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HomeMy WebLinkAboutElectric I CITY OF OSHKOSH No95141 OSHKOSH ELECTRIC PERMIT - APPLICATION AND RECORD ON THE WATER Job Address 450 W RIPPLE AVE Owner EVCO PLASTICS Create Date 06/07/2002 Contractor SUBURBAN ELECTRIC INC Category 652 - Industrial -New Building Wiring Plan Service 0 New 0 Change 0 Temp Type 0 Overhead 0 Underground Volts 277/480 Circuits 0 Fixtures 0 Amps 2500 Switches 0 Receptacles 0 Appliances Use /Nature of EVCO Plastics / New manufacturing facility & 200A 120/240V OH temporary service. (Permit shall include all electrical except machine Work wiring) Fees: Valuation $351,000.00 Plan Approval $0.00 Permit Fee Paid $1,206.00 Issued By: kvy-N Date 06/14/2002 0 Permit Voided In the performance of this work I agree to perform all work pursuant to rules goveming the described construction. Signature Date Agent/Owner Address 709 HICKORY FARM LN APPLETON WI 54915 - 0 Telephone Number (920) 739 -5156 Electric Permit Work Card Job Address 450 W RIPPLE AVE Permit Number 95141 Create Date 06 /07/2002 Owner EVCO PLASTICS Contractor SUBURBAN ELECTRIC INC Category 652 - Industrial -New Building Wiring Service Q New 0 Change 0 Temp Q N/A Type Q Overhead • Underground Q N/A _ J Volts 277/480 Circuits 0 Fixtures 0 Amps 2500 Switches 0 Receptacles 0 Fee $1,206.00 ❑ Value $351,000.00 Appliances Use/Nature EVCO Plastics / New manufacturing facility & 200A 120/240V OH temporary service. (Permit shall of Work include all electrical except machine wiring) Inspections: Date Type Rough In Inspector Kevin Benner no time Inspect the grounding for the XFMR's DateTme requested: 09/24/2002 08:57 AM Notice Type: _ Phone Number: Access: Ready Date/ Time: 09/24/2002 08:57 AM Requested by: Q Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid )ate Type Service Inspector Kevin Benner proved Faxed to WPS 10/2/02, Mailed 10/7/02 (testing of the MCB was conducted by Rich Batson fron Sq.D. see attached documentation) Date/Time requested: 10/02/2002 08:43 AM Notice Type: _ Phone Number: Access: Ready Date/Time: 10/02/2002 08:43 AM Requested by 3 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Electric Permit Work Card Job Address 450 W RIPPLE AVE Permit Number 95141 Create Date 06/07/2002 Owner EVCO PLASTICS Contractor SUBURBAN ELECTRIC INC Category 652 - Industrial -New Building Wiring Service 0 New 0 Change 0 Temp 0 N/A Type 0 Overhead • Underground 0 N/A Volts 277/480 Circuits 0 Fixtures 0 Amps 2500 Switches 0 Receptacles 0 Fee $1,206.00 ❑ Value $351,000.00 Appliances Use /Nature EVCO Plastics / New manufacturing facility & 200A 120/240V OH temporary service. (Permit shall of Work include all electrical except machine wiring) Inspections: Date Type Temporary Inspector Kevin Benner not approved F /C /N Date/Time requested: 06/14/2002 02:06 PM Notice Type: Phone Number: 841 -7030 Sam Access: Ready Date/Time: 06/14/2002 02:06 PM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Date Type Temporary Inspector Kevin Benner approved Todd is the Supervisor on site # 841 -7088 (found the contractor had cut 3' of a ground rod. Todd called, said he had driven a new rod) Called into WPS 6/19/02, mailed 6/24/02 Date/Time requested: 06/19/2002 08:22 AM Notice Type: Phone Number: 739 -5613x 238 Sam Access: Meet Sam Schultz & Todd Teske on site 9:30 AM Ready Date/Time: 06/19/2002 09:30 AM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Electric Permit Work Card Job Address 450 W RIPPLE AVE Permit Number 95141 Create Date 06/07/2002 Owner EVCO PLASTICS Contractor SUBURBAN ELECTRIC INC Category 652 - Industrial -New Building Wiring Service p New 0 Change 0 Temp 0 N/A Type 0 Overhead • Underground 0 N/A Volts 277/480 Circuits 0 Fixtures 0 Amps 2500 Switches 0 Receptacles 0 Fee $1,206.00 ❑ Value $351,000.00 Appliances Use /Nature EVCO Plastics / New manufacturing facility & 200A 120/240V OH temporary service. (Permit shall of Work include all electrical except machine wiring) Inspections: Date Type Rough In Inspector Kevin Benner U.G. from the utility XFMR to the service disconnect Date/Time requested: 06/24/2002 08:51 AM Notice Type: Phone Number: Todd 841 -7088/ 586 -0538 pg. Access: Ready Date/Time: 06/24/2002 08:51 AM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Date Type Rough In Inspector Kevin Benner Date/Time requested: 07/24/2002 03:23 PM Notice Type: Phone Number: Access: Ready Date/Time: 07/29/2002 00:00 AM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Electric Permit Work Card Job Address 450 W RIPPLE AVE Permit Number 95141 Create Date 06/07/2002 Owner EVCO PLASTICS Contractor SUBURBAN ELECTRIC INC Category 652 - Industrial -New Building Wiring Service 0 New 0 Change 0 Temp 0 N/A Type 0 Overhead • Underground 0 N/A Volts 277/480 Circuits 0 Fixtures 0 Amps 2500 Switches 0 Receptacles 0 Fee $1,206.00 ❑ Value $351,000.00 Appliances Use /Nature EVCO Plastics / New manufacturing facility & 200A 120/240V OH temporary service. (Permit shall of Work include all electrical except machine wiring) Inspections: Date Type Rough In Inspector Kevin Benner Sevice ground wire & supplemental grounding to be buiried 8/2/02 10:30 AM concrete was poured where the installation was to be done. Date/Time requested: 07/31/2002 02:14 PM Notice Type: Phone Number: Access: Ready Date/Time: 08/01/2002 00:00 PM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid Date Type Service Inspector Kevin Benner not approved GFP test to be conducted. Todd mentioned that Sq.D is conducting the installation but they wanted to test after the service is energized. Todd will call when the test is scheduled. the remainder of the installation is compliant. Date/Time requested: 09/17/2002 11:42 AM Notice Type: Phone Number: Pg # 920 - 586 -0538 Todd Access: Ready Date/Time: 09/18/2002 09:00 AM Requested by: 0 Reinspect Fee 0 Fee Wavied ❑ Reinspect Fee Paid OCT. 2.2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 1/13 SQUARE D -rc Schneider Electric FIELD SALES OFFICE 110 PACKERLAND DR SUITE #C2 GREEN BAY, WI 54303-4861 PH 920-494-3313 FAX 859372 - 1830 To: k,,vi Eeti M i Front RICH BATSON Faa 92 o -3L - So 4 PAW= /Z Pones Dates t Reg Evco Plots Gs Cc X 70 LI� 'GS ,1 3.3 -9s3/ 0 Urgent 0 For ReMew 0 Please Comment 0 Please Reply 0 Please Recycle MESSAGE: k e-VM 7 i is - S i• < i Cidyl a /oh OCT. 2. 2002 ]:03AM SQUARE D / GREEN BAY NO. 9703 P. 2/13 E3 SQUARE D GROUPE SCHNEIDER 110 Packerland Drive, Suite C-2 Green Bay, WI 54303 -4861 Phone (920) 494 -3313 Fax (U9)-372-1830 October 2, 2002 Subject: Evco Plastics Oshkosh, WI Square D FO# 16337990 Re: MSB/HVA Calibration and Test of Main Breaker This is a report regarding the coordination, calibration and field testing of the main breaker in the service entuanee switchboard at the Evoo Plastics project in Oshkosh, WI. The main breaker that has been provided in MSB/HVA is a Square D Masterpact breaker. type NW, and 2500A frame, with a 100% rating ping. A full function Mk rologic 6.OP trip unit with LSIG settings has been provided. Calibration has been accomplished by coordination with the largest feeder breaker, which is a type NC, 1200A frame / 1200A trip thermal magnetic breaker. Copies of the trip curves with the type NC breaker curve overlaid onto the type NW breaker are included. It has been determined that the following settings wN provide optimum protection and coon :Mahon: LT =1, LTD=4, ST=4, STD= .1/1sgT =OFF, INST=OFF. The suggested grand fault settings are GF =B (640A) and GF( .2 $EC / ON. These settings are conservation, since ground fault has not been provided on any of the feeder breakers and coordination is not applicable. Testing of the breaker trip settings has been successfully completed. On Friday, September 20, the Ground Fault "Test to Trip" procedure was accomplished. Temporary generator power was provided and connected to the circuit breaker Trip Unit. When the ground fault push to trip Test button was depressed, activating the GF circuit, the breaker did trip. Final testing of the trip unit settings was completed on Tuesday, October 1. The trip unit was tested in accordance with the instructions for Test kit S33594. It was verified that the type NW breaker would trip (within tolerance) at the callbrated trip settings. A copy of the instruction bulletin with notations is eking included as documentation. SQUARE 0 COMPANY Slick Asteesw. R. C. Batson Executive Field Engineer OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 3/13 M = M(Mn.1MLES fir • LOW= *WIG •fat t .. . .. ..s s ■ • • • • c •si=I MICROLOGIC• lI.OMA AP/14 TRIP UNIT " CHARACTERISTIC TRIP CURVE NO, 613 -t •" us Long -tilee Pickup and Deby "' / ... Short Pickup and R OFF Delay ••• 4 4' � w• MN .. The tkne- current curve information is to be used for application and coordination purposes only. 4117 i ■ i u. Curves apply tmm -30°C to +60"C ambient temperature. ,.a aaa • L Notes: w. w w 1, There Is a thannal- imaging effect that can aCt �. is. to shorten the Tony -time delay. The thertnai- ,. imaging effect comes into play if a craven' • • r NI ! craven' .• above the long -Mme delay pickup value exists ,,, .0 fora time and their le cleared by the hipping of a downstream device or the circuit Weaker w itself. A subsequent overload will cause the • I " circuit breaker to trip in a shorter time than w. ▪ .:. . normal. The amount of time delay reduction is .. •l inverse to the amount of time that has elapsed since the previous overload. Approximately 20 ,. 1 w minutes is required between overloads to . . completely reset thermal- imaging. If r 2. The end of the curve is determined by the 7, \ X . \ • interrupting rating of the circuit breaker. • flt ' 3. With zone - selective interlocking on, short tine • delay utilized and no restraining signal. the t is rbandd appp esssof th sh e delay time e ,• •r 4. Tbtal clearing times shown include the circuit R response times of the trip unk, the ,a ` n breaker opening, and the extinction of the • LOr .TtIR a current. • • t0L° "' 5. For a withstand circuit breaker, instantaneous : , • can be turned OFF, See 613 -7 for g instantaneous trip curve. See 613 -10 for i • . instantaneous override values. = 6. Overload indicator Illuminates at 100 %. s F ..■ u .. new �\ • > M Y OW A .7 75 1K S 3, Nea■TaM•a4l• .1 ��► MEOWmwsM .. 1 LIeiF • LOW 7 reamell a OPMENNEEN3 2 .a SNOWMEN' r.r01F a ne \ r .77 -+� a M 47 • . s '. .,.. r 14 M Al 1 .• w ∎ 1MOM •+ ♦e N In 'L �,.a•w Yl CYcLii . 1* ' 1. / IN 1 011'... ti • - . - ""- . St 0 • • a ••a••' • CURRENT NI MULTIPLES OF k • • - (1,•• i.ONPrTNE RSfl11E a 14 Schneider _ OElectric G111.1% 01 MOW J.M•rMtM •..•..•Lw.. •A••.r s..eM.'0.71744 OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 4/13 CURRENT IN MULTIPLES OF aft .10118- Tt1AF1 TT?I zIn] • • ;,,_ • - .. - • ....t t • a e e e Bret • w MICR0L06Ri• S.OJ6A A/P/N TRIP UNfT Ms , CMARACTffiST1c 1RIP CURVE 140. 613-5 asst • "' Short-time Pickup and Pt ON Delay 1111 The time•cwnnt curve iMonnatlon is to be used .r . •. for application and coordination purposes only. "" '" Curves apply from -30'C to +50 ambient ... •. temperSturs- • M. • e Notes: 1. Thera Is a thermal- imaging effect that can act asst M to shorten the long -tine delay. The thermal- . •• Imaging affect canes into play if a current IN W above the log -time delay p value exists • • fora time end then is cleared by the tripping Of a.. as a downstream device or the circuit breaker Itself. A subsequent overload will cause the • ' circuit breaker to trip in a shorter time than nomad. The amount of time delay reduction is w a. inverse to the amount of time that has elapsed • w since the previous overload. Approximately 20 _ minutes is required between overloads to awer .. Il • [r MOP ,. completely reset Memel-imaging. 1. r 2. The end of the curve is determined by the is : r . r • w . interrupting rating of the circuit breaker. • - i - ° 3. with zone - selective interlocking on, short-lime delay utilized and no restraining signet, the . e' D ( , maximum unrestrained short - time delay lime band apples regardaas of the setting. • . 4. lbtal clearing times shown Include the w r response times of the trip unit, the circuit ■ breaker opening, and the extinction of the .. . ounent. 5. Fora withstand circuit breaker, instantaneous 1 1 can be turned OFF. See 613 -7 for 1 1 a instantaneous trtp curve. See 613.10 fmx instantaneous override values. u 6. See 613.4 for long -lime pickup and delay trip i rairva. 21 ' a F IA as i A .1 , l • a • 1 4 r.r M , araarl.ft , reuvnos ` , SWOaeanr rax r 1.111 . le e A ..t o rs rsa ..a e_1 re ., • at .....L to tt AT 44 w * Ire .. +_ 1•A• A .1. M Y JI O p ■•■1 CYCLE •,t .op w • a , w +i.% CYCLE r w .r w As ••• •e- e ■ - - .. - ••2 5 * a 2 a..11e CIMREIIT IN MULTIPLES OF 4 IF . 1 - L0N8 -TI1e Martina a In) r L , it r • : - Elec asrrarW •wsrww.be% r•n •..„ proem. t•rea•a OCT. 2.2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 5/13 MULt1PLES of SWUM RATIN0 On) •• 9 .. . . , —.sr 7 7 7 7 ! 22221 Iw MICROLOOIC LOA.° A/P/N TRIP UNIT ••r ' CHARACTERISTIC TRIP CURVE NO.113 -7 INC : *I Instantaneous Pickup .... I.• 2x-15x and OFF "•' "" The time -cu nent curve intormatlon is to be used N.. MM for application and coordination purposes only. "' "~ tep Curves apply fro -30° to +60°C ambient - /N. , 1« Notes: UM MN 1, The end of the curve is determined by the .• interrupting rating of the circuit breaker. W 1 w 2. Total clearing tines shown Include the .. •- response tlmss of the trip unk. the circuit ,,. .. breaker opening, and the eXanctlon of the current. ~ .. 3. The instantaneous region of the trip curve ,,, ,. .. shows minimum total clearing times. Actual 1. M y- • IM Bearing tines in this region can vary V.- us on the circuit breaker mechanism • wn•Or•neous design and other factors. The actual clearing . . seas : time can be considerably faster then Indicated. • :"' - " Contact your local Sales Office for additional . w •• information. " /// _ " 4. For a withstand circuit brealoer, nstantaneous • i ' can be turned OFF. See 613 -7 for I. !. u [ j j " instantaneous trip curve. See 613 -10 for b/ instantaneous override values. 5. See 613 -4 and 613-5 for long -tkne pickup, s 1 '� x long -time delay, shon-time pickup, and short- time delay trip curves. 1. M • • 1 1 • • 0 . • Q • 4 rA MI I I Z X I M .• • .• • , .I 1 • I • A • . x! . Y. a• 12i T' ........ ,N 1 A• .M M M .n M .M M M 2 . 2 ■1CYCLE •M AN M 'L •I A i 7i CYCLE IN A .-• A• .M • IIIUL11KEa OF MS= RATIO= Ow) s . s - Sider A CI ■ IVnlIg=0 •• 01/010441.1444M • •.t..•.•••I MM. N••1/IM MIIIS•Mt0. OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 6/13 A10= N •11' • 1 2111111.• = 1 •. • 1 ! 7t it, 2 - .. - . .... ..! ; W •BCROLOOIC fie AIP/M TRIP UNIT RN IMP /r WITH ADJUSTABLE GROUND -FAULT "' PICKUP AND DELAY ISO •00 •r CHARACTERISTIC TRIP CURVE NO. 613-3 +" "' Ground -fault IA OFF and ON r/ Ir In > 1200 A The tine - current curve information is to be used 'r lr for application and coordination purposes only. 1r r Curves apply horn -30°C to +80°C ambient , .. tempenituro. ✓ N ✓ w no no r w r r w r , r L1 N 1 4... r r L ✓ e � , ...r # OIOYNRiNILT . ��...J! i PIMP MMI ✓ to .j 5 -1 M „° N Mk 76 . ' M D �� 1 8 I « A « SV5t. . ./ i • oA ' • � • .' I A • 7 i g A g 3 • f PI c:: . a .sec. On w "� aaur 5 `� s, 00 00.AY IM 7 a i 0.2 1 I ,, 1 • ,� I 1 A A I I A • n 0011 is u 11t • a I eleMOSIMULT �f� e 1.111' r r as 11 .• L 0 . r r.E01N12INILT .Y r DEW WOW 44 fl OOP • r MVO Ireovi s Al 5 Y ■1 CYCLE an .w l- N en �KCIICLE r •r r w to r as AI It 2111-. = w t - ., - - - . - - .. - - AM R= II 11' . Seider Electric er.srasaregs logs e.... 0111100006660. 601100•00 OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 E 7/13 ASILTIPLE'S or RATED WHOM' • • • • .....NA. 2 . . . . . s s .0 los• ,,,,,, row Emil vas MI Ira • tots • siamt illsail. an . e . NA FAIRLY uOLUED CASE CIRCUIT "MEM( ENS NM Oa nun . : •••• crIARAcTERISTIC TRIP CURVE NO 670 Ft ' .. zi__-i-. -4: r oma -I-, If- • - A - 8 ==. ow magma gal AMU 41001121 A Ma MD 1 1/ I RIO . .: 4 i ..• 4- t ; . 4NO _ . 1 ""..- i 1 1 : . Mao Noss CIPII.Irs Wiltf...• NOW 41% . 11 ..,.. 4 . .I sae Pros maws asils2 at sus". of sta• •:' '" ''" - 1' , '"' / - 1 'i 1 I 1 iTit...1 .t ,„, , 33A NC 1200 GOO , 2. 1 . . . I 1 - !--L-- 7 ' 1 1 - 1 .14 "1 II , 1 I . 1 so [ . • ' - ' , • Ni 10, no sun* ill Ss to mos Ps earkalen ardoeo•■••p••••••••ro 110 _ ..... %. - -'," , 4 - , - + .. , , 1. 620111 sway %AM at Iletatals 00 Ili PP Iowa la Med OW 4 - I , 1 .--.1• - 1 - • j__ A 9 . ** atallnotto Was n 400 a tawcwront 4110111101 GUM mita is lontS es • sinbast cold wall. . .. . .. la 10 gill . . -4. l . ... . - _ . . si II .7 Tonoln.0.10 i• f Prom* ebb cemsicutio of ageroprgato length and MAN. m em. if a- • --- -itt-- _ • TN .1 .. II 1 ___L___I ' ,I 4.0-4Jr4 ....___,...* .1 .. II No u. ' -1. 1 IIIIIII . i , __ . L i 11111 t . . - - t" i ...i._ .,. ..... .. _. 1 1. I, 1 1 ' I_ 1 1 1 _ :. 1 i . . .,.. ... I am "I 17 Ili 1 - - 4- f *I - i -- r I .-.... • • mm : I ". Illi ' I 1 I ,v • a a o i 1 I 11'1 1 1 1 1 1 111111 I : 11111•1111•1111M masa 1 . rr - ;II - t -- f• .."°. . • .7' 1 ",.: HEW --':-...7L . - -- s . - Itill 7.r.....-..E • _4___-_!___,_ _4.-- , . a • . 1.--'- II -J-- ....-. - ; 1 - ... • • ti -r. 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III NI - __.__L_ 1 Il I _. ,. 11 IIIIII i as AS '-.--.' . : : . ,j • 1 ...-4- 1 -1 +....."-- : I 1 , mil N I ! . , .1115 ,,,,i.. . .,. __A ; Si r i 1111 I i • 1 : I r 7 - : , 1 ) : I i 1, ap...• a. . : i.r....... ___, RAJ -1/ 1.7. Almrs.• .., MS ao ,,, 13 4•1 :L -71. 4 • , t ..' " . . _..,' • r Ns :1 1 - ; -. :- 1 -..- ---- --. ii 1 ---- . - __. AY .... . .....4-.. ..........4..... , .....■... Li ! .,, , I . • ' MI Am . m - : . .• .. . .0 .• ...V. = a A * A s A $ Al 5 g 1 1 1111$1 11, 1 A I 1111111111 4 BMW" me EIGUARIE Er MULTIPLES OF RATED CUMIN:11T Gm!. MiV.001.. C••••••••■■poo 0 Govaty 1 M CI•mlyta.6411144111,8 OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 4/13 CUINIElfTIN WIMPLES OFUFr.LOIIG M1!mi7e0:M1 . ..... . . . . .....• v • • • wed t /1! .o MucRoLOAl0e S.0/11.0 AIP/N TRIP UNIT .w - CHARACTERISTIC TRIP CURVE N0.613 - �•► "•• Short -time Pickup and Pt ON Delay � : The time - currant curve Intonation Ls to be used . �.. .M for application and coordnatk. n purposes only. 'W .w. Curves apply from -30'C to t60•C ambient r, • „� temperature. , no Notes: 1. There is a thermal- imaging effect that can act .r '-• to shorten the long -tkne delay. The thermal- Imaging effect comes into play if a current ,,, above the long-drive delay *Amp value exists • • • for a time and then is clewed by the tripping of le w a downstream device or the circuit breaker itself. A subsequent overload will Ceuta the •• circuit breaker to trip in a shorter time than nomrel, The amount of time delay reduction is i — -.. T - inverse to the amount of time that has elapsed „• .• since the previous overload. Approximately 20 minutes is required between overloads to to r w completely reset memnel- imaging. ▪ • t• ! ! s ■r " 2. The end of the curve is determined by the • . ., ,• intemrpting rating of the circuit breaker. • • - — - 3. With zone - selective itterlocldng on, short -lime delay utilized and no restraining signal, the • s 1; I • maximum unrestrained Short -time delay time band apples regardless of the setting. - - 4. Tbtal clearing Limo shown Include the • ,, response times of the trip unit, the circuit breaker opening and the extinction of the current !I " 5. Fora withstand circuit breaker instantaneous • , can be tamed OFF. See 613 -7 for instantaneous trip curve. See 613-10 for • instantaneous override values. S . 6. See 613 -4 for long -lime pickup and delay trip = CUM. F CI T4 1 • 4 . .7 • . • 4 • awrw� �M , osuvwaN ` , ssou>'+e•st r•t• r Me • A .. 7 et On .a 0 1 .. at M M , 47 11 M M j - I • ' AT _ . W....�... � w 4. Y „ O Al - t CYCLE 4.• •„ •• • •. w •1/2 CYCLE • • 4.7 AO M 1. •. • ,,,. , _ • - +..4 S a • • • scsis cIMRDIT IN MULTIPLES OF!. ■ . (tr- Lows -Trim wnhIa • In) 1 r Elecvic . ' _ Om*. 0132•118 ON 1M.MI..MY •..•Q..1.•.M •�., MM 0+r w 1M Af.r■na.. OCT, 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 5/13 (MULTIPLES OF ssneott KATlNO M) ,n„- 7. r• ,._._s a s e e ssttlt MICROLOOIC 5.01.0 AJP/N TRIP UNIT r° OHARACrIO111110 TRIP CURVE NO. $13 . ■... • «w Instantaneous Pickup 4.• • ... 2x -15x and OFF .° 4.w The time-current curve inforrrtatlon IS to be used — w, for application and coordination purported only. Cones apply roan -30° to 460°C ambient "' w temperature. I. 1 4.. Notes: • 1.. W 1. The end of the curve is determined by the L w. interrupting rating of the circuit breaker. . ! w 2. Total during times shown include the a. 1 N response times of the trip unk. the circuit ■,. .. breaker opening, and the extinction of the . current. 4 . 3. The instantaneous region of the trip curve w. 1 . r shows maximum total clearing times. Actual UM ., ,.... r. V• II. ." Clearing times in this region can vary r depending on the circuit breaker mechanism • uwr•.TI i4 design and other factors. The actual clearing -► r time can be considerably faster then Indicated. • _~ w , Contact your local Sales Office for additional . . information. I . 4. For a withstand circuit breaker, instantaneous • ' . can be turned OFF. See 613 -7 for . • • u Of' u instantaneous trip curve. See 613 -1 o for instantaneous override values. NV 5. See 613 -4 end 613.5 for long -tkne p ,. 4. Tong -time delay, short-time pickup, and short- . time delay trip curves. 4. w • 4 • 4 'S . 4 2 ° 8 . 4 z 544 a M M 1 • 4 ..• 1 .4 4 .4 . .4 • ■ J • t .. =1 i . 4 1, fa latex e. i w • M •. w w w a. y /S■.1CYCLE t•• •w 44 4 A. ..LL CYCLE AN 4r ,.. '— .. A. ° Mr . . . - r r wr •1. 7 . 4 117111 IEUL1tPLatt of Iler1"R annwa p.) w • - r w Bea IC W . ■ Lim .1. Mf1MO 111. w 41••.••.14 /Snub •.w111wb..IN WI4/X141�y OM ■1. °1°i°W..►.°I11.01 OCT. 2. 2002 7:03AM SQUARE D / GREEN BAY NO. 9703 P. 6/13 AMlRte :1i' t 1 %Il- t ti .. . .. ! . . . . • ..•s .N NO MIcRoIoOIc• 8.0 ARM TRIP war NW 1 WITH ADJUSTABLE GROUND- FAULT 3•13 NO PICKUP AND DELAY NO 1 NO CHARACTERISTIC TRIP CURVE NO. 613-3 "' "A Ground -fault 14 OFF and ON ,r NA In > 1200 A The time - current curve information is fob be used Mb s for application and coordination purposes Only. INI ... Curves apply from -30°C to *80 ambient ,• temperature. •• w r . no j ✓ r 1 r A. w ND w r ,A r , so ow L-Tt ... 4.. to 9b11NDFAYLT ,N il I MEW 4 EMI 5, sr 4 �/ ✓ M NI A so Pe D 14' n i OF M A M A SV5k. 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I_ i. 4_, 4 - . : - ' , - ,. ..ft, L i-1 - LL - .i -.4----.-- ■.. ow 161 ■ 1 i - 1 i ! , 1 , al MEM II • .TA .„ Am . mouom &au .... ...._ !tip ... illnrom AN '",..1. :-. +- - IN 1 ' Aw • . , 114E) ... 1.1. - ....: . 4. '. ' 1 1 .1- 1:-: .7 1 -- s ' .:1! . ---, .• . ,i --, ri '1 1 1 _, ..1..„_)_...1 ; -!--., ill me .....- ---------- - a • * • • esql 9 1 1 I 0 IFISI 1 1 a i lifill IMO itz4111c" E3GUARIE 17 MULTIPLES OF RATED CURIUM C...1. WM eit) R C.0.1. 0 downy ism ow•Ipm■••••••••• OCT. 2. 2002 7:17AM SQUARE D / GREEN BAY NO. 9703 P. 8/13 Instruction Bulletin Cedar 46049-184-01 SA 0 ECN K400 Hand-held Test Kit for MICROLOGICe Series 2.0 and Above MENEMOM Trip Units and COMPACT® NS Circuit Breakers Equipped with Square D STR Trip Units _ ReWo for future tae. CATS S 3 594 1 a HAND -MELD TEST KIT IDENTIFICATION I 0 i I a CO 0 • 0 0 0 e A —Wary compalment (five 9 V) F Trip unk power supply button . .r) © 8— Shvnalme trip button G—e V bakery t si bu on CrGrouml 1 /uk kip button H—Trip unit bet cable 1 PDT son 0—Ground-faun Melt button I —2pin test cable (STR trip units) E— Thermal-imaging Inhibit button J -7-pin lest cable (hICAOLOGICC Pip units) BATTERY INSTALLATION NOTE: The Hand -held Test l(t uses five 9 Valkaline batteries (not supplied). The recomrrwnded battery Is the Panasonic industrial Alkaline 9 V,, part number 6AM- CAUTION 6P>w1 S, or equivalent Do not use nickel metal hydride, NiCd, manganese or lithium betterles or damage may result to the internal circuitry or the ?band -held HAZARD OF EQUIPMENT DAMAGE Test Klt This equipment uses five 9.0 V alkaline batteries NOTE There are no repairable internal parts for the Hand -held Test Kit The only. Do not use nickel metal hydride, NiCd. housing should only be opened to install or replace batteries. manganese or Ithlum Deflates. Failure to follow this Instruction can result in d� the Internal circuitry of tole a i 0 1. Rempve six tapping screws (A). 3.191b -1n [OM Skin] 2. Separate front housing of Hand -held Test Kit (8) *Oki the back housing (C). 3. Carefully remove battery circuit board (D). 4. • If replacing batteries, remove old batteries. ',VV' 6. Insert new batteries (E). Make sure polarity is 1 ' correct 6.: Carefully install battery circuit hard (D). 0 7. Attach bottom housing of Hand -held Test Kit (C) ■ +, to the top housing (8) using six previously 4` n • removed tapping screws (A). �/ 02000 Schneider Elect* M AVMs A..erv.d - Schneider 1 ()Electric OCT. 2. 2002 7:1 JAM SQUARE D / GREEN BAY NO. 9703 P. 9/13 Hand-held Test tit 460401M-01 Insdudlen Bulletin 12100 CONNECTIONS Refer to Table 1 to determine which tests and function - - re applicable then follow appropriate connection procedures below. COMPACT. NS Circuit Breakers Equipped with 1. Conn - . test cable 10 -pin connector (A • •10 -pin port on Hand -held Test KN- STR WO Units 2. Connect = - cable 2-pin connector • to test port on STR trip units. Make sure to ob = correct polarity. NOTE: Refer to Gr. • fault Trip et for proper ground fault connection. o fl�� d, + , �l C)\ � 1,J 1 it , ci Trip Units 1. Connect test cable 10-pin connector (A) to 10 -pin port on Hand-held Teat IGt. 2. Connect test cable 7 -pin connector (B) to test pon on MICROLOGIC kip units. Refer to instruction label on test cable for connection instructions. ' II lig 1 , • \?E I it 144 , 0 0 Error Menage Indication An error message is indicated by all LEDs lighting at once. If an error message is displayed during Hand -held Test Kit operation, check aN connections then refer to Table 1: Trip Unit Compatibility Table 1 and the Troubleshooting section. Test Functions Inhibit Functions Trip Unit Type _ Test Short Ground- Ground- Thermal - Unit . Battery Cable olreub fault fault Imaging S upp l y Test 'Dip Trip inhibit Inhibit STR22. 51A23. STRe3 2 teat • • Non- STR53 able a • a oon 0 ` ET 1.0. ET 1.01. ET 1.OM • • - MICROLOGIC 2.0, 3.0.5.0 , 7-pin teal • _ • _ MICPOLOOIC 20A. 3. 5.OA,5.0P, S-OH cable is • • • Communicating MICROLOGIC 0.0 Apt .OH. 7.OA, 7.0P, 7.OH • ■ _ • • • No hip unit connected 2• • 7-pin • test cable 2 02000 Schneider Electric All Rights Reamed OCT. 2. 2002 7:1BAM SQUARE D / GREEN BAY NO. 9703 P. 10/13 48049484 -01 Nand -held Test Kit 12,00 instmetion gullettn TESTS Short -circuit Thep Test This test verifies the short- circuit protection of the trip unit. The Hand -hell Test Kit supplies power to the trip unit while injec*Ug a secondary fault signal large • enough to cause tripping and opening of the mechanical system. For A DANGER MICROLOGIC type A trip units only, performing this test wNI reset to zero the IflA7�RD OF ELECTRIC SHOCK, BURN, OR maximum recorded value on each phase. If necessary, record maximum values EXPLOSION before testing • This equipment must be installed and serviced NOTE Communicating MICROLOGIC trip units (see Table 1) can remain only by quaified electrical personnel. powered after a shortcfrcuit trip test by following the instructions in the Trip Unit i • Tum off an power supplying this equipment Power Supply section. w before working on or inside equipment_ NOTE: Short - circuit tests will not be recorded in the trip log of MICAOLOGIC type al Always use a properly rated voltage sensing Pand H trip units. Advanced protection and alarms wit also be disabled. Refer to device to confirm power is oft the trip unit instruction manual for advanced protection features. e li s Replace all devices, doors and covers before turning on power to this equipment. To perform a ehort- circuit trip test: Failure to toNow these instructions will result in death or serious injury. 1. Close the circuit breaker being tested. If applicable, make sure the ci+cult breaker is In the test position. Use a property rated voltage sensing device to verify the circuit breaker Is not carrying current. F , 2. Press short -droult trip button (A). 8 ( A. For non-communicating trip units (see Table 1), the solid red LED wiz tight I indicating shod- circuit trip test is in progress. or communicating trip units (see Table 1), the red LED will flicker to indicate communication activity with the trip unit while the short- circuit trip test is in progress. 3. Conlin test was successful by verifying circuit breaker tripped. Refer to circuit breaker and trip unit instruction manuals for circuit breaker operation. Make sure to wait for test exit messages, indicated by the flickering red LED, before disconnecting the Hand -held Test Kit. 4. Once short-circuit Nip test is successfully completed, the red short- circuit trip LED will go out automatically with no error display. Ground -fault Trip Test 4 N ol % ' test verifies ground -fault protection for STR53 trip units only. C AUTION 1. CI • _ the circuit breaker being tested. Use a propety rated • • e sensing devi • - o verify the circuit breaker is not carrying current. HAZARD OF INVALID READING 2. Make su to reverse the polarity of the 2 -pin test cable • . , ion as shown Make sure to reverse the polarity of the 2 -pin test helDW cable before performing a ground -fault trip teat. Failure to follow this instruction can rasin! In ri inaccurate test results. Cy ! ..— .. . , 9111 . t)C log,. _ ....... y 3. Press ground -fault trip button (A). r - . red LED win light indicating 1 1 1 © ground -fault trip test is in progre . 4. Confirm test was successful b erifylng circu • . aker tripped. Refer to oirouit breaker and trip unk , • truction manuals '. circuit breaker operation. 5. Once ground -fault trip _ successfully completed, red ground -fault trip • LED will go out autom. -• ly with no error display. 02000 Schneider Electric All Rights Reserved OCT, 2. 2002 7:18AM SQUARE D / GREEN BAY NO. 9703 P. 11/13 Hand-held Test Kit 4$040104 -01 Insbhwtlof Whale 12/00 INHIBIT FUNCTIONS Inhibit functions are only available during long -time, short fleas, instantaneous and ground - fault (LSIG) primary- injection testing of certain communicating MICROLOGIC trip units (see Table 1). For MICROLOGIC type P and H trip units, inhibit functions dIsabie advanced protection, alarms and logging of events. Refer to trip unit instruction manual for advanced protection features. m • Ground -f ■utt Inhibit To execute the ground -fault Inhibit function: 1. Press ground -fault inhibit button (A). This action, indicated by the flickering green LED, will power the trip unit and send a message to Inhibit ground fault 0 and thermal Imaging. Once the green LED becomes solid, ground fault and thermal imaging are being Inhithited and the circuit breaker is ready for - primary injection testing. The green LED will remain continuously fit with the exception of one Nash every minute to Indicate communication activity with 1 D the trip unit. NO TE: Activating mound -fault inhibit will automatically activate thermal imaging L k r,D 1 1 inhibit and enable zone- selectlae NnerlockNhg (ZSI) sell- restraint. -1. 2. Onoe primary Injection testing is completed, press ground -fault inhibit button (A) again to stop the ground -fault inhibit function and turn off the Hand -held Test Kit and corresponding LED. Make sure to wad for test exit messages. Cl\--". indicated by the flickering green LED, before disconnecting the Hand•eld Test Kit. If no buttons are pushed for 15 minutes, the Hand -held Test ICI will shut off automatically and the ground -fault and thermal-imaging inhibit functions will be terminated. Thermal-Imaging Inhibit • ermabltnagfng provides continuous temperature nee status • . , e circuit • er cabling, both before and after a device trips. Under • conditions a 15 -m , delay is required following a device tripping to all • system to cool before , ing to normal functionality. The thermal - Imegl - Inhibit function inhibits t " - I imaging thus overriding the 15- minute • - " y and allowing for -" multiple .. • . - e primary injection teats. To execute the t rural- imaging inhibit function: • I _ , 1. Press themnal -i ing inhibit button (A). This - • on. indicated by the (ticketing green • will power the trip unit : . • send a message to inhibit ". 0 thermal imaging. On - - the green LED • - • • said, thermal Imaging Is being inhibited and the uit breaker is -ady for primary injection testing. The green LED will rime canal • with the exception of one flash every minute to indicate co unic - , activity with the trip unit. NOTE:: Activating thermal - imaging '• wiII automatically enable zone - selective bhterlccidng (ZS!) sefr restratnc • , activating thermal - imaging inhIif wit not automatically activate ground - . habit 2. Once primary injection testi , is -• • : • , press the thermal - imaging Inhibit button (A) again to stop , - thermaH • • inhibit function and turn off the Hand-held Test Kit and • • rresponding LE ■ Make sure to wait for test exit messages, indicated • the flickering green " D, before disconnecting the Hand -Feld Test K f no buttons are pushed f • 15 minutes, the Hand -held Test Kit will sh , • automatically and the the ging inhibit"function will be tannin - - . 4 0 2000 Schneider Electric AN eights Ramrod OCT. 2. 2002 7:18AM SQUARE D / GREEN BAY Na 9703 P. 12/13 48049.184-01 Nand -held Test Kit 12/00 InabltctIon Bu11M1n ' TRIP UNIT POWER SUPPLY The Hand-held Test Kit provides power to communicating MICROLOGIC trip units (see Table 1) to allow for setup and testing. It can also be used in conjunction with the Full- function Test Kit to verify functionality of zone4elective interlocking (ZSI). The Inland -held Test Kit provides power to an upstream trip unit while the Full - function Test Kit performs the actual ZSI test To execute the trip unit power supply function: 1. 1. Prees the trip unit power supply button (A). o t r 0 A. H the hip untt power soppy button is pressed with no miter LEDs on, the & solid green LED will tight indicating the Hand-held Test Kit Is providing sr ' power to the trip unit. 8. If the trip unit power supply button Is pressed with either the ground -fauk , Inhibit or the thermal - imaging Inhibit LED on, the respective LED writ A nicker to indicate test exit communication activity with the trip unit. Once the green trip unit power supply LED becomes solid, the Hand-held Test Kit is providing power to the trip unit. C)< NOTE: The short -circuit trip test can be activated while the trip unit power supply function is enabled by simply pressing the short Circuit hip test button. The green trip unit power soppy CED will go out during the test and wit light solid once the lest is complete. E 2. Once any setup or testing functions are complete, press the trip unit power ,O supply button (A) to terminate power to the trip unit and tun off the Hand-held Test Kit and corresponding LED. 11 no buttons are pushed for 15 minutes, the Hand -held Test Kit will shut off automatically. BATTERY TEST This function teas the voltage of the Hand -held Test Kit batteries. I Press the 9 V battery test button (A). Both LEDs will light followed by one of the s following: ED —.I — solid green LED indicates good batteries solid yellow LED indicates low batteries — both LEDs off indicate dead batteries or batteries not installed Li TROUBLESHOOTING L 1 Table 2 Troubleshooting Condition Probable Causes Solutions General Pressed any button and no LEDs came on. 1. Dead bararlos or batteries not Installed. 1. Instal tnah ballerina and prey battery Nu button. 2. Defective Hand -held Teat Kt 2. Contact local field office. Circuit breaker did not trip and rid LED came 1. Ciircuh breaker not properly reaeL 1. Verily cbcuil breaker is reset and anted. OA. 2. Loose lest Cable connections between trip 2. Check teat cable connections and natal test unit and Nand-held lieu Kit. a Detective Handfieid Tea Ka, trip un t or 3. Contact local field office. circuit breaker. Cimuit breaker did not trlp and au LEDs came 1. Loose test cable connections or no test cable 1. Check test cab* connection and nstart lea. on. connection between trp wire and Hand -held Test Kit. 2. Test attempted not applicable to ut► unk type. 2. Rota to Albta 1 to dalennlne II tat b applicable to trip writ type. 3. Defective Hard -held Tea Ks, kip unit or 3. Contact boil Said *Rice. cboult awakes Prasana any tap or inhibit function buaon and 1. Conwnw cation error occ wmd wt I. test in 1. Cllr error by praminp any bunco, duck idler one minute of duration al LEDs lo cked on. progress. oprnediuna and restart test. Continued on+texr page • 0 2000 Schneider EIsctrk: All Rights Rained 5 OCT. 2. 2002 7: 8AM SQUARE D / GREEN BAY NO. 9703 P. 13/13 eland -held Test Kit 4e0q.15401 Ibstruction Bulletin 12/00 I Tibia 2: Troubleshooting - Continued Conll>plon Prebabie Carew Soluttaie$ I�llonewult Mull brepker did not alp and red LED Came 1. Clrorit breaker le not properly reset 1. Verity drain breaker is reset. 010 teat on. 2. Loot* test Cable connection between nip 2. Check test cable connections and restart unit and NandMeld Teat IGL short-Moult nip lest. 3. Weave Hand-held Test 101. ttlp will or 3. Conan local field office. r i circuit bntalar. 9 Circuit breaker did not trip and al LEDs came 1. No test cable Connections between trip unk 1. Check lest cable comedians. ' on. and Hand-held Tie kit. 2. Communications error with communicating 2. Check test cable connection and reedit MlCROLOGIC trip unk. short-circuit trip test. Ground feta Circuit breaker did not tip and red LED Bane 1. Polarity on 2-pn Nei cads not reversed. 1. Reverse poNeny on 2-pin lest cable Connection. trip tea on. 2. Circuit breaker not properly reset. 2. Vergy circuit breaker le reset. 3 3. Loose test cable connections between trip 3 Check test cable connections and restart 11 : unit and Hand -Mid Tess Kit ground-fault trip test w 4. Defective Hand -hold Test Kit, trip unk or 4. Contact local dad ebbs. dreuN backer. . Circuit breaker cild not tnp and as LEDs cane 1. No lest cable connections between trip unit 1. Chedc lea cable connection and rowan rat end Hand-told Teat Kk. ground-WA trip teat 2. Groud4auk kip lea not appeaWS totrlp unit 2. Refer N Table 1 N determine if graa4-fault tym trip lea A applicable to o p unit type. Ground -faun Pressed ground -fault inhlbk button and green 1. Loose NM cable comsci$ons or no Wel cable 1. Cher* lea cable connection and rested Malt function LED cams on lottrwed by all LEDs i lumItu ing. connections between trip unit and Handheld ground•fauil inhbn function. Test EN. 2. Conrnunlasions error with communicating 2. Check test able connections and restart MICROLOGIC Sip unit. fifound inhbk kinetic*. 9. Ground-laud inhibit function not applicable to 3. Peter to late 1 to determine if ground-Nult trip unit type. kilt* function applicable to sip unit type. 4. Defective Hand-held Test 10t, dip unit or 4. Contact local (told owes. • Gutted breaker, Thermal- Pressed IherrrwWmaging inhibit button and 1. Loose felt cable connections or no test cable 1. Check lea cable connector. end restart f imaging MAIM green LED sane Wowed e m owed by all LEDs convictions between trip unit and Hend•held t erMal-Imeging Inhibit function. C klnclon Illuminating. TOE KN. 2. Communications Amor with eonnu eniatng 2. Check last Cable COnnectioni and resgd MICROLOGIC trip unit. OrmmaFimeglng inhbk fu nacre. 3. ThemraMmegkg Inhbk function not 3. Rehr to Table 1 to delemtkre N a.m.i- applicable to irb unk type. imaging Inhbla fancdon applicable to we wit • NW 4. DereClMe Hand-held Tea 1Cit, lip unit or 4. Contact local Maid office. dreuk breaker. Trip u power Pressed irlp unit power supply button and 1. NO teat able tonnsctlene between tip unit 1. Cheek test able connec re tor. and aa t WE gyreen LED came on followed by all LEDs and Nand -held Test KN. unit power supply function. ikwnklating. 2. Trip unk power supply function not applicable 2. Refer to Table 1 le daennine if lie unk Pew . le alp unk type. supply function is applicable to Mp unit type. Binary last Pressed any button and solid yellow LED came Low batteries. Instal fresh battens, and press battery Net on. button. • • I 33 uu D Company SW PQ Box 3080 Ceiba Reps IA 52406-3060 USA Electtal equipment should be serviced only by quetilled perserneL No raeponibiity is nasum.d 1 9a sreO (1- ggb77g•2733) by Schneider Electric for any consequences wising out of the use oI ma material. This document www.3gwreD.ccm is not intended as an k.bucdon manual for untanned persona. eider a goo Sctmnsldar Elaine AN Webb Reserved Electric