Emerson 15-90kW Technical Specifications
Contents
1. 1 Nominal Nom current is based on full rated output load at nominal input voltage 8 All wiring is to be in accordance with national and local electric codes 2 Maximum Max current 125 of nominal is short duration for battery recharge 9 Minimum access clearance is 36 914mm front ventilation clearance is 24 610mm conditions above and 12 305mm in the rear 3 UPS input and bypass cables must be run in separate conduit from output cables 10 Top or bottom cable entry through removable access plates Punch plate to suit conduit 4 Nominal battery voltage is shown at 2 0 volts cell per NEC 480 2 size then replace 5 Nominal rectifier AC input current considered continuous is based on full 11 Control wiring and power wiring must be run in separate conduit rated output load Maximum current includes nominal input current and 12 Dimensions shown include an internal battery 45kVA frame only maximum battery recharge current considered non continuous Continuous 13 Weights shown do not include an internal battery nor optional cabinets or features and non continuous currents are defined m NEC 215 14 When a Liebert Bypass Distribution Cabinet is not used the customer must supply the Nominal AC output current considered continuous is based on full rated input circuit breaker with a 120VAC shunt trip The shunt trip drive capability is 8A output load Output breakers are either supplied by the customer or by u2. LIEBERT APM 3 PHASE UPS 15 90KVA KW 60Hz 208 600VAC SINGLE amp DUAL INPUT SITE PLANNING DATA The UPS must be fed from a solidly a a Sa grounded wye or delta AC source Not for BYPASS DISTRIBUTION CABINET l use with impedance grounded systems corner grounded or high leg delta sys Optional see Note 7 i tems For these applications an isolation transformer must be installed between EN the AC feed and the UPS gt lt gt gt SYSTEM OPTIONAL AC OUTPUT AC INPUT 54 POLE 208V 4WIRE GRD_ BB SEE NOTE6 4 WIRE GND ana BIB Bypass Isolation Breaker MBB Maintenance Bypass Breaker MIB Maintenance Isolation Breaker External Overcurrent Protection by others Field supplied wiring l l NOTES l l l STATIC BYPASS 1 Install in accordance with national and local electrical codes 2 Input and bypass must share the same single source 3 Aneutral is required from the system AC input source A full capacity neutral conductor is recommended UPS CABINET Grounding conductors are recommended Ga 1 ee a 7 TT 7 4 UPS system input and output cables must be run BATTERY in separate conduits 5 Control wiring must be run in separate conduits 6 Optional 54 pole 225A for 45kVA frame only or as optional 54 pole 400A for 90kVA frame only UAM01004 o 7 Transformer available 480V or 600V input Rev 0 Notes for Tables
3. 210 300 288 335 208 300 NA 2032 924 27 687 8 1 510 865 90 90 480 208 116 145 175 252 350 288 404 250 350 NA 2108 958 31 352 9 2 612 1038 See Notes for Tables p 2 1 2 3 5 8 12 6 4 1 3 8 12 1 3 8 12 6 13 14 14 15 Table 6 Site Planning Data 15 90kVA 60Hz 600VAC Dual Input 208VAC UPS Rating Voltage AC Input Bypass Input Battery AC Output Mechanical Data Current A Current Current A Unit Weight Ib kg Input CB Rec Byp Nom Max Dimensions 45kVA 90kVA Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD Nom OPD VDC Discharge Nom OPD WxDxH in mm Frame Frame BTU hr kWH CFM m3 hr supplied 15 15 600 208 16 20 25 42 60 288 67 42 60 NA 1743 792 12 350 3 6 102 173 30 30 600 208 31 39 50 84 110 288 135 83 125 NA 1819 827 16 344 4 7 204 346 45 45 600 208 47 59 70 126 175 288 202 125 200 341 8x39 5x78 7 NA 1895 861 19 974 5 8 306 519 60 60 soo 208 62 78 100 168 225 288 269 167 225 800x1000x2000 Na 1971 896 23 721 6 9 408 692 75 75 600 208 78 98 125 210 300 288 335 208 300 NA 2047 930 27 444 8 0 510 865 90 90 600 208 93 116 150 252 350 288 404 250 350 NA 2123 965 31 109 9 1 612 1038 See Notes for Tables p 2 1 2 3
4. 208 31 39 50 288 135 83 125 NA 1819 827 16 344 4 7 204 346 with 120VAC shunt tri 45 45 600 208 47 59 70 288 202 125 200 34 9x39 5x78 7 NA 1895 861 19 974 5 8 306 519 ciel 60 60 600 208 62 78 100 288 269 167 225 800x1000x2000 NA 1971 896 23 721 6 9 408 692 EON 75 75 600 208 78 98 125 288 335 208 300 NA 2047 930 27 444 8 0 510 865 with 120VAC shunt tri 90 90 600 208 93 116 150 288 404 250 350 NA 2123 965 31 109 9 1 612 1038 7 R See Notes for Tables p 2 1 2 3 5 8 12 6 4 1 3 8 12 1 3 8 12 6 13 14 14 15 Table 4 Site Planning Data 15 90kVA 60Hz 208VAC Dual Input UPS 208VAC Rating Voltage AC Rectifier Input Bypass Input Battery AC Output Mechanical Data Current A Current Current A Unit Weight Ib kg Dimensions _ Input CB Rec Rec Nom Max WxDxH 45kVA 90kVA Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD Nom OPD VDC Discharge Nom OPD in mm Frame Frame BTU hr kWH CFM m hr supplied 15 15 208 208 45 56 70 42 60 288 67 42 60 866 394 796 362 3 759 1 1 102 173 200A with wi 30 30 208 208 90 112 125 84 110 288 135 83 125 942 428 872 396 7 753 2 21 204 346 1
5. 20VAC shunt tri 45 45 208 208 134 167 200 126 175 288 202 125 200 34 9x39 5x78 7 1018 463 948 431 11 383 3 34 306 519 ee 60 60 208 208 179 223 250 168 225 288 269 167 225 800x1000x2000 Na 1024 465 15 130 4 43 408 692 anu wi 75 75 208 208 224 279 350 210 300 288 335 208 300 NA 1100 500 18 853 5 52 510 865 120VAC shunt tri 90 90 208 208 268 334 400 252 350 288 404 250 350 NA 1176 535 22 518 6 6 612 1038 j E See Notes for Tables p 2 1 1533 6 4 138 12 4 3 8 12 6 13 14 14 15 Table 5 Site Planning Data 15 90kVA 60Hz 480VAC Dual Input 208VAC UPS Rating Voltage AC Input Bypass Input Battery AC Output Mechanical Data Current A Current Current A Unit Weight Ib kg Input CB Rec Byp Nom Max Dimensions 45kVA 90kVA Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD Nom OPD VDC Discharge Nom OPD WxDxH in mm Frame Frame BTU hr kWH CFM m3 hr supplied 15 15 480 208 19 24 30 42 60 288 67 42 60 NA 1728 785 14 642 4 3 102 173 30 30 480 208 39 49 60 84 110 288 135 83 125 NA 1804 820 16 587 4 9 204 346 45 45 480 208 58 73 90 126 175 288 202 125 200 34 9x39 5x78 7 NA 1880 855 20 217 5 9 306 519 60 60 480 208 78 98 125 168 225 288 269 167 225 800x1000x2000 Na 1956 889 23 964 7 0 408 692 75 75 480 208 97 121 150
6. 5 8 12 6 4 1 3 8 12 1 3 8 12 6 13 14 14 15 Table 7 UPS currents and terminals Input for dual input unit only 208V operation Maximum Recommended Lug T amp B 75 C Wire Compression Lug Mechanical Lug Unit Rating Nom Input Current Max Input Current OCP Device Rating Bolt Size Current tot Wire Two Hole 3 8 Bolt Two Hole 3 8 Bolt 15 45 56 70 M10 3 8 130 1 1 54857BE 32209 30 90 112 125 M10 3 8 150 1 1 0 54860BE 32209 45 134 167 200 M10 3 8 200 1 3 0 54864BE 32211 60 179 223 250 M10 3 8 300 2 1 0 54860BE 32209 75 224 279 350 M10 3 8 350 2 2 0 54862BE 32209 90 268 334 400 M10 3 8 460 2 4 0 54866BE 32211 Table 8 UPS currents and terminals Bypass input for dual input units 208V operation Maximum Recommended Lug T amp B Compression Lug Mechanical Lug Unit Rating Nom Input Current OCP Device Rating Bolt Size 75 C Wire Current tot Wire Two Hole 3 8 Bolt Two Hole 3 8 Bolt 15 42 60 M10 3 8 130 1 1 54857BE 32209 30 84 110 M10 3 8 150 1 1 0 54860BE 32209 45 126 175 M10 3 8 175 1 2 0 54862BE 32209 60 168 225 M10 3 8 230 1 4 0 54866BE 32211 75 210 300 M10 3 8 300 2 1 0 54860BE 32209 90 252 350 M10 3 8 350 2 2 0 54862BE 32209 Table 9 UPS c
7. able 1 Site Planning Data 15 90kVA 60Hz 208VAC Single Input UPS Rating Voltage AC Input Battery AC Output Mechanical Data System OCPD z F 45 and 90 kVA Current A Rec Nom Max parents Dimensions Unit Weight Ib kg Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD VDC Discharge Nom OPD WxDxH in mm 45kVA Frame 90kVA Frame BTU hr kWH CFM m hr supplied 15 15 208 208 45 56 70 288 67 42 60 866 394 796 362 3 759 1 1 102 173 200A 30 30 208 208 90 112 125 288 135 83 125 942 428 872 396 7 753 2 21 204 346 enue 45 45 208 208 134 167 200 288 202 125 200 34 9y39 5x78 7 1018 463 948 431 11 383 3 34 306 519 shunt trip 60 60 208 208 179 223 250 288 269 167 225 800x1000x2000 NA 1024 465 15 130 4 43 408 692 400A 75 75 208 208 224 279 350 288 335 208 300 NA 1100 500 18 853 5 52 510 865 Pee 90 90 208 208 268 334 400 288 404 250 350 NA 1176 535 22 518 6 6 612 1038 shunt trip See Notes for Tables above 1 2 3 5 8 12 6 4 1 3 8 12 1 3 8 12 6 13 14 14 15 Table 2 Site Planning Data 15 90kVA 60Hz 480VAC Single Input UPS Rating Voltage AC Input Battery AC Output Mechanical Data System OCPD Cur
8. ng Temperature 4 to 158 F 20 to 70 C Relative Humidity 0 95 non condensing Operating Altitude Up to 3 300 ft 1 000m without derating Acoustical Noise Less than 57 dBA typical 45kVA 60 dBA typical 90kVA 3 3 ft 1m from the unit Internal Battery Battery Time Minutes Battery Added Battery Weight Model Code 15kVA 30kVA 45kVA Ib kg HX100 FR FX 30 12 6 1056 480 HX150 FR HX 53 21 12 1248 567 OUTPUT Voltage 208 120 220 127VAC 50 60Hz 3 phase 3 or 4 wire plus ground Voltage Adjustment Range 5 Voltage Regulation 1 for balanced load 5 for 100 unbalanced load Dynamic Regulation 5 deviation for 100 load step 1 for loss or return of AC input Transient Response Time Recover to 5 of output voltage within 1 2 cycle THD For linear loads 1 THD Less than 4 THD for 100 nonlinear loads without kVA kW derating Phasing Balance 120 1 for balanced load 120 1 5 for 100 unbalanced load Frequency Regulation 0 1 single Liebert FlexPower assembly 0 25 six Liebert FlexPower assemblies Load Power Factor Range 0 7 lagging to 0 9 leading without derating Overload 100 load continuous 110 load 60 minutes 125 load 10 minutes 150 load 60 seconds with true sinusoidal waveform STANDARDS Listed to UL 1778 UPS standards and CSA cer
9. rent A Current A Unit Weight Ib kg _ 45 and 90 kVA Rec Nom Max Dimensions Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD VDC Discharge Nom OPD WxDxH in mm 45kVA Frame 90kVA Frame BTU hr kWH CFM m hr supplied 15 15 480 208 19 24 30 288 67 42 60 NA 1728 785 14 642 4 3 102 173 100A 30 30 480 208 39 49 60 288 135 83 125 NA 1804 820 16 587 4 9 204 346 with 120VAC shunt tri 45 45 480 208 58 73 90 288 202 125 200 34 8x39 5x78 7 NA 1880 855 20 217 5 9 306 519 ee 60 60 480 208 78 98 125 288 269 167 225 800x1000x2000 NA 1956 889 23 964 7 0 408 692 SIA 75 75 480 208 97 121 150 288 335 208 300 NA 2032 924 27 687 8 1 510 865 with 120VAC shunt tri 90 90 480 208 116 145 175 288 404 250 350 NA 2108 958 31 352 9 2 612 1038 s js See Notes for Tables p 2 1 2 3 5 8 12 6 4 1 3 8 12 1 3 8 12 6 13 14 14 15 Table 3 Site Planning Data 15 90kVA 60Hz 600VAC Single Input UPS Rating Voltage AC Input Battery AC Output Mechanical Data System OCPD Current A N Current A Unit Weight Ib kg 45 and 90 kVA Rec NOM Max Dimensions Heat Dis Cooling Air customer kVA kW Input Output Nom Max OPD VDC Discharge Nom OPD WxDxH in mm 45kVA Frame 90kVA Frame BTU hr kWH CFM m3 hr supplied 15 15 600 208 16 20 25 288 67 42 60 NA 1743 792 12 350 3 6 102 173 400A 30 30 600
10. sing BA the optional Liebert Bypass Distribution Cabinet Additional Notes 6 Minimum sized grounding conductors to be per NEC 250 122 Parity sized If site configuration includes a backup emergency generator it is recommended that the ground conductors are recommended Neutral conductors to be sized for full engine generator set be properly sized and equipped for a UPS application Generator capacity per NEC 310 15 b 4 References are per NEC 2008 options would typically include an isochronous governor generator frequency regulation 7 Winne teauirements AC laput Baca Awite plus ei d and a UPS compatible regulator generator voltage regulation Consult generator i 8 req AC ath ae eres Ales Pes 8 lis ero d manufacturer for required generator options and sizing PS wE If site configuration includes an automatic transfer switch refer to Liebert Power Line titled Criteria for Application of Automatic Transfer Switches ATS With Uninterruptible Power Supply UPS Systems publication 91K PLT 48 02 It is also recommended that the transfer switch be equipped with auxiliary contacts to provide a UPS on generator signal Consult transfer switch manufacturer for required transfer switch options and sizing If site configuration requires an external isolated maintenance bypass circuit it should be noted that utility AC input might not be in phase with the UPS AC output Consult an Emerson sales representative or applications engineer T
11. tified Meets current requirements for safe high performance UPS operation All rights reserved throughout the world Specifications subject to change without notice 2010 Liebert Corporation EMERSON Liebert is a registered trademark of Liebert Corporation All names referred to are trademarks or registered trademarks of their respective owners powertech emersonnetworkpower com P O Box 29186 SL 25605_REV7_03 14 Web site www liebert com Technical Support Service 800 543 2378 United States 1050 Dearborn Drive Columbus OH 43229
12. urrents and terminals Output 208V Maximum Recommended Lug T amp B Compression Lug Mechanical Lug Unit Rating Nom Output Current OCP Device Rating Bolt Size 75 C Wire Current tot Two Hole 3 8 Bolt Two Hole 3 8 Bolt 15 42 60 M10 3 8 130 54857BE 32209 30 83 125 M10 3 8 150 54860BE 32209 45 125 200 M10 3 8 175 54862BE 32209 60 167 225 M10 3 8 230 54866BE 32211 75 208 300 M10 3 8 300 54860BE 32209 90 250 350 M10 3 8 350 54862BE 32209 Table 10 UPS currents and terminals Battery 288V string Maximum Recommended Lug T amp B Compression Lug Mechanical Lug Unit Rating Battery Current OCP Device Rating Bolt Size 75 C Wire Current tot Two Hole 3 8 Bolt Two Hole 3 8 Bolt 15 67 80 M10 3 8 130 54857BE 32209 30 135 150 M10 3 8 175 54862BE 32209 45 202 225 M10 3 8 230 54866BE 32211 60 269 300 M10 3 8 300 54860BE 32209 75 336 350 M10 3 8 400 54864BE 32211 90 404 450 M10 3 8 460 54866BE 32211 General Specifications INPUT Voltage 208 120 220 127VAC 50 60Hz 3 phase 4 wire plus ground Voltage Range Without Derating 15 20 Frequency Range 40 70Hz Current Distortion 3 maximum reflected THD at full load Current Walk In 5 35 seconds to full load adjustable Power Factor 0 99 full load 0 98 half load ENVIRONMENTAL Operating Temperature UPS 32 to 104 F 0 40 C Battery 68 to 86 F 20 30 C Non Operati
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