mains: 100 thru 600 Amps (kA Sym.) Branches: 15 thru 100 Amps 14 480Y/277 GHB FDB JD KD LC 22 480Y1277 ... ... JD• KO• Maximum A.I.C. 25 480Y/277 FD • FD• ... HKD �- r PUSH Interrupting Capacity ' ' W a : 240 V Ac: 65 kA thru 200 kA 42 480Y/277 600 HJD• . r 480Y/277 V Ac: 14 kA thru 65 240 Amps GB FD JD DK HLC i y 150 kA 480Y/277 Max. HFD• HFD• .. . j ' ;} ?+I 250 V Dc: 14 kA 100 240 HFD• HFD• HJD• HKD• 'r t•:. 480Y/277 FDC• FDC• .. . ; �� Y•, Branch Circuit Devices 150 480V/277 FCL• ... ... LCL'. .. . `('{ • ,-t irj tj Y . y n GB, GHB, GHBS 200 240 FDC• FDC• JOC• KDC• .. . q Pow -R -Line 3 , r tt :r * Y r . ; : . •�� b m-... i ..M r- co, ,. , �,•„ . t 'li c fi Panelboard Ratings ` ��t^1 + r a" Voltage: 240- 480 -600 V Ac, Inter- t Vottage Main Main Breaker Type -Amps .. , �4 ;, n , 4 and 250 V Dc '' •• .'rupting Lug 100 150 225 ' 400 600 • s ,� '�n't*, S • "•'" Mains: 100 thru 600Am s ,,, Rating Rating . i - < a� • p 1 (kASym.):: , :. •, - b n '•r3 (Left) The Pow -R -Line 1 and 2 subchassis can be Branches: 15 thru.�� 5 Amps T�` 10 240 . . . EHD FDB .CA DK LC utilized on Pow -R -Line 3 Panelboards. 1 240 EHD FDB CAH DK LC (Right) "Push to open" Is a feature of the newly- Maximum A.I.C. • -' 1 ' 480 • • . EHD . ' . FDB' ' JD• ° KD LC designed lock and door mechanism. Interrupting Capacity 240 V Ac: 10 kA thru 200 kA 18 240 ' ' FDB FOB 'CAH DK LC 480 V Ac: 14 kA thru 150 kA ' .. 22 - • 240 FD . FD :CAW OK• LC Modifications" 600 V Ac: 14 kA thru 35 kA 480 •. FD FD JD• KO• LC ® Compression lugs. 250 V Dc: 10 kA thru,20 kA 25 480 FD' FD' JD• HKO• LC 30 480 . HFD 'HFD HJD KD LC &ll Service entrance label. Branch Circuit Devices 35 240 FO. FD HJDt DK LC Oil Split bus, sub feed lugs, or BAB, QBH, QBGF, QBHGF, GB, - 480 • r HFD HFD HJD KD' HLC thru feed lugs. GHB, EHD, FDB, FD, HFD, FDC, 42 240 - HFD. HFD. HCA DK. LC • ® ASCO 920 Lighting Contactors. CA, CAH, HCA •• , i HJD• 65 • . 240 • - . 600 FO' • FD' JD' DK' ... II Copper or aluminum bus. ' • - • • •Amps - • • KD 28 NEMA 3R/12 enclosure, UL approved. Max. HKD• 480. HFD' HFD' HJO• HKD' ... Dimensions - . ' - " " - '''' - "•11)0" ""' 240 -• " ' HFO''HFO• HJD' HKD' ... FDC• FDC• JDC• KDC• FB -P• Heights Width Depth 480 FDC' FDC' JDC• KDC• ... FB -P' 21" to 90" 20" 5 -3/4" 150 480 • FDC ... LCL LCL• .. . FCL• 'Contact your local Westinghouse Field Sales Office 200 240 FDC' FDC' JDC' KOC' ... for INCOM information. FCL• LCL' '•Contact your local Westinghouse Distributor or 'Fully or Series Rated - FB - LA -P Westinghouse Field Sales Office for information •Series Rat 480 FB - ... LCL LCL . . on these and other modifications. LA .P 5 • Westinghouse 0 Panelboard Lug Terminal Chart Terminal Wire Ranges, Pressure -type AI /Cu Terminals Except As Noted® Standard Main Lug Terminals) Type Wire Size Ranges For Amps Capacity Panel 100 Amps 225 Amps 250 Amps 400 Amps 600 Amps 3J■` Amps 1200 Amps Pow -R -Line 1 #1241/0 #6 - 300 MCM (2) #2 -500 MCM (2) #2 -500 MCM Pow -R -Line 2 #12-#1/0 #6 -300 MCM 12) #2 -500 MCM (2) #2-500 MCM Pow -R -Line 3 #12-#110 #6 -300 MCM (2) #2 -500 MCM (2) #2 -500 MCM Pow -R -Line 4 #2 -500 MCM (2) #2 -500 MCM (2) #2 -500 MCM .3 •2.500 MCM (4) #2 -500 MCM Where copper - aluminum terminals are Optional 750 MCM mechanical screw - supplied on designated panelboard types, type terminals are available upon request. best results are obtained if a suitable joint Since panelboard dimensions may be compound is applied when aluminum affected, contact your Westinghouse conductors are used. Distributor or Westinghouse Field Sales Office for information. Standard Main Breaker, Branch Breaker, Main Switch or Branch Switch Terminals®® FDP Switches Type Amps Wire Size Type Amps Wire Size Amps Wire Size Breaker Rating Ranges Breaker Rating Ranges Rating Ranges BAB, HQP 15 -30 #14-#8 LC, HLC 75 -225 11) #6.350 MCM 30 #14-1/0 35-70 #14 - #4 400 11) #4 -250 MCM 60 #14-1/0 90 -100 118 - #1 /0 and 100 1114 -1/0 1113 /0 -600 MCM 200 #4.300 MCM QBH, QPH 15 -30 #14-#8 600 (2) 250 -500 MCM 35-70 #14-#4 400 #4 -600 MCM 90 -100 #8 - #1/0 LA 250-600 (2)250- 500MCM 600 12) #4- 500MCM MC. HMC, 700-800 (3) 3/0 -400 MCM 800 (3) #4 -500 MCM CA, CAH, HCA 125 -175 /01-4/0 MA (2) #1 -500 MCM 1200 (4) #4.500 MCM 200 -225 2/0 -300 MCM NC. HNC 600 (2) #1 -500 MCM EHD, FDB, FD, 15-100 //14-1/0 800 13) 3/0 -400 MCM HFD,FDC, 125 -150 #4.4/0 1000 1313/0 -400 MCM FDB /LFB 1200 (4) 4/0 -500 MCM NB 900 -1000 13) 3/0 -400 MCM • FCL 15.100 1114 -1 /0 1200 (4)4/0- 500MCM GB, GHB 15-20 #14-1/0 LCL 125 -400 (1) #6 -350 MCM 25-100 #10-1/0 111 #4.250 MCM, or JD. JDB, HJD. 70.250 #4 -350 MCM (1) 3/0 -600 MCM JDC FB -P 15-100 #14 -1 /0 DK 250-350 250-500 MCM LA -P 225 #6- 350 M�NEIICEP11ONT N t¢pOR3LECTli)C� u 400 (2) 3/0-250 MCM 400 (1) #4 -250 MCM Q $�T ❑ plus REJEc `E1 KD, KDB, HKD. 225 (1) #3 -350 MCM (1) 3/0 -600 MCM "Ili TFi� QESIGN KDC 350 (1)250 -500 MCM NB -P 700 4 Y GENE E 1WITN THE 400 (2) 3/0 -250 MCM 800 (3) 3/ -4 (2) #1 -50 OF T1 Pi 0L CT MO RAL' ®ENE J.L 00 Us NC 0 For other terminals available on some ratings 0 At terminal sizes are based on wir a INFOiMMT GIVEN THE C CT DOCU81ENTS. ANY ACTIO►1 9 Wr , IN TO NE REONHEIENTS OF THE PLANS ANI of molded case circuit breakers and FDP corresponding to those shown in NEC IIgp�.,� k come lj(� RESPOI�S181E ; fusible switches, refer to Technical Data 310 -26 under the 75 °C insulation col tbFfiA AT THE DI JOe N SI CO TE; C 29 -120 T WE A and 29 -620 T WE A. (75 °C wire). The use of smaller size, win BE 0 For terminals providing wire sizes other than lar mills) regardless of insulation temp erature µo AN0 C � IS QRRES UTED �jS �jj�Tt�(��J1; shown, contact your Westinghouse Distribu- rating is not permitted without voidingT tor or Westinghouse Field Sales Office for labels on devices and equipment. a 1 VYITH THAT OF OTHER TRADES AND THE information. C SAT6FACTORY PEAFOE OF HIS WORK. HALLIS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS • MIR Y' U 18 ..EY • 9 NO EXCEPTION T IMIyEE CORRECTIONS NOTED t..1 REAM REWEEIS4D Q GNI101(11IG Is ONLY FOR GSM CONFORMANCE WITH WE DESIGN t)ONCEPT OF TIE PROJECT AND GENERAL COMPLIANCE WITH THE INFORANDON GIVEN IN THE CONTRACT COMMENTS. AMY ACTION SHOWN IS SUBJECT TO THE REQUIREMENTS OF THE FLANS AND SPECIFICATIONS, CONTRACTOR IS FOR: OII&NSIONS WHICH SHALL 8E CONFIRMED AND CORRELATE) AT TIE JOB SITE; FABRICATION PRXESSES AND TEIIO'UES OF C 4STRUCDON: CO. ORDINATION OF HIS WORK WITH NAT OF OTHER TRADES AND THE SATISFACTORY PERFORMANCE OF HIS WORK. HAWS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS • DATE 01 , "L 19.1(,.BY PD.i4'•R` - Clef Panelboards Panelboard Branch Circuit Breaker Devices Electrical Characteristics of AB DE -ION' Circuit Breakers Circuit Breaker Ratings UL Listed Interrupting Capacities -kA Symmetrical Amps0 Type Cont. No. Volts Fed. Spec. AC Rating Volts DC Rating Breaker Amps Poles AC W- C -375a, b VoltsOO Rating Class 120/240 240 277 480 600 125 250 BAB,HQP 15.70 1 120 12a,11a,10a 10 ... ... ... ... 15 -100 2 120/240 12a,10a 10 ... ... ... ... ... •.• BAB -H, HQP -H 15-100 2, 3 240 12b, 1 1 b• 10b ... 10 ... . .. ... .. . QBGF, QPGF 15-30 1 120 11a, 10 ... .. • 15-30 2 120/240 12a, 10a 10 ... ... ... ... QBH,QPH 15-70 1 120 14a 22 ••• ..• 15-130 2 120/240 14a 22 ... ••• QBH- H,QPH -H 15 -100 2.3 240 ... . .. 22 ... ... ... ... ... QBHGF, OPHGF 15-30 1 120 1 1 a 22 .. . 15 -30 2 120/240 148,12a.10a 22 ... GB 15-100® 1 120 110 65 . ... ... ... .. 14 15 -100 2, 3 240 14b, 12b. 1 1 b, 10b ... 65 ... 14 GHB 15-1000 1 277 12c, 13a ... ... 14 ... ... 14 15-100 2,3 480Y/277 13b ... ... ... 14 ... ... 14 GHBS 15-20 1 120 11a 65 ... ... ... ... 15-20 1 277 13a ... ... 14 ... ... ... ... EHD 15 -100 1 277 13a ... ... 14 ... ... 10 ... 15-100 2.3 480 13b ... 18 ... 14 ... ... 10 FDB 15-150 2,3 600 18a ... 18 ... 14 14 . .. 10 FD 15 -150 1 277 13a ... ... 25 .. . .. 10 15-150 2,3 600 22a .. 65 ... 25 18 ... 10 HFD 15 -150 1 277 13a ... ... 65 ... ... 10 15 -150 2,3 600 23a ... 100 ... 65 25. . .. 22 • FDC 15 -150 2,3 600 24a ... 200 ... 100 35 . .. 22 FCL 15 -100 2.3 480 ... ... 200 ... 150 ... ... CA 125 -225 2, 3 240 12b ... 10 .. . CAH 125-225 2.3 240 14b .. 22 .. ... ... ... ... HCA 125 -225 2.3 240 ... ... 42 .. JD/JDB 70 -250 2,3 600 22a ... 65 ... 25 18 ... 10 HJD 70-250 2,3 600 22a ... 100 ... 65 25 ... 22 JDC 70 -250 2,3 600 22a ... 200 ... 100 35 ... 22 DK 250 -400 , 2, 3 . 240 , 14b KD /KDB 100 -400 2.3 600 23a 65 ... 35 25 ... 10 HKD 100 -400 2,3 600 23a • " 1 '4 . ... 100 ... 65 35 ... 22 KDC , .100.400 2,3 600 .23a j. � ... 200 ... 100 50 ... 22 LCL 125 -400 2, 3 480 -. , , ... 200 .. . 200 ... ... .. . LCO 75 -600 2, 3 600. 21a 42 30 22 • LA 250 -600 2.3 600 21a ... .. . ... ... ... 10 HLCO 75 -600 2, 3 600 23a ... 65 35 25 MCOO 400.800 2, 3 600 21a 42 ... 30 22 ... ... MA • '125 -800 2, 3 600 21a ... 10 HMCO®O ' '4U0 -800 2, 3 600 23a ' ' •' ... 65 50 25 NCO ®O . .600e1200. 2, 3 600- 21a 42 ... 30 22 NB 700.1200 2,3 600 • 21a ... ... ... . .. ... . .. 10 HNC®® 600 -1200 - 2, 3 600 . • 23a • ... 65 ... 50 25 Fused Circuit Breakers with LFB Current Limiters - . FDB/LFB 15 -1 - 2, 3 200 . .. 200 200 TRI -PAC® Integrally Fused. Current Limiting Circuit Breakers FB -P 1,5-100._ , 2,3 600_ 26a, 17a,16b, 16a ... 200 200 200 C LA -P 70-400 2,3 600 260,17a,16b,163 ... 200 . .. 200 200 ... O NB -P 300 -800 2,3 600 26a,17a.16b ... 200 . .. 200 200 ... ... 1 0 Basis: Underwriters' Laboratories, Inc. test 0 400 amp MC and HMC available only with 0 DC ratings apply to substantially non - inductive procedures. fixed rating plugs. circuits. 0 lnterchangeable rating plugs are used to 0 600 and 700 amp NC and HNC available only 0 DC ratings not applicable to 3 -pole breakers. establish continuous current rating of each with fixed rating plug. 0 100k based on NEMA test procedure. Seltronicm Circuit Breaker. Rating plugs are , DC rated 1- pole, 15 -70 amps only. available as fixed or adjustable. C 8 41, y �:r: t4., • • in • ;.c ^ , u :4:40 �.: i.' • 4ewYw ., .; '4. '• ^! i DO K. t•4' . SPACEB AI General Information 1 BAB3100H 2 Service Voltage: 120/208 3Ph. 4W 3 O SPACEBA91 4 Bus Bar: 100A -AI l '--' Neutral: 100A-Al, 100% 5 SPACEBAR 6 S.C. Rating: IOk A.I.C. Fully -Rated Enclosure: NEMA I 7 � r - r S p'ACEBABI SPACEBAI�T 8 • 1 '—' � Main: Outgoing: 9 [ 1PACEBABI SPACEBAI t� 10 Catalog # BAB3100H (None) -- Type: Breaker 11ACEBABI SPACEBAR 12 Location: Top ACEBABI SPACEBAR Trip: 100 13 i 14 Terminal: Mechanical (Al) 15 FrACEBAB1 SPACEBAB1 16 Qty/Range: (1) #8 -1 /0 (Cu/AI) l O 17 I �S PACEBABI SPACEBA91 1 18 Box Catalog#: YS2030 `-' i ACEBABI SPACEB I I Box Height: 30" Gutter Top: 5.5" 19 Alm 20 Width: 20" Bottom: 5.5" ACEBABI SPACES/1 `_ Depth: 5.75" Left: 6.0" 21 t 0 22 Right: 6.0" 23ACEBAB1 blank 24 Ground Bar: Bolted -Al 25 blank blank 26 Trim: LT2030S (Surface Mtd) Std Laser Trim 27 blank blank 28 Mastic Nameplate: (1) L 29 blank blank 30 (2 ) ( NEC Lighting & Appliance, UL CTL Standard Panel Plant Information Panel Height: 19 Nameplate: 24A Neutral: 5158CO3G02 Ground Bar: 5158CO5G02 Modifications Branch Devices Qty Catalog # Description Q Poles Trip Frame Amps AIC / A 1 0 SPACEBAB 0 0 Z 3 30 30 Notes ►rOExCEPTIONTAI(EN ❑ I NE CORRECTIONS NO OD REJECTED ❑ REVISE AND RESUBIfitT c EcIQAG IS ONLY FOR GENERAL CONFORMANCE MATH THE DESIGN C )SlCF'T OF THE PROJECT AND GENERAL CODE WITH 'NE Prepared By Date Version JoigipaalKNE(blifeWthigiCONTRA y . ANY ACTION Dan Pickard 06/07/96 2.0.9.1 SHOWN IS SUBJECT TO THE FED OF DE PLANS 414D 1310alinTols, CONTRACTOR IS RESPONSEIf FOR DgE!1SIONS Approved By Date Size CORRELATED AT THE JOB SITE WHICH SHALL BE CONFIRMED T ECHNfS OF CONSTRUC A one* 9E5# TiCN; CO Cutler- Hammer Neg -Alt Number ( Ammo Q6r rW l .Q - t y pe She H Sumter, SC D00206079603 - 0000 SATISFACTORY PERFORMANCE OF HIS ' s''. i e AD pr. 1 of 1 HALL'S iNG(N CONSULTING ELECTRICAL ENGINEERS DATE :.11j.-- 19 -BY ISM NNO EXCEPTION T MACE CORRECTIONSNOTED u FE - FOASEPHDRESUBMIT 0 CIIE019NG IS ONLY FOR GENERAL CONFORMANCE WITH DE DESIGN CONCEPT OF TIE PROJECT AND GENERAL COMPLIANCE WRH THE INFORMATICS GIVEN IN THE CONTRACT oOCUIENTB. ANY ACTION SHOWN IS SLJB,ECT TO THE REQUIREMENTS OF THE PLANS AND SPECIFICATIONS, CONTRACTOR IS RESPONSIBLE FOR: DIENSIONS WHICH SHALL :BE CONS AND CORRELATED AT THE JOB SITE: FABRICATION PROCESSES AND TECHNIQUES OF CONSTRUCTION: 04 • • ORDINATION OF HIS WORT( WITH THAT OF OTTER TRADES AND THE SATISfACTORYPE RFORfOCE OF HIS WORK • • HAWS ENGRNERING, INC. CONSULTING ELECTRICAL ENGINEERS • DATE /' saw -V General Information Main Lugs 225A Service Voltage: Bus Bar: 277/480 3Ph. 4W 225A -AI Neutral: 225A -AI, 100% 1 GHB3040 GHB3030 2 S.C. Rating: 14k A.1.C. Fully -Rated Enclosure: NEMA 1 3 QI CD 4 Main: Outgoing: 5 6 Catalog # MLO2 (None) Type: MLO 7 GHB3030 GHB3030 8 Location: Top Trip: N/A 9 O 01 10 11 Terminal: Mechanical (Al) Qty/Range: (1) #6 -300 kcmil (Cu/AI) 12 Box Catalog #: YS2036 13 GHB3030 GHB3030 14 Box Height: 36" Gutter Top: 5.5" 15 O O 16 Width: 20" Bottom: 5.5" 17 18 Depth: 5.75" Left: 6.0" Right: 6.0" 19 GHB3020 SPACEGHB3 20 Ground Bar: Bolted -Al Trim: LT2036S (Surface Mtd) 21 O O 22 Std Laser Trim 23 24 Mastic Nameplate: (1) H 25 SPACEGHB3 SPACEGHB3 26 (2) (3) 27 Q I Q 28 NEC Lighting & Appliance, UL 29 30 Plant Standard Panel o Panel Heigh Infrmation t: 25 Neutral: 5158CO3G04 Nameplate: 24A Ground Bar: 5158CO5G02 Modifications Branch Devices Qty Catalog # Description Qty Poles Trip Frame Amps AIC • 1 3 20 GHB 100 14 1 /5,31" 3 GHB 100 14 E ACTIONS NOTED 4 3 40 GH 100 14 0 4iUEXCEPiT SI 3 0 30 SP 0 REVS AND RESUBMIT 0 ) pram) 13 E W111 IkE DESIGN C�ir.CKU G IS ONL FOR GENERAL aa� Nr;E F- DE INN COtiCEPT OF WE PROJECT AND GENERAL C)WU DOCUVENTS. ANY ACTION 'i9�(i?BIA? 1701 NV W. IN 11-1E CONTRACT Vf1 SI•IGh i IS SUS odes TrIE REOU1REiAEN∎ `. - .... C•l ' +'`'t . � sin S:xCFICATIONS. "ONTRACTOR IS RESPONSIBLE :0,1 'MUCH SHALL 9 CONFIRMED AND r,ORREIATED AT 111E £9 SSES AND TECHNIOUES OF CONSTTIUCTION: C.O. FAE�tGAiTON TI•IAT OF OTRr' TRIODES AND TT4E ORDINATION OF Wirt HISWO Date Version Job Name Borders Tigard SATISFACTORY ' 1► ING, �� 07l96 2.0.9.1 Designation )('4 C. • Rt3�I CTRICAL E 1 y ' ' ze CONS A l! !All. Product Name Pow- R -Line2 DATE ._ - - eg -Alt Number G.O. Number Item Drawing Type Sheet Sumter, SC D00206079603 -0000 Customer Appr. 1 of 1 • • . -.. ;�� N:.i_• f10: T • • • Catalog Section O 47 -700 Page 3 . Dry -Type Distribution Transformers General Description GENERAL PURPOSE— GENERAL PURPOSE — EP RESIN ENCAPSULATED DT -3 VENTILATED SHIELDED ISOLATION 7o c Westinghouse EP The 3 -phase DT -3 , A79 Op n "Sensitive" loads Yt general purpose ;: • ventilated dry - transformers are ,, - such as input cir c' =_ i type is available in s u i t s o f c o m- single phase, "� .^ ', users, hospital ;: resin encapsu - - i ratings of 15 -1500 f3 ��7 P P � kVA & u to 4160 ii, operating room, �' ea laced designs suit a� n: p , m icro processors able for indoor or V. Its 220 C. insu- r s . p � ��'' t. - ,` " aton system i r, et5 's require additional ' outdoor applica ° = I i , 1 ' ' °-. (150 °C. rise) is , , „.o protection from tions (outdoor, above 2 KVA only). Its self-extinguishing - ~'4t;- ,'4_': " totally- enclosed non - ventilated enclosure electrical distur bances. electrical The Wes - make it ideally suited for use in areas that with Class I rated materials. DT -3 enclo- contain dust, moisture, or corrosive fumes. sures are designed for indoor locations (or tinghouse Shielded Isolation transformer Available in ratings through 25 kVA & 4160 outdoors with addition of weathershields). uses an electrostatic shield grounded to the transformer case to attenuate electrical dis- volts, type EP transformers can be turbances on the line from being transmit - mounted in any position for indoor installs- tions and in upright positions only for out- led to the load. Shielded Isolation units are door installations. similar in design to the EP, EPT, and DT -3 ENERGY EFFICIENT designs, and are available in 1 -phase rat- Westinghouse low ings through 25 kVA and 3 -phase ratings temperature rise through 500 kVA, 600 volts. units are the ;_,,; -: answer to 1.•,.,, i improved energy BUCK -BOOST GENERAL PURPOSE— -.,' efficiency. Their TRANSFORMER EPT RESIN ENCAPSULATED N . = lower conductor Buck-Boost trans- w. v-,.-!. • � { losses result in Type EPT resin �..:: - r energy conserva- , •r:*A ,, i;v - formers have 120x •_,.r4 :'- ' - ' encapsulated, 3 gY 240voltprimaries P lion and their 1 `l: o phase transform with 12 x 24 or 16 dk 1,Wi „,...,,:,,,•;.,,,I, . , ,,�,. P lower rise give longer insulation life. Avail- > s '? ers are available able in ratings through 500 kVA,115 °C or ,,e x 32 volt sec - ;T , , 4,,i f.. in ratings of 3 -30 80 °C rise, all Westinghouse energy effi- :t'w ®`` ondaries. Their < ; L- kVA, up to 4160 V. cient units are UL Listed and utilize the 1 ' 4' .,a it primary use is as ` t + a ` ' primary. Its totally- 220 ° C. insulations stem. ” auto-transformers '`. " a -P. t'n a" "" - enclosed non- y for slight upward ventilated enclo- ( "boost") or down- sure makes the EPT ideally suited for out- ward ( "buck ") adjustments in voltages. door as well as indoor locations. Type EPT Westinghouse Buck -Boost transformers transformers utilize the 185°C. insulation MINI -POWER CENTER are encapsulated designs with totally - system with 115 °C rise. • The Mini -Power enclosed non - ventilated enclosures. Units ,°8% Center replace 3 are 1 -phase but can be installed as a 3- • ,�• individual compo- phase bank. • -' — nents —a main breaker, trans- ' Motor MOTOR DRIVE ISOLATION former, and panel - b o a r d— b ,.....,,..,,,,t,, Drive Isola GENERAL PURPOSE— ( y •.r;, combining all 3 ? tion transformers • DS -3 VENTILATED a ' r 4 _ a are designed int one unit. All j ° ... F ,", •DS -3 general pur- ;= interconnecting tst especially for 3- pose transformers .. - wiring is per - f; rt I. phase SCR con - are single phase I formed at the I '3 trolled, variable ri a ji ventilated units - ; factory. Wes '` ?'j'' .. speed motor E ` - - 'vim designed primar I tinghouse Mini- . ;a'"'-' •_ • .` drives. Sized by t `t ilyforindoorloca y Power Centers HP and common ;4 .71 ' ' • tions (also for . • 1 are available with motor voltages, T. , '' - k'°s:�' primary main the Motor Drive Isolation transformer is outdoor with the • . 'q • - a 11'..44';'44 •:; breakers rated up to 600 volts, 100 braced to withstand the mechanical • addition of weath- °`'' amperes: encapsulated EP or EPT trans stresses associated with a motor drive. ershields). The P formers through 30 kVA; and secondary Motor Drive Isolation units are available in DS -3 utilizes a a panelboards with main breakers and provi- epoxy encapsulated designs (115 ° C. rise) 220°C. insulation system with 150°C. rise and is available in ratings of 25-100 kVA & sions for up to 24 1 -pole feeder breakers. through 20 HP and in ventilated designs up to 4160 V. primary. NEMA 3R enclosure is standard. (150 °C. rise) 25 -500 HP. January 1989 El f 30/3".1 71r) Li jA f't ) • . 14; •■•■••■ (11. .". • ' • ' 7 .7. • , 1; $4 • .:t • 1•' t': Li • • • t?!.: • • 31 '-. er rIR4P, r• to, , • ,: f i.s(17.;;N:r r. • JAP, .7;1. 3 ;-)11.17. Catalog Section -' 47 -700 O Page 4 • Application Data GENERAL load for one -half hour; 150% Toad for Autotransformers can be used only one hour; and 125% load for four -hours where local electrical codes permit and The basic purpose of a transformer is without being damaged. isolation of the two circuits is not voltage transformation as near as required. practically possible to the load for Continuous overload capacity is not economy and distribution of power. deliberately designed into a trans- SOUND LEVELS Typical loads for dry-type distribution former because the design objective is transformers include lighting, heating, to be within the allowed winding tem- All transformers make some sound air conditioners, fans, and machine perature rise with nameplate loading. mainly due to the vibration generated tools. Such loads are found in commer- in its core by alternating flux. NEMA cial, institutional, industrial, and resi- TAPS TR -27 defines the maximum average dential structures. sound levels for dry -type distribution Primary taps are available in most rat- transformers as shown below. FREQUENCY ings to allow compensation for source voltage variations. (-- NEMA AVERAGE Westinghouse standard dry-type distri- SERIES MULTIPLE WINDINGS kVA SOUND LEVEL IN DB bution transformers are designed for 0-9 a0 10 -50 4 5 60 Hertz operation. Transformers Series - multiple windings consist of 2 51 -150 50 required for other frequencies must be similar coils in each winding which can 151 -300 55 specifically designed. be connected in series or parallel (mul- 301-500 60 tiple). Transformers with series - multi- 701. 1000 64 • INSULATION SYSTEM & ple windings are designated with a "X" 1001-1500 65 TEMPERATURE RISE or" 1" between the voltage ratings, such as primary voltage of "120/240" or All Westinghouse dry -type distribution Industry standards classify insulation "240 X 480 ". If the series multiple wind- transformers are designed with sound systems and rise as shown below: ing is designated by an "X ", the wind- levels lower than NEMA TR -27 maxi - ing can be connected only for a series mum levels. However, consideration or parallel. With the "1" designation, a should be given to the specific location Insulation System Classification mid point also becomes available in of the transformers and their installa- addition to the series or parallel con- tion to minimize the potential for sound ' Ambient +Winding Rise +Hot Spot; =Temp. nection. As an example, a 120 X 240 transmission to surrounding structures • I I Class winding can be connected for either and sound reflection. It is suggested 120 (parallel) OR 240 (series), but a 40C . 55C 1OC 105C .tthat - the following installation methods 40C ! BOC 30C 150C 120/240 winding can be connected for be included: 40C i 115C 30C 185C 120 (parallel), or 240 •(series), or 240 1. If possible, mount the transformer 40C 150C 30c 220c with a•120 mid - point.- - . away- corners of wall or ceil ings. For installation which must be The design life of transformers having BUCK - BOOST near,a,co-rner, use sound absorbing • different insulation systems is the TRANSFORMERS materials on the walls and ceilings if same —the lower temperature sys- Buck -Boost transformers are insu- . necessary to eliminate reflection. tems are designed for the same life as lated,units with 120 X 240,volt.pri- 2. Provide a solid foundation for the higher temperature systems. maries and 12/24 or 16/32 volt . mounting the transformer and then secondaries and when connected as ' use vibration dampening mounts if CUSTOMER - FURNISHED autotransformers, provide a' very' • not already provided in the trans - CONNECTING CABLES economical method for 'Minor voltage • • ' former. (Westinghouse encapsu- adjustments where 'circuit isolation lated EP /EPT designs utilize a Westinghouse recommends external is not needed. •• .. • . • ..• special encapsulation system and cables be rated 90 °C for encapsulated • . • ventilated DS /DT -3 designs contain designs and 75 °C for ventilated de- An autotransformer has only one wind- a built -in vibration dampening sys- signs. ing, and is.therefore smaller and more .. ..... tem and isolated sound economical than the conventional two transmission.) OVERLOAD CAPABILITY winding transformer. In an autotrans- 3. Provide flexible conduit to make the former, the primary and secondary are connections to the transformer. Short term overload is designed into electrically and mechanically con 4. Locate the transformer as far as transformers as required by ANSI. nected together. The required second- practically possible from areas Basically, dry -type distribution trans- ary voltage is obtained by "tapping-off" where high sound levels are formers will deliver 200% nameplate from the single winding. undesirable. January 1989 NO EXCEPTION TAKEN AIAIIECORRECTIONSNOSED u i ECTED REVISE AND RESIMNIT 0 CHECKING IS ONLY FOR G&ER L CONFORINSCE VAN TIE DESIGN CONCEPT OF THE PROJECT AND GEI(RAL COMPUPS10E WRIT THE INFORMATION GIVEN IN THE CONTRACT DOCUMENTS. MY ACTION SHOWN tS SUBJECT TO THE FtEOUIRBAENTS OF THE RN4S AND SPECIFICATIONS, CONTRACTOR IS RESPONSIBLE FOR: DfME1iSKOIS WHICH SHALL BE COED AND CORRELATED AT THE JOB SITE; FABRICATION PROCESSES AM TECHNIQUES Of CONSTRi(i11ON: CO- ORDINATION OF HIS WORK WITH THAT OF OTHER TRADES AND TI SATISFACTORY PERFORMANCE OF HIS WOW. HALLIS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS DATE h 1 1 • Catalog Section O 47 -700 Page 11 General Pur Three Phase Types EPT and DT -3 • • it • 1 r • ' . 'iirt 2 -• �'1' - ') I r -... L 1. I + ....fs e r +r T f no , :r•!;' , -' , 'f: j 4;t:,.';:,'„: 7' TYPE EPT 3-15 KVA r . �. . TYPE EPT 30 KVA 1 ' '1~ . D - ' ', ° .TYPE TJ 15 -1500 KVA I FULL CAPACITY DEG. C. . DIMENSIONS, (IN.)Qr - WT. WIRING WEATHERSHIELD KVA STYLE NO. TAPS TYPE TEMP. LBS) FRAME DIAGRAM KIT STYLE NO. HEIGHT I WIDTHI-DEPTH RISE 240 VOLTS TO 208Y/120 VOLTS 9 1 Y24G28T09N -2 -5% EPT 115 15W 16 9' /.. 160 103 • 70C 15 Y24G28T15N -2 -5% EPT 115 17% 20 8 "/ro 210 95 70C Not Required® 30 Y24M28T30N +2 -2.5 %, - 4 -2.5% EPT 115 26% 251/4 123/4 422 243 84C 45 V24M28T45N +2 -2.5 %, - 4 -2.5% DT -3 150 30% 201/4 141/4 310 912 . 280C 7073C04G01 75 V24M28T75N +2 -2.5 %, - 4 -2.5% DT -3 150 37'% 26% 191/4 480 914 280C 7073C04G02 112.5 V24M28T12N +2 -2.5 %. - 4 -2.5% DT -3 150 37% 26% 191/4 600 . 915 280C 7073C04G02 150 V24M28T49N +2 -2.5 %, - 4 -2.5% DT -3 150 461/2 ,• 26 20 760. 916. 280C , 7073C04G03 480.A VOLTS TO 208Y/120 VOLTS 3 I Y48N28T03N None EPT 115 13% 15's /n 8' /w 1 70 _,201 71A 3 Y48G28T03N -2 -5% EPT 115 131 15 " /.e 8' /.e 70 201 70A 6 Y48N28T06N None EPT 115 15% 16% 71/4 115 200 71A 6 Y48G28T06N -2 -5% EPT 115 151/4 16% • 71/4 115 200 70A 6 Y48D28T06N +2 -2.5 %, - 2 -2.5% EPT 115 15% 16% -71/4 115 200 72A 9 Y48N28TO9N None EPT 115 15'% 16 9' /m 160 103 71A 9 Y48G28T09N -2 -5% EPT 115 15'% 16 9 /.e 160 103 70A 9 Y48J28T09N - 4 -2.5% EPT 115 15% 16 9 160 103 72A Not RequiredO 9 Y48D28T09N +2 -2.5 %, - 2 -2.5% EPT 115 15% 16 9' /.. 160 103 72B 1 15 Y48N28T15N None EPT 115 17% 20 8 " /.e 210 95 71A 15 Y48G28T15N -2 -5% EPT 115 17% 20 8 "/.4 210 95 70A 15 Y48J28T15N - 4 -2.5% EPT 115 171 20 8 " /.e 210 95 72A 15 Y48D28T15N +2 -2.5 %, - 2 -2.5% EPT 115 17% 20 8 " /.6 210 95 72B 30 Y48M28T30N +2 -2.5 %, - 4 -2.5% EPT 115 26% 25% 123/4 422 243 84A 15 V48M28T15A +2 -2.5 %, - 4 -2.5% DT -3 150 30% 20% 14 215 910 280B 7073C04G01 --V 30 V48M28T30K •2 -2.5 %, - 4 -2.5% DT -3 150 301/4 201/4 141/4 230 910 2806 7073C04G01 37.5 V48M28T37K - 2 -2.5 %, - 4 -2.5% DT -3 150 30% 201/4 14% 310 911 2808 7073C04G01 45 V48M28T45K - 2 -2.5 %, - 4 -2.5% DT -3 150 301/4 201/4 14% 310 912 280B 7073C04G01 50 V48M28T50J - 2 -2.5 %. - 4 -2.5% DT -3 150 37% 26% 191/4 480 913 2808 7073C04G02 75 V48M28T75J - 2 -2.5 %, - 4 -2.5% DT -3 150 37'% 261/4 19% 480 914 2808 7073004G02 112.5 V48M28T12H - 2 -2.5 %, - 4 -2.5% DT -3 150 37% 26 19'% 600 915 2808 7073C04G02 150 V48M28T49K +2 -2.5 %, - 4 -2.5% DT -3 150 461/4 26 20' /.. 760 916 2808 7073C04G03 225 V48M28T22L +2 -2.5 %, - 4 -2.5% DT -3 150 56 311/4 241 1100 917 280B 7073004G04 300 V48M28T33K +2 -2.5 %, - 4 -2.5% DT -3 150 56 311/4 241/4 1300 918 2806 7073C04G04 500 V48M28T55G +2 -2.5 %, - 4 -2.5% DT -3 150 O ® 0 0 0 0 0 750 V48M28T77F +2 -2.5 %, - 4 -2.5% DT -3 150 0 00 0 0 0 0 1000 V48M28T11F +2 -2.5 %. - 4 -2.5% DT -3 150 0 0 0 0 0 0 0 480_1 VOLTS TO 240.A VOLTS 3 Y48G24T03N -2 -5% EPT 115 I 1314 15 '/w 8' /.e 70 201 74 1 6 Y48G24T06N -2 -5% EPT 115 15% 16% 71/4 115 200 74 9 I Y48J24T09N - 4 -2.5% EPT 115 15'% 16 9 160 103 73 Not Required 15 I Y48J24T15N - 4 -2.5% EPT 115 17% 20 8 " /.. 210 95 73 30 1 Y48M24T30N +2 -2.5 %, - 4 -2.5% EPT 115 ! 26% 25'% 123/4 422 243 85A 30 I V48M24T30N +2 -2.5 %, - 4 -2.5% DT -3 150 301/4 20'% 141/4 230 910 2818 7073C04G01 45 ' V48M24T45H +2 -2.5 %, - 4 -2.5% DT -3 150 301/4 20% 14% 310 912 281B 7073C04G01 75 V48M24T75G +2 -2.5 %, - 4 -2.5% DT -3 150 37% 26% 19% 480 914 2816 7073C04G02 j 112.5 V48M24T12F •2 -2.5 %. - 4 -2.5% DT -3 150 37% 26'4 19 ..600 915 2818 7073C04G02 150 V48M24T49H +2 -2.5 %, - 4 -2.5% DT -3 150 461 26 20 760 916 281B 7073C04G03 225 V48M24T22H +2-2.5%. -4-2.5% DT -3 150 56 31 v. 241/4 1100 917 2818 7073C04G04 300 V48M24T33G •2 -2.5 %, - 4 -2.5% DT -3 150 56 31v 24 v. 1300 918 281B 7073C04G04 500 V48M24T55F •2 -2.5%. - 4 -2.5% DT -3 150 O O O O O O O 750 V48M24T77F •2 -2.5 %. - 4 -2.5% DT -3 150 1 0 0 0 0 0 0 1 0 1000 V48M24T11F +2- 2.5 4 -2.5% DT -3 150 1 0 0 0 0 0 o 1 0 O Not for construction. Refer to TCS47.720 by frame number for certification. 0 Refer to Division. 0 For wiring diagram. refer to TCS47-730 by diagram number. NOTE: Refer to Division for availability of special designs. 0 NEMA 3R outdoor enclosure is standard for Westinghouse Type EPT. NOEXCEPIIONT/081'f WITECORPECIICHSNOTED READIED ❑ PEMSE AID RESUME El ammo Is ONLY FOR GSM CONFOPADION NCH Tim DESIGN * SICEPt OF THE PROJECT AND GUM COMI NCE THE 4IF RIMTION GIVEII IN THE CONTRACT DOCIINEWEL AICV ACTION IOMIN S SUBJECT TO THE FEOUlAEIENTS OF NE PUNS AND 3PECIRCAT1ONs CONTRACTOR IS RESPONSIBLE FOR DligteOeL WM SHALL BE OCIIFMD AND COMM Al 111E JOS WE 'ARRICATHON PAS AND TECHNIQUES OI C NIBTNUCTHON: CC NATION OF MS WORK WITH THAT Of OTHER TRADES MD tit 3ATHSFACTORYE OF HIS WORK. HAWS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS D A T E , ( o I ' ,19 1 BY, NOfJI MOWN kVA OORRECTIONS NORED LI REMO ❑ REVISE MID REINSMNT ❑ CHECKING IS ONLY FOR GBERNL CONFORMANCE WIN THE DESIGN CONCEPT OF THE PROM AND GENERAL OOIIDLWICE WITH THE RIFORHA ION GIVEN IN THE CONTRACT DOCUMENTS. ANY ACTION SHOWN IS SUBJECT TO THE REQUIREMENTS ENTS Cr THE R ANS AID SPECIFICATIONS, CONTRACTOR IS RESPONSIBLE FOR MOWN WHICH SHµI BE CONRRNED MID CCIIRELATIM AT THE JOB SITE: FABRICATION PEES AND TECNINO ES OF CONSWUCTION: CO- ORDINATON OF INS WORK WITH THAT OF OTHER TRADES AND TIN: SATISFACTORYPBMORi1NIfE OF HISWORK. HALLIS ENGINEERING, INC. CONSULTING ELECTRICAL ENGINEERS OATS . 1' ` 19 itILY,