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Liebert 50 and 60 Hz User's Manual

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1. Figure 11 One Line Drawing Single Input Configuration With Neutral Isolation 400 480 600V In Out 9 N I a 10 540 N 1 9 9 t me 0 7 2 y o YJENJANI M3183ANDJ 083 E Nea 1 SILON 335 mh 3SVHd 2 H V SILON 335 040030 8 3NIA P YO 96 NOIIVIUM 3SVHd 2 8 9 ANNDAD 3 JAIM t 1 1 sua 3usis 7 SSVdA8 3JNVN3INIVH 1 l 1 00817997 97689 0788146 214 SION OF Y OF sz 0 009 OF 6 vzo 05 s 6 7 98 89 2 Y 05 09 40 OF Y 6i 021 v or 009 v Oc 7 68 vor 74 113 14 089 102 x i 02 512 021 v 009 v OC 2 08 9NIBI 02114905 ANDIOVJj 20 0 a cz be bor 9NINEA 03114408 41313 zi 02 009 asm E wo amp 10347 nnno sro 48 TON 2 WNINON
2. EOS E PILAR 5 1 5 5 Remote Emergency Off 5 2 0 INSTALLATION 2 1 Safety cox du MEA A Bites AEE VRE RRA 6 2 2 UPS Installation sie Geshe egi 7 2 2 1 Installation Considerations lisse rrr 8 2 2 2 Unloading and External Inspection 8 2 2 8 Internal Inspection of the UPS System 8 22 4 Equipment Location ete et ht eR a de RACE S todo 9 2 3 Batteries et oC at ied ive ertt e o e 9 2 4 Electrical Wiring uus ER E 11 2 4 1 UPS Wire Size 11 2 4 2 Power amp Control Wiring 12 2 49 Battery WITTE ee Pu er Se XU ies eode buds tes 13 2 4 4 Wiring Connections eme e exa BE eae aa eR E 14 2415 ney eT eR CERES Rt er Yr 14 3 0 OPERATION 3 1 Control Display Panel 39 9 171 Control Buttons E AG tase hated 39 SCD AD ISP
3. 440 FINGOW AON3983W3 310538 SIN3ANOISSV Nid 804 58350 1540 AHL 1 9 380914 OL 3338 3 e t je 35280 38280 NOLLSANNOD NOUSANNOD 26658 qx1vs340 1001 3000 9 6 f 6225 6971 EC NM 1 IE 23 bg 28781 09 96 921 EREI 9 wi30 335 AMINA AGI 50018 IVNIWHL 1 10 19130 335 YvNOILdO HOLS ANvION SSVdAB 22 0696 21 095 8851 00 529 S3IMIN3 83404 4 31111 348508 080089 A 8r 751 0029 340 FINGOW 1v201 3NVd 1081 02 vido 335 8 1130 335 m 2 03148340 7001 AYMJYM TOULNOD 8000 gt 620814 2 Fees z 5 00 v4 I 00 62 31 Installation Figure 16 Connecting Terminal Details With Transformer Cabinet 98162 050 158511 16 82 00 lfidNI 55448 A009 303 YO 109170 A009 ADP N04 53480 35 OML 31 ANO 18435384 241 600050 ON
4. SI IIA 5 WALNGN 1 HDIJOGNUO 138403 V 0393015402 LACS ST AYN HARIXA 3H Di St LVHL 531915 950 31DN SI O1E JIN Il 907 109100 03194 71114 03546 SI 153108 13 18 2 23840 3549 E ENG 1 1344899 431148 i os E 252 2 i 9 5 292 052 939 300812313 m ME 58 28 EM DE 2 WOOT 591 2 TF pea aas ae eee oT 9 31UN 335 gt i NOUWLOY 5 2 V c 647080 JAIM 9 2 9 t 5 INANI San 26 7 0 CX sj X 3 Ae 4 D 211129 S310N 335 83183ANI 83183AN03 ANI INDYA 252 3SUHd 2 8 v QNnD39 SHIA 90 E 5 oe gt 2119 S310N 335 NOLIViON 3SVHd 2 8 GN UND 3 SSVdAB 3JNVNJINIVRE 0 6 46 01887998 D SUON vor Or oc vz 02 009 5 is 13 18 ttm EIN Y oc ve v 6l Y 5732 021 0 9 009 E 543 10 NUIL23LU2d Y y v v8 20A Ort v Or
5. ed e vs 60 445 Delayed Battery 60 4 4 6 Optional DC Ground Fault 60 4 4 7 Optional Remote Status 60 44 8 Bloor eis e eid 61 449 Optional Power 61 MAINTENANCE Routine Maintenance 64 Air Filter Maintenance usse E acd 64 Balke 64 54 38 Troubleshooting e UR Zea ede olen dae ide det 64 Battery Maintenance vs va PIER pu Re cupa VE MES 64 SPECIFICATIONS SYSLOT ev rod Met erede ert tod tutu aO E UC M NEAR oe 66 Physical 66 AC Epp ub 66 5 2 et Ae 66 Battery ies Sek on xem 2 66 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 Figure 23 Figure 24 Figure
6. 101105 5 V 803 T 91 4409 2190 ON SYQLINGNGD GNNoYS 03215 56 062 834 38 5901200 02 ONIGNNDYD 13215 WNWININ 9 5594 A802 ONY 1ndNI A009 08 00t 8 SLON 91 016 03150 0 38 INOS SSDIJT NOS COE 022 SAOANILNOD 1N3N8n2 901 1114 WNIWON 30 Set N3HNDAJSNVMIOIDY INANI EDS TERE IST SNOANILNOONON 68183534434 11231084 1 29 30N3HHDO3N 76 NDILVMAODIJNUO indNi SNDLLIGND2 3SVJ 1SSD 803 1933309 INIT 0332 3 AWN 15383102 2 08 23N 34 1132 81 7DA 02 19 NADHS 51 20 1 0 4831198 TWNIWON 79 2 81 ES 1 9154 TWULAGN 50907 Ne3NIT NDN IWOS 04 13311033 SI FAIA SLINUNOD 31949435 NI NNA 38 LSAW 537890 104100 ANY Sdn 3NIT 3ND MILAN 3498 7104 9 ONIAMMV2O IN3HND2 V C3N301SN02 SNUILIQNU2 09074370 38 01 SI 0 0 00 WaiN3N FHL 531615 52001 3i0N 91 JIN N 308 238 31198 303 lB HS 1 1 388 3 WhWIXVW 2 SLIMGNOD 3LVaVdIS NI NI 38 1508 NIAI N3 Od ANY ININIM JUSINDO 01 1901 104110 63198 717793 03578 51 143883 WON OWNIHUN I SILON a oan 25 22 aus A Ed x d ka 2 9289025 81 1 1 7 d E
7. MS VLOA MA VAN 3 TWNINON OVA 802 10410 2v Ave SSYdAg 7 Yatoa 1 Figure5 Line Drawing Single Input Configuration 400 480 600V 208V Out 21 Installation 98162 XD4 IAYO KUOTEI 4199911 ONIONNOYD 303 53400 19507 062 3121149 23N 01 33 3 12 3 1105 02 03310033 38 AVW 5 11 1051 GL 91130 55334105 30 53441 404 38100323 SI 12 4 02 79 4103 1 NV 104100 JALA b 3SvHd 9 803 494 052 23 4311 15 38 150 19204 02 3010312313 ONIGNNOYD 19303 v GNNGYD 01 G3dNOS 38 1518 104100 193103 1291434 3215 LINGNOD 1105 Dl 31914 103 531914 553039 78 8 31892 WDIIO08 SU 6 53400 71931819373 9207 ONY TWANOILYN 3949940999 NI 38 01 51 ONISIA 17 8 428005 3 100384 SI 7941038 v 54907 WalN3n 3NI1 803 el 310N 335 743810034 LON SI YOLINGNOD 19 413 NV AING SYON 359 4 404 4 211729 S31DN 335 NOILVIO 3SVHd 2 d V 313182 NI 83143ANUJ QN3 18084 6 v0 v0O eeoeiesn 540 324008 INANI
8. 39VL 0 9 aao 1 318 1 9NIAVBI 3NI1 3N SNOILIGNOD 3592 1550 804 1 8 3NI3 0332 3 AWW 1 2 SLINANOI 31949435 NAA 3H 150 531893 104100 GNY ANANI 540 6 5 07 MV3NIT NON 3405 503 13811038 SI IAA SNDILIGNOD QvOT183AU 1 C3LV8 ATING YOLINGNOD V 03843015402 2531198 ADA 1804 SI 143803 WDWIXVW 2 38 51 20137000 LVHl 531915 9901 JALON 91 08 JIN II ND CSS UR SILON 633 9064 FAAO 0501 SLINGNOD 3194 435 NI NO 38 LSAW 9 u3A Ud ANY 7041405 1949 1 i 30V4d38 3715 100409 11015 Ul 31974 a 6 052 318 1 JIN 334 1012 35319714 553239 318988384 1 ANIN3 37892 WUIIDS 40 401 6 43215 YOLINGNDD 300819979 ONIGNNDAD 323005 03 1830 AT31v vd3S SI 1140 NOLVIOS 51 53402 71991819373 79207 ANY HALA 3ONVGNUOO
9. I3NISVO AAWAOASNVSL NIW 540 VAX 57191230 ES 049354 21111 110 3215 3804 1 4 A009 A08 803 2078 181 038038 901 IHM 5914 Vid 060 805 x 8891 07 629 A009 0 4 209 288 095 ergi GTL EIFL Be YO 092 002 o 119130335 034 1 5 4802 4401 804 52018 CWNOUdO 4 335 3unon 335 114110 104 HOLMS ANVION SSVdAB NOILV2O1 30081233 DMY vif 0 0 1130 0 W430 335 22 0696 4 21 N d 9 A0bz 002 ANNOYS N iv 55 4 8 COL 3nd aNnoud EM 31n00H 01 00 WULNIN 7 OMY NIN 0 2 xvn OSI OL dm AINO 092 002 5 SNOLO3NNOO 37870 104100 19130 OMY NIN 0 7 2 002
10. N gt lt S31UN c rn jd Brees FOR Ze 1341893 BW3HMHOSNVHI 1 ge TE ans u o 1341993 18311986 9 5 92 A 2 92 052 23N 300212313 E 222 Ja 22 23 22 Ty t 2 9NIINDUNO 79201 13 18 2 Sdn i lt t 3 HS 31039H3 z wee SS 9 310N 335 N liv108 3 9 4 2 8 9 5 041050 4 3NIA N 0 5 E Sdn 0 Ore WAIT gt 214149 SALON 335 33123ANT 383183AN02 ANI 14944 m o 011910 359 4 2 4 080080 3 3818 b N C gt 2 1 2 0 E 0 I 559418 211915 27 vive N 335 559454 JONVNALNIVR ea Hep E GNDUND 3NIA p GE 1 m m ENA Np Rr FEES fad Su d EA 2 22 o c 01689961 1 0168 1966 l 9999 07694996 2 5108 oF 009 00 v 49 Oot SII v 18 ST OF E 0 8 91 2 2 06 ie 009 Of 9 009 o SUIHLO 011931089 v ss OF a i o 0 xr CA o d 02 9 009 09
11. 03811034 SI WaLNIN V 50907 WaLNAN 04 803 SLINGNDD 31988435 38 1508 A3A0d 7081409 73129154138 3215 LINGNOD 11085 01 31919 102 3531974 55322 37HVADW3S ASIN3 33890 041104 80 301 53400 1921812373 19211 NV 9 32 9 8 22 9 NI 38 01 1 TW 3asnns el 335 3810038 LON SI ADLINGNGD WaALN3N LNdNI NV 50907 3SvHd 381 803 5801300 03 941089 01 27 1091100 009 08 00 SAJWADISNYALOINY 104100 ANY SI SOLINCNOD WaLNAN NY INdINO 3SVHd V 904 alvladQddd ALON 91 016 23N 0315 04 GINOHS SHOLOnONOS 03215 411394 56 052 JAN 834 38 01 SAGLINGNOD 9 10 089 13715 9 936 022 JIN 33d SNONNTLNOD 143403 TINA TWNIWON 30 1521 71941123 831971051 Installation NOILYYNOT4NOD LAdNI 319NIS V 92 21 ES 119154 40 S3lliQvdWv 3 08v t 318491 NAGHS 1 348012 TVALNIN 035948 34 GQINOHS S LOn NUJ WaLNIN JHL 404 3215 JAA 5014 SQOANILNGONON 5143534438 1 3 IY 003 5 72 08 JIN 834 7132 51 10 082 NAUHS SI J9VLIDA A3311V8 392 052 23N 934 310312313 SNITNOD39 79207 310N 335 L 134895 83 8015 81 13N18VJ 45431198 1341892 340
12. H3d 1132 54110 0 6 1Y NMOHS SI ANJLLVE YVNIWON 5 31VNVd3S NI NAY 38 15 5378 2 LAdLNO ONY 1 SNOILIGNOD QVOTH3AO ONY AN3IIVB NOILVYNG LYOHS SI WnWIXVM 72 72 01 109100 Q31vs 7113 NO Q3sv8 51 2NZYYNO WON TWNIKON i ISILON 13NIBVO YANYOSSNV AL 1 2 AH3l1VB 7 13 8 5 540 1 339uvH23 1 1 1 Q 1 usurum N ne 540 gt 9 0 O lf i Vo 211119 SALON 335 SALYBANOD QN3 15084 NOU V1OU 3SYHd 0 8 ONnOND 7 2171479 SHON 335 2 021 802 NOuv1OH 2 B V 4 ONnON9 7 v OF SSVdAB OWLS i 1 1 SSVdAB JONVNALNIVAT 00687996 i 0159 t 08687957 S310N 001 vu v 28 5730 021 ror Hi 09 o v 08 V 95 sv 021 204 0 Oc SH3HLO NOUO31OMd 1 388 28 3 VNM 09 2 veo yor e zal 20 082 v Or INYM 0319975 AMOLOV4 ONIMIM 03144085 qni 09 4 vis 3739 m ven 90 092 eras 31084 NOIL NRAN
13. zH gyno LNSUNNOERAO vno 30994090 5409 134800 BOVLIOA MANYA 3 SM 800 100100 2v 2 1 SSVdA8 9 3310939 1 318 1 23 Installation 63369 98162 DAING 30 0501 199911 55 4 80 1009 08 00 2 021650 ON Dad ABWAOSSNVASLOLNAY 1094 HLIA WaLNSAN 3197051 11990014 03 LAdNI WNd VA ES 5 6 062 37891 JAN 3215 YOLONGNOD 390849373 329015 MIAH ATALVaVdaS SE 104100 59 AWL 1140 1 1051 3HL 75321198 ONTONNDSS 834084 403 53003 190201 062 3121189 JIN 01 3438 731393 1105 03 4241034 38 S3HS JSNV31 5 01 91130 v Q3 NhDND ANCINAS V 532408 504 03810033 ST SGLINGNOD IVALNIN 108100 3SvHd E 803 221 N3H 8 31UN 91 01 JIN 31Snr v 38 5 5401 0 03 30 531112 484 3AU08V 37891 NI NAQHS 1 388 2 TYLON WIOWIXVH 3Hi 93598 38 010085 YOLONGNOD 794113 JHL 803 3215 JAA JHL SNOLLIGNOD 3592 1590 803 1 388012 ININ 0330 3 1N33302 SLINGNDD 3198 435 NOS 38 15 ONISIA 83604 ANY
14. 031 8340 1001 10511627 1 1 35000 0881 0898 99 315 601 X 9 00 62 AYINI 29 Installation t ine With Transformer Cab Imensions Figure 14 Cabinet D 66 58 20 92 vA 276 6971 399153 0501 1159911 20018 5 ON Dad ES 5 DNIAVeI 3NIT1n0 JALIL 030N3 0238 LON 5318 2 0 72 834402 INN JINIS 335 5 804 ONY LINGNOD 105 OL 100 S318v2 20 ONY 590 803 513 4 55322 8 338 WO NI SIS3HLN3NVd NI 3SOHL S3HONI NI 35v SNOISN3WIQ wH niB 006 VAxeI 00 76 w nig 0027 8 008 0 01 4001 1Y 9 1 20 0 4501 55 JONVY dW3L LN3IBAV 7830 0001 MAYL 335 NO 5043930 LHOIJA XOddV 03130345 ISMYIHLO SSTINN SION 0266 70212 1821 0512 101700 9811 0182 10160 8401 0162 10027 9101 0922 10 47 958 5761 Torte 868 0681 10017 667 0971 10114 95 581 3
15. oc Y 5 024 vor z 009 Ot 141 OF 92 12 008 m P OF 09 62 30 0 Ob ig 00 58 1 A8 NDI123103g 02 02 a 009 1 05 217 v 0 v 19 OF iz 9 089 zw v 0 OF Y OC se 02 00 viz Gi 009 2 DNINIA 03179915 1294 vide Vie mE Md aa 5780 021 ME es ot 1 v OC Y 62 JOA 0 0f 00 031719915 01314 2 084 NOUDIECHd 1N38805 NOUJXIOHd WA VAN e 08211023 nam XVI QaONIANO JY pone o 802 1ndino Ov 9 588658 2 3330238 5 Installation 26 4199917 99154 UG 0601 e 052 21891 34 63215 YOLONGNOD 300812313 301084 328105 C3AIN3 331949425 9 SI EAdLNG 01140 NOILYIOSI dv31n3N JHL 532112944 ONIGNNOSD 39043 803 53000 79201 062 372118vV JAN DI 33438 01093 LIASNOO 703811034 38 AVA ASWHOASNVYL 7051 OL 1730 G30NN089 7101105 NVHL AFHLO 5329 05 503 3810038 leoelesn DN Da
16. 1103 NO 036 8 SI LN3HMDO WON TWNINON 1 SALON 7 13 892 NJAMIOJSNVML mi UE ERIT 77 a LI RARE S 225 S ES zE US Lx EN 13NIBVO i 1 4 300312313 W907 7 fi 335 339UvH2 E TR ER 1 N 540 Not H 2 2 OX 6 21111119 SILON 335 108 35 4 2 8 7 NO of MALYBANI BALYBANOD LNOBA 1 SALON 335 1 3SVHd 2 8 ONDOHO OP L 55 91948 55949 3ONVNALNIVAY 1 1 O 1 4 1 Ol 6 8 9 e g 01689 01681956 Ob v 00 SIL 5780 021 06 24 0 09 5 00 v cz 009 08 V 6 oc 5700 02 OF 088 1 02 09 05 se 62 lt 00 SHIHLO AB NOUO3LONd TIVNH3IX3 Of 5 ci 009 09 27 vt 5780 020 v 0f cz si 089 21 9 201 0 V Or gz 00 Q3riddns ANOLOV Y 02 009 gaans 03 v 05 15 sao 12 089 ee
17. If the utility power falls outside of acceptable limits usually low voltage the battery will supple ment the power being supplied by the converter The converter will continue to operate if utility power is available Using both sources provides longer battery time in brownout conditions The UPS battery is designed to supply power to a full rated load during a power failure Optional bat tery cabinets are available for extended run times Battery Recharge Upon return of acceptable utility power after battery operation the battery charger begins to charge the batteries The battery charger compensates for battery temperature In addition the charger has two recharge rates user selectable through the LCD display The fast or turbo rate will recharge the batteries to 95 capacity within 10 times the discharge duration The slow default rate will recharge the batteries to 95 capacity within 20 times the discharge duration On Bypass The UPStation 53 comes with a fully rated Static Transfer Switch This automatic switch will supply the load with utility power in the event of a UPS malfunction Static Transfer Switch In the event of overload conditions or inverter failure the static trans fer switch will transfer the load to bypass When the overload is removed the load will be auto matically retransferred to inverter Maintenance Bypass The bypass path for power to the critical load can be manually selected by t
18. Programmable Input contacts the message This option not installed 1 Under the configuration menu you can select either review change for the following items Configuration Screen Default Value UPS Rating Input Voltage 208 120 VAC Bypass Frequency 60 Hz Output Voltage 208 120 VAC Output Frequency 60 Hz Low Battery warning time 2 Minutes Auto Battery Test Enabled 5 wks Total UPS Run time 0 Hrs Advanced Configuration Screen Default Value Input Wiring L1 L2 L3 N G Output Wiring L1 L2 L3 N G Time and Date Present Modem Mode see 4 0 Features amp Options Phone Number Phone Number Dial Test Horn Volume 16 mid range Screen Contrast 16 mid range Battery Charger Mode Slow Charging Slew Rate 1 0 Hz Sec Bypass Frequency sync range 1 0 Hz Start Up Mode Auto Restart Set Password AAAAAAA UPS ON 1 OFF 0 remote use Transfer UPS remote use Battery installed on Date Change Screen only Note that changes to input or output voltage frequency or wiring must be made with the unit turned off Other changes can be made while the unit is operating 42 Operation 2 You can review the following UPS meters Load 9 kVA and Phase Input Voltage For each phase the meter will show Phase to Phase and C A Phase to Neutral and Curr
19. Warning Messages v WINNIE Power Programmable Programmable Contiguration UPS Meters Event Log denis Management 2 Not available i 2 ae Option Option One of the three default screens will show on the unit depending on the status of the unit at the time If the unit is in the process of starting up the Initial Start Up screen will be displayed If the unit is operating normally the Normal Operation screen will be displayed In the event there are alarms present the Warning screen will be displayed Toggle between screens by pressing enter to descend in the menu and escape to move up through the menu This drawing is only an overview representation of the available screens For further detail on Configuration Options see Figure 25 46 Operation Figure 25 Configuration Menu Tree Press Enter for Review screens Press Enter in Adv Config Screen to view Adv Config Options 1 Configuration Review Press Enter for Change Screens UPS Rating Input Voltage Bypass Frequency Output Voltage Output Frequency Low Battery Warning Time Auto Battery Test Setting Total UPS Run Time dvanced Configuration ___ Input Voltage Bypass Frequency Output Voltage 5 Output Frequency gt Low Battery Warning Time Auto Battery Test Setting Total UP
20. 12 8 4 208 33 40 50 28 35 50 33 50 240 99 51 33 50 29 27 25 62 700 4000 1000 240 29 35 50 24 30 40 29 40 29 40 74 69 157 318 4700 400 17 21 30 15 19 30 17 30 17 30 41x27 25x62 1250 480 14 18 30 13 16 20 14 20 14 20 104 69 157 567 600 12 14 20 10 13 15 12 15 12 15 S316 16 112 208 44 54 70 37 46 44 60 240 132 67 44 29x2725xe2 700 5300 1000 240 38 46 60 32 39 50 38 50 38 50 74x69x157 318 6300 400 23 28 40 20 25 30 23 30 23 30 41x27 25x62 1250 480 19 23 16 21 19 19 30 104x69x157 567 600 15 19 30 13 16 20 15 20 15 20 320 20 14 208 56 67 100 46 58 70 56 240 165 56 80 29x2725xe2 700 6500 1000 240 48 58 70 49 60 48 70 48 70 74x69x157 318 7800 400 29 35 50 25 31 40 29 40 29 40 41x27 25x62 1250 480 24 29 40 21 26 40 24 30 24 30 104x69x157 567 600 19 23 30 16 21 19 30 19 30 324 16 8 208 67 100 55 69 100 67 100 240 198 101 67 100 29 27 25 62 700 7200 1000 240 58 70 100 47 59 80 58 80 58 80 74x69x157 318 8500 400 35 42
21. Optional Power Supply 8 Contact your Liebert UPS supplier for availability and ordering information This section provides information for some UPS features and options Where necessary the option kits will include additional instructions External Battery Cabinets The UPStation S3 has available a selection of battery cabinets which come factory installed The UPStation 58 can also be ordered without a battery cabinet attached Other stand alone Liebert battery cabinets may be supplied or battery cabinets supplied by others can be utilized The selec tion of proper batteries cabinets circuit breakers and connections is extremely important for the proper operation of your UPS Do not attempt to install external batteries without checking with a Liebert Sales Representative or factory for proper battery sizing Do not attempt to start up a system with an external battery without Liebert Global Services checking the system for proper connection and installation Integral UPStation S3 batteries come equipped with a temperature sensor for use by the systems temperature compensating charging program Remotely located batteries do not have this sensor installed or attached In this case the temperature compensation is disabled and the UPS will charge the battery as if it were at an ambient temperature of 25 degrees C If your prevailing ambient temperature is significantly different that this temperature contact Liebert Global Ser vices and t
22. See er RR POT S 48 3 6 2 Automatic Off KNEE p eH SR ONE SOM 48 3 6 3 Remote Emergency 48 User Response to UPS Alarms 50 FEATURES amp OPTIONS Bos UR A 56 RS 232 Communication 56 Factory Installed Options 57 wie OUR A 57 4 3 2 396 Input Current THD 57 4 3 3 Isolated 2 Ged e RIS edere LEAD tei eb bebe 57 4 8 4 Transformer 57 4 9 5 Output Distribution 58 4 8 6 Battery e tote er ORE E E Boa Poke 58 Field Installable 58 4 4 1 External Battery 58 42452 Communication Options er ees 59 44 85 Programmable Relays e ag cus 59 LAA
23. Site Planning Gates tee 2 able 81016 24 444 15 UPS Module Power Wiring Termination Factory 16 Torque Specifications Unless Otherwise Labeled 16 Alarm Messages i54 a REIR P ied 52 IMPORTANT SAFETY INSTRUCTIONS Save These Instructions This manual contains important safety instructions that should be followed during installation and maintenance of your UPStation S3 UPS and batteries Conserver Ces Instructions Cette Notice Contient Des Instructions Importantes Concernant La S curit ZN WARNING LETHAL VOLTAGES MAY BE PRESENT WITHIN THIS UNIT EVEN WHEN IT IS APPARENTLY NOT OPERATING OBSERVE ALL CAUTIONS AND WARNINGS IN THIS MANUAL FAILURE TO DO SO COULD RESULT IN SERIOUS INJURY OR DEATH REFER UNIT TO QUALIFIED SERVICE PERSONNEL IF MAINTENANCE IS REQUIRED DO NOT WORK ON THIS EQUIPMENT UNLESS YOU ARE FULLY QUALIFIED TO DO SO NEVER WORK ALONE SERVICING OF BATTERIES SHOULD BE PERFORMED OR SUPERVISED BY PERSONNEL KNOWLEDGEABLE OF BATTERIES AND THE REQUIRED PRECAUTIONS KEEP UNAUTHORIZED PERSONNEL AWAY FROM BATTERIES OBSERVE ALL BATTERY SAFETY PRECAUTIONS WHEN WORKING ON OR AROUND THE BATTERY CAUTION This equipment complies with the requirements in part 15 of FCC rules for a Class computing device Operation of this equipment
24. xo retro Shae 40 3 2 CO RR EE asta tie 44 991 Initial StartUp deser ade 44 3 2 2 Manual Restart after Manual 44 3 2 8 Manual Restart after Low Battery 44 3 24 Manual Restart after or 44 9 2 5 ATORES 8 a ede ee a Pn 44 3 3 Normal Operation as vec rod RA dir den a 44 3 4 3 5 3 6 3 7 4 0 4 1 4 2 4 3 4 4 5 0 5 1 5 2 6 0 6 1 6 2 6 3 6 4 6 5 Battery Operation coach beh ene Tapio ew 45 Qu SOM Batter yar hen aia ets wes aera 45 94 2 Battery Recharge dea alc ceases eins af sr E aisi Seen e ERR 45 Bypass Operation iced bade bed WU abate aise 46 8 51 Statice Transter Switch 4 gt PRR Ri ae a 46 3152 Maintenance Bypass e ene 48 System 2 2222222222 48 9 6 L
25. z 1 i BE 9 83089H2 9 9 ER 9 30N 335 1 91034 359 2 8 9 04040 x 1 22 INdNI 5 0 gt 229 a SAHEN NER M 223 0 1 JAIA NO 29 021 802 u ipie 5594 8 JONVNGLNIVA S310N 325 359 4 2 8 V 041030 3NIA v GAM Of ve Nout Figure 6 One Line Drawing Dual Input Configuration 400 480 600 208V Out 0768495 1 Hu 01689 1 01681967 i S310N Oc 009 v 001 v ell 19 001 v cu v 29 vio 57130 021 OF E bz 089 90 orz 05 it 62 00 z o 009 08 26 9S 08 6 v 98 sio ozi OF gz 089 583 10 1031089 v OF 00 m do T 09 v 9L 22 09 27 veg 5130 00 06 0 20 092 OF 6 0 00 31140418 ANDi2V4 009 9 03114405 07313 vos v 16 v cc v 0S ves yee 67132 021 4 4 13537 24 092 v 0C N ROLON ROLON 1084 fm Aay avro olay TWN
26. 1 11 8 AH3L1VB NV SdN 30 WLOL 31891 T INNAN 8 c oe NN sualsva HOLMS 330 DINDON AQN3OU3N3 W907 1031409 22 69 52 2 v 92 1 2 8311 8 318000 21 335 A 138810 TONIS D 0 13489 ON NOISN3MIO IION san V 119130 085 x 88 91 02 529 AMIN3 AVMJYM TOULNOD 93193340 1001 HOLY 3009 80 88 31 Qt lt 09 095 x 8891 00 909 SILNI AAA YMOd 104100 101108 AXLN3 AVIS 83904 ANdNI 2 zv 8l x 09 504 C91 WOLIOB AMINJ AVMIYM YMOd 10400 08710 et 8815 00729 Los 553009 SS300V N3ABOJSNV2L v 11130 335 1001 3000 001 803 99 lt 70062 805 8861 0 529 901 AMINA YMOd 1 99 92 251
27. 583 10 11931089 m vies Um Ws m 4 M JE 6900 dfi NE i Or 0g 62 OF Y 6 vic vis 517130 021 Or GN3931 05 Y 15 20 092 05 06 19 Y S v 06 X NOU 211088 08d E HO ayy ENHAN 39VLY0 1fldNI 55 4 8 100100 2v Amuve 1 8331934 31841 Figure 4 One Line Drawing Dual Input Configuration With Neutral Isolation 200 240 In Out Installation 20 O s 20 0803 753019 94 ONIGNNOYND 4390 503 53002 1501 P 052 Ol 82448 019 3 LINSNOD 28 AVA 5 01 1130 5324005 40 S3dAL 10 04 G38lnb3s SI VML 3N L dNI NY 104100 v ASVHd V 97 062 JAN GITWISNI 38 158 YOLONGNOD 300312313 46 0 0 2 02 lt 50 ONIGNNOND 7201 e 01 Q30NOB ISNA LAdLNG e E 540 328005 104 V N04 ZI 914 009 21 0 ON ONG aiviuidOuddv 109170 A802 009 08v 00 N3HM 8 91
28. 60 29 37 50 35 50 35 50 41x27 25x62 1250 480 29 35 50 24 31 40 29 40 29 40 104x69x157 567 600 23 28 40 20 24 30 23 30 23 30 Appli 11 elsel1 elsel 1 389 5 69 1 789 12 13 1415 15 cable 10 10 10 10 11 10 Notes 11 11 11 1314 11 13 13 13 13 14 14 14 14 For explanation of Applicable Notes see referenced numbers in Notes below REOP Recommended External Overcurrent Protection Dimensions Weights and Heat Dissipation for 400 480 and 600 VAC models No ES 11 12 13 Ad 1 tes Nominal NOM current is based on full rated output load Maximum MAX current includes the short duration for battery recharge conditions UPS input cables must be run in separate conduit from output cables Reserved Nominal battery voltage is shown at 2 0 volts cell per NEC 480 2 Power cables from UPS DC link to batteries should be sized for a total maximum 2 0 volt line drop measured at UPS at maximum discharge current Recommended AC output overcurrent protection represents 125 of nominal full load current continuous per NEC 220 3 a UPS output load cables must be run in separate conduit from input cables Minimum sized grounding conductors to be per NEC 250 95 Parity sized ground conductors are recommended Neutral conductors to be sized for full capacity per NEC 310 16 Note 10 Wiring requirements AC Output 3 phase 4
29. THD Option 6 4 AC Output Voltage Regulation 1 for balanced loads 1 5 for 100 unbalanced loads Voltage Distortion Maximum 2 THD for linear loads at 208 VAC Maximum 3 5 THD for full non linear loads at 208 VAC Transient Response 1 for 100 step load recovery to within 1 in one cycle Frequency 50 Hz or 60 Hz Frequency Slew Rate 1 Hz sec user selectable 0 1 to 3 Hz sec Frequency Sync Range 1 Hz user selectable 0 1 Hz to 5 Hz Load Crest Factor 3 1 Overload 125 for 10 minutes 150 for 10 seconds Unbalanced Load Capability Up to 100 of the individual phase rating 6 5 Battery Type Standard Valve regulated lead acid Optional Flame retardant valve regulated lead acid rated for computer room operation Recharge Rate 10 times discharge duration to 95 when turbo mode is selected Battery Run Time Varies with battery cabinet selection Battery Voltage Nominal 240 VDC 66 Specifications 0 Liebert UPStation 3 Three Phase 12 kVA to 24 kVA 50 and 60 Hz Technical Support U S A 1 800 222 5877 Outside the U S A 614 841 6755 U K 44 0 1793 553355 France 33 1 4 87 51 52 Germany 49 89 99 19 220 Italy 39 2 98250 1 Netherlands 00 31 475 503333 E mail upstech liebert com Web site _http Awww liebert com Worldwide FAX 614 841 5471 tech support The Company Behind The Products With more than 500 000 installations around the globe Liebert is the world leader in computer pro
30. becomes available perform a UPS start up procedure Unit will start up by itself if auto restart is enabled Low Battery Warning Issued The battery voltage measurement has reached the user programmed warning value The unit will shut down at the specified time if input power is not restored User should take appropriate measures to insure an orderly shutdown of the system If the user has set the warning level above 2 minutes you may also take action to shed load and increase battery time to complete discharge Manual Off Activated Alarm History Only The UPS has been shut down remotely through the RS 232 interface or through the advanced configuration menu To restart the UPS follow the procedures in 3 0 Operation Manual On Activated Alarm History Only The UPS has been turned on remotely through the RS 232 interface or through the advanced configuration menu This is an information alarm only Make sure it is OK that the UPS is energized Manual Transfer to Bypass Activated Alarm History only The UPS has been transferred to bypass remotely through the RS 232 interface or through the advanced configuration menu The UPS stays on Bypass until the retransfer is activated and all required conditions for retransfer are satisfied Determine why the UPS was transferred to bypass Clear the fault or problem and retransfer to normal operation If the problem cannot be corrected contact Lie
31. 0234 SYOLINGNOD 9 13215 11 4 56 062 534 33d 38 SYOLINGNOD ONIGNNDYD 43215 79 02 JIN SNONNIINAD IN33802 0907 71703 30 152 50114 51935335935 4014931949 1 JV Q3IN3HHDO3U 5 72 08 434 1131 517 02 NADHS 1 39VITIDA AH31JIV8 WNIWON SLINGNOD 31989835 38 ISNW 5378900 104100 ONY INANI Sdn SNDILIINQJ 49019430 NV 3O8VH23N 31198 AOA N UILVSOQ 130 5 SI 4438503 WOWIXYR 74901 0831984 1114 43594 51 1 388 2 WON CVNIWON 71 153109 92 062 JAN 439 300313373 1 79901 1381892 540 T 335 D d T 9 w T gt 540 27149 53108 335 NDILVIUM 35 4 2 8 V NnDNO JAIM v YO 33183ANI 33183AND2 ANI 11083 214129 S310N 335 NOUIIViIUS 359 2 0 8 9 NDDSO JAIA d p 5599 8 211 15 SSVdAH 3JNVN3INIVH oregzeve 01689 016849 SHON Y 09 021 100 9 001 v 18 001 08 gus 001 021 Y 83 v 001 8 002 vor 8 8 vor 85 0 2 Or 06 Y t 5730 021 Y 08
32. 04 38 GINOHS SUOLOnONOO H3AHOJSNVULOLDV 30 5 3ADBV MAYL NI NMOMS IN3MNDO NOIL VMAOIJNOO 1hidNI 319NIS NO 035 8 38 1 5 YOLONONOD TWHLASN JHL 304 IZIS 92 21 ES 15 5 0 15 HOJ 1 3 402 Q330X3 AVA 3NI1 3NO 50 01 BV3NIT NON 3WOS SI GHWY ATING HOLOnONOO V 0343015300 38 Oi SI YOLONGNOD WHLNAN YHL 31 1 201 310N 791 016 OJN LL 5 31VHvVd3S NI NAY 38 LSAW YIMOd ONIBIM 10 1 01 32 1434 3215 LINGNOD 1105 Ol 3LV d 100 3531914 553099 JIGVAOW3Y HONOYHL AHINI 37870 01108 80 40176 753002 1 2 19313 W907 NI 38 OL S 8 498005 LASNI JHL ROYA SI SQYOT WHENIN Ol 3NN 303 70 310N 338 LON SI 301919009 LNdNI A1NO 0907 3svHd FMM N03 12 SHOLINGNOD ANNOYS 03715 ALIMVd 56 060 03 834 38 01 5301909405 03215 WfIWININ 79 o r ozt 834 SMONNILNOD 1434802 QVO NNI 30 2524 019 541 43538438 1931084 IN3HSDIOHJAO OV 75 72 08
33. 15 SSYdAB JONVNALNIVA 076847957 01889 06996 2 SILON 4 57122 021 Y 00i 08 v 9 26 022 y 001 y v 19 n 082 902 89192 v 001 Y 69 MH MEA 7132 021 Yo Y 06 25 08 08 16 90 Vra 2 091 Y 001 802 o 08 00i v 86 001 amp 9 002 00 99 v Bc mem 09 se 0 SH3HIO A8 2 084 09 YEL Y ev Y 0 e sE 09 v 9r 27 90A 092 v OL 8 802 09 08 9 OL 9 8 0 OF 05 Y 05 amp ow oz INAM 03114405 4801993 vig 1 87139 06 RUD 20 082 v 0G 8 80 NMI Gardens vos v 66 v 06 6 00 043937 NOM 183380 5 1 NBM HON m7 VNLG mom TYNINON WNION HEETE 143880 39VL10A _ 10400 auva 2 INANI 5688 u3uu238 1 17 Installation Figure2 One Line Drawing Dual Input Configuration 200 240V In Out 84368 20483 Yate xb4 1995 7530110934 ONIGNNOSD 834044 X04 S3009 1 201 0562 3101189 01 43338 501393 LINSNOS 83410
34. 30 4921 50114 SLN3S3H4d3N NOILO31ONd 1N3MN ON3AO OV Q30N3 WOO3H 72 08 33 T139 SL10A 0 LV NMOHS SI 39VL IOA AN3IIVB TWNINON 31VBVd3S NI 38 5 5318 2 100100 ONY 1ngdNI San SNOLIQNOO QvOTH3A0 ONY 30NVHO3H AN3l1V8 HOJ LYOHS Si LNAYYND nwixvn Qvo 7104 NO 035 SI LNIYYND NON 1 SALON 13NIBVO 5 ZU LE Z 9 SHON 335 NOUWLOY 35 2 8 t YO 581 10 A8 NOLWLOJLOYd TVNH3IX3 0314405 8012 3 5 0734 ON3931 Se 221 gt 1 8 2 1 19 PEE 7 7 540 D De S EON 77 1 1 1 U39uVH2 B 9 y L Y 1 CRUS o 6 1 15084 SION 335 NOUYLOY 3SVHd 2 ONNOYD 7 v SSVdAG OUVIS 1 1 SSYdAG 3ONVNALNIVA 414 S310N v OF ve Or sz ez 0 009 05 62 05
35. 39v 1d38 3215 LINGNOD LINS 01 72 08 JAN 434 1132 51 DA 02 19 NADHS SI 39V17lDA 931196 or 102 7531914 553009 3 HVAOHW3B ABIN3 37895 01108 240 01 6 753000 721812373 719201 ANY IVNDILYN 329NV 03020V 38 51 719 8 328005 iDdNI 13810038 51 WaiAaN 4509071 e3103N 01 804 ZI 310N 335 q38In038 10 SI NDI30UNDO 3 INANI NV ATNO 50901 3SVHd E 39I 303 4 G30N34WDO38 58401201 02 13215 11994 66 062 38 SYDLONGNOD ONIGNNDYD 03215 WNWININ 9 JIN 934 11 2 1 348412 0901 7113 30 52 SNI SNONNILNOINON SIN3S33d33 NDII2310Bd 3 3 39 030N34W0238 ONTAV ad 3NIT 3ND 56907 AVSNIT NON 3806 303 13411034 SI IHM 431 8 171 4 V 01204803 ONIABNSV2 1N3Ssn v 01343015 02 38 OL SI 501900403 WaLN3N JHL 19 541945 2201 ILON 91 016 23N 51104 03 31989435 NI 38 1 537890 ANJING ANY 540 SNULLITNDO 490153 ONY 309NVH233 AN311V8 303 19900 180 5 SI 4901 1014100 03 98 1103 NO 03598 51 1 88 LNJXYNI 1 gt
36. 520 310 375 420 700 750 400 475 535 320 385 435 750 800 410 490 555 330 395 450 800 900 435 520 585 355 425 480 900 1000 455 545 615 375 445 500 1000 1250 495 590 665 405 485 545 1250 1500 520 625 705 435 520 585 1500 1750 545 650 735 455 545 615 1750 2000 560 665 750 470 560 630 2000 Correction Factors Ambient For ambient temperatures other than 30 C 86 F multiply the allowable ampacities shown Ambient Temp C above by the appropriate factor shown below Temp F 21 25 1 08 1 05 1 04 1 08 1 05 1 04 70 77 26 30 1 00 1 00 1 00 1 00 1 00 1 00 78 86 31 35 91 94 96 91 94 96 87 95 36 40 82 88 91 82 88 91 96 104 41 45 71 82 87 71 82 87 105 113 46 50 58 75 82 58 75 82 114 122 51 55 41 67 76 41 67 76 123 131 56 60 58 liue 58 71 132 140 61 70 2 22 33 58 1 ex 33 58 141 158 1280 m mS Ad 11 41 159 176 1 Unless otherwise specifically permitted elsewhere this Code the overcurrent protection for conductor types marked with an obelisk 1 shall not exceed 15 amperes for No 14 20 amperes for 12 and 30 amperes for 10 copper or 15 amperes for No 12 and 25 amperes for No 10 aluminum and copper clad aluminum after any correction factors for ambient temperature and number of conductors have been applied Reprinted with permission NFPA 70 1993 the National Electrical Code Copyright 1996 National Fire Protection Association Quincy MA 02269 This re
37. 59 0 777 08 26 86 20 0 001 9 802 08 v 001 85 001 o 00 d amp wo 80 8 09 5 vH o os 90 09 08 HET v OL 9c 002 03814405 1093 vor 00 y 62 Y se 0 QNIMIM 03114405 01314 vis on p 483931 06 002 231084 agvo am JENON E M c WAN 14838033 saw 183830 39VL0 55448 9 5330939 Fev Figure 3 Line Drawing Single Input Configuration With Neutral Isolation 200 240V In Out 19 Installation snun n2 99162 XOR 09 NOHO 0501 SLINGNOD 9435 NI NOS 38 ISDN 9 3 NV 26 062 1949 3215 LINGNOD 1115 01 3ivd 1 834 13215 201900405 300412313 9 AGIACHd 325008 C3AIYIC 113194435 V SI Se NOLLJO 1 7051 WaLN3N JHA f 209 SAIYA SSII AI CASING NOTIN OT ZR 530 JB ONIGNNOYS 414044 304 53009 79201 062 FLAY 53439 7921419313 79301 VNOILEN 3947990909 38 01 SI DINIJA TW 8 6 0 0 5 unisv i 1705 7 13410
38. 9 2 0027 VAMPZ 20401 2001 LY NOLVH3N3O 1 WNINON 20 0 3 01 76 LNIANY 0001 73NYd 101405 SIYINI va ice 4 Z 335 NO SON3d30 LHJM XONddV Y 0319395 ASMYIHLO 5511 0 SHON 1 26 15 220 TN 21 856 0072 2 pee 0902 0477 108 0281 1004 922 oa 117130 336 CONST DAT 340 1001 609 or ON 92 3000 056 0121 10414 i 2 13 8 2 318100 53 581 NI 8 318V1 AMALLVE 30 LHO 19101 AN3LIVB ONS oe 99 7 0076 31841 869 13 8 2 AN3LIVB ON 581 00 09 881 9 6 9 8 NOISN3AIO 31008 san 027 629 AYINI 4 27 Ez 2706971 901 t s 2 2 5 7 1 130 095 8861 is D OTZ X 609 15 1 1 1 C 1
39. 9 Liebert POWER PROTECTION UPStation 3 Three Phase 12 kVA to 24 kVA 50 and 60 Hz User Manual TABLE OF CONTENTS IMPORTANT SAFETY INSTRUCTIONS 1 1 0 INTRODUCTION 1 1 a vA a ae 3 1 2 Site Planning EG EP ER He EN 3 1 3 WPS Cabinet de EG eed Pe ad Pa 3 139 1 ts 3 1592024 01001 eme neta orbe 0 Ges a b dye edge 3 1 919 2 M a ti Poe usen i 3 1 4 System 4 Standard WPS 0116 dene De se 4 1 4 2 Options 20 its a 4 1 5 Modes of 5 1 5 1 Normal Utility Power 5 On Battery os ct get o e itc 5 1 5 3 Battery Recharges oee aa rE Biase Ra RH Re 5 1 54 Bypass
40. Q3SIVB N N 803 21974 31Hv3 U0W38 84 ES NOTLVLISdA vA NOILdQ 5 21111 18181511 404 NAUHS SI AIND 33n 8W SISSHINGSVd NI SNSLSWILN3O SSHONI NI 3849 5 SNDISNGWIG 59 SI ONIiV 089081389471 0029 SILON 530945 3708 9 9 11035 9349 IIX3 31890 JaNSO TINS i 1 3NVd 1 222 09796 evel 0094 0094 ns 0062 9 8 11035 i O_O 91 O1 23N 9 551229 any O O 0509 G2vDd 13Nvd 2 19 wos 0509 uvi 33892 63 Features amp Options 5 0 MAINTENANCE 5 1 5 1 1 5 2 Routine Maintenance Requirements The UPStation 3 UPS is designed to provide years of trouble free operation System reliability will be enhanced if the UPS is kept clean and cool Occasionally vacuum dust deposits from around the ventilation grilles and wipe the UPS with a dry cloth Periodically check the UPStation S3 UPS operation by switching
41. SHOULD BE ADDED UNTIL THE EVIDENCE OF REACTION FOAMING HAS CEASED THE RESULTING LIQUID SHOULD BE FLUSHED WITH WATER AND THE AREA DRIED LEAD ACID BATTERIES CAN PRESENT A RISK OF FIRE BECAUSE THEY GENERATE HYDROGEN GAS THE FOLLOWING PROCEDURES SHOULD BE FOLLOWED 1 DO NOT SMOKE WHEN NEAR BATTERIES 2 DO NOT CAUSE FLAME OR SPARK IN BATTERY AREA 3 DISCHARGE STATIC ELECTRICITY FROM BODY BEFORE TOUCHING BATTERIES BY FIRST TOUCHING A GROUNDED METAL SURFACE Maintenance 65 6 0 SPECIFICATIONS 61 System Safety Agencies UL 1778 listed CSA 22 2 No 107 1 certified Audible Noise 57 dBA at one meter Transient Surge Protection Per IEEE 587 ANSI C62 41 Categories A amp B 6 2 Physical Characteristics Operating Environment 0 to 40 C 25 5 C for batteries Relative Humidity 0 to 95 relative humidity non condensing Altitude 6600 feet 2 000 meters Refer to Table 1 Site Planning Data for dimensions and weights 63 Input Voltage Range 170 to 264 VAC See Table 1 Site Planning Data Voltage Configuration Three phase input Wye configuration with 3 phases ground and neutral and Connection Dual input if input and output voltages are not the same Frequency Range 45 Hz to 65 Hz Input Current THD 25 30 THD maximum at full load 3 THD option available Power Factor 95 Standard 99 with 3
42. Services Emergency off Recycle input to restart The UPS has been shut down from an external contact REPO or the front panel EPO switch Perform a UPS start up procedure when the conditions causing the external shutdown have been corrected See 3 2 3 Manual Restart after Low Battery Shutdown Fault Transferred to Bypass The unit transferred to bypass due to a fault or overload in the system This alarm accompanies the other alarms that caused the fault Review other alarms Remove condition causing fault if possible e g reduce overload Call Liebert Global Services if fault cannot be cleared Ground Fault detected on DC bus There is a ground fault in the battery cabinet or battery wiring Contact Liebert Global Services immediately Input Voltage Out of Tolerance The line to line voltage of the input power is outside the acceptable range In this situation if the voltage is low the battery will supply power to the critical load through the UPS If this condition persists the battery will eventually completely discharge Check your electrical wiring Check with your utility Inverter Fuse Blown The inverter fuse has opened indicating a failure in the inverter section of the UPS The unit will transfer the load to Bypass Contact Liebert Global Services immediately Inverter Neutral SCR Open On units equipped with the isolated neutral option the SCR has failed
43. UPStation 53 cabinet contains an option slot area behind the front panel and behind the LCD display Control Board Features and Options located in this area should only be installed by Lie bert Global Services personnel The UPStation 83 has 5 Option Slots available that can support combinations of the following options Some limitations exist so contact a Sales Representative or factory if you wish to install a large selection of options Features and Options available for the UPStation 53 UPS include RS 232 Communication Feature The UPStation 53 comes standard with an 5 232 communication port All information and func tions accessible through the control panel are also accessible by a terminal host computer or modem optional through the RS 232 port terminal or computer can be connected to the RS 232 port directly or through a modem connection The UPS can dial out to a selected phone num ber to report alarm conditions or will connect when called from a remote terminal The terminal will display a representation of the LCD display screen The UPS will respond to the left arrow right arrow enter and escape keys on the keyboard just like it would from the UPS control panel You can remotely view UPS meters and alarm history change configuration set tings and activate remote start and stop The DB25 connector located on the upper right inner bulkhead behind the control board also pro vides the following normally open NO conta
44. amp amp 09 v id MES v 08 00 v vee 77 Of fog 009 06 v 0 amp oz ke 08 171 v Or v 05 62 05 se amp g 00 9 Y si si e 009 Qc MES v 88 Y 087 v OF OF Y OF gz c 0 00 m 009 02 vis 51152 02 v 0 0 v 0 v 62 va v 0f 00 ROISON RDI xvn RON UN VAR xm GNOME indio Anuva SSVdA8 9 31891 25 Installation POIL Te JAR 0601 349qer1n 46 0 0 EZOZIESN DLIND2 31 0 ON ONC A802 A009 08 00r SUSWAD4SNVYLOLNY 119801913 02 LAdNI 532112944 ONIGNNOYD 4 404 53403 79007 9 062 3121189 SSN 01 33438 1294 1105 02 3NIDnO38 38 YBWYOISNVYL 11971051 91130 v 5303005 40 S3dA1 33H1D S03 03811038 SI 801204 02 WaLlAGN LANE JAIA v ISYHd v 803 92 062 4311915 1 38 LSNW SOLINGNGD 300812311 ONIGNNOYD 79901 940039 01 430 084 38 LSNW 1ndinD 3Hi 328108 JAA 3 0089 ATGINOS IJA ISYH
45. ductive contaminants UPS Cabinet Casters and Feet The unit is mounted on swiveling casters with leveling feet Cooling The unit is forced air cooled by internally mounted fans The filtered air intake is from the bottom of the unit and air exhaust is at the top Access Front access only is required for operation and maintenance of the UPS Equipment may be placed on both sides of the unit and the unit may be placed against a wall 2 in clearance only Introduction 3 1 4 1 4 1 System Components Standard UPS Unit Bolt on battery cabinet factory connected Converter Inverter Static Transfer Switch Maintenance Bypass Switch RS 232 Interface LCD Display for advanced user indications and controls Audible Alarm Remote Emergency Power Off REPO capability Auto restart capability 1 4 2 Options Communication Interfaces Provision for connection of SNMP ethernet or token ring Modem or Programmable Relay interfaces Provision for External Battery Cabinet Output Distribution Panel Option Isolated Neutral Option Transformer Cabinet Option 4 Introduction 1 5 1 5 1 1 5 2 1 5 3 1 5 4 1 5 5 Modes of Operation Normal Utility Power When the utility power is available and within acceptable limits the unit supplies filtered and regulated power to the load through the converter input and inverter output The battery charger maintains a charge on the battery On Battery
46. ground Any additional special control wiring must be run in individual separate conduit UPS input and output neutral must be connected to only one common point in the UPS This neutral line must be grounded at the source If you have selected the Isolated Neutral Option the input neutral is to be connected to the input neutral terminal and the output neutral should be connected to the separate output neutral terminal The input neutral line must be grounded at the source The inverter neutral must be grounded at the UPS NOTE Refer to 4 0 Features amp Options for general descriptions of optional components If Options are ordered with the UPS or for field installation a UPStation S3 Options User s Manual SL 24932 will be supplied This should be referred to for detailed installation and operation instructions on all options Wiring Inspection 1 2 3 4 Verify all power connections are tight Verify all control wire terminations are tight Verify all power wires and connections have proper spacing between exposed surfaces phase to phase and phase to ground Verify that all control wires are run in individual separate rigid steel conduit N CAUTION Failure to observe the above could result in short circuits or possible fire hazard Installation Table 2 Table 310 16 Allowable Ampacities of Insulated Conductors Rated 0 2000 Volts 60 to 90 C 140 to 194 F Not More than Three Conductors
47. in Raceway or Cable or Earth Directly Buried based on Ambient Temperature of 30 86 F Size Temperature Rating of Conductor See Table 310 13 Size 60 C 75 90 60 75 90 140 167 194 140 167 194 Types Types Types Types Types Types FEPW TBS SA TWt TBS SIS FEPT THHW SA SIS THHWH AWG THWt RHW 2 THWNf THHW AWG kemil THHNT THHWRT XHHWH THW 2 THWN 2 kemil XHHWfT THW 2 THWN 2 5 RHHt RHW 2 USET ZWt USE 2 XHH USE 2 XHHWt XHHW 2 ZW 2 XHHW 2 ZW 2 Copper Aluminum or Copper Clad Aluminum T8924 qu 14 22 01 MX 164 18 1 6 14 201 201 ees 12 25 25 30 20 20 25 12 10 30 351 401 25 30t 351 10 8 40 50 55 30 40 45 8 6 55 65 75 40 50 60 6 4 70 85 95 55 65 75 4 3 85 100 110 65 75 85 3 2 95 115 130 75 90 100 2 1 110 130 150 85 100 115 1 1 0 125 150 170 100 120 135 1 0 2 0 145 175 195 115 135 150 2 0 3 0 165 200 225 130 155 175 3 0 4 0 195 230 260 150 180 205 4 0 250 215 255 290 170 205 230 250 300 240 285 320 190 230 255 300 350 260 310 350 210 250 280 350 400 280 335 380 225 270 305 400 500 320 380 430 260 310 350 500 600 355 420 475 285 340 385 600 700 385 460
48. it is not performing to specification Call Liebert Global Services to replace fuses so that the cause of failure can be determined N WARNING LETHAL VOLTAGES MAY BE PRESENT WITHIN THIS UNIT EVEN WHEN IT IS APPARENTLY NOT OPERATING OBSERVE ALL CAUTIONS AND WARNINGS IN THIS MANUAL FAILURE TO DO SO COULD RESULT IN SERIOUS INJURY OR DEATH REFER UNIT TO QUALIFIED SERVICE PERSONNEL IF MAINTENANCE IS REQUIRED DO NOT WORK ON THIS EQUIPMENT UNLESS YOU ARE FULLY QUALIFIED TO DO SO NEVER WORK ALONE Battery Maintenance The batteries that provide standby power for the UPStation S3 UPS are inside the attached or stand alone UPS battery cabinet The standard batteries supplied with the system are valve reg ulated batteries During normal operating conditions the batteries are kept charged The battery is automatically tested by the UPS control circuit If there is a battery charger problem or if the battery fails a test an alarm message will be displayed Call Liebert Global Services at 1 800 543 2378 if battery maintenance or replacement is required Battery Safety Precautions Servicing of batteries should be performed or supervised by personnel knowledgeable of batteries and the required precautions Keep unauthorized personnel away from batteries 64 Maintenance WARNING DO NOT DISPOSE OF BATTERY OR BATTERIES IN A FIRE THE BATTERY MAY EXPLODE DO NOT OPEN OR MUTILATE THE BATTERY OR BATTERIES RELEASED ELECTROLYTE IS HAR
49. over temperature This is a two stage alarm The same message will occur if the system has reached over temp and has transferred to bypass as a result of the over temp condition Other alarms will signal the transfer to bypass An over temperature condition is present in the UPS cabinet The UPS will automatically transfer to bypass if the over temperature continues Determine the cause of the condition and correct it if possible Check for restricted air flow or fan failure UPS Shutdown The UPS has detected a fault and has shut down resulting in loss of power to the critical load Review and record alarm messages Contact Liebert Global Services Liebert Global Services 1 800 543 2378 Operation 55 4 0 FEATURES amp OPTIONS 4 1 4 2 Introduction The UPStation 93 offers a number of features and options that are standard or can be optionally installed in the UPStation 53 Some options are a part of the basic design of the UPStation 53 and must be installed in the factory Other options and features are field installable and can be installed by Liebert Global Services once the equipment is on site or at a later date If your 53 is delivered with options installed or if options are ordered for field installation you will receive the UPStation S3 Options User s Manual document SL 24932 This document contains detailed instructions for the installation and operation of all options The
50. scrolling the menu as indicated the operator will display the specific alarm Sometimes the alarm can be found in the Event Log Alarm History Refer to Table 5 where alarms are listed alphabetically This table displays the alarm messages and operator corrective action if any Per form the corrective action if one is described Phone Liebert Global Services at 1 800 543 2378 if you require assistance NOTE Q If the Alarm is sounding and the display message is REPLACE AIR FILTER pressing the alarm silence will silence the alarm however to remove the error message you need to replace the air filter in the unit and reset the warning screen To do this go to the replace air filter warning screen and press the left and right arrow keys simultaneously After 30 seconds the warning screen will clear and the filter warning will be reset The filter warning is set for 3 months If you find your filter is staying clean you can have the Liebert Global Services personnel adjust the warning period Press ON to start system Press gt to check Configuration This message will only be seen if there is a temporary fault during the start up sequence Press On and retry the starting sequence If the error persists contact Liebert Global Services WARNING Check Messages gt This message is a warning of potential problems check the alarm messages and follow the appro priate actions in Table 5 UPS ON BATTERY Time Remaining
51. uld SNOUJ3NNOO 31BYO 03194340 1001 151 0029 304 3000 LI ja 19130 335 440 E 50018 anus 91 8 5 d TW HOLUAS SNOILO3NNOO 318VO AWillv T DM m MOS 4 ANNOYS j 310998 504 NL ssvdka aus 91 9 5 PE jaa 94 10 282 OMY bli NIN 0 0 43001500 092 002 a7 Lil 180 SNOLLO3NNOO 318 2 WMIn3N SSYdAg IS 1 130 335 W130 335 9 Oee ASES 1001 48 8000 HOLAS ONISN YIN 5 5 0 ISN 53 01 5 ON 035010 ATIWWHON 777 eu annoys 15 uv lt 5 504 350 SIHILMS 074 340 ATIVAYON INGON 01 NOLLO3NNOO 330 310009 AQNIONING ILOWIY 805 88 51 095 x 981 0254509 1 55 Nid 304 58350 022 919 A009 08 AXINI 5 JHL NI 1 3 9 OL 83338 07 002 83804 e te 36289 35080 NOLLJSNNOD NYI NOU23NNOO 2258 S3IHIN3 AVIA3HUA costs Installation 32 Figure 17 Battery Option Details 12 Inch Cabinet 9 WA JANI 050 1
52. wire plus ground DC Input 2 wire positive and negative plus ground Single Source AC Input 3 phase 4 wire plus ground Dual Source AC Input Converter Input 3 phase 3 wire plus ground Bypass Input 3 phase 4 wire plus ground All wiring is to be in accordance with national and local electrical codes Minimum access clearance is 3 feet front and 1 foot above the UPS Top or bottom cable entry through removable access plates Cut plate to suit conduit size then replace ditional Notes If site configuration includes a back up emergency generator it is recommended that the engine generator set be properly sized and equipped for a UPS application Generator options would typically include an isochronous governor generator frequency regulation and a UPS compatible regulator generator voltage regulation Consult generator manufacturer for required generator options and sizing If site configuration includes an automatic transfer switch refer to the Liebert Power Line titled Criteria for Application of Automatic Transfer Switches ATS with Uninterruptible Power Supply UPS Systems 91K PLT 48 02 It is also recommended that the transfer switch be equipped with auxiliary contacts Consult transfer switch manufacturer for required transfer switch options and sizing 1 0 INTRODUCTION 1 1 1 2 1 3 1 3 1 1 3 2 1 3 3 Description The UPStation 83 uninterruptible power supply UPS system protects your val
53. 033 38 AVN SIMNUJSNVH 401197051 OL 124005 INANI DIANO 3194 ON ONG v 701185 v 5209005 304 CIANOJ G3NIn038 SI AWAYLNSN 450907 OL N04 ZT ALON 335 43810038 801900400 LNANI NV 1DdinD JHA v 3SVHd V 803 21 LON SI 50100409 10081 NY 54907 3SVHd 104100 Adve 002 SYOLINGNOD NDIAV OSI WaLN3N 8 31DN JIN 38 GINOHS 5501970407 43215 AlldVd 756 062 JIN 38 SYOLINGNOD 03215 W MINIM 9 NOULVANOLINDO LAdNI Wwnd 30 58211129489 3ADSV 1 31891 NI NADHS 1438509 9 1 3 WNWIXYW 92 088 IIN 34 SNONNILNOD 1 388402 0901 1104 WNIWON 30 VA 2 2 65 1540 035984 38 801200902 WALNIN JHL 303 3215 IAA SAONNILNOONON SIN3S34d38 NOILO31UNd 1 29 C3IN3HHDOJN SNOULIGNOD 3592 1580 804 IN3UN02 3NIl 0339X3 AVW 138402 3 11 3 0 31111 SA AMUN CG AGIOS 2 086 7132 51 0 02 lv NADHS SI 3OVI TQA 593119 03193 71703 V 84 12 8 2 DNIAXAYI INJYANI 9 0343015 02 35 NI NNA 38 1504 531892 1 1 INNI Sdn 38 SI XOLONONOO ivaln
54. 034 38 5 1193051 01 91130 v 53283005 40 53441 33HIOD 303 03811034 SI 201904509 1941038 LADINO 3914 v 3svHd 9 504 92 062 JIN 4311915 1 38 1 YOLINGNOD 300412313 0202165 19307 v 01 G3INOS 38 1304 104100 WaLn3n 3 540 JHL 28 LASNI 034 089 101105 330 259 4 V 303 221 9a 19 8 91 05 JAN 834 38 AINOHS SAMLINANDI 30 S3lilovdNv 31691 NI NAOHS LINJBBA 1981 314 W WEXVW NO 5 38 07005 8 12010 02 Teas1f3N 3Hl 804 3215 JKL 5 110 3 3592 1580 403 1 388402 1332 3 AVW 134302 9 1 54901 SV3NIT NON 3805 304 8 703811034 SI 19 1 3194 7113 9 010 2 ONIASNUO IN3SNDO V 0383015 29 38 01 SI N01200ND23 YALAN 3Hi LVHL 531915 2501 91 016 JAN 11 SHINGNOSD 3198 435 NI 8 38 15 NIJA Bs3 Ud ANY 7081405 01 104100 0 2 002 NUILVSODIAJNDO LNdNI VAX 2 01 ES 1 15401 ONIAVaG 3 11 3 0 329v1d34 3215 LINGNOD 1105 01 31934 1 2 3531914 552009 3787 HONOSHL AVINI 3789 801108 50 401 6 753400 71921812313 19007 VNDILVN 32 28022 NI 38 01 SI 1Y 8 7398005 INANI 83411034 SI WALNAN 9 54901 7 8113 01 304 721 310N 335 783410834 LON SI Y
55. 09 08 00 SUANYOASNVYLOLAY IAdLNO 10dNI 319NIS VAX 5 154 3 1 3 0 ALVIddOUdd N3HM 8 ALON 91 O1 OJN Yad 5 38 GINOHS 5204910405 40 53 4 318 1 NI NMOHS 3HL NO 03578 38 5 HOLONGNOD WHININ JHL N04 3215 3804 JHL 35 2 1580 303 1N3HUDO 0332 3 1 50 071 3WOS 504 SE Q31VM A TI 401200 02 ONIAYSVI LN3YYND V 03810158002 38 OL 51 YOLONGNOD WAYLAAN IVHL 531 15 5 01 ALON 91 016 93 SLINGNOD 435 NI NOH 38 LSAW H3WOd OL N 2g 3ovid3H NAHL 375 LINGNOD LINS 01 41918 109 SilVid SS302V 318VAOW38 AMLN3 318 2 1108 80 401 52000 143112313 1201 NI 38 OL S ONISIA 394n0s 03811038 SI 1 V SQVOT TVYLN3N 503 CE ALON 335 LON SI IYALNIN IndNI NY AINO 50 01 35 4 030N3 WOO3N SYOLONGNOD 03215 56 052 3 439 38 01 SYOLINGNOD 03215 WDWINIA ey 0cz SNONNILNOD LN3YYNI Tin WNINON
56. 159911 L3NIGV9 1194 8111918 12 14 HLIA ES 1 154 VAJ 1 SNITLAG 5119130 NUILd 21194 37411 EGOTIESN ON Ded 5491 AVAL 119 399890 LON NUIIQnVO ISN 5841 081 01 dN 38 NYI 30 1HOI3A 030901 54011093 51 9 8 4431198 11031084 51001 43197108 1 AT1 21312313 ISN 712934015 TVLIW 43504 3 01 SD S3HI39D4 5901 LYOHS LON DG 831194 449 0 A3IA LNOYS 8144 388 11013813 1198 303 4004 3 01 504 1 GGD XVW 29 270 9 AJA 448 ATEWASS 329018 31 9 9 347334 1109415 4331198 DNISIA 439 2 iN de 7 m qw ig 1 892 Di Shia L3NISV 1198 JO aNd 44083 AJLA INDA 11 1899 WAJ 531831198 03490 4941 43119 01 1443119 10N 0 01108 01 dO 043 531431198 CI3TWISNI 53143119 901093 WOX SdIHS LINN 401 Q 10211018 531331
57. 19 TWLSNE ANOD 3339 ee ing 031104 NAUHS Ava 1339 ASIA 3015 e 33 Installation Figure 18 Battery Option Details 24 Inch Cabinet dre 0501 1159917 13 8 2 SNOILONULSN NOLO3NNOO ES NOlLVISdn 81011650 13 8 0 Cj ff J Se 01 04 89 2 02 39Nva FSALVNIGAIL 981199340 30N3HH0338 78 753003 1 21812313 19003 80229 NI 38 01 S ONISIA TW 4 U3GN348D338 10 38 531840 HDNIMITTV 0970 334403 ANY 9 ONDTONGH 143113904 803 31911309 ATIWANLONALS WDIIDS LINN 1 92 831198 Q3ddIHS 553 318 2 d isVIS 19 2014838 N3HDISOO A8 03133409 38 DL 01123 802 STHL SNISD 3431158 033 531892 SHI 103 00 104 B 4 1094 590 30 3415 1331 51 13 92 21198 803 NOIIVOQI 18908915 SNFIQNVH WILAJA 40 51 13 1892 4333 72 d l 33 31083 714 32299893212 WORINIR SALON 71130 630 1 9 WYHOVIQ san AUALLYS LAN UJHSVA 9201 191 U3HSYA UNIS SS
58. 25 Figure 26 Figure 27 Figure 28 Table 1 Table 2 Table 3 Table 4 Table 5 FIGURES One Line Drawing Single Input Configuration 200 240V 17 One Line Drawing Dual Input Configuration 200 240V 18 One Line Drawing Single Input Configuration With Neutral Isolation 45 o dore done en atte 19 One Line Drawing Dual Input Configuration With Neutral Isolation 200 24 Im e tenet VUE RUN alee AY 20 One Line Drawing Single Input Configuration 400 480 600V In 208V Out 21 One Line Drawing Dual Input Configuration 400 480 600V In 208V Out 22 One Line Drawing Single Input Configuration With Neutral Isolation 400 480 600 In 208V 0 28 One Line Drawing Dual Input Configuration With Neutral Isolation 400 480 600 In 208V 0 24 One Line Drawing Single Input Configuration 400 480 600V In Out 25 One Line Drawing Dual Input Configuration 400 480 600V In Out 26 One Line Drawing Single Input Configuration With Neutral Isolation 400 480 600V Out RERUM ea a 27 One Line Drawing Dual Input
59. 3804 Tiv 330 HOLS 340 310000 OL HOLMS NOWISOd SSVdAG YO LNIVW VONIONING 0001 NI 51 HOLMS 31 027109283 38 115 TII 0 01 HOLS ANVION 55 WNOUdO 12334 LON 5200 HOLIMS SIHI SLAGLNO 21415 ANY YALAANI 13 JHL 110 NOLING 330 INGON A2N39M3 3 14201 10814027777 SNOLLONYLSNI ONILYYIdO 804 S E 1235 5 8360 75 NOILWISEN 1838311 01 53434 4 804 NMOHS SY NOlLISOd 54 38 LSNA AuVION SSVdAB 72 SHIJSNVEL TYANYH 13 TOMLNOD 021 LNO3 ISN NOUVYIdO IVINJON 403 NMOHS SV 597 NI 38 15 HOLMS 30175 1 JION 803 GUOWIY 3000 335 HLM NCHS LINA 130 saa ai v 1130 25 03195340 7001 8000 HILHAS 3005 095 8853 027 979 AYINI AVIKONUA 100 09130 1001 21 1 5000 80019 1 532814 2 RE 085 8891 8 1206 41 002 569 E 7 SLND 33804 EL LSNWHX3 uv 811825 49 Operation 3 7 User Response to UPS Alarms If the UPS is operating normally the Normal Operation screen as shown in Figure 23 will appear on the LCD display If there is a system error or problem of some type the UPS will display one of the following screens Most of these screens request that the operator Check Messages By
60. 3N IHL 531915 CODI 310N 9 016 Il SNOILIINDO SOMWHIFY 4331198 303 NUILVUD LYOHS SI LNZYNND 72 104100 93198 1703 ND 3598 SI ENJBSJDO WON 1 31UN 13 1893 4931198 92 062 JAN 439 300819313 29001 27 7 13 2 540 310N 335 E cR zum jan Ae D 9 335 1 5 NDLIV1OH 359 4 2 8 N E f 0 INdNE Sdn o 1 dX o o 0 OO m PLE 2VWZ 9 SILON 335 183 02 GNA INDJ E 9 NOLLVIOY 38 4 2 9 041039 JIJIA v NO E P 9 N 1 29200 285 811149 SILON 335 NDDIIVIDS 9 8 9 QNnD35 4 E 0768 96 01683 0684 9 SUON Yog 001 08 65 Y 08 601 Y 3 sm 021 Y 08 59 001 Sit 15 yao 90 082 00 83 001 001 v 69 00 OL v v 8r 09 6t 02 06 25 sna 021 Y OL 5 08 16 96 Vg 20 0 Y OL 80 ot 08 v 001 8S v 08 08
61. 3NuVH 318 2 20 13 2 PINTON 13 4 083 350 10N JI E 13 8 2 TINGON san AURLLWE Sen 1803 Installation 34 Figure 19 Field Lug Wiring Terminations MIHO SOENNIOI VOLE XON OSOL DIJNUS 3194 ON 990 531899 q350n1 403 5 123 02 1 07313 051 9 9 ASIA 727 719130 NOIIJ3NNDO 300312373 Nn 9 Q2VJans U3INIVd 31 B83HSVA AVIS L3NISVJ X0 CP C N3HSVA 1913 sna NADJI JINGOW 4015 8921194 GN USO 7338 691 B LOGNNO2O On GNNDY9 83 015 19 Chl BH123NNDO 2 INN GNNDSO 338015023 SH3HSV 3171 71134 104 CIVHID3N 051 83 339 8 E anis QUINT SWIX OLNy HITA 109 30 OST ON HITA 119130 NDILO3NNDO 300812313 4 049 19110 N UI J3NNUJ 240912212 A 3 34934 i3NIHVO ADOT 1X3 H3HSVA 8915 03294405 JD S3HSVA 8915 SH3HSVA 13 108 esna 50 0015 qNADNO 8 21198 ONDDNO 1399 B E nis BD 0715 040050 8921198 7339 2 SH3HSVA 277131138 LNN 91 HSVA 1974 3 1973 B E H3HSVA 1933 anis 04003
62. 4 009 8812 335 88 00 0062 0041 Installation 30 Figure 15 Connecting Terminal Details MHO 98 82 1194911 EC 800ttesn ON OSC J INdOW Sdn vA 2 21 5719134 WNINSAL ES 54 INING 31111 0381033 901 59134 8 441 090 DMY NIN 0 0 NO NOWOINNOD 55 4 NO SLINA 1ftdNI 5 NO NOLI23NNOO 2817 OMY NO NOLLO3NNOO 18 Lem tif NIN 0 2 SNOU23NNO2 318V2 d 9 4 b OMV NIN 70 2 5 3182 uja Qnis 91 8 sel 5 31682 77 1 E ISI OMY vU NIN O Z 1 SNOLO3NNOO 318V2 1 SSVdAg 48 1 130 HOLIMS I N INISAN 41 SNOLLISOd ISA 5 0135012 1 22 24 amp SNOILISOd 350 53991045 078 340 Ya 130 1 wa 1130
63. 4 531892 104100 LAdNI Sdn SNGILIGNDS 394 238 4831198 403 NOIIVSOG LYOHS SI 18435412 Ol 1901 d31va Ving NO 03598 1 1 38400 1 SALON 13 18 2 N3HSDJSNVMI 12381892 311 8 77 ot Sdn UT EC m m gt 2 0 0 0 O M Iu 27 9 310N 335 8 2 8 v 1 1 ONNOYS 3MI E 26 5 8540 5 Lo o PE 2 9 ESS eee 8 9 53109 325 4 83183ANU2 ANJ INDHA 2 8 9 JIJIA 40 1 1 Ld 5 1 ovis lt RIS 7 SILON 335 55 438 32 0119108 3SVHd 0 0 9 5 040040 JAIM 25 a zu zu Eu 29 78 25 29 TIN EE 1 069 01689 y t SHON ET meat 2 0 E 001 Y Sit v 48 06 19 90 Ove v 06 6 00
64. 58 1649 170 134895 198 ES 00130454 5 112 8418 ONIGVOINA 11111 ON 7990 521009 5040 TWOUH3A 30 GL 9337 99 299 581 0981 ONIONIONI I SALON 33401 4 1 2 OLNI 1314 409 51108 094 NYAL 5 201 2 1v 9 1 1 2 TWISNI T 340 dN LINA HITHYOJ 9 51108 9 ONY dh 131164 14115504 572 7091802 QNIH3E 97 305 031 207 1334 9 ONINIVLNOD 9v8 MONIY ONY 30 4000 18083 8340 JAOWJU 401 ONY 13315 172 08 0808 2 OL ver 37 Installation Figure 22 Battery Times Output kVA 5 10 15 20 25 30 35 40 45 50 55 60 65 Time Minutes 38 Installation 3 0 3 1 Control Display Panel The control panel includes tactile pads dome buttons and the LCD liquid crystal display which allows advanced operator control The display indicates present status and alarms if any The controls have been designed to make your UPS reliable and easy to operate N WARNING BEFORE BEGINNING THE STARTUP PROCEDURE MAKE SURE THE BA
65. 7 35 Installation Figure 20 Unloading Instructions 98162 Od OCO 1 ri 56 ON 014 02 LJNISVO YSWADASNVAL 1198 21 540 VA va el 25 901303540 5 01120815 214 9 00 87 3015 1331 8084 015 3404 TIHA 30 01 NIHEIM 12 2 4233 7 868 sa 0681 LHJM i H3M01 g L3NIBV2 JHL 131214802 51108 NYNL SNOuv201 9 1v 5094 9 mvisNi 00 89 00 09 51108 1311 4 330 dN 1395803 CINVd TOMLNOD ONIH38 540 3015 031V201 1334 ONINIVLNOD 998 4009 340 401 ONY 9NIONVS 13315 3AOW3N N OJvOBQuVO QVOINA OL gor BE 1 Installation 36 Figure 21 Unloading Instructions 24 Inch Battery Cabinet SAMNIT 98162 0
66. 92 087 vi oz a WNHIIX3 vor 05 yor 007 2 eo YE ELS 28 0 83114405 1043 xor Wee 5621 02 9NISIA 03118408 41313 009 Y 06 ves vig STH 021 271 6 NDT vor Y va 9 009 MOUTON f 891511094 E E wna wang NH downs n WNION PM NAON EM 1833902 39VL0A OVA 2v INANI 5548 Amuve 1 30938 5 Installation 28 imensions Figure 13 Cabinet D 98162 BAINO MuOKNV3C Hedger rey oraa sus N A SIJNOJ 21490 ON Oe v8 SDW AQ0P2 002 VAX 2 21 ES OH0ISdN ONIMAVAT 3NI11n 31111 Q30N3 0238 LON 8v 0079 JAY 5218 2 0 12 834409 ANY WNNINN 8 319 15 336 SLNINZUINDW 93904 803 1 LINGNOD LINS Ol 119 531892 20 ONY 404 STANYd 55202 79 439 TIICOW ono 14201 SIS3HLN3HVd NI 50 S3HONI 38 SNOISNJNIO G 000 WANZE MH DLE 0025 VANE NLA 009
67. Configuration With Neutral Isolation 400 480 600 IN Out acd oN RT 28 Cabinet Dimensions Mone we 29 Cabinet Dimensions With Transformer 30 Connecting Terminal 31 Connecting Terminal Details With Transformer 32 Battery Option Details 12 Inch 33 Battery Option Details 24 Inch 34 Field Lug Wiring 35 Unloading Instructions is a 36 Unloading Instructions 24 Inch Battery 37 Battery vue Nue e PRAGU A NO NM SN We 38 ECD eost ata de Sate MuR LE 40 LED Menu rr c LEUTE Ld 46 Configuration Menu 47 Control Switch 49 232 Connections pe RARE HUS RO p e 62 Output Distribution Panel Board 63 TABLES
68. Contact Liebert Global Services Inverter Startup Overvolt The inverter bus is too high during the walk in period Possible fault on the PFC Contact Liebert Global Services Operation 53 Table 5 Alarm Messages continued Alarm Message LAN Interface Shutdown Initiated Meaning This alarm indicates the LAN is being shut down for a programmed action due to the activation of one or more alarms Corrective Action This should activate the automatic shutdown sequence programmed into your LAN operating system Load on Manual Bypass The Maintenance Bypass switch is in the Maintenance position When the maintenance activity has been completed return the unit to normal operation Logic Error Automatic diagnostic testing has detected a failure of hardware or software in the UPS internal control system A second message may indicate internal test or software time out The load has been automatically transferred to bypass Record the alarm condition and contact Liebert Global Services Low Battery Shutdown Battery has discharged to the minimum allowable voltage If the bypass is available the unit will transfer to bypass If the bypass is not available the UPS is shut down No power is being supplied to the critical load When the battery has recharged and if there is not fault the unit will retransfer from bypass If bypass was not available when input power
69. D string that will be displayed on the remote terminal in addition Customer can press a key on the terminal before or after the alarms are displayed to enter remote panel mode When calling a pager Customer can program both the pager telephone number and up to 16 digits that will be transmitted to the pager when the UPS dials out Customer has the option to have the UPS issue an alarm code to the pager that identifies the class of event occurring i e low battery on battery on bypass load shutdown etc This code can be issued in lieu of OR in addition to a user programmable string of up to 15 digits 2 The UPS supports dialing up to 2 telephone numbers which can be any combination of pager or modem User can select whether to Always call both numbers Only call the second number if calling the first number fails Never call the second number 3 The UPS can automatically answer incoming calls from a remote terminal and enter remote panel mode 4 user chooses for the UPS to Never accept incoming or make outgoing calls Only make outgoing calls Only accept incoming calls Accept incoming AND make outgoing calls Programmable Relays The programmable relay board contains 8 double pole double throw relays that can be connected to a variety of customer outputs The relays can be individually programmed to trip based on a selection of a number of UPS events Each relay can be programmed to trip based o
70. GLINGNOD LAAN NY ANO 50407 3SVHd N03 7 239 SYOLINGNOD 9 03215 6 0 8 03 38 01 59010 00 00 43215 WNWININ 9 036 022 23 500 1 00 1 384802 901 1114 WNIWON 30 7621 50114 11 5143535935 NOII23108d 1 44 8 29 3CNZHADO3S 5 72 08 23N 834 17133451107 02 19 NADHS SI 1198 781110 02 31 435 NI 38 15 5318 2 104100 ANY 59 SNUILIQNOO VO 183A0 NV 303 9H233 A8311V8 503 NOLLYANG LYOHS SI 1435415 W WIXVN 907 104180 03194 17014 ND 43598 51 1438402 WON TYNIWON 1 SALON 13 1892 831198 1 7 77 7 E E bis 1 0 9 9 310N 335 4 NOMLVIOY JSVHd 2 8 T 947039 IAIA 2m amp 9 1 9 ANNE 540 gt 0 249 e Xp 99 2 gt 2111479 SILON 235 33183ANI 83183ANQ02 083 INOA Co Ea 2 0119108 35 2 v FBIM 80 eC N t 1 99 ovis 1 M i e E ne i 899418 JINYNJINIVH 217149 SILON 335 80119103 3SVHd 0 8 9 e
71. HE VERTICAL AT ANY TIME 1 Inspect equipment and shipping container s for any signs of damage or mishandling Do not attempt to install the system if damage is apparent If any damage is noted file a damage claim with the shipping agency within 24 hours and contact Liebert Global Services at 1 800 543 2378 to inform them of the damage claim and the condition of the equipment 2 Compare contents of shipment with the bill of lading Report any missing items to the carrier and to Liebert Global Services immediately 3 Check nameplate on the inside of cabinet front door to verify model number kVA rating and input output voltage corresponds with the one specified Record model and serial number in the front of this manual A record of this information is necessary should servicing become required Internal Inspection of the UPS System 1 Verify that all items have been received If spare parts were ordered verify arrival Check for shipping damage internally Check for any loose connections or unsecured components in the UPS Module Qt Ws 20019 Check for installation of safety shields on the UPS module There should not be any exposed terminals when the cabinet doors are opened 6 Check for any unsafe feature that may be a potential safety hazard 8 Installation 2 2 4 Equipment Location 2 3 N WARNING EACH UPS MODULE AND MATCHING BATTERY CABINET WEIGHS BETWEEN 1100 AND 2700 POUNDS DEPENDING ON MODEL EXERCI
72. IGNnONS 834084 403 3009 19303 052 INav JAN 01 43338 3012v4 1795403 Q3NInD3s 38 0 NOLLVIOSI OL v 434 0089 AGIOS v 5328005 504 3NIn038 51 010 4 00 7 81 3 INGLNO v 3594 V 804 el 31 D4d 02ddV N3HA 8 31DN 91 01 JAN 334 G3isnr v 38 GINOHS 5901200 02 40 53111094 9 3 DHv 1 31891 NI NADHS 1 388 2 TWALNAN JHL NU 03598 38 InDHS BOLIODGNOO T63103N 3Hl 303 IZIS 381 FHL SNOILIGNOD 3540 1540 303 1N3N802 1332X3 AVH 1N334802 TWALAIN 84907 3V3NDT NUN 3H S 304 43810034 SI IIIA 13198 1113 9 7801200 02 ONIABNVO IN3NNDO V 3430 ISNDO 01 SI YOLONGNOD 1981035 IKL LVHL 531915 2701 310 9i 01 JIN 1 104100 104 AOv2 G02 WWain3an NDILVUNOTINOD ifidNI 3 NIS VAM 21 ES 191540 DSNIAV23U 3 11 3 SLINGNOD 31989425 NI 3H 15 ONISIA M3AUd ONY DNIMIA 01 3291834 3215 LINGNOD LIAS 01 31914 103 7531914 55322 ABIN3 31890 01108 HD aui 6 3009 3921812313 79007 ANY 7 19 32 909022 NI 38 01 SI TW 8 338005 4093 G3YINGIA 5 1 50007 WYINGN 3 11 803 33 03411934 LON SI 801204812 7941138 104 NV ATNO 50901 3SvHd 904
73. IKON m LNIANO 39V1304 WA 802 104100 av G IVA BOZ LndNI 554438 2 33130238 Ov 318v1 Installation 22 Figure 7 One Line Drawing Single Input Configuration With Neutral Isolation 400 480 600V 208V Out 292 062 9t 191 ecd ila 46 062 SLINGNOD 31 8 635 NI NOH 38 1504 ONY 1031405 701 4 834 03715 HOLONGNOD 300812313 394005 GIAWIG 8 3215 LINGNOD LINS OL 31918 q H ATALVUVd3S 51 104100 54 JHL NOlLdO IVYLAIN CL 109 SALVId 554 J18VAOW3U 3189 WOLLOG 401 6 ONIQNnONO H3dOHd 403 53000 1 201 052 310lLuV 53000 VIRONA 19907 TWNOUYN HIM Ni 38 OL SI ONIBUM TY 8 OL N3i3M ANOLOV4 1706 00 38 AVA 329005 OL V 5228005 40 53441 Y3HLO 504 O3HInO3H Q38inO3N SI V SQVO1 OL NO4 21 ILON 335 6 0 50 28021650 51 8 10 WALNIN 104100 38M v jSYHd 304 090038 LON 51 YOLONGNOD WALNIN ANNI NV ATNO 0907 3SVHd 4 213 02 3iv 92 062 23 Q3TIVISNI LSNW 300202313 Q30N3AWOO3H SU
74. MFUL TO THE SKIN AND EYES IT MAY BE TOXIC A BATTERY CAN PRESENT A RISK OF ELECTRICAL SHOCK AND HIGH SHORT CIRCUIT CURRENT THE FOLLOWING PRECAUTIONS SHOULD BE OBSERVED WHEN WORKING ON BATTERIES 1 REMOVE WATCHES RINGS OR OTHER METAL OBJECTS 2 USE TOOLS WITH INSULATED HANDLES 3 WEAR RUBBER GLOVES AND BOOTS 4 DO NOT LAY TOOLS OR METAL PARTS ON TOP OF BATTERIES 5 DISCONNECT CHARGING SOURCE PRIOR TO CONNECTING OR DISCONNECTING BATTERY TERMINALS REMOVE BATTERY FUSES 6 DETERMINE IF BATTERY IS INADVERTENTLY GROUNDED IF INADVERTENTLY GROUNDED REMOVE SOURCE OF GROUND CONTACT WITH ANY PART OF A GROUNDED BATTERY CAN RESULT IN ELECTRICAL SHOCK THE LIKELIHOOD OF SUCH SHOCK WILL BE REDUCED IF SUCH GROUNDS ARE REMOVED DURING INSTALLATION AND MAINTENANCE THE BATTERY ELECTROLYTE IS A DILUTE SULFURIC ACID THAT IS HARMFUL TO THE SKIN AND EYES IT IS ELECTRICALLY CONDUCTIVE AND CORROSIVE THE FOLLOWING PROCEDURES SHOULD BE OBSERVED 1 WEAR FULL EYE PROTECTION AND PROTECTIVE CLOTHING 2 IF ELECTROLYTE CONTACTS THE SKIN WASH IT OFF IMMEDIATELY WITH WATER 3 IF ELECTROLYTE CONTACTS THE EYES FLUSH THOROUGHLY AND IMMEDIATELY WITH WATER SEEK MEDICAL ATTENTION 4 SPILLED ELECTROLYTE SHOULD BE WASHED DOWN WITH A SUITABLE ACID NEUTRALIZING AGENT A COMMON PRACTICE IS TO USE A SOLUTION OF APPROXIMATELY ONE POUND 500 GRAMS BICARBONATE OF SODA TO APPROXIMATELY ONE GALLON 4 LITERS OF WATER THE BICARBONATE OF SODA SOLUTION
75. Minutes Check Messages gt The UPS has gone to battery This screen indicates the time remaining on battery Scroll to the alarm message to determine the cause of the transfer to battery Take appropriate action as sug gested in Table 5 50 Operation WARNING Load on Bypass Check Messages gt The UPS has transferred to its bypass source Scroll to the alarm message s to determine the cause of the transfer to bypass Take appropriate action as suggested in Table 5 SYSTEM SHUTDOWN Check Messages gt The UPS system has suffered a major fault and has shut down Call Liebert Global Services 1 800 543 2378 immediately Scroll to the alarm messages in the Event Log and record them Take appropriate action as suggested in Table 5 Operation 51 Table 5 Alarm Messages Alarm Message Alarm Event Meaning The Input contact isolator allows the user to define events outside of the UPS that will cause an alarm to show on the UPS One of those events has occurred Corrective Action Scroll through the alarm messages to determine which outside alarm has occurred Correct the alarm source and the alarm message will clear Bad Connection An internal connection between PC boards has come loose or is broken Contact Liebert Global Services Battery Charger Inhibited load above threshold The input contact isolator option has triggered inhibition of the battery charger an
76. OLOnONOO 9 W071 01 38 150 104100 9325 396 092 O3N Y3d 38 Ol SYOLONGNOD 03215 WOWINIW 79 AgOZ 009 08 00 3HL 32406 indNI GIGNNOND 05 804771 5 YIWYOJSNYYLOLNY LONI Aa veldoudav SNONNILNOD LN3BYND AYON TINS WNIWON 30 GZL 03191051 91 01 OIN 38 GINOHS 56801200809 SNONNWNODNON SLN3S3Hd3H NOILO3IONd OY Q3ON3WWOO3N S NOILVBOOIJNOO IfidNI 319NIS 30 S3ulDvdAv 318 1 NI NMOHS 133802 WOWIXVM 089 1190 SLIOA 0 LY NMOHS SI 1 VAM 2 21 S 15401 JHL NO 035 8 38 CINOHS YOLINGNOD TwHLD3N JHL 304 3215 SLINONOD 3198 435 NI 38 150 9789 184100 104 840 ONIMVYG SNOWIGNOD 3SVO LSHOM HO ANJYANO INI 0339X3 AVA LNIYYNO SNOULIGNOD 50 01 YVINII NON 3405 SI HOLOnQNOO ONLRIV2 INJHNAIO Q3H3OISNO2 AN31LVB 180 SI 72 38 01 51 WHLMIN LVHL 53115 5 0 91 0i 10400
77. ON Use the following procedure when moving the Maintenance Bypass Rotary Switch from the Bypass position Failure to follow instructions could cause equipment damage or false alarms 1 Rotate Maintenance Switch from Bypass to Maint 2 Pause for 30 seconds and make sure the LCD screen reads Normal Operation with a blinking Maintenance 3 Usethe slide switch to set the UPS to Static Bypass Slide the switch to the left to engage Static Bypass See Figure 26 for switch location 4 Rotate Maintenance Switch from Maint to UPS position 12 o clock 5 Return the slide switch to the right UPS position and then press on the LCD panel Auto Restart This feature is enabled when the unit is shipped from the factory The UPS will automatically restart and supply power to the load after Low battery shutdown battery supply has been exhausted Power will be supplied to the load as soon as utility service is restored Note that turning the UPS off or using REPO or EPO will disable auto restart and you will need to follow the procedure in 3 2 4 Manual Restart after EPO or REPO Normal Operation When the utility power is available and within acceptable limits the unit supplies filtered and regulated power to the load through the converter input and inverter output The battery charger maintains a charge on the battery During normal operation the LCD display will inform you of the UPS statu
78. ONNECT PLUG OR TURN THE BATTERY BREAKER ON UNTIL THE INSTALLATION HAS BEEN INSPECTED BY LIEBERT GLOBAL SERVICES AN IMPROPERLY INSTALLED UNIT CAN RESULT IN INJURY TO PERSONNEL OR DAMAGE TO EQUIPMENT Wiring Connections Verify the following connections have been made 1 AC power cables from wye connected input power source or optional external maintenance bypass cabinet to UPS Module Input Observe A B C phase rotation If the UPStation 53 has line to neutral loads connected to the UPS output the input source must have three phases plus neutral plus ground or have the isolating transformer option installed If there will be no line to neutral loads attached an input neutral is not required If the UPS system has arrived with a shipping split make sure that Liebert Global Services start up personnel have reconnected the unit DC power cables positive and negative from battery cabinet to UPS module DC bus observe proper polarity If employing a Liebert stand alone battery cabinet or battery cabinet supplied by others and when multiple conductors are used from the battery to the UPS module it is necessary to run the same number of positive and negative cables in the same cable tray or conduit AC power cables from the UPS output to the critical load distribution Observe A B C Phase Rotation The output source should have three phases plus neutral if line to neutral loads will be pow ered from the UPS output plus
79. S WAM 92 21 CS 154 3 1 3 0 732 1434 2215 LINGNOD 105 OL 3 103 7531914 53209 AMIN3 31899 NOLLOB 401 53000 1 2 2313 WOOT HLM 32 08092 NI 38 OL S NY 328008 JHL 094 Q331n038 SI WYLAIN V SQvOT 803 701 ALON 335 0310038 LON SI YOLONGNOD LONI NV AINO 50 01 5 JYM N04 030N3AWO23H SYOLONGNOD QNnONO 03715 56 062 Yad 38 OL SHOIOnUNOO 03415 086 SQOnNILNO2 INIYYNI QVO TID 30 601 5 SNONNUNOONON 51 43538438 NOILO3HONd LN3HN ONJAO IY Q030N3 WOO3H 72 08 23 539 7132 61 0 O Z LY NMOHS SI SLINANOD 31Vavd3S NOY 38 18 W 53180 104110 ONY LNdNI Sdn SNOILIGNOD QVO 8H3A0 ONY 39HvHO3N LYOHS 51 LNIYYNO QvO1 104100 d3ivs TINA NO 035 8 SI 113880 NON a 18310 ABaLL VG 7 3NIBV3 H39uvH5 2 1 SaN 0 0 9 29 SALON 335 NOLLVLOY 3SYHd 2 8 W OF MALUBANOD ONF 11043 2714479 SALON 335 NOUYLOY 3SYHd 2 8 7 9 519 55
80. S Run Time VH Advanced Configuration Input Wiring Input Wiring Output Wiring Output Wiring Time amp Date Press Enter gt Time amp Date Modem Mode in Adv Config Modem Mode Phone 1 Screen to VIEW Phone Number 1 Phone 2 Adv Config L Phone Number 2 Dial Test Options Dial Test Horn Volume Horn Volume Screen Contrast Battery Charger Mode Slew Rate Bypass Frequency Sync Range Start Up Mode Software Versions Battery Installed on Date Screen Contrast Battery Charger Mode Slew Rate gt Bypass Frequency Sync Range gt Start Up Mode Set Password UPS ON 1 Off 0 r Transfer UPS to Bypass Battery Installed Date Operation 47 3 5 2 3 6 3 6 1 3 6 2 3 6 3 Maintenance Bypass CAUTION Improper operation of the Maintenance Bypass switch can cause the unit to shut down Follow the instructions carefully and observe all requirements to pause between switch operations The UPStation S3 is equipped with a Maintenance Bypass Switch see Figure 26 the bypass path for power to the critical load can be manually selected by the user if there is a need to isolate certain parts of the UPS for maintenance or in case of some UPS faults User selection of the man ual bypass is made by a switch inside the front door in the bottom left front of the cabinet Open front door release locking screw The switch 1s a 360 degree switch that
81. SE EXTREME CARE WHEN HANDLING TO AVOID EQUIPMENT DAMAGE OR INJURY TO PERSONNEL A FORKLIFT OR OTHER ADEQUATE MATERIAL HANDLING DEVICE SHOULD BE USED FOR UNLOADING MOVING AND POSITIONING THE CABINETS Q INSTALLATION TIP 6 T Install the leveling feet while the unit is on the forklift or other material handling equipment Leveling feet cannot be installed with the unit sitting on its caster wheels Use a forklift or other material handling device to move the cabinets as close as possible to the final installation site For units with a battery or transformer cabinet the forklift must be used on the left heavier side Casters are provided on the unit to aid in final positioning The unit is equipped with leveling feet shipped inside the unit which should be used to level the unit after it is set in place Open front door release locking screw Install leveling feet while supporting the unit with the forklift or other lifting device As with all electrical equipment installation and serviceability will be easier if access 15 provided on all sides of the equipment Minimum access requirements are 3 feet front 1 foot top Verify adequate clearance for cabinet doors to open See drawings and local codes 4 feet is recommended Verify adequate clearance above cabinets allowing unrestricted exhaust air to flow 12 inches minimum Verify UPS system is installed in a clean cool and dry location Batteries Battery Safety Precau
82. T CHARGING SOURCE PRIOR TO CONNECTING OR DISCONNECTING BATTERY TERMINALS 6 DETERMINE IF BATTERY IS INADVERTENTLY GROUNDED IF INADVERTENTLY GROUNDED REMOVE SOURCE OF GROUND CONTACT WITH ANY PART OF A GROUNDED BATTERY CAN RESULT IN ELECTRICAL SHOCK THE LIKELIHOOD OF SUCH SHOCK WILL BE REDUCED IF SUCH GROUNDS ARE REMOVED DURING INSTALLATION AND MAINTENANCE LEAD ACID BATTERIES CAN PRESENT A RISK OF FIRE BECAUSE THEY GENERATE HYDROGEN GAS THE BATTERIES WILL NOT GENERATE HYDROGEN IN NORMAL OPERATION ONLY IN EXTREME CONDITIONS OF TEMPERATURE OR OVER CHARGE WILL THE BATTERIES GAS THE FOLLOWING PROCEDURES SHOULD BE FOLLOWED 1 DO NOT SMOKE WHEN NEAR BATTERIES 2 DO NOT CAUSE FLAME OR SPARK IN BATTERY AREA 3 DISCHARGE STATIC ELECTRICITY FROM BODY BEFORE TOUCHING BATTERIES BY FIRST TOUCHING A GROUNDED METAL SURFACE For most applications the batteries on the UPStation S3 come in a matching bolted on battery cabinet to the UPS module There is no installation of batteries required Battery cabinets sup plied by Liebert and not bolted to the unit will come with instructions on how to connect the bat tery cabinet to the UPS module Bolted together Battery cabinets shipped on shipping splits will be connected by Liebert Global Services as part of the start up service For safety reasons the batteries come with the circuit breaker in the off position As an additional safety precaution during shipment a battery inter cell connection is dis
83. TTERY HAS BEEN RECONNECTED FOR SHIPMENT ONE OF THE BATTERY INTER CELL CONNECTIONS IS DISCONNECTED FOR SAFETY LIEBERT GLOBAL SERVICES PERSONNEL WILL RECONNECT THE BATTERY STRING AS PART OF THEIR START UP PROCEDURE Control Buttons As shown in Figure 23 the control panel includes ON OFF LEFT ARROW RIGHT ARROW ENTER ESC escape ALARM SILENCE AND EPO emergency power off buttons ON Button Pressing this button turns on the UPS inverter Power will be available to the output Terminal Block or Optional Distribution Panel The ON button also resumes auto restart capability if selected after a manual shut off OFF Button Pressing this button twice within 3 seconds causes an orderly shutdown of the inverter If the OFF button is pressed only once the unit will return to normal operation in a few seconds This control feature is designed to avoid accidental shutdowns All power to loads including static bypass is turned off The display will remain active because control logic power is still available Also batteries may still be charging Turning the UPS off also disables auto restart until the ON button is pressed NOTE Q If you press the OFF button a third time a display message will prompt you to press the OFF button a fourth time Pressing the OFF button a fourth time will turn off the battery charger and the PFC function Logic power will remain on To remove logic power the Maintenance Bypass Switch must be in the Bypa
84. V 38 OL SI 8 5 NETS 46 0 0 5 834034 3000 WOO 0S2 MOLLA 3HL HOMJ SI 50 01 WALNIN 3NIl 503 ILON 335 gt 914405 3190 q3a1n038 LON SI YOLINGNGI 7 8103 1 NY AND 0907 3SVHd BAIA YDA 4 104110 2 A009 0Bb 00P 91130 v 3441089 701705 v 5305005 803 93 SYOLONGNOI SMAWACASNUMIOINY INANI Si 100110 38I 35 E V 803 el 13715 118 4 756 052 JIN 838 38 01 5801300 3 ONIGNNGYD 03215 9 WYLOSN 03191051 936 022 JIN 834 5 0 1 388012 0901 1103 30 NOILVM DIJNUS terc 5074 5 51 3538438 NDII231DNd LNISENDYIAG 75 VAM 92 21 ES 191560 20 5311109949 318Vl NI 5 1 384812 WYLNIN HONIXVH 2 08 23N 539 1142 5104 02 19 NADHS 51 30 1 mim SIGNO ANY S 2 E 1 SNDILIdNOO NV o 750901 aV3NIT NON
85. a 204 Bivlddddddy 8 JLON 91 016 23N 834 38 010085 58012008012 30 S3ILI2VdWV 31891 NI NADHS ND 02598 201906403 WAIN 304 3215 SNOLLIGNOD 3599 1550 04 1 235802 INIT 0332 3 AWW IN3NN03 VAX be el ES NUHIVISdI WYLNSN 50901 3V3NI1 NUN 3WDS 804 03910034 SI ONIAVAC 3 11 3 0 WALNAN 3193 4110 7401204 02 ONIANNVO IN33802 9 4333015 02 1 3g 01 1 301900403 1981038 FHL 531915 00 ALON 91 012 JIN 753104 03 31949435 NI NAA 34 150 ONISIA 33408 1034409 73291434 3215 1InQNDJ LINS 01 31914 103 3531914 5532929 314 24 AYINI 37892 SO 753400 192181231343 19901 HAIA 32 9090229 38 OL SI TIN 324005 SI TV3103N V 54907 193103N OL 3 11 803 310N 335 13811038 LON 1 YOLINGNOD 1 3103N NY AONO 50907 3SvHd E 504 O3GN3HWD2384 SYOLINTNOD 031089 83715 AlHivd 56 052 23N 834 38 SYOLINGNOD 9 03215 W WINIW 1086 0802 JIN 334 SD DNILNDO 1435405 4901 1703 WNIWON 30 4621 SNI SODDNIINDONDN SIN3S33d38 1103103 OV 82 08 JAN 834 13334 5110 02 19 NADHS 51 3991704 9311 6 TWNIWON 5 31949435 NI NNA 34 150
86. are within tolerance Contact Liebert Global Services if the UPS is not able to correct any one of these conditions PFC Bus Voltage High PFC Bus Voltage Low PFC Hardware Shutdown The inverter bus voltage is either high or low or exceeded acceptable limits The unit will transfer to bypass Contact Liebert Global Services Site Wiring Error Warning Alarm The power conductors are not wired to the UPS input in the desired sequence Disconnect power from the UPS input and correct the wiring Wiring should be verified or corrected by a qualified electrician System shutdown impending due to over temperature The input filter may be clogged or 1 or more cooling fans may have failed and the internal temperatures are approaching the automatic shutdown level Check input air filter Reduce the system load as much as possible Contact Liebert Global Services System shutdown due to internal over temperature The UPS system has shut down and transferred to Bypass as a result of a clogged input filter or failure of 1 or more fans Contact Liebert Global Services Temporary Overload The output waveform is distorted If available the UPS will transfer to bypass until the waveform distortion is corrected Normally the condition will correct itself If the unit has not corrected this condition within 30 minutes contact Liebert Global Services UPS Overtemp System shutdown impending due to
87. attery Discharge Alarm Red LED Low Battery Reserve Alarm Red LED Load on Bypass Alarm Red LED UPS Alarm Condition Red LED New Alarm Condition Red LED Audible Alarm Lamp Test Reset Push button Audio Reset Push button 60 Features amp Options 4 4 8 4 4 9 The panel is provided in NEMA 1 enclosure suitable for wall mounting Interface of the panel to the UPS is through connection of control wiring between terminal strips in the UPS cab inet Programmable Relay Board and Remote Status Panel You must have installed a Programmable Relay Option and an Optional Power Supply Board to install the Remote Status Panel The Remote Status Panel takes five positions on the Programmable Relay Board Check your total option list as the Optional Power Supply Board may be supplied for or with other options Floor Anchors Floor anchors provide a mechanical interconnection between the UPStation 59 cabinet frame and the suitable stable floor If properly installed the floor anchors are designed to meet Seismic Zone 4 anchoring requirements Floor anchors are to be installed by trained and licensed contractors in accordance with local and national code requirements Optional Power Supply Certain combinations of Options require the addition of an optional power supply The Optional Power Supply takes one slot in the Option Tray Options which require the optional power supply indicate that in the order information an
88. bert Global Services Memory Failure ROM or Memory Failure RAM The microprocessor has failed a self diagnostic test during the start up process Start up will not be allowed Contact Liebert Global Services Neutral SCR Short On units equipped with the isolated neutral option the SCR that transfers the neutral has failed short Contact Liebert Global Services Non Volatile Ram U88 Corrupted Non Volatile ram has a long life 10 year back up battery either the battery is near end or life or the memory has been corrupted Contact Liebert Global Services Non Volatile Ram U88 Failed Non Volatile ram back up battery has reached end of life or the Main control board memory has had a failure Contact Liebert Global Services Operation Table 5 Alarm Messages continued Alarm Message Output Overload Meaning The units total output power the sum of all three phases has exceeded the overload capacity of the unit The load will be automatically transferred to bypass if available Corrective Action Determine cause of the overload and reduce the load Output Undervoltage Output Overvoltage Overload Phase A Overload Phase B Overload Phase C UPS output voltage or current is not within the acceptable range The load has been automatically transferred to bypass if available An automatic retransfer will be attempted when the output voltage and current
89. can be rotated either clockwise or counter clockwise When the switch is in the vertical position pointing at 12 o clock the UPS mode is selected This is the normal operating mode of the UPS When the 9 o clock or left position is selected all power is turned off including that to the load The Battery is still on Use the circuit breaker to turn off the battery In the 3 o clock or right position the UPS is turned on however the load has been disconnected and is being fed by the bypass line There is still power to the logic High voltage is present in the unit This is the maintenance position and should only be used by trained Liebert Global Services personnel when diagnosing system faults Finally in the 6 o clock position or pointing down the switch has selected the manual bypass position and the unit is bypassed with the utility providing power to the load All functions of the UPS are powered off including the logic The Battery 15 still on Use the circuit breaker to turn the battery off CAUTION To return the Maintenance Bypass switch back to the UPS position follow the CAUTION procedure in 3 2 4 Manual Restart after EPO or REPO System Shutdown Manual Off Pressing the OFF button twice will remove power to the load by turning off the inverter and open ing the Static Transfer Switch When you turn off the UPS with the OFF button the control logic and battery charging are still active and auto restart is disabled unt
90. connected Even with this disconnected hazardous voltages are present 10 Installation 2 4 2 4 1 Electrical Wiring N WARNING ALL POWER CONNECTIONS MUST BE COMPLETED BY A LICENSED ELECTRICIAN WHO IS EXPERIENCED IN WIRING THIS TYPE OF EQUIPMENT WIRING MUST BE INSTALLED IN ACCORDANCE WITH ALL APPLICABLE NATIONAL AND LOCAL ELECTRICAL CODES IMPROPER WIRING MAY CAUSE DAMAGE TO THE EQUIPMENT OR INJURY TO PERSONNEL VERIFY THAT ALL INCOMING HIGH AND LOW VOLTAGE POWER CIRCUITS ARE DE ENERGIZED AND LOCKED OUT BEFORE INSTALLING CABLES OR MAKING ANY ELECTRICAL CONNECTIONS Refer to Table 1 Site Planning Data and installation drawings Figure 1 through Figure 21 Refer to Table 2 through Table 4 for wire termination data Also refer to equipment nameplate for the model number rating and voltage so correct values are used from the tables associated with the drawings UPS Wire Size Guidelines Proper wire sizing must be based on numerous site specific conditions Table 2 a reprint of Table 310 16 of the NEC National Electrical Code NFPA 70 is included with permission of the National Fire Protection Association as a convenience to assist in determining the minimum size wires for your UPS application Refer to notes 1 through 6 below the present edition of the NEC and all applicable local codes for your particular site requirements 1 2 Qvam Refer to the Liebert chart or drawing that shows the Ampacitie
91. cts UPS output available Battery discharging Low battery reserve Bypass active Terminal Operation Connect an ANSI terminal or a computer with a communications program to the UPS directly or through a modem optional connection Refer to Figure 27 for connection details Set up the computer terminal as follows Baud rate 2400 Data bits 8 Stop bits 1 Parity none Full duplex RS 232 interface can operate in the terminal mode that shows the LCD display on the screen or the ESP mode that is used only by qualified service personnel To use the terminal mode just press the space bar The contents of the LCD display will appear on the screen and you can then use the left arrow right arrow enter and escape keys on the terminal just as if they were the keypad on the UPS If using Windows 3 1 you may have to use the lt gt keys for right and left arrow If the LCD display does not appear the RS 232 channel could be in the ESP mode Verify that a modem connection has been made if required then type EXIT This will return the RS 232 to the terminal mode 56 Features amp Options 4 3 4 3 1 4 3 2 4 3 3 4 3 4 UPS will respond to requests such as viewing UPS meters or alarm history Some configura tion selections other than voltage or frequency can be changed while the unit is operating You can use the configuration screens UPS ON 1 OFF 0 to remotely turn the UPS On
92. d UN EOS ut nore use e haat dat ANNDSS 8 IALA 01681951 01889 VERLIGTE SUON 08 001 8 08 55 ove 08 Y 601 9 yio 5750 020 08 so cc 022 eov 001 9 90 082 00 63 55 802 v 001 021 68 v 00i amp 86 002 8 09 0 0 06 612 020 Y 0 0 08 6 55 30 0 02 9r 802 08 004 85 v 08 09 8 002 05 99 9 583 10 A8 11231084 09 y vag SDD 00 09 SE 24 9 14388 28 yo Ove 18 4 3 18 E OF y MBIA Tab ads AYT Y 05 1G NS 0v 05 se 8 802 03114408 07313 v 06 y 19 y Y 06 6 002 401231039 NINN ROLO1 08d D 113937 vs SSVaAB 29 10470 2v 2 2v Installation 18 MHO KOE Ud TAMO NUDNYM 0501 76 052 37891 JAN 03215 SOI2nGNDO 300312313 7329105 A 3iVavd3S SI LAdLMO Sdn JHL 140 11971051 WIN JHL 53211 2 84 06021650 SN
93. d you can change the password to AAAAAAA This will allow open access to changes and remote shut down We do not recommend the machine be left in this state 4 You can review the following recorded event logs Alarm History Input Disturbances 5 You can perform the following tests Screen Enter then ESC Battery Enter begins 30 second test 6 Power Management will be available on future editions of this product Operation 43 3 2 3 2 1 3 2 2 3 2 3 3 2 4 3 2 5 3 3 System Start Up Initial Start Up Initial Start Up of the system will be performed by the Liebert Global Services personnel during the start up of your system Manual Restart after Manual Off If manual restart has been selected rather than auto restart and someone has turned the unit off press the ON button to turn on the UPS inverter Manual Restart after Low Battery Shutdown If you have selected Manual Restart instead of Auto Restart and the unit has shut down asa result of the battery being depleted during a power outage Press the ON button to turn on the UPS inverter and the UPS Manual Restart after EPO or REPO If the unit has been shut down via activation of the REPO customer supplied or EPO switch you must clear the latched EPO before you can restart the unit To clear the logic latch rotate the Maintenance Bypass switch clockwise to Bypass o clock position then follow the procedure below N CAUTI
94. d in the documentation included here If you are install ing multiple options you need to review the requirements with your sales person and Liebert Application Engineering Features amp Options 61 Figure 27 RS 232 Connections NOTE Connections not to exceed NEC Class 2 RS 232 Connector 1 o e e a 4 5 NotUsed 0 6 __ ________ 7 Signal Ground ________ 8 Data Detect DCD 9 2 10 S 1 NeUed 0 12 NotUsed 0 0 13 NotUsed 15 16 22175 2018 104 20 22 24 25 25 o 1 2 3 4 5 7 10 12 13 14 15 17 18 20 21 22 23 24 25 Note NC NO State of contacts when signal is not present 1 22114 43 169125 DB25 Female LAN Connector o Shutdown AL o o f 23 On Bypass NC Altos Tri level Note NC NO State of contacts when signal is not present 1 on 14 13 69 25 DB25 Female 62 Features amp Options Figure 28 Output Distribution Panel Board OMG 88164 We Aled MSOEEY3G OCOL 1 a 56 01 0 3190 3018 ASIA 14093 OF 20011650 DAG OEJND2 1810 90073
95. d the load is above the threshold selected by the user to inhibit battery charging This alarm normally comes when the unit is being fed by an alternate source such as a generator Battery charging has been temporarily inhibited to reduce the load on the secondary source If the normal utility is supplying the load check the programming of the ICI option in the User s Option Manual If the unit is being temporarily supplied by a secondary source try to reduce the load below that sources capacity so the system can resume charging Contact Liebert Global Services if you have questions or problems Battery Test Failed The battery test has detected a weak battery If there is no charger alarm then the battery has either weak cells or loose connections Contact Liebert Global Services for battery service Battery Voltage Unstable A battery cell s is not functioning properly or battery system wiring is loose Contact Liebert Global Services for battery service Bypass Out of Sync Bypass input is not stable UPS inverter output is not synchronized with the input power Automatic transfers to bypass are prohibited This is usually a temporary condition If the problem does not correct itself in 15 minutes contact Liebert Global Services Check utility source Bypass Overload An overload condition has exceeded the capacity of the bypass If not corrected a fuse will blow resulting in a system shutdow
96. earth ground Unless power is removed from the equipment one person should never work alone second per son should be standing by to assist and summon help in case an accident should occur This 1s par ticularly true when work is performed on the battery 6 Installation 2 2 UPS Installation N ATTENTION INSTALLERS Proper wire sizing service ratings and phase rotation are critical to the successful installation of this product Refer to Table 1 Site Planning Data Make sure you have installed properly sized external overcurrent protection Refer to Table 1 Proper planning will speed UPS unloading location and connection Make sure there is adequate clearance for the UPS module door to open full swing Check for a minimum of 12 in clearance above both the battery and UPS modules for exhaust air to flow without restriction Also allow adequate clearance at bottom front of each cabinet for unrestricted intake air to flow Make sure room has adequate ventilation and cooling Install the UPS in a clean and dry location Install the UPS according to drawings Figure 13 to Figure 21 and Table 2 through Table 4 and the following procedures After installation is complete contact Liebert Global Services at 1 800 543 2378 to schedule checkout and start up assistance A Liebert authorized representative must perform an initial system start up to ensure proper UPS operation Equipment warranties will be voided unless syste
97. ective Action Make sure battery breaker is closed Contact Liebert Global Services if this condition persists for more than 15 minutes Charger Fuse Blown The battery circuit breaker is open or the battery charger fuse has been blown The charger is no longer charging the batteries Check the battery circuit breaker If the breaker is open try to reset If the breaker will not reset or is not open Contact Liebert Global Services Charger Hardware Shutdown Malfunction in the battery charger section If this condition persists without service the batteries can be discharged Contact Liebert Global Services Dial Out Attempt Failed If the unit is equipped with an internal modem it attempted to dial out due to an event or command on the modem connected to the UPS The attempt was unsuccessful after 3 tries Check the phone number programmed into the modem Check the receiving modem Check the modem operation Excessive Retransfers Attempted Several automatic retransfer attempts 20 attempts during 15 minutes or less have been made to retransfer the load from bypass if available back to the UPS The UPS has not been able to consistently sustain the load because of an overload condition or an inverter failure The load will remain on bypass Check other messages for inverter failure Determine cause of the overload and reduce the load If the problem cannot be corrected call Liebert Global
98. en or value Enter Selects a menu display or value and enters selected values into the control program Escape Cancels selections made if an incorrect value was entered and is still flashing The value will return to the prior setting Escape also returns the display to the main or next higher menu The LCD panel displays messages and operating parameters A Normal Operation screen is usu ally displayed Figure 23 This screen includes date time and a prompt on the help line to select the Main Menu If an alarm or fault is present it is displayed in place of the Normal Oper ation screen Figure 23 LCD Display Normal Operation Sept 18 10 31 PRESS p For Menu 24 10 vs The available user screens are organized in a multi level menu system Figure 24 and Figure 25 Each choice is selected by using the keys below the screen Use the Enter and Escape keys to move from the present menu level to a different one The Enter key selects the next lower menu level The Escape key returns you to the previous menu Use the Left and Right keys to scroll through the available options and to select user programmable values A cursor will appear on the screen to indicate which value you are programming Press Enter to record value after each selection 40 Operation Initial Start Up When power is applied for initial start up the LCD display prompts the user to review or change the configuration The initial configuration
99. ent Bypass Voltage For each bypass phase the meter will show Phase to Phase and Phase to Neutral Output Voltage For each phase the meter will show Phase to Phase B C or C A Phase to Neutral and Current Battery Bus screen will show Volts Amps and Charging or Discharging Frequency Inverter and Bypass Temperature PFC Inverter and Battery Inverter Wattage and Phase in kW 3 The UPS is delivered with a default password BAAAAAA You will need to enter this password at the prompt to be able to change any system parameters or to shut the system down remotely Entering the password will allow changes to be made for the next 5 minutes If the machine is left alone you will need to re enter the password after 5 minutes if you want to make further changes This will avoid the possibility of unauthorized changes We recommend you immediately change the password to one known only to the individuals with appropriate authority in your organization Without entering the password you will not be able to change any of the values in the configuration screens If the unit is equipped with external communication devices this will also prevent remote shutdown of the unit without the use of the password If for any reason you desire to enable changes to be made to the system configuration menu without entering a password without a time out or if you wish to be able shut the unit down remotely without a passwor
100. et The Panelboard is mounted within the frame of the 58 cabinet and adds no additional width to the unit A main circuit breaker is provided with each Panelboard Power wiring from the UPS to the Panelboard is included with the option and is installed at the factory Branch circuit breakers and output distribution cables bottom entry are field installed by others Access clear ance of three 8 feet is required on the right side of the cabinet For installation and wiring details refer to Figure 28 Battery Cabinets A number of different battery cabinet options are available with the UPStation 53 For site plan ning information refer to Table 1 Factory supplied battery cabinets come already installed with UPStation 53 Field Installable Options Field installable options when ordered come complete with installation and user instructions for the option Field installable options which require an option slot are identified with a in the fol lowing text Battery Cabinets Communication Options SiteNet 1 Shutdown Interface Kits SiteNet SNMP Network Communication Board Ethernet or Token Ring both Internal Modem Programmable Relays 2 Boards 8 relays each Each relay board max 2 requires an option slot 8 channel Input Contact Isolator Delayed Battery Recharge DC Ground Fault 8 Remote Alarm Panel Also requires one programmable relay option total of one slot 8 Floor Anchors
101. greater than 7596 Display ground fault on DC bus message The User can program the name of the input alarm through the LCD This option requires 1 option slot Delayed Battery Recharge The Delayed Battery Recharge option is used in conjunction with an engine generator set When signaled that the power source has switched from utility to engine generator this option will delay the UPS battery recharge until the UPS is returned to utility source power This will mini mize the load on the engine generator during the utility outage This feature requires the installa tion of the Input Contact Isolator Option Optional DC Ground Fault Alarm The DC Ground Fault Detector monitors current through the UPStation S3 battery cables When a ground fault current is detected from any battery positive or negative terminal to ground a relay contact is closed The relay contact information is relayed to the Input Contact Isolator and the ground fault message is displayed on the UPS screen The DC Ground Fault Detector requires an Input Contact Isolator with a contact assigned as Display Ground Fault Message 24 DC power supply is included on the Input Contact Isola tor to power the DC Ground Fault Detector The AC output critical power from the UPS supplies input power to the 24V DC power supply This option requires an Option slot Optional Remote Status Panel The Remote Status Panel includes Load on UPS Indicator Green LED B
102. he user if there is a need to route power around the UPS in case of a UPS fault or if maintenance is to be done on the UPS User selection of the maintenance bypass is made by a switch behind the front panel door in the lower left front of the UPS Module When activated the unit will transfer the load to bypass The UPS load will remain on maintenance bypass until unselected by the user Remote Emergency Off Each unit includes a Terminal Block in the unit to enable Remote Emergency Power Off REPO from a customer supplied switch Activating the emergency off will turn off the Converter Inverter and Static Transfer Switch The voltage to the logic will still be maintained To connect to the REPO feature refer to Figure 15 and Figure 16 If utilizing a normally open switch connect wire leads from the switch to terminals 1 and 2 of the terminal block If utilizing a normally closed switch remove the wire jumper between terminals 2 and 3 and connect the wire leads across terminals 2 and 3 N WARNING THE LOCAL EPO AND REMOTE REPO DO NOT TURN OFF THE MAINTENANCE BYPASS IF THE LOAD IS ON MAINTENANCE BYPASS POWER WILL NOT BE REMOVED BY EPO OR REPO THE USER MUST ALSO SHUT OFF POWER FROM THE FEEDER TO THE UPS CAUTION Make sure there is no voltage on the REPO Introduction 5 2 0 INSTALLATION 2 1 Safety Precautions Read this manual thoroughly paying special attention to the sections that apply to you before working
103. hey can adjust your temperature compensated charge rate 58 Features amp Options 4 4 2 4 4 3 Communication Options The 5 232 Interface is built into every UPStation 83 Other communication interfaces are pro vided by optional printed circuit boards that are installed in the option slot area of the S3 cabinet The RS 232 option terminates in a DB25 connector that supports all available communication modes See Figure 27 SiteNet 1 Shutdown Interface Kits Each option kit includes a 15 foot communication cable with connectors necessary software for computer interface to the UPS and separate instructions for installation and operation A power failure will initiate a pre programmed timer Then the software performs an automatic unat tended orderly shutdown If the UPS reaches a low battery condition the software overrides the timer and performs an orderly shutdown The software runs as a background task on the com puter while monitoring the UPS SiteNet SNMP Simple Network Management Protocol This option includes a separate interface board and software required to communicate UPS per formance to a network management system Internal Modem 1 UPS will dial out and notify either a customer terminal or a pocket pager when the load is in danger 1 bypass on battery etc When calling a terminal UPS will display list of alarms present on the remote terminal screen Customer can program a site I
104. ice with a voltage rating of 500 volts DC for systems with input voltages above 250 volts AC or with a voltage rating of 250 volts DC for systems with input voltages below 250 volts AC All such protective devices shall have a fault current capability of 10 000 Amperes Power wiring to the battery cabinet connects positive negative and ground power cables from the battery cabinet to the associated UPS Connection of the UPS to the battery cabinet serves to both charge and discharge the batteries when needed N WARNING MAKE SURE ALL POWER AND CONTROL IF APPLICABLE WIRING FROM THE UPS IS DE ENERGIZED AND PROPERLY INSTALLED BEFORE CONNECTING TO THE BATTERY CABINET Cables to the battery cabinet should be sized for a maximum 2 0 volt total line loss at the maxi mum discharge current for the equipment Refer to Table 1 Site Planning Data for maximum battery discharge current A qualified licensed electrician can size the wiring for your installation using this information CAUTION Be sure polarity is correct when wiring the battery cabinet to the connected equipment positive to positive negative to negative If polarity is not correct fuse failures or equipment damage can result Installation 13 2 4 4 2 4 5 Call Liebert Global Services at 1 800 543 2378 to schedule installation check out final battery inter cell connections reconnection of shipping splits and start up N WARNING DO NOT CONNECT THE DISC
105. il you press the ON button NOTE If you press the OFF button a third time a display message will prompt you to press the OFF button a fourth time Pressing the OFF button a fourth time turns off the battery charger control logic remains on Automatic Off The UPS inverter will automatically turn off if 1 Theoverload capacity and duration are exceeded 2 Battery capacity is exhausted or 3 Aninternal fault is detected during self diagnostics The UPS will transfer to bypass in case of overload or fault Remote Emergency Off Each unit includes a Terminal Block in the unit to enable Remote Emergency Power Off REPO from a customer supplied switch Activating the emergency off will turn off the converter inverter and static switch 48 Operation Figure 26 Control Switch Locations 62209 MD ingw g2 Ga JAIA HON 315 115481 T H 559418 WG 532018 TVNIMYAL DUNS 55 16 48 6 50011658 1 1190 ON 1 5 019201 HOLIAS 7041902 1 VAA v2 gl ES 001503547 3NI3100 00099 8 WL30 335 2 0696 1 N d 143830 7 520 000 mS BONVYTIOL 05 92 X OS FL X O L 31850950 3215 831113 eu 3091934 01 03 340 38 15 3000 430 lt 335 52 GVO 01 8
106. in a residential area may cause interference to radio and TV reception requiring the operator to take whatever steps necessary to correct the interference ATTENTION INSTALLERS Install the leveling feet while the unit is on the fork lift or otherwise lifted off the shipping pallet Use appropriate wire sizes and approved wiring techniques details are covered in this manual Make sure Phase Rotation is A B C This unit is shipped with one battery inter cell cable disconnected for safety For proper unit operation this inter cell cable must be reconnected Your Liebert Global Services personnel will perform this operation as part of their start up service WARNING INTERNAL BATTERY STRAPPING MUST BE VERIFIED BY MANUFACTURER PRIOR TO MOVING THIS UNIT THIS UNIT CONTAINS NON SPILLABLE BATTERIES KEEP UNIT UPRIGHT DO NOT STACK DO NOT TIP FAILURE TO HEED THIS WARNING COULD RESULT IN SMOKE FIRE OR ELECTRIC HAZARD CALL 1 800 LIEBERT PRIOR TO MOVING UNIT Table 1 Site Planning Data Dual AC Input AC Output 5 Battery Amp Mechanical Data Single Power Volt AC Input Dimen Heat Model Rating age Amp Converter Bypass Max Current sions Dis Nom Dis sipa inal Full tion Cooling Volt Load Cur WxDxH Weight BTU Air kW VAC Max age kW rent inches cm 165 kg hr CFM 312
107. m start up is performed by a Liebert authorized representative N WARNING READ THIS MANUAL THOROUGHLY BEFORE ATTEMPTING TO WIRE OR OPERATE THE UNIT IMPROPER INSTALLATION IS THE MOST SIGNIFICANT CAUSE OF UPS START UP PROBLEMS TO REDUCE THE RISK OF FIRE CONNECT ONLY TO A CIRCUIT PROVIDED WITH BRANCH CIRCUIT OVER CURRENT PROTECTION SIZED IN ACCORDANCE WITH NEC ANSI NFPA 70 FOR MAXIMUM BRANCH CIRCUIT OVERCURRENT PROTECTION SIZING REFER TO THE DATA IN TABLE 1 SITE PLANNING DATA AC INPUT REQUIRED EXTERNAL OVERCURRENT PROTECTION DO NOT INSTALL THE EQUIPMENT NEAR ANY GAS OR ELECTRIC HEATERS OR UNDER WATER LINES OR AIR CONDITIONING EQUIPMENT INSTALL THE EQUIPMENT IN A RESTRICTED LOCATION TO PREVENT ACCESS BY UNAUTHORIZED PERSONNEL THIS EQUIPMENT COMPLIES WITH THE REQUIREMENTS IN PART 15 OF FCC RULES FOR A CLASS A COMPUTING DEVICE OPERATION OF THIS EQUIPMENT IN A RESIDENTIAL AREA MAY CAUSE INTERFERENCE TO RADIO AND TV RECEPTION REQUIRING THE OPERATOR TO TAKE WHATEVER STEPS NECESSARY TO CORRECT THE INTERFERENCE Installation 7 2 2 1 2 2 2 2 2 3 Installation Considerations 1 Utilize the shortest output distribution cable runs possible at the installation site consistent with logical equipment arrangement and in compliance with NEC and local electrical codes Allow space for future equipment additions 2 Recommended ambient temperature for operation is 20 to 30 degrees Celsius 68 to 86 degrees Fahrenheit Rela
108. menu allows the following selections 1 Review Configuration 2 Change Settings 3 UPS Meters 4 Accept Settings After the output configuration is reviewed or changed then accepted the system begins start up self tests Selected configuration is stored in the control memory even when input power is turned off When power is applied after initial start up the self tests begin immediately Reviewing the con figuration is optional When the unit is turned off then on most of the self tests will not be repeated because power has not been removed from the control logic The inverter will be tested when the unit is turned on The number of times the off button is pushed will affect the number of self tests that occur on restart Pushing the off button twice will turn off the inverter and thereby power to the load The PFC power factor correction circuit battery charger and Logic remain on Pressing an additional 2 times 4 total will further turn off the PFC and battery charger leaving only logic power on the system To start unit push the ON button Operation 41 User Menus The Main Menu has the following selections T Selections 5 6 and 7 are options If not installed pressing Enter at these screens will result in NUES Configuration UPS Meters Event Log Test Options Power Management This feature will be available 1n future versions of this product Programmable Output Contacts
109. n Correct the overload condition Call Liebert Global Services if the condition persists Bypass Power Supply Failure Control power is outside the acceptable limits Bypass is not available Contact Liebert Global Services Bypass SCR Short The system has sensed unexpected input voltage The UPS will transfer to bypass Contact Liebert Global Services Bypass Sensing Failure Unit will transfer to bypass due to an internal sensing failure Contact Liebert Global Services Bypass Voltage Out of Tolerance Incorrect Bypass Input Frequency Input power voltage or frequency is outside of the specified tolerance Automatic transfers to bypass are prohibited except in the case of inverter failure In this condition a manual transfer to bypass is not recommended because it will be a momentarily interrupted transfer Can t Execute Battery Test Not Recharged The battery has discharged too recently within 72 hours of the scheduled test time No corrective action is required The next scheduled battery test will be performed Operation Table 5 Alarm Messages continued Alarm Message Charger Battery Voltage High Charger Battery Voltage Low Meaning The DC voltage of the battery charger is outside the specified limits and the charger has been turned off The charger will automatically restart when the DC bus voltage returns to within tolerance Corr
110. n any one alarm or any combination of alarms from the available list Any alarm can also be programmed to trip multiple relays Features amp Options 59 4 4 4 4 4 5 4 4 6 4 4 7 Typical applications are AS 400 alarms Guard Shack Facilities and or Manager alarms and unlimited list of other actions which can be initiated based on data from the UPS Up to two alarm boards 16 total relays may be installed in an UPStation 3 Each alarm board requires an option slot Installation of the option is by Liebert Global Services Signal wiring between the Programmable Relay option board and customer output devices must be field installed by qualified personnel Installation information is included with the option Input Contact Isolator The Input Contact Isolator option is an 8 channel input board that supports eight customer sup plied non powered normally open contacts The Input Contact Isolator comes with a factory installed Power Supply When a contact closes one of the following actions occurs according to how you have configured the contacts Input Contacts can be configured to cause the UPS to Display Warning messages only Display Warning messages and initiate dial out call if Modem Option is installed Inhibit battery charge if the load is greater than 096 Inhibit battery charge if the load is greater than 2596 Inhibit battery charge if the load is greater than 5096 Inhibit battery charge if the load is
111. ne Drawing Single Input Configuration 200 240V In Out Figure 1 O d MRD 060 830 ONIGNNOND 503 53002 1207 P OGZ 3T luv OL 83438 7 10 3 LINSNOD 38 NJAHOJSNYML 1130 V 5328005 JO S3dAl 03800358 SI YOLONGNOD L dNI 35 4 304 90 060 Q3TIVLSNI 38 15 YOLONGNOD 300312313 19907 ONY 01 030 08 38 LSNA 104100 FHL 394105 1ngNI 344 ADOOS IAM 38VHd 3003 71 ON 240 78 ILON 791 016 23 H3d 38 5 550100002 40 370V1 NI NMOHS 13338303 NO 03598 38 5 AOLINGNOD TWALNIN 504 3215 3314 SNOWIGNOD 9 1550 LNBYYND 0339X3 AVI LNIYYN WHLABN 50 01 YV3INII NON 3405 SI O31VH ATIDA4 YOLONGNOD 03H3GISNOO 38 01 51 JHL LWHL 531915 2 01 UON 94 046 23N LL SIINGNOD 435 NOH 38 1508 9 ONIN OL 104100 ifidNI 002 NOILVYNDIINOD LAGNI 3IONI
112. o ground point in the UPS Module Cabinet The grounding conductor shall comply with the following conditions of installation a An insulated grounding conductor that is identical in size insulation material and thickness to the grounded and ungrounded branch circuit supply conductors except that it is green with or without one or more yellow stripes is to be installed as part of the branch circuit that supplies the unit or system b The grounding conductor described in Item a is to be grounded to earth at the service equipment or if supplied by a separately derived system at the supply transformer or motor generator set c The attachment plug receptacles in the vicinity of the unit or system are all to be of a grounding type and the grounding conductors serving these receptacles are to be connected to earth ground at the service equipment Observe clockwise phase rotation of all power wiring Phase A leads Phase B leads Phase C A qualified electrician should check the phase rotation NEC Class 1 wiring methods are required for control and communication Class 2 circuits If the UPS is supplied without a Maintenance Bypass the output AC disconnect is to be provided by others 12 Installation 2 4 3 Battery Wiring Most UPStation 53 modules with either single 12 in or 24 in battery cabinets come with the bat tery cabinets installed to the module and all interconnection cables in place and pre wired Larger battery configu
113. off the utility power supply and observe the On Battery message This should be done when only non critical loads are connected to the unit Air Filter Maintenance Open front door for access to the replaceable air filter The air filter is located in a customer acces sible tray in the bottom from of the unit To remove the filter slide the filter element out of the tray Check the filter after the first 3 months of operation then every 6 months more often if required by the environment Dispose and replace the filter when dirty Liebert Global Services can advise and supply the proper filter replacement The UPS has an automatic filter replacement warning Every three weeks the system will cause a warning Replace Air Filter Replace the air filter and clear the warning screen by pressing the left and right arrow keys simultaneously After 30 seconds the warning screen will clear The time between filter warnings is set at the factory for 3 months To change the time interval contact Lie bert Global Services at 1 800 543 2378 Cleaning Clean UPS with only a dry cloth Do not use liquids or aerosol cleaning fluids Troubleshooting Troubleshooting should only be performed by a trained engineer authorized by Liebert Global Services If your UPS develops a fault refer to 3 7 User Response to UPS Alarms If you can not resolve the problem consult Liebert Global Services immediately at 1 800 543 2378 Do not continue to use the UPS if
114. or Off Cables To assemble a customer supplied cable refer to the following instructions and Figure 27 For a modem cable make connections to pins 2 3 7 8 and 20 Pin 2 on one end should be con nected to pin 3 on the other end this applies to two wires All other connections are straight through For a terminal cable direct connection no modem make connections to pins 2 3 and 7 All connections are straight through Factory Installed Options Factory installed options do not require an option slot Dual Input 8 Input Current THD Isolated Neutral Maintenance Bypass Output Distribution Panel Board Battery Cabinets Dual Input The dual input option provides an additional set of terminal blocks and the appropriate internal connections to allow the bypass source to be supplied from a different source other than the UPS source Dual input or an optional input transformer is required if the input voltage does not match the output voltage For example if the input to the UPS is 480V and the output to the load 15 208V the bypass line must be supplied with a 208V source by connecting the bypass via the dual input option or by using an optional input transformer 3 Input Current THD This option is a basic part of the UPStation 53 design It must be factory installed may not be added in the field The enhanced THD total harmonic distortion performance is achieved by adding dynamic power factor c
115. orrection circuitry to the UPStation 53 Isolated Neutral In the standard unit configuration the neutral passes through the unit from the input utility to the load With the addition of this option neutral is electrically isolated from input to output while the unit is in its normal UPS mode Only in bypass is the utility neutral connected directly to the output neutral This option is a basic part of the UPStation 53 design It must be factory installed and may not be added in the field Transformer Cabinet Auto transformers or isolation transformers are available to provide step down and or step up as needed for the UPS to operate at nominal voltages from 380V up to 600V For example an input transformer can be used to step down input voltage so the UPS can provide 208V output when only 380V to 600V input is available A 12 inch wide cabinet attaches to the UPS and contains one or two autotransformers as required Each transformer is protected by a circuit breaker mounted in the cabinet and is wired by the factory before shipment 480 Volt sources with 3 hots and a ground no neutral require the isolation transformer option to provide the system neutral Five wire source voltages 3 hot neutral ground can use the auto transformer version Features amp Options 57 4 3 5 4 3 6 4 4 4 4 1 Output Distribution Panel This factory installed option adds a 42 pole Panelboard to the right hand side of the UPStation 3 cabin
116. printed material is not the complete and official position of the National Fire Protection Association on the referenced subject which is represented only by the standard in its entirety Installation 15 Table 3 UPS Module Power Wiring Termination Factory Supplied Connection Type Wire Size Range UPS Module Rating kVA AC Input 12 24 Compression lug 14 to 2 0 Battery Studs 3 8 16 2 Lugs Required AC Output Compression lug 14 to 2 0 Neutral Compression lug 14 to 2 0 Ground Copper Busbar 3 75 x 3 75 x 0 25 Use factory supplied connections for terminations where they are provided Refer to Figure 19 for field supplied wiring termination details Use commercially available UL listed solderless lugs for the wire size required for your application Connect wire to the lug using tool and procedure specified by the lug manufacturer Table 4 Torque Specifications Unless Otherwise Labeled Nut and Bolt Combinations Grade 2 Electrical Connections Bolt Shaft Size Standard with Belleville Washers Inches Lb in N m Lb in N m 1 4 70 8 0 46 5 2 5 16 132 15 60 6 8 3 8 229 26 95 10 7 1 2 476 54 256 28 9 Terminal Block Compression Lugs UPS Module Rating Wire Size or kVA Wiring Range Lb in N m 12 24 Control 22 14 3 5 to 5 3 0 4 to 0 6 12 24 Power 6 350 MCM 50 5 6 16 Installation Li
117. rations or special configurations may come with the battery cabinet on a separate pallet s Liebert Global Services personnel will connect the battery cabinets as part of the start up service If you have purchased a Liebert stand alone battery cabinet it will come with instructions on how to connect it to the UPS module If the module is to be located apart from the stand alone battery cabinet a qualified electrical contractor will need to supply the conduit and wiring necessary to connect the UPS module to the battery cabinet N WARNING A BATTERY INTER CELL CONNECTION IS DISCONNECTED FOR SAFETY DURING SHIPMENT DO NOT COMPLETE THESE CONNECTIONS THE LIEBERT GLOBAL SERVICES REPRESENTATIVE WILL COMPLETE THESE CONNECTIONS AS PART OF START UP If your UPStation S3 is supplied with a freestanding battery cabinet make sure the following guidelines are observed Once the unit is located in final position connect wiring between battery cabinet and UPS mod ule For freestanding cabinets and other battery systems DC cables are provided by others If utilizing a remote battery supply not provided by Liebert refer to the battery manufacturer s installation manual for battery installation and maintenance instructions If utilizing a remote battery supply not provided by Liebert appropriately sized overcurrent pro tection for the battery circuit is to be provided by others Remote batteries must be protected by an overcurrent protective dev
118. ring battery operation normal operation will resume and battery recharging will begin Battery Recharge Upon return of acceptable utility power after battery operation the battery charger begins to charge the batteries Battery charging is disabled if the OFF button has been pressed four times or if the REPO button is pressed The battery charger compensates for battery temperature In addition the charger has two recharge rates user selectable through the optional LCD display The fast or turbo rate will recharge the batteries to 9596 capacity within 10 times the discharge duration The slow rate factory default will recharge the batteries to 9596 capacity within 20 times the discharge dura tion Retain the slow rate if your utility system has frequent weekly blackouts When the turbo mode is enabled the microprocessor determines how often to use the fast recharge rate in order to optimize battery life Operation 45 3 5 Bypass Operation A factory installed Static Transfer Switch provides an alternate path for power to the critical load that can be selected by the microprocessor 3 5 1 Static Transfer Switch In the event of overload conditions or inverter failure detection and automatic phase synchro nized transfer to and from the static transfer switch will occur Figure 24 LCD Menu Tree Warning Check Messages intial Start Up Normal Operation is UNA
119. s Normal operation means the UPS is supplying filtered and regulated power to the load The display will indicate when the load is transferred to or from the bypass if available when the load is On Battery when the battery has passed or failed an automatic test and if any alarms or faults are present understand the alarm messages refer to 3 7 User Response to UPS Alarms 44 Operation 3 4 3 4 1 3 4 2 Battery Operation On Battery During low input voltage the battery will supplement the power to the inverter During a utility power failure the battery will provide all of the input power required for normal operation Inter nal battery capacity varies with the battery cabinet selected with the UPS or with the battery supplied by others The battery capacity will be available if the battery is fully charged at the beginning of a power failure More battery capacity can be obtained by adding optional battery cabinets Refer to 4 0 Features amp Options If the load is less than the full rated load the bat tery time will be increased Note that decreasing the load during a power failure will increase bat tery time Therefore if your UPStation 53 UPS is supporting several computer systems turning some of them off will allow the remaining one s to run longer NOTE If utility power remains off perform an orderly shutdown of the critical load before the battery reaches its time limit If utility power returns du
120. s for your UPS Input ampacity must be based on 125 of input current at full rated load plus 100 of battery charging current Be sure to refer to all requirements within Article 310 of the NEC Minimum sized grounding conductors are to be per NEC 250 95 Neutral conductors are to be sized per NEC 310 16 note 10 The UPS system must be installed in accordance with the present edition of the NEC and all local codes including the codes of foreign countries where applicable Installation 11 2 4 2 Power amp Control Wiring N WARNING 53 ALL POWER SHOULD BE TURNED OFF BEFORE ANY CABLES OR WIRES ARE INSTALLED OR CONNECTED A QUALIFIED PERSON SHOULD CHECK TO INSURE THE POWER IS IN FACT OFF Verify that power wiring is run in individual separate conduit or cable tray Verify that control wiring is run in individual separate steel conduit All Input wiring must be run in its own conduit All Output wiring must be run in its own conduit All Control wiring must be run in its own conduit CAUTION Power and control wiring must be separated Q INSTALLATION TIP Make sure that wiring is installed with a clockwise phase rotation of all power wiring Phase A leads Phase B leads Phase C Observe local state and national electrical codes Verify utility power and its over current protection rating will accommodate the UPS INPUT rating including battery recharging A safety ground wire must be run from building ground t
121. ss or Off position Alarm Silence Button Pressing this button silences the alarm horn beeper The beeper will sound if a new alarm occurs silence button also resets the alarm display if the alarm condition is no longer present Note that the beeper and alarm display will remain on after the alarm condition goes away until you press the alarm silence button If the alarm condition is still present the beeper will be silenced but the alarm message will remain on Emergency Power Off Button Pressing this button will remove all power to the load by turning off the input converter the con verter and the static switch The battery remains connected electrically to the module but there 1s no output to the load N WARNING BEFORE BEGINNING THE STARTUP PROCEDURE MAKE SURE THE BATTERY HAS BEEN RECONNECTED FOR SHIPMENT ONE OF THE BATTERY INTER CELL CONNECTIONS IS DISCONNECTED FOR SAFETY LIEBERT GLOBAL SERVICES PERSONNEL WILL RECONNECT THE BATTERY STRING AS PART OF THEIR START UP PROCEDURE Operation 39 3 1 2 LCD Display Description The LCD display is menu driven for ease of use The LCD display has four 4 lines of text 16 characters per line on a screen to indicate status alarms metered conditions and user selec tions The display controls include four 4 buttons used to view or select UPS conditions Figure 23 Left Arrow Returns to the previous screen or value Right Arrow Advances to the next scre
122. tection systems Since its founding in 1965 Liebert has developed a complete range of support and protection systems for sensitive electronics Environmental systems close control air conditioning from 1 5 to 60 tons Power conditioning and UPS with power ranges from 250 to more than 1000 kVA Integrated systems that provide both environmental and power protection in a single flexible package Monitoring and control on site or remote from systems of any size or location Service and support through more than 100 service centers around the world and a 24 hour Customer Response Center While every precaution has been taken to ensure accuracy and completeness of this literature Liebert Corporation assumes no responsibility and disclaims all liability for damages resulting from use of this information or for any errors or omissions O 1998 Liebert Corporation All rights reserved throughout the world Specifications subject to change without notice Liebert and the Liebert logo are registered trademarks of Liebert Corporation All names referred to are trademarks or registered trademarks of their respective owners Printed in U S A SL 24930 Revised July 1997
123. tions Servicing of batteries should be performed or supervised by per sonnel knowledgeable of batteries and the required precautions Keep unauthorized personnel away from batteries Refer to 5 0 Maintenance for additional safety precautions regarding bat teries When replacing batteries use the same number and type of batteries N WARNING LEAD ACID BATTERIES CONTAIN HAZARDOUS MATERIALS BATTERIES MUST BE HANDLED TRANSPORTED AND RECYCLED OR DISCARDED IN ACCORDANCE WITH FEDERAL STATE AND LOCAL REGULATIONS BECAUSE LEAD IS A TOXIC SUBSTANCE LEAD ACID BATTERIES SHOULD BE RECYCLED RATHER THAN DISCARDED DO NOT DISPOSE OF BATTERY OR BATTERIES IN A FIRE THE BATTERY MAY EXPLODE DO NOT OPEN OR MUTILATE THE BATTERY OR BATTERIES RELEASED ELECTROLYTE IS HARMFUL TO THE SKIN AND EYES IT MAY BE TOXIC FOR ASSISTANCE WITH BATTERY DISPOSAL OR RECYCLING CONTACT LIEBERT GLOBAL SERVICES AT 1 800 543 2378 Installation 9 N WARNING A BATTERY CAN PRESENT A RISK OF ELECTRICAL SHOCK OR BURN FROM HIGH SHORT CIRCUIT CURRENT THE FOLLOWING PRECAUTIONS SHOULD BE OBSERVED WHEN WORKING ON BATTERIES ATTENTION UNE BATTERIE PEUT PR SENTER UN RISQUE DE CHOC LECTRIQUE OU DE BR LURE PAR TRANSFERT D NERGIE SUIVRE LES PR CAUTIONS QUI S IMPOSENT 1 REMOVE WATCHES RINGS OR OTHER METAL OBJECTS 2 USE TOOLS WITH INSULATED HANDLES 3 WEAR RUBBER GLOVES AND BOOTS 4 DO NOT LAY TOOLS OR METAL PARTS ON TOP OF BATTERIES 5 DISCONNEC
124. tive humidity must be less than 95 non condensing In altitudes above 2000 meters 6 560 feet the UPS rating will be reduced 3 The route and foundation to the installation site must be capable of supporting the weight of cabinets and moving equipment Refer to Table 1 for specific information about cabinet weights 4 Plan the route to ensure unit will pass through all elevators corners and doorways to prevent damage 5 Heat output of UPS equipment is significant Be sure environmental conditioning systems can accommodate this heat load even during utility outages Refer to Table 1 for more specific information Unloading and External Inspection In most cases the UPS and its battery module are shipped bolted together on the same pallet Some larger configurations use shipping splits and may come on 2 or more pallets Refer to Figure 20 and Figure 21 Move the cabinets as close as possible to the intended location before removing from the pallet If the unit arrives as a shipping split your Liebert Global Services per sonnel will reconnect the cabinets and cabinet wiring as part of their start up service N WARNING DO NOT REMOVE THE SUPPORTING BANDS UNTIL YOU INTEND TO REMOVE UNIT FROM THE PALLET SHIPPING BANDS ARE USED TO SECURE THE UNIT TO THE PALLET EXTREME CARE IS NECESSARY DURING MOVING TEST LIFT AND BALANCE THE CABINETS BEFORE TRANSPORTING MAINTAIN MINIMUM TILT FROM VERTICAL AT ALL TIMES DO NOT TILT BEYOND 15 DEGREES FROM T
125. uable equip ment data and processes from the disturbances present in utility power Battery provides power to your loads during utility power outages High performance on line microprocessor controlled design ensures clean regulated power to the load regardless of utility power fluctuations Highly intelligent UPS puts you in control Install the UPStation 83 and forget about it until the UPS alerts you to unusual circumstances Or configure the UPS to serve as a source of information and a power control base for your specific application Programmable parameters computer interfaces and several network control features remote status control event log ging and others provide maximum application flexibility Other features include On line sinewave UPS using microprocessor controlled advanced switching technology Three phase Pulse Width Modulated PWM inverter with optional isolated neutral Front Service Access without moving equipment Flexible battery configurations Two level temperature compensated battery recharge for longer battery life Programmable voltage and frequency Optional Output Distribution Panelboard Minimal footprint UL 1778 listed and CSA certified for user safety Site Planning Data Refer to Table 1 Site Planning Data for unit ratings voltages and dimensions The UPStation 53 is intended for installation in a temperature controlled indoor area free of con
126. v oL ve v 08 17 veg 51020 00 OF 2 08 00 2 03114408 8 12 3 5 13114415 41314 0 ot 009 vos vos SR 372 43937 13800 ROLO MOYA 1 ivan ideo aga WNIWON NE EM ROVLIOA uod 5 802 1ndino av 802 LNaNI 2 10241234 L3IBVI Installation 24 Figure 9 One Line Drawing Single Input Configuration 400 480 600V In Out 6225 SAERNWOS 100180 O s SAR 1199511 5321 0 HidONd 403 53000 1 201 9 052 10 01 83438 1 LINSNOD 38 AVA YINYOASNVYL NOILV1OS OL 1130 5324008 JO S3dAl 803 SI TWHLN3N NV 35 6 V 92 056 23N 0311 16 38 15 MOLOnONOO 300312311 SNIQNnOHD WOOT v 8 38 LSNW 114100 WHLAIN 11081650 ON Oud 26 70 60 3179 540 3 1 399705 LNANI 101105 3SVHd V 802771 104100 1ndNi 10
127. with the UPS N WARNING THE BATTERY IS ALWAYS ENERGIZED Under typical operation and with all UPS doors closed only normal safety precautions are neces sary The area around the UPS system and battery should be kept free from puddles of water excess moisture or debris Special safety precautions are required for procedures involving handling installation and main tenance of the UPS system or battery Observe precautions in 2 0 Installation before handling or installing the UPS system Observe precautions in 5 0 Maintenance before as well as dur ing performance of all maintenance procedures Observe all battery safety precautions before working on or near the battery This equipment contains several circuits that are energized with high voltage Only test equipment designated for troubleshooting should be used This is particularly true for oscillo scopes Always check with an AC and DC voltmeter to ensure safety before making contact or using tools Even when the power is turned Off dangerously high potentials may exist at the capacitor banks Observe all battery precautions when near the battery for any reason ONLY qualified service personnel should perform maintenance on the UPS system When performing maintenance with any part of the equipment under power service personnel and test equipment should be standing on rubber mats The service personnel should wear insu lating shoes for isolation from direct contact with the floor

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