SG-CE Series PurePulse
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- April Mills
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1 GE Digital Energy Power Quality SG-CE Series kva PurePulse SG-CE Series kva PurePulse SGSE_ _S1_UPS_GE_01 Digital Energy SG-CE Series PurePulse ~ CE / Series 1 GE Consumer & Industrial SA General Electric Company CH 6595 Riazzino (Locarno) Switzerland T +41 (0)91 / F +41 (0)91 / GE imagination at work
2 : SG-CE Series PurePulse / Series 1 : : OPM_SGS_XCE_60K_M12_1RU_V010 : 1.0 : Up-dating Revision Concern Date COPYRIGHT 2008 by GE Consumer & Industrial SA.,,,.,, GE.,,,.. 2/112
3 !, GE., SG,,.,,,., GE! : : : g GE Consumer & Industrial SA General Electric Company CH 6595 Riazzino (Locarno) Switzerland,,. 5./. +7(495) info@abitech.ru,,. 5./. +7(495) info@abitech.ru 3/112
4 ( ) SG-CE Series PurePulse..,,,,.,,.,, GE -,. WARNING! SG-CE Series PurePulse...,. GE.,.,. :,. RPA,. 4/112
5 SG-CE SERIES PUREPULSE SG-CE SERIES PUREPULSE EMC ( ) SG-CE SERIES PUREPULSE SG-CE SERIES PUREPULSE EMC ( ) SEM (Super Eco Mode ) (RPA) SG-CE Series PurePulse - ( ) SG-CE Series PurePulse - ( ) SG-CE Series PurePulse - ( ) SG-CE Series PurePulse - ( ) SG-CE Series PurePulse RPA ( ) SG-CE Series PurePulse /112
6 SG-CE SERIES PUREPULSE SG-CE Series PurePulse on-line Total Off EPO ( ) SG-CE SERIES PUREPULSE SG-CE Series PurePulse ( Q2 ) on-line ( ) Total Off EPO ( ) J3 - RS232 ( D-, 9 - ) J11 - RS232 ( D-, 9 - ) ( ) EPO (Emergency Power Off) (GEN ) , SG-CE SERIES PUREPULSE SG-CE SERIES PUREPULSE (APS) 24 = SG Series PurePulse (APS) 24 = SG Series PurePulse (RSB) /112
7 1! ,. - :. -,. - 5,,,, ,. -,. -. -,. -,,, : ; 35 C. -, 25 C (77 F). -, C 55 C. - 3, ( ). -. -,, ( ) ( ) :. - : ( ). -, ,, ;. 7/112
8 ..!,..,..,... : 1,,.,.,.,. 2,.,... 3.,. 4,.. 5, ,. 8 ().,, /112
9 1.1.,,,.., :!,.!,..,.,.!.!.,.!.!,.,. 9/112
10 O FF 1 2 O FF SG-CE Series PurePulse SGSE_ _S1_UPS_GE_02 SGSE_ _S1_UPS_GE_ SGSE_ _S1_Customer Interface_ P4 SNMP SGSE_ _S1_UPS_GE_04 XA J11 RPA Q1 Q2 Q4 CR X CR J11 P4 Q1 Q2 Q4 RPA SNMP X1 XA RS232 IMT ( ) RPA (Redundant Parallel Architecture) ( ) Advanced SNMP ( ) / 24 = ) 10/112
11 SG-CE Series PurePulse EMC ( ) SGSE_ _S1_UPS+EMC_GE_02 SGSE_ _S1_UPS+EMC_GE_ SGSE_ _S1_Customer Interface_ P4 SNMP SGSE_ _S1_UPS+EMC_GE_04 2 RPA J11 XA Q4 Q2 Q1 CR CR J11 P4 Q1 Q2 Q4 RPA SNMP XA RS232 IMT ( ) RPA (Redundant Parallel Architecture) ( ) Advanced SNMP ( ) 24 = ) 11/112
12 SG-CE Series PurePulse SGSE_ _S1_UPS_GE_02 SGSE_ _S1_UPS_GE_ SGSE_ _S1_Customer Interface_ P4 SNMP SGSE_ _S1_UPS_GE_04 SGSE_ _S1_Q1-Q2-Q4_GE_ J11 RPA 4 Q4 XA Q1 CR Q CR J11 P4 Q1 Q2 Q4 RPA SNMP XA RS232 IMT ( ) RPA (Redundant Parallel Architecture) ( ) Advanced SNMP ( ) 24 = ) 12/112
13 SG-CE Series PurePulse EMC ( ) SGSE_ _S1_UPS+EMC_GE_02 SGSE_ _S1_UPS+EMC_GE_ SGSE_ _S1_Customer Interface_ P4 SNMP SGSE_ _S1_Q1-Q2-Q4_GE_01 SGSE_ _S1_UPS+EMC_GE_04 2 RPA J11 Q1 Q4 Q2 XA CR CR J11 P4 Q1 Q2 Q4 RPA SNMP XA RS232 IMT ( ) RPA (Redundant Parallel Architecture) ( ) Advanced SNMP ( ) 24 = ( ) 13/112
14 3 ( )., ( ),,. SG-CE VFI (Voltage Frequency Independent ),. SG-CE SEM (Super Eco Mode ).,.. : 0.9, SG-CE,., SG-CE, (PFC).. (RPA) GE. RPA SG-CE, (). SG-CE -.. IGBT SVM ( ), SG-CE 93%.. (DSP), SVM -...,,. JUMP. 14/112
15 4 SG-CE Series PurePulse GE Digital Energy,. SG-CE Series PurePulse VFI ( ),., SG-CE Series PurePulse. SG-CE Series PurePulse. 6 RPA ( ).,.. PurePulse IGBT. i) 2%,. PurePulse (, ),. PurePulse - GE.! GE,,. 15/112
16 4.1 K6 SSM Q2 Q4 K3 ~ = = ~ K7 Q SG-CE Series PurePulse :...,..,,..,.. (SSM),. SG-CE ( IEC ). 6 ( ),, 7,, Q2.. Q1 Q2,...,. 16/112
17 ,., SEM (Super Eco Mode ) SEM,.,., SEM SEM,. «On-line» «SEM» ( ). SEM (Super Eco Mode) RPA Parallel System. :, RPA, SEM. 17/112
18 4.2.3,,,,,.,. «stop operation» ( ), (. 3.3),, ),, ( ) stop operation. (. 3.3),, ( ).,, stop operation, ,,.,., /112
19 ,,.,., the Automatic Bypass back to the Inverter output ,,,.,,.,., ,., Q Q1 Q2,, /112
20 ( ), ( ).,. SG-CE ).,.,,.,,,.. n, ( n+1). n+1,. n+1, n,. MTBF ). 20/112
21 4.3.2 (RPA) SG-CE Series PurePulse.,.,.,, ,, ( ).,, ,,.,,.,., ,.,.!,.,. 21/112
22 ( SGSE_ _S1_Label identification_01,,,,.,,,. Serial Nr. Series Product. Year Output Power kva at Pow. factor lag. Input Freq. Hz Output Freq. Hz Input Voltage VAC: 3W + N + PE Output Voltage VAC: 3W + N + PE Model Input Current A Output Current A GE,,, 12,.!,,,,. 22/112
23 4.6!,,. CFC ( ) HCFC ). GE,.!,,,! 23/112
24 5 5.1,.. ±10.. :.,.., ! ,,..! : : 24/112
25 5.1.1 SG-CE Series PurePulse SGSE_ _S1_UPS dimensions_ge_01 SG-CE Series PurePulse ( x x ): 650 x 850 x '900mm 60 : : ( x x ): 650 x 850 x mm 650mm SG-CE Series PurePulse 80 : : SGSE_ _S1_UPS d imensions_ge_01 ( x x ): 835 x 850 x : 860 1'900mm : ( x x ): 835 x 850 x : mm 835mm : SG-CE Series PurePulse EMC ( ) SGSE_ _S1_UPS+EMC dimension_ge_01 SG-CE Series PurePulse EMC ( x x ): 1000 x 850 x '900mm 60 : : ( x x ): 1000 x 850 x mm 850mm 80 : 740 SG-CE Series PurePulse EMC ( ) : SGSE_ _S1_UPS+EMC dimension_ge_01 ( x x ): 1185 x 850 x : 985 1'900mm : ( x x ): 1185 x 850 x : mm 850mm : /112
26 SGSE_ _UPS package_01it Center of Gravity SG-CE Series PurePulse H P L ( ) ( x x ) ( x x ) SG-CE Series 60 PurePulse x 955 x x 1070 x 2210 SG-CE Series 80 PurePulse SG-CE Series 100 PurePulse 940 x 1015 x x 1070 x SG-CE Series 120 PurePulse SGSE_ _UPS package_01it Center of Gravity H SG-CE Series PurePulse EMC ( ) P L ) ( x x ) ( x x ) SG-CE Series 60 PurePulse EMC x 955 x x 1070 x 2210 SG-CE Series 80 PurePulse EMC SG-CE Series 100 PurePulse EMC SG-CE Series 120 PurePulse EMC 1295 x 1015 x x 1070 x SG-CE Series PurePulse, EMC, EMC (500x850x1900 ) (850x850x1900 ) (1500x850x1900 ) 75 (850x850x1900 ) 2x50 (850x850x1900 ) 2x75 (1500x850x1900 ) ) ( 2) ( ) ( 2) ( ) ( 2) ( ) ( ) ( ) ( ) ( ) ( ) SG-CE Series 60 PurePulse SG-CE Series 80 PurePulse SG-CE Series 100 PurePulse SG-CE Series 120 PurePulse :,!!! 26/112
27 5.2,...!! ,...,,, , RAM,,. ( 1- ) ,,... : : /112
28 !.,.,,.,, (. 35 ) !., 25,. SG-CE Series PurePulse.,,,,,.,. SG-CE Series PurePulse SGSE_ _S1_UPS disposition_01 Min. 500mm / 19.7" Min. 500mm / 19.7" ( ).,. SG-CE Series kva PurePulse SG-CE Series kva PurePulse SG-CE Series PurePulse ,.. 28/112
29 SG-CE Series PurePulse SGSE_ _S1_UPS view bottom_01gb 31.11" 790mm 25.60" 650mm Battery 4.81" 122mm Mains input Output Load 4.97" 126mm 6.58" 167mm 33.47" 850mm SG-CE Series PurePulse - SGSE_ _S1_UPS view bottom_01gb 3.35" 85mm 6.50" 7.33" 165mm 186mm 32.88" 835mm 13.70" 348mm Battery 2.80" 71mm Mains input Output Load 2.96" 75mm 4.93" 125mm 33.47" 850mm SG-CE Series PurePulse - SG-CE Series PurePulse SG-CE Series kva PurePulse,, (.) SGSE_ _S1_UPS fixing_ SGSE_ _S1_UPS fixing_01 SGSE_ _S1_UPS fixing_ SG-CE Series PurePulse SG-CE Series PurePulse 29/112
30 SGSE_ _S1_RPA disposition_ge_01gb UPS 1 UPS 2 UPS RPA,., ( ),.,., : , 25, ,,,...! -., ( 1). 30/112
31 , ,,,.,.,,.!...,. =0,8,, 1000, Online SE Online SE SG-CE Series 60 PurePulse SG-CE Series 80 PurePulse SG-CE Series 100 PurePulse SG-CE Series 120 PurePulse /112
32 5.6 ( )..,,. = = SG-CE Series (ShockWatch TiltWatch),.. ( ), !.,. :.,. ( RPA ). CD-ROM,. 32/112
33 J10 SGSE_ _S1_UPS-P1-IM0175_01 J10 P1 P1 P1 - Power Interface SG-CE Series PurePulse SG-CE Series PurePulse P1, ( 5 ). ( )., J10 P1-Power Interface ( ). +20.,.!. GE,,.. 33/112
34 5.7! ,.,., PE.,,. F3).,,,,. BR1, BR2 BR3. ( ),, ( F1 F2).,,. BR1, BR2 BR = 2 = 3 = 4 = 5 = 6 = 7 = 34/112
35 5.7.2! TN.. 4- (. IEC 60634, IEC 61140, IEC 61557)...,.,,, (,, ). ( ).. TN.. :,.,.,..! ELCB ( ),,. ELCB ( ),.,.,.,, 1,6,., ( ), 20%. 35/112
36 = 2 = 3 = 4 = 5 = 6 = 7 = AgL / (3x380/220, 3x400/230, 3x415/240 ) F1 F2 F3 F4 SG-CE Series 60 PurePulse 3 x 100A 3 x 100A 3 x 100A 2 x 160A SG-CE Series 80 PurePulse 3 x 125A 3 x 125A 3 x 125A 2 x 250A SG-CE Series 100 PurePulse 3 x 160A 3 x 160A 3 x 160A 2 x 315A SG-CE Series 120 PurePulse 3 x 200A 3 x 200A 3 x 200A 2 x 355A ( 2 ) A, B, C, D, E, K / (EN) A B C + D + E K SG-CE Series 60 PurePulse 3 x x 25 4 x x SG-CE Series 80 PurePulse 3 x x 35 4 x x SG-CE Series 100 PurePulse 3 x x 50 4 x x SG-CE Series 120 PurePulse 3 x x 70 4 x x !,.!. 36/112
37 5.7.3 SG-CE Series PurePulse. 37/112
38 38/112
39 !. 1. :,..,..,,,.,.,,,. SGSE_ _S1_UPS connection_01 SGSE_ _S1_UPS connection_01 A A B C D Input mains / Battery / Output load Netzeingang / Batterie / Lastausgang Entrada red / Batería / Salida carga Entré réseau / Batterie / Sortie chargerico Ingresso rete / Batteria / Uscita carico Ingangsspanning / Batterij / Uitgang belasting Zapojení vstupní síte / Baterie / Zapojení výstupní záte e Wejscie sieci zasilajacej / Bateria / Obciazenie B C Input mains / Battery / Output load Netzeingang / Batterie / Lastausgang Entrada red / Batería / Salida carga Entré réseau / Batterie / Sortie chargerico Ingresso rete / Batteria / Uscita carico Ingangsspanning / Batterij / Uitgang belasting Zapojení vstupní síte / Baterie / Zapojení výstupní záte e Wejscie sieci zasilajacej / Bateria / Obciazenie D SG-CE Series PurePulse SG-CE Series PurePulse,, : A. B. C. D.!. 39/112
40 5.8.1 SG-CE Series PurePulse - ( ) SGSE_ _S1_UPS co nnection s eparate_01gb Battery X1 BR1 BR2 BR3 X1 + _ PE L1 L2 L3 X1 - Load N N L1-2 L1-1 L2-2 L2-1 L3-2 L3-1 X1 - Input Mains PE A PE SG-CE Series PurePulse -, : : 2.5. (+ / - / PE) M8. 22.»,. X1 / L1-1 + L1 L2-1 + L2 N L3-1 + L3 PE! BR1, BR2 BR3. X1 L1 L1 L2 L2 L3 L3 N PE + - PE : SG-CE Series PurePulse. -!!!,.,. 40/112
41 5.8.2 SG-CE Series PurePulse - ( ) SGSE_ _S1_U PS connection separate_01gb Battery X1 BR1 BR2 BR3 A X1 + _ PE PE L1 L2 L3 X1 - Load N N L1-2 L1-1 L2-2 L2-1 L3-2 X1 / 2 - Input Bypass L3-1 X1 / 1 - Input Rectifier SG-CE Series PurePulse -, : : 2.5. (+ / - / PE) M8. 22.»,. X1 / 1 X1 / 2 L1-1 L1 L1-2 L1 L2-1 L2 L2-2 L2 L3-1 L3 L3-2 L3 N ( ) PE! BR1, BR2 BR3 ( ). X1 L1 L1 L2 L2 L3 L3 N PE PE + - PE : SG-CE Series PurePulse. -!!!,.,. 41/112
42 5.8.3 SG-CE Series PurePulse - ( ) SGSE_ _S1_UPS connection separate_01gb Battery Q4 Q1 Q2 A _ + PE BR3 BR2 BR1 L1-1 L2-1 L Input Rectifier SG-CE Series PurePulse -, M8. 22.»,. L1-1 + L1 L2-1 + L2 N L3-1 + L3 PE! BR1, BR2 BR3. N PE L3 L2 L1 Load L1 L1 L2 L2 L3 L3 N PE + - PE : SG-CE Series PurePulse. -!!!,.,. 42/112
43 5.8.4 SG-CE Series PurePulse - ( ) SGSE_ _S1_UPS connection separate_01gb Battery Q4 Q1 Q2 A _ + PE BR1 BR2 BR3 L1-2 L2-2 L Input Bypass L1-1 N L2-1 L3-1 PE 1 - Input Rectifier SG-CE Series PurePulse -, M8. 22.»,. 1 2 L1-1 L1 L1-2 L1 L2-1 L2 L2-2 L2 L3-1 L3 L3-2 L3 N ( ) PE! BR1, BR2 BR3 ( ). L1 L1 L2 L2 L3 L3 N PE L3 L2 L1 Load + - PE : SG-CE Series PurePulse. -!!!,.,. 43/112
44 5.8.5 SG-CE Series PurePulse SG-CE Series PurePulse,,,.,.,., SEM mode (Super Eco Mode) SG Series PurePulse Q SG Series PurePulse Q2, Q2 -, (L1-1, L2-1 L3-1), BR1, BR2 BR % )..!,,. 44/112
45 5.9 RPA! (, ) , (5) (10) (a+b = c+d = e+f = i+l = m+n = o+p = q+r). : ±10%..!,.., RPA 1 = 2 = 3 = 4 = 5 = 6 = 7 = MCB 8 = 9 = = 1 k = 2 = 3 m = 4 = 5 o = 6 45/112
46 IM 0048 JP2 JP1 JP4 JP IM 0048 JP2 JP1 JP4 JP IM 0048 JP2 JP1 JP4 JP : 13 - RPA Board, J52 (A) J62 (B).,, RPA - P13 P34 Bus Interface, J J.. : ; ;,., ,.!, JA JB,. UPS 1 UPS 2 JB1 JB1 JP1 JP2 JB2 JP1 JP2 UPS 3 JB1 JB2 JP1 JP2 JA1 JP4 JP3 JA1 JA2 JP4 JP3 JA1 JA2 JP4 JP3 SGSE_ _S1_RPA-IM0048_01GB JA1 + JB1 JA2 + JB2 JA3 + JB3 Next parallel unit 4, 5, RPA -, JA JB,,.., 1 6,.. 46/112
47 JB1 JP1 JP2 SGSE_ _S1_RPA-IM0048_02 IM 0048 JP2 JP JP4 JP3 JA1 JP4 JP "P34 BUS Interface (IM0048)" JP1, JP2, JP3 JP4. JB1 JB2 JP1 JP2 SGSE_ _S1_RPA-IM0048_03 IM 0048 JP2 JP JP4 JP3 JA1 JA2 JP4 JP P34 - BUS Interface (IM0048) JP1, JP2, JP3 JP4.!, 2, ( 1 JA JB ) JP1, JP2, JP3 JP4 P34 Bus Interface (IM0048) /112
48 ! -.,. SGSE_ _S1_RPA connection_01. -, JB1 JB2 B JB SGSE_ _S1_RPA connection_02 JA1 JA2 JA JA (1/2/3/4/5) JB (1/2/3/4/5) RJ- JA JB, P34 Bus Interface (IM0048) ( J52( ) J62( ) P13 RPA Board ). JA (1/2/3/4/5) JB (1/2/3/4/5), " " " " A 48/112
49 O FF SGSE_ _S1_RPA connection_03it JB1 JB JB1 JB2 JB JA1 JA JA1 JA2 JA JB1 JA1 JB2 UPS 1 UPS 2 JA Prossima unità parallela 3, 4, 5, 6 JA-1/2/3/4/5 JB-1/2/3/4/ ! JA JB.,,, JA JB. JA-1/2/3/4/5 JB-1/2/3/4/5,, ( ),., JA JB.!,,,. 49/112
50 ,, : : 1. :,,,,,,,,,,,, ; 2.,... 50/112
51 6.2 (I) (O). 5. (EPO). Total Off Total Off.,. : COMMANDS / REQUEST TOTAL : Total Off Q2. }Home\Commands COMMANDS Total Off : COMMANDS / RESET TOTAL RESET TOTAL REQUEST TOTAL s 8 : Total Off ( Q1 ). Total Off Q1 ).!. 51/112
52 Stop Operation ( ) ( = 3.),, :,. (> 125 %). ( ),.. ( ), "MUTE".,, Q1. ( ),,,.,, ( ) ) Q1,,,.., :,.,. ( )... 52/112
53 7 7.1 : METER (. 7.2.) ALARM, (,,,,.) ). SETUP. (. 7.4.) CMDS ) 5.,. 5,,,,., /112
54 SG Series S1 100 ( ). A : 6% 25%. : 5%. A,B 26% 50%. A,B,C 51% 99%. Min:., 25%. A 26% 50%. A,B 51% 75%. A,B,C 76% 100%. A,B,C,D 101% 124%. D 125% a 4b Q1 8-9 (Q2) 10 : (Q2) 54/112
55 7.2 Meter,.. :..., 3. }Home\Meter BATTERY V 409 V I 5.0 A T +25 C Charge level 80 % Autonomy 12 Min V. I ( ). T ( SENSOR DISABLE, ). Charge level. Autonomy. }Home\Meter RECTIFIER f : 50.0 Hz L12 : 397 V Vdc : 409 V L23 : 395 V Idc1 : A L31 : 393 V Idc2 : 0.0 A f. L12 L23. L31 Vdc. Idc1. Idc2 ( 12-). }Home\Meter MAINS f L1 L2 L3 BYPASS FREE 50 Hz 230 V 229 V 231 V f L1 L2 L3 Bypass. 3-. : /. 55/112
56 }Home\Meter INVERTER f. f L1 L2 L3 T SYNCHRIZED 50 Hz 230 V 230 V 230 V +25 C L1 L2 L3 T.. - ( / ). }Home\Meter SYSTEM LOAD L1 : 230 V 725 A 50 % L2 : 230 V 58.0 A 40 % L3 : 230 V 43.5 A 30 % LOAD INVERTER - 1 V A %. : ). ( - : ).,. }Home\Meter SYSTEM LOAD L1 : 26.7 kw 16.7 kva 50 % L2 : 21.4 kw 13.4 kva 40 % L3 : 16.0 kw 10.0 kva 30 % }Home\Meter LOAD INVERTER COUNTERS Bypass mains failure : 53 Rectifier mains failure : 35 Overloads : 15 InvOperTime [h] : 2135 UPSOperTime [h] : 3125 }Home\Meter MAINS NUMBER OF FAST TRANSIENTS <2ms >2ms >5ms >10ms SEM RATE = 70 % - 2 kw ( ) ( : ). kva % ( ) ( : ). ( - : ).,. ( )... (). ().... % (100= ; 0= ) SEM (Super Eco Mode). 56/112
57 7.3, Alarms,., 255, ( 1, ). :... r s.. 8., 3. GE, ( ). }Home\ Alarm ALARM LEVEL 1 : USER LEVEL 2 : SERVICE s 8 LEVEL LEVEL }Home\Alarm\User NR = C = 4404 K6 CLOSING FAILURE S = NR = C = 4583 COMMAND TO SYNCHRIZE S = r s NR ( 255 -, 1 - ).,. C GE. S. 57/112
58 7.3.1 ( ), GE Power Diagnostics, GE Data Protection GE Service Software. : ( «alarm» ), (, «alarm» ) SETUP VALUES LOST REGULATI BOARD FAILURE UPS FAILURE BUS JA CRC FAILURE BUS JB CRC FAILURE BUS JA FAILURE BUS JB FAILURE CNECTIVITY BUS FAILURE RECTIFIER FUSES FAILURE JA JB JA JB 4102 K4 CLOSING FAILURE K4 OPENING FAILURE BATTERY FUSES RECTIFIER OVERTEMPERATURE,. DSP,, 3., Q1. JA.. JA. JB..,.. 4,... 4,..., ( ),, /112
59 RECTIFIER TRANSFORMER OVERTEMPERATURE RECTIFIER MAINS OUT OF TOLERANCE LOW BATTERY VOLTAGE HIGH BATTERY VOLTAGE BATTERY EARTH FAULT 4118 BATTERY FAULT HIGH DC RIPPLE TURN RECT. OR SHUTDOWN UPS RECTIFIER CTROL FAILURE ISMAX DETECTI RECTIFIER RECTIFIER CURRENT MAX K7 CLOSING FAILURE K7 OPENING FAILURE INVERTER TRANSFORMER OVER TEMPERATURE DC FUSES FAILURE DRIVER FAILURE (IS-max) 7 7..,,. (,, ). ( 3 ).,...,.. ( )..... ( ). 3 )... 7,... 7,.....,. (- ) (- ) F1... ( ).,. 59/112
60 IGBT RECTIFIER DRIVER FAILURE INV. VOLTAGE OUT OF TOLERANCE ISMAX DETECTI 4321 HIGH CURRENT SHARING INVERTER CTROL FAILURE K6 CLOSING FAILURE 4405 K6 OPENING FAILURE SSM FAILURE K8 CLOSING FAILURE K8 OPENING FAILURE BYPASS MAINS OUT OF TOLERANCE K3 CLOSING FAILURE K3 OPENING FAILURE NO INVERTER POWER IGBT (Is) 6 6 SSM FAN FAILURE IGBT.., (+/-10%).. (Is),. 3.,.,,,. 6,... 6,.., ). 8,... 8,.., (+/-10%). 6,. 3,, F8 / F9 Q3..,. 3,, F8 / F9 Q %.,.. 60/112
61 LOAD LOCKED MAINS LOAD MAINS BY ERROR DETECTOR EMERGENCY ACTIVATED 4570 OVERLOAD OVERLOAD: LOAD MAINS INVERTER AND MAINS NOT SYNCH. BATTERY OVERTEMPERATURE BATTERY POWER INSUFFICIENT : 4700 DC LOW POWER SUPPLY BOARD FAILURE LOSS OF REDUNDANCY LOAD LOCKED INVERTER 4955 OVERTEMPERATURE LOAD DUE TO EXTENT. OVERLOAD LOAD DUE TO UBATT. OR TEMP. ) ),. 3 (30 ). (30 ).,.,. 6 SSM ( 3). 125%- 150% %,. 100%,., 6... ).,, (3 ). ( U_MIN_CELL),, U_NOM_CELL/, (30 )..,.,. - % ) /112
62 RECTIFIER MAINS OK BATTERY TEST STARTED BATTERY TEST STOPPED RECTIFIER RECTIFIER GENERATOR GENERATOR INVERTER CANNOT BE TURNED INVERTER CANNOT BE TURNED INVERTER INVERTER BYPASS MAINS OK COMMAND LOAD NO BYPASS POWER MULTIPLE LOAD TRANSFER BYPASS LOCKED BYPASS FREE TOTAL DETOUR (,, )..,... : / EPO / UDC. ( 1-11, 22). ( 1-11, 22).. : 7 EPO ( ),. (,, )... (,, ). 6 7 : EPO / / / 6. 2, (30 ).. 6,.. 6. total off Q1., Q2. 62/112
63 DETOUR COMMAND LOAD MAINS COMMAND LOAD INVERTER NO MORE OVERLOAD INVERTER AND MAINS SYNCHRIZED COMMAND NOT TO SYNCHRIZE COMMAND TO SYNCHRIZE COMMAND UPS COMMAND UPS STAND BY Q1 OPEN Q1 CLOSED BATTERY TEST IMPOSSIBLE REMOTE CTROL, Q » Q1 Q1., (4411)., (4410) SEM. Online,. SEM,., Q1., Q1. ( 1 ): 10% 80%. ( ): 0 = ; 1 = ; 2 = REMOTE CTROL. 63/112
64 SG-CE Series PurePulse,,.,. : - - :.... :... : : :.. /..... /.... : ( 10),. : LED 1 q q 253 LED 2 q q 252 LED 3 q q 251 LED 4a q q 250 LED 4b q q 249 LED 5 q q 248 LED 6 q q 247 LED 7 q q 246 LED 8 q q 245 LED 9 q q 244 LED 10 q q 243 LOAD % 242 BATTERY : : : /112
65 7.4, SETUP.,,.,. :... 8 : ESC r s,...,...., 3. }Home\Setup UPS IDENTIFICATI ID : UPS 0 Model : SG Series S1 100kVA S/N : S UPS SW Version : xxx Display SW Version : xxx ID RPA (0 ). Model S/N UPS SW,.. Display SW -. 65/112
66 }Home\Setup SETUP LEVEL 1 : USER LEVEL 2 : SERVICE s 8 LEVEL 1,. LEVEL 2.. }Home\Setup\User DATE AND TIME D M Y Date : H M S Time 15:37:25 s Date Hour }Home\Setup\User MODEM Enabled : N Init : BEQV1X3&D0S0=2 Alarm call : N Delay : 30 sec Tel 1 : 1 Tel 1 enabled : N s 1 Enabled.. J3 P4 Init. 40.,., 40. Alarm call Yes/No,. Yes,. Delay.,,,. Tel ,. Tel 1 enabled Yes/No,. 66/112
67 }Home\Setup\User MODEM Tel 2 : 2 Tel 2 enabled : N Tel 3 : 3 Tel 3 enabled : N Tel 4 : 4 Tel 4 enabled : N s 2 Tel 2. Tel 2 enabled Yes/No,. Tel 3 Tel 3 enabled Tel 4. Yes/No,.. Tel 4 enabled Yes/No,. }Home\Setup\User PRINTER Baud Rate : 2400 Parity : 0 Bits : 8 Handshake : X s.,,,,. RS232.,. Baud Rate. Parity Bits Handshake. ( ), ( ) (NO)., No Parity (NO), 8 bits, "Bits"..,. «X» X/X «NO».!,,, : 2400/8/N (2400, 8, ) }Home\Setup\User PRINTER COMMANDS Print Measures : N Print Alarms : N Print Parameters : N Print All : N s Print Measures Print Alarms Print Parameters Y/N. Y/N. Y/N User&Service Parameters. Print All Y/N Metering, Alarms, User Service Parameters. 67/112
68 }Home\Setup\User DISPLAY UPS name : SG Series Language : ENGLISH Contrast s UPS N me, 9 ). Contrast, 10. Language,. :,,,,,,,,,,,,. }Home\Setup\User SUPER ECO MODE Enabled : N DAY OF WEEK d1 d2 d3 d4 d5 d6 d7 HOURS / DAY SUPER ECO MODE RPA). Enabled (Y / N) SEM mode ). Y, SEM mode. / SEM mode., 1- VFI ( Y / N, )., SEM mode. N, VFI /. DAY OF WEEK (d1 d7): SEM, d1 d7 ( ), SEM mode : SEM START: SEM STOP:, SEM mode. SEM mode SEM STOP ( SEM STOP, SEM START, SEM STOP )., SEM mode. SEM mode SEM START (, SEM STOP, SEM START ). SEM START SEM STOP, SEM START SEM STOP. HOURS/DAY: SEM mode ( d1 - d7 - ). 68/112
69 SEM : 1: SEM mode SEM START 00:00 SEM STOP 23:59, 1 On-line 1 : d2-00:00 23:58 ( On-line 23:58 00:00 ). d1 - d2 - d3 - d4 - d5 - d6 - d7 - SEM START 00:00 00:00 00:00 00:00 00:00 00:00 00:00 SEM STOP 23:59 23:58 23:59 23:59 23:59 23:59 23:59 2: SEM STOP SEM START. SEM START 18:00, SEM STOP 06:00 d4 ()., d4 - SEM mode 00:00 06:00 18:00 23:59. d1 - d2 - d3 - d4 - d5 - d6 - d7 - SEM START 00:00 00:00 00:00 18:00 00:00 00:00 00:00 SEM STOP 23:59 23:59 23:59 06:00 23:59 23:59 23:59 3: SEM mode. SEM mode (d3 - d7 - ) 18:00 06:00 (d1) (d2), : d1 - d2 - d3 - d4 - d5 - d6 - d7 - SEM START 00:00 00:00 18:00 18:00 18:00 18:00 18:00 SEM STOP 23:59 23:59 06:00 06:00 06:00 06:00 06:00 4: SEM mode (d3) (d4) 18:00 06:00, (d7) 12:00 13:00, (d1) (d2) 20:00, : d1 - d2 - d3 - d4 - d5 - d6 - d7 - SEM START 00:00 00:00 18:00 18:00 00:00 00:00 12:00 SEM STOP 23:59 20:00 23:59 06:00 06:00 00:00 13:00 SEM START SEM STOP, SEM mode., SEM START SEM STOP. 69/112
70 , d6 -, SEM mode. 5:, 4, : d1 - d2 - d3 - d4 - d5 - d6 - d7 - SEM START 00:00 00:00 18:00 18:00 06:00 09:00 12:00 SEM STOP 23:59 20:00 18:00 06:00 06:00 09:00 13:00 SEM START SEM STOP SEM mode 18:00 d3-06:00 d4 ( SEM STOP d4 - )., 00:00 06:00.! SEM mode, : ( ). SEM mode SEM mode,.! SEM mode,. 70/112
71 7.5 COMMANDS.. :.. s. 8., 3. }Home\Commands COMMANDS LAMP TEST INVERTER INVERTER 1 LAMP TEST (, ). INVERTER. s 8 INVERTER. }Home\ Commands COMMANDS RESET TOTAL REQUEST TOTAL 2 RESET LOAD Total Off. REQUEST LOAD Total Off. s 8 Total Off : }Home\Commands COMMANDS }Home\Commands COMMANDS RESET TOTAL RESET TOTAL REQUEST TOTAL CANCEL TOTAL EXECUTE TOTAL Total Off REQUEST TOTAL. s 8 s 8 71/112
72 8.!,,.,.,..,,,.,.,,., GE Global Services. UPS UPS,. 8.1 SG-CE Series PurePulse 8.2 SG-CE Series PurePulse 72/112
73 SGSE_ _S1_Q1-Q2-Q4_GE_ SG-CE Series PurePulse SG-CE Series PurePulse!,,,.,,., :.. Q1, Q2 Q4 ( 0). SG-CE Series PurePulse Q1 Q2 Q4 SG-CE Series PurePulse a 4b Q1 8-9 (Q2). 10 Inverter Inverter Total Off Stop Operation Alarm Operation 1. (, ). SELFTEST. - «OK».,.. Overall test results Test1 OK Test7 OK Test2 OK Test8 OK Test3 OK Test9 OK Test4 OK Test10 OK Test5 OK Test11 OK Test6 OK. 1 (Mains Rectifier OK) 2 (Mains Bypass OK). MUTE. Alarms. 73/112
74 SG-CE Series PurePulse,..!.. : 8. ESC... }Configuration DISPLAY CFIGURATI Select language : ENGLISH Select language,. ESC 8 }Configuration UPS CFIGURATI Input frequency : 50 Hz Output frequency : 50 Hz Inverter voltage : 230 V ESC 8 (50 / 60 ). (50 / 60 ). (220 / 230 / 240 ). 74/112
75 }Configuration BATTERY CFIGURATI Type : Lead Acid Float voltage : 409 V Recharge current : A Autonomy time : 012 min Stop Operation time : 003 min Capacity : 0075 Ah Cells : 180 ESC 8 (Lead Acid / NiCd / Boost).. Lead - Acid (VRLA), NiCd. NiCd NiCd. Boost. Float voltage. Float voltage = x. : (VRLA): x 2.27 = NiCd : x 1.41 = NiCd : 1.41 (1.55..) 281. x 1.41 = 397 (436). : x 2.23 = : 2.23 (2.35..) x 2.23 = 402 (423) 413 (435) Recharge current. Max 20% ( ). : max 20A. Autonomy time.,. (VRLA) 180. ( ) PF=0.8 U = 409 (2.27.) A 2x50A 2x75A 4x50A 4x75A SG-CE Series 60 PurePulse SG-CE Series 80 PurePulse SG-CE Series 100 PurePulse SG-CE Series 120 PurePulse , GE. Stop Operation time Capacity. Cells,. Float voltage. : / / / 2 }Configuration CFIGURATI Save and exit? Yes. GE,. 75/112
76 2. Q4 (. I). 3. Q1 (. I).., LOAD SUPPLIED BY AUTOMATIC BYPASS. 4..!,! 5. Inverter ( I ) Alarm, Operation. LOAD SUPPLIED BY INVERTER.! 10,. 76/112
77 8.1.2 : Load supplied from Inverter. 1. Inverter ( O ), 5 ( ) Alarm, Operation. LOAD SUPPLIED BY AUTOMATIC BYPASS. 2. Q2 (. I). Q2. 9 ( ). LOAD SUPPLIED BY AUTOMATIC BYPASS AND MANUAL BYPASS Q2. 3. Q1 (. 0) Total Off... LOAD SUPPLIED BY MANUAL BYPASS Q2. 4. Q4 (. 0) DC-.! 5.,. 77/112
78 8.1.3 on-line : Load supplied from Manual Bypass Q2. 1. Q4 (. I). 2. Q1 (. I). Q , LOAD SUPPLIED BY AUTOMATIC BYPASS AND MANUAL BYPASS Q Q2 (. 0).. 9 ( ). LOAD SUPPLIED BY AUTOMATIC BYPASS. 5. Inverter ( I ).. 5 ( )... Alarms, Operation. LOAD SUPPLIED BY INVERTER. 78/112
79 8.1.4!,. : Load supplied from Inverter. 1. Total Off..,. 3, 5, 10. Alarm, Operation. 2. Q1 (. 0). 3. Q4 (. 0) DC ! 5.,. 79/112
80 8.1.5 Total Off!, Total Off : Q1 Q4, Q2. Total Off..,. Alarm. 1. Total Off. Total Off : COMMANDS / RESET TOTAL., 3.. }Home\Commands COMMANDS RESET TOTAL REQUEST TOTAL s 8 LOAD SUPPLIED BY AUTOMATIC BYPASS. 2. Inverter ( I ).. 5 ( )... Alarms, Operation. LOAD SUPPLIED BY INVERTER. 80/112
81 8.1.6 EPO ( ) NOTE!, EPO: Q1 Q4, Q2. EPO )..,. Alarm. 1. EPO. MUTE. Alarm. 2. Inverter ( O ).., 3.. LOAD SUPPLIED BY AUTOMATIC BYPASS. 3. Inverter ( I ).. 5 ( )... Alarms, Operation. LOAD SUPPLIED BY INVERTER. 81/112
82 SGSE_ _S1_Q1-Q2-Q4_GE_ SG-CE Series PurePulse SG-CE Series PurePulse!,,,.,,., :.. Q1, Q2 Q4 ( 0). SG-CE Series PurePulse Q1 Q2 Q4 SG-CE Series PurePulse a 4b Q1 8-9 (Q2). 10 Inverter Inverter Total Off Stop Operation Alarm Operation 1. (, ). SELFTEST. - «OK».,.. Overall test results Test1 OK Test7 OK Test2 OK Test8 OK Test3 OK Test9 OK Test4 OK Test10 OK Test5 OK Test11 OK Test6 OK 1 (Mains Rectifier OK) 2 (Mains Bypass OK). MUTE. Alarms. 82/112
83 SG-CE Series PurePulse,..!.. : 8. ESC... }Configuration DISPLAY CFIGURATI Select language : ENGLISH Select language,. ESC 8 }Configuration UPS CFIGURATI Input frequency : 50 Hz Output frequency : 50 Hz Inverter voltage : 230 V ESC 8 (50 / 60 ). (50 / 60 ). (220 / 230 / 240 ). 83/112
84 }Configuration BATTERY CFIGURATI Type : Lead Acid Float voltage : 409 V Recharge current : A Autonomy time : 012 min Stop Operation time : 003 min Capacity : 0075 Ah Cells : 180 ESC 8 (Lead Acid / NiCd / Boost).. Lead - Acid (VRLA), NiCd. NiCd NiCd. Boost. Float voltage. Float voltage = x. : (VRLA): x 2.27 = NiCd : x 1.41 = NiCd : 1.41 (1.55..) 281. x 1.41 = 397 (436). : x 2.23 = : 2.23 (2.35..) x 2.23 = 402 (423) 413 (435) Recharge current. Max 20% ( ). : max 20A. Autonomy time.,. (VRLA) 180. ( ) PF=0.8 U = 409 (2.27.) A 2x50A 2x75A 4x50A 4x75A SG-CE Series 60 PurePulse SG-CE Series 80 PurePulse SG-CE Series 100 PurePulse SG-CE Series 120 PurePulse , GE. Stop Operation time Capacity. Cells,. Float voltage. : / / / 2 }Configuration CFIGURATI Save and exit? Yes. GE,. 84/112
85 2. Q4 (. I). 3. Q1 (. I). Q1,., LOAD SUPPLIED BY AUTOMATIC BYPASS. 4..!,! 5. Inverter ( I ) ,,. Alarm, Operation. 6. Inverter ( I ).,.,,. Alarms, Operation. LOAD SUPPLIED BY INVERTER.! 10,. 85/112
86 8.2.2 ( Q2 ) :. 1. Inverter ( O ), 5 ).. 5. Alarms, Operation. LOAD SUPPLIED BY AUTOMATIC BYPASS. 2. Q2 (. I). Q2. 9 ( ). LOAD SUPPLIED BY AUTOMATIC BYPASS AND MANUAL BYPASS Q2. 3. Q1 (. 0) Total Off... LOAD SUPPLIED BY MANUAL BYPASS Q2. 4. Q4 (. 0) DC-.! 5.,. 86/112
87 8.2.3 on-line : Q2. Q2. 1. Q4 (. I). 2. Q1 (. I)., Q LOAD SUPPLIED BY AUTOMATIC BYPASS AND MANUAL BYPASS Q Q2 (. 0).. LOAD SUPPLIED BY AUTOMATIC BYPASS. 87/112
88 5. Inverter ( I ).. 5 ( )..,,. 6. Inverter ( I ).,.. 5 ( )..,,. Alarms, Operation. LOAD SUPPLIED BY INVERTER. 88/112
89 8.2.4 ( ) :.,.!, J52 (A) J62 (B),,. : Load supplied from all Inverters of the Redundant Parallel System. 1. Inverter ( O ), 5 ( ).. O,., ).. 2. Q1 (. 0). Alarms, Operation. 7 (Q1 ). 89/112
90 3. Total Off 7 (Q1 ). Total Off (. 7.5): COMMANDS / REQUEST TOTAL }Home\Commands COMMANDS RESET TOTAL REQUEST TOTAL s 8 4. Q4 (. 0) DC-. 6..! 5.,.!. 90/112
91 8.2.5 :.,.!, J52 (A) J62 (B),.., :.. Q1, Q2, Q4. 0). 1. (, ). SELFTEST., Test Completed OK... Overall test results Test1 OK Test7 OK Test2 OK Test8 OK Test3 OK Test9 OK Test4 OK Test10 OK Test5 OK Test11 OK Test6 OK. 2 ( ). MUTE. Alarms. 2. Q4 (. I). 91/112
92 3. Q1 (. I)., Inverter ( I ).. Alarms, Operation. LOAD SUPPLIED BY INVERTER. 92/112
93 8.2.6!, : Load supplied from all Inverters of the Parallel System. 1. Total Off..,. 3, 5, 10. Alarm, Operation. 2. Q1 (. 0). 7 (Q1 ). 3. Q4 (. 0) DC All LEDs are.! 5.,. 93/112
94 8.2.7 Total Off!, Total Off : Q1 Q4, Q2. Total Off..,. Alarm. 1. Total Off. Total Off, : COMMANDS / RESET TOTAL., 3. }Home\Commands COMMANDS RESET TOTAL REQUEST TOTAL s 8. Alarm. LOAD SUPPLIED BY AUTOMATIC BYPASS. 94/112
95 2 Inverter ( I ).. 5 ( )... Alarms, Operation. 3. Inverter ( I ).,.. 5 ( )..,,. Alarms, Operation. LOAD SUPPLIED BY INVERTER. 95/112
96 8.2.8 EPO ( ) NOTE!, EPO: Q1 Q4, Q2. EPO ( )..,. Alarm. 1. EPO. MUTE. Alarm. 2. Inverter ( O )., 3.. Inverter,. LOAD SUPPLIED BY AUTOMATIC BYPASS. 96/112
97 3 Inverter ( I ).. 5 ( ). 5.,,. 4. Inverter ( I ).,.. 5 ( )..,,. Alarms, Operation. LOAD SUPPLIED BY INVERTER. 97/112
98 9 9.1 J3 - RS232 ( D - 9.) IMV Pin 2: TX ( ) Pin 3: RX ( ) Pin 5: GND X1 B J3 J2 ( D 25.) J2 / 1, 2, 3 - NO, C, NC -. RL=1) J2 / 4, 5, 6 - NO, C, NC - (. RL=3) J2 / 7, 8, 9 - NO, C, NC -. RL=5) J2 / 14, 15, 16 - NO, C, NC - (. RL=2) J2 / 17, 18, 19 - NO, C, NC -. RL=4) J2 / 20, 21, 22 - NO, C, NC - (. RL=6) X2 JP3 X1 J2. X1 J2 Q1, EPO J2 A J2 X1 X1 / 1, 2, 3 - NO, C, NC -. RL=1) X1 / 4, 5, 6 - NO, C, NC - (. RL=3) X1 / 7, 8, 9 - NO, C, NC -. RL=5) X1 / 12, 13, 14 - NO, C, NC - (. RL=2) X1 / 15, 16, 17 - NO, C, NC -. RL=4) X1 / 18, 19, 20 - NO, C, NC -. RL=6) 9 1 J3 X2 EPO ( ) X2 / 1, 2 J2 / 12, 25 NC EPO (Emergency Power Off) : JP3 P4 Customer Interface board. SGSE_ _S1_Customer interface_02 X1 / 10, 21 J2 / 10, 23 NO (. = RL1) X1 / 11, 22 J2 / 11, 24 NO / (. = RL2) NO =. C = NC =. A-J2 B-J3 SNMP ). X1 J2 6 27, EPO 27- SEM Mode. (NO), : X1/10, 21 - J2/10, 23 X1/11, 22 - J2/11, 24 ( ): , K )» :. = / ~: 24 / 1.25A IEC 950 (SELV ). : 5 =/50mA 98/112
99 9.1.1 J3 - RS232 ( D-, 9 - ) SGSE_ _S1_J3_01 GE Power Diagnostics, GE Data Protection GE Service Software. J3 J3 - RS J J11 - RS232 ( D-, 9 - ) - SGSE_ _S1_J11_01 ARGUS - Control Network Software ( ) J11 4,., (. 7.5 ) J11 RS232 1:1 DB9m DB9f. J11 - RS232 (, 1). J11.! J11 J3. 99/112
100 9.1.3 ( ) 6,. J2- (sub D, female 25 pin) X1. : X1 / 1, 2, 3 J2 / 1, 2, 3 (NO, C, NC). RL=1) X1 / 4, 5, 6 J2 / 4, 5, 6 (NO, C, NC). RL=3) X1 / 7, 8, 9 J2 / 7, 8, 9 (NO, C, NC). RL=5) X1 / 12, 13, 14 J2 / 14, 15, 16 (NO, C, NC). RL=2) X1 / 15, 16, 17 J2 / 17, 18, 19 (NO, C, NC). RL=4) X1 / 18, 19, 20 J2 / 20, 21, 22 (NO, C, NC). RL=6),..! X1 J2, Q1, «16» «26 EPO» ( 9.1), : X1 / 10, 21 J2 / 10, 23 1 (. = ) (RL1) X1 / 11, 22 J2 / 11, 24 2 (. = /GEN ) (RL2) 100/112
101 9.1.5 EPO (Emergency Power Off) :! X2 SGSE_ _S1_X2 EPO_01 JP3 J X2 J2 EPO ( ) X2 / 1, 2 J2 / 12, 25 P4 - Interface Customer., X2. K3, K4, K6 K7,,.!.! JP3 P4 - Customer Interface,, X2 J2. Customer Interface ( 3) EPO Customer Interface, X2 JP3 P4 Customer Interface.. EPO, : EPO ( X2 / 1, 2). O (Inverter off. 6.2). O (Inverter off),, Q1. 101/112
102 9.1.6 (GEN ),,,, X1 / 11, 22 or J2 / 11, 24 ( ) ):,,.,. (NO) , (NO) X1 / 10, 21 J2 / 10, 23, Q2. ( ). (NO), K /112
103 SGT5000_OP T_RMS_ SNMP SNMP Ethernet SNMP. NMS ) (, GE Power Diagnostics, GE Data Protection GE Service Software),. GE Power Diagnostics C GE s Power Diagnostics IRIS.,,,, RM&D.,,. GE Data Protection GE Data Protection RS-232, USB SNMP. (, ),.,. g GE Digital Energy Stop Alarm Mute Test (RSB),,,. 10.2, RPA 6 (APS) 24 = 103/112
104 SGSE_ _OPT_Trafo cabinet_01 SGSE_ _OPT_EMI cabinet_01 SGSE_ _OPT_EMI cabinet_01 SGSE_ _OPT_B1 cabinet_01 SGSE_ _OPT_B1 cabinet_01 SGSE_ _OPT_Trafo cabinet_01 TM S GSE_ _O PT_B2 cabinet_01 S GSE_ _O PT_B2 cabinet_ : 500 x 850 x 1900., ) IEC / Category C2 ( Class A). : 350 x 850 x : 350 x 850 x ( ): 850 x 850 x x 850 x A, 2 x 50A 2 x 75A ( ): 75A : 850 x 850 x x50A : 850 x 850 x x75A : 1500 x 850 x 1900 ISM_Cabinet_GE_01 ISM ISM. (Static Transfer Switch STS),. : 350 x 190 x 584 ( ) RPA ( RPA).!,,»,. 104/112
105 10.4 SG-CE Series PurePulse 1 SGSE_ _S1_UPS+EMC_GE_01 1 SGSE_ _S1_UPS+TF_GE_01 1 SGSE_ _S1_UPS+EMC+TF_GE_ mm 350mm 650mm 500mm 650mm 350mm 500mm 1000mm 1150mm 1500mm SGSE_ _S1_UPS+EMC+B1+B2+B3_GE_ = SG-CE Series PurePulse 650 x 850 x = 350 x 850 x mm 850mm 850mm mm 350mm SGSE_ _S1_UPS+EMC+TF+B1+B2+B3_GE_ = 500 x 850 x = 75A 850 x 850 x = 2x50A 850 x 850 x = 2x75A 1500 x 850 x mm 850mm 850mm 650mm 350mm 500mm SG-CE Series PurePulse EMC EMC (500x850x1900 ) (850x850x1900 ) (1500x850x1900 ) 75A (850x850x1900 ) 2x50A (850x850x1900 ) 2x75A (1500x850x1900 ) ) ( 2) ( ) ( 2) ( ) ( 2) ( ) ( ) ( ) ( ) ( ) ( ) SG-CE Series 60 PurePulse SG-CE Series 80 PurePulse /112
106 10.5 SG-CE Series PurePulse 1 SGSE_ _S1_UPS+EMC_GE_01 1 SGSE_ _S1_UPS+TF_GE_01 1 SGSE_ _S1_UPS+EMC+TF_GE_ mm 350mm 835mm 500mm 835mm 350mm 500mm 1185mm 1335mm 1685mm SGSE_ _S1_UPS+EMC+B1+B2+B3_GE_ = SG-CE Series PurePulse 835 x 850 x = 350 x 850 x mm 850mm mm 4 835mm 1 350mm SGSE_ _S1_UPS+EMC+B1+B2+B3_GE_ = 500 x 850 x = 75A 850 x 850 x = 2x50A 850 x 850 x = 2x75A 1500 x 850 x mm 850mm 850mm 835mm 350mm 500mm SG-CE Series PurePulse EMC EMC (500x850x1900 ) (850x850x1900 ) (1500x850x1900 ) 75A (850x850x1900 ) 2x50A (850x850x1900 ) 2x75A (1500x850x1900 ) SG-CE Series 100 PurePulse ) ( 2) ( ) ( 2) ( ) ( 2) ( ) ( ) ( ) ( ) ( ) ( ) SG-CE Series 120 PurePulse /112
107 !., (APS) 24 = SG Series PurePulse SGSE_OPT_APS_ _S1_ XA XA-1 = + XA-2 = - XA-3 = + XA-4 = - XA PA F40 XC PA N L F PA-N XC PA-L PA-PE PE N L M4x = SG- CE Series kva PurePulse PA = 24 = XA = 24 = F40 = 230 XA + ( ) PA - APS: + XA : XA-1 (+) XA ( ) PA - APS: XA : XA-2 (-) PA-L ( ) PA - APS: L F40 : L PA-N ( ) PA - APS: N XC : N PA-PE ( ) PA - APS: PE : PE!. 107/112
108 (APS) 24 = SG Series PurePulse SGSE_OPT_APS_ _S1_01 F PA N L PA-N XC PA-L PA-PE PE N L PA F40 XC M4x10 XA-1 = + XA-2 = XA-3 = XA-4 = - XA XA = SG- CE Series kva PurePulse PA = 24 = XA = 24 = F40 = 230 XA + ( ) PA - APS: + XA : XA-1 (+) XA ( ) PA - APS: XA : XA-2 (-) PA-L ( ) PA - APS: L F40 : L PA-N ( ) PA - APS: N XC : N PA-PE ( ) PA - APS: PE : PE!. 108/112
109 XB1 XB2 F50 XB (RSB),», 4.,,,. :,,. Alarm ) ( ). Stop ). Mute ),. Test ),., (, ) D 25. (J2 P4 ).! X1 J2 ( 1-J2 9.1). J2 - SUB D - MALE B - C XB TERMINALS BLOCK white 20 brown 19 green 18 yellow black violet grey/pink 8 7 blue/red 6 white/green 5 brown/green 4 white/yellow 3 yellow/brown 2 1 blue red pink grey + _ L N 24V GND UTILITY FAILURE LOAD INVERTER 44 LOAD MAINS REMOTE SIGNALLING COMM ALLARM AUX. BUZZER STOP OPERATI P.S.: The above mentioned colors are suitables XY only for XY standard cable A IM6544 X15 X4 X3 J4 J5 J2 P4 - Customer Interface 130mm 5 1/4" in X1 J3 JP3 X C XB TERMINALS BLOCK g GE Digital Energy max 300m / 985ft CABLE TYPE XY 16 x 0,25mm pink + red grey + blue 216mm 8 1/2" in B J2 PLUG SUB D - MALE A SP_OPT_ _S7_RSB_01GB Mute Stop Alarm Test 77mm 3 in A B C X3, X4 X15. J2 ( D - 25 ) J2 ( D 25 ) P4 - Customer Interface Board. XB 24 =! J2, X1,.. 109/112
110 11!.,,.... (Service check), % DC 25 C 40 C 50,000 20,000 AC 40 C 50,000 P3 40 C 50, /112
111 ,,,,. 1,...,,,,, 8 90 %.,,, ,.,,. 25. a) b) c) d) e) f) g),.. ( ).., (- ) (- ).,,,..,,.,. h),.!,. 111/112
112 , :,,,. 112/112
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