Liebert e XM 3-Phase UPS 10-200kVA/kW, 60HZ, 208-220VAC Single and Dual Input - Site Planning Data (R06/16); (SL-25645)

SITE PLANNING DATA—LIEBERT® eXM™ 3-PHASE UPS: 10-200KVA/KW, 60HZ, 208VAC, SINGLE & DUAL INPUT
MAINTENANCE BYPASS OR BYPASS DISTRIBUTION CABINET
See Note 5
MBB
* System
AC Input
3 Wire + GND
BIB
See Note 6
MIB
Static Bypass
AC Output 208V
4 Wire + GND
Local Grounding
Electrode
See Note 1
1.
2.
3.
4.
5.
6.
7.
•
•
•
Install in accordance with national and local electrical codes.
Input and bypass must share the same single source.
UPS system input and output cables must be run in separate conduits.
Control wiring must be run in separate conduits
Optional input transformer.
Optional distribution for 10-100kVA units only.
Internal battery breaker is optional on UPS with internal batteries;
battery breaker is factory-supplied with external Liebert battery
cabinets.
BIB - Bypass Isolation Breaker
MBB - Maintenance Bypass Breaker
MIB - Maintenance Isolation Breaker
* External Overcurrent Protection By Others
UPS
Field-Supplied
Wiring
BATTERY
See
Note 7
Notes for Tables
• Nominal (Nom) current is based on full rated output load at nominal input
voltage.
• Maximum (Max) current (125% of nominal) is short duration for battery recharge
conditions.
• UPS input and bypass cables must be run in separate conduit from output cables.
• Nominal battery voltage is shown at 2.0 volts/cell per NEC 480-2.
• Nominal rectifier AC input current (considered continuous) is based on full rated
output load. Maximum current includes nominal input current and maximum
battery recharge current (considered non-continuous). Continuous and noncontinuous currents are defined in NEC 215.
Nominal AC output current (considered continuous) is based on full rated output
load. Output breakers are either supplied by the customer or by using the optional
Liebert Bypass Distribution Cabinet.
• Minimum-sized grounding conductors to be per NEC 250-122. Parity-sized ground
conductors are recommended. Neutral conductors to be sized for full capacity per
NEC 310-15 (b)(4). References are per NEC 2008.
• Wiring requirements: AC Input:
3-phase, 4-wire, plus ground
AC Output: 3-phase, 3- or 4-wire, plus ground
• All wiring is to be in accordance with national and local electric codes.
• Minimum access clearance is 36" (914mm) front; ventilation clearance is
24" (610mm) above and 0-5" (127mm) in the rear, depending on anchoring method.
• Top or bottom cable entry through removable access plates. Punch plate to suit conduit size,
then replace.
• Control wiring and power wiring must be run in separate conduit.
• Dimensions shown include an internal battery (40kVA frame only).
• Weights shown do not include an internal battery nor optional cabinets or features.
• When a Liebert Bypass Distribution Cabinet is not used, the customer must supply
the input circuit breaker with a 120VAC shunt trip on the bypass feed only. The
shunt trip drive capability is 8A.
• If site configuration includes a backup emergency generator, Emerson recommends 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 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.
1
Table 1 Site planning data—10-100kVA, 60Hz, 208VAC, single input
UPS
Rating
Voltage
AC Input
AC Output
Current, A
Input
Output
Battery
Rec.
OPD
Nom.
VDC
Mechanical Data
Current, A
Maximum
Discharge
Unit Weight, lb. (kg)
Dimensions
WxDxH, in. (mm)
40 kVA
Frame
100 kVA
Frame
Heat Dissipation,
BTU/hr (kWH)
Cooling Air
CFM (m3/hr)
kVA
kW
10
10
208
208
30
34
45
288
47
28
40
684 (310)
NA
2217 (0.65)
67.8 (115)
15
15
208
208
45
51
70
288
70
42
60
684 (310)
NA
3245 (0.95)
67.8 (115)
20
20
208
208
59
68
90
288
93
56
70
684 (310)
684 (310)
3843 (1.13)
67.8 (115)
30
30
208
208
89
102
150
288
140
83
110
758 (344)
NA
6189 (1.81)
135.6 (231)
40
40
208
208
119
136
175
288
187
111
150
758 (344)
758 (344)
7610 (2.23)
135.6 (231)
60
60
208
208
178
205
300
288
280
167
225
NA
844 (383)
11278 (3.30)
203.4 (346)
Nom.
Max
Nom.
OPD
23-5/8 x 39-3/8 x 78-3/4
(600 x 1000 x 2000)
80
80
208
208
237
273
350
288
373
222
300
NA
918 (416)
14977 (4.39)
271.2 (462)
100
100
208
208
297
341
450
288
467
278
350
NA
992 (450)
18645 (5.46)
339 (575)
Table 2 Site planning data—10-100kVA, 60Hz, 208VAC, dual input
UPS Rating
Voltage
AC Input
AC Output
Rectifier
Current, A
kVA
kW
Input
Output
Nom.
Max
Bypass
Current, A
Rec.
OPD
Nom.
Rec.
OPD
Battery
Nom.
VDC
Maximum
Discharge
Mechanical Data
Current, A
Nom.
OPD
Unit Weight, lb. (kg)
Dimensions
WxDxH, in. (mm)
40 kVA
Frame
100 kVA
Frame
Heat Dissipation,
BTU/hr (kWH)
Cooling Air,
CFM (m3/hr)
10
10
208
208
30
34
45
28
40
288
47
28
40
684 (310)
NA
2217 (0.65)
67.8 (115)
15
15
208
208
45
51
70
42
60
288
70
42
60
684 (310)
NA
3245 (0.95)
67.8 (115)
20
20
208
208
59
68
90
56
70
288
93
56
70
684 (310)
684 (310)
3843 (1.13)
67.8 (115)
30
30
208
208
89
102
150
83
110
288
140
83
110
758 (344)
NA
6189 (1.81)
135.6 (231)
40
40
208
208
119
136
175
111
150
288
187
111
150
758 (344)
758 (344)
7610 (2.23)
135.6 (231)
60
60
208
208
178
205
300
167
225
288
280
167
225
NA
844 (383)
11278 (3.30)
203.4 (346)
23-5/8 x 39-3/8 x 78-3/4
(600 x 1000 x 2000)
80
80
208
208
237
273
350
222
300
288
373
222
300
NA
918 (416)
14977 (4.39)
271.2 (462)
100
100
208
208
297
341
450
278
350
288
467
278
350
NA
992 (450)
18645 (5.46)
339 (575)
2
Table 3 Site planning data—10-100kVA, 60Hz, 480VAC in, 208VAC out, single input, with 480V:208V transformer
UPS
Rating
AC Input
Voltage
Input
Output
Current, A
Nom.
Max
Nom.
VDC
Mechanical Data
AC Output
Current, A
Battery
Maximum
Discharge
Unit Weight, lb. (kg)
Rec.
OPD
40kVA
Frame
100kVA
Frame
Heat Dissipation,
BTU/hr (kWH)
Cooling Air,
CFM (m3/hr)
kW
10
10
480
208
13
15
20
288
47
28
40
684 (310)
NA
1535 (0.45)
67.8 (115)
15
15
480
208
20
23
30
288
70
42
60
684 (310)
NA
2303 (.675)
67.8 (115)
20
20
480
208
27
31
40
288
93
56
70
684 (310)
684 (310)
3071 (0.9)
67.8 (115)
30
30
480
208
40
46
60
288
140
83
110
758 (344)
NA
4606 (1.35
135.6 (231)
40
40
480
208
53
61
80
288
187
111
150
758 (344)
758 (344)
6142 (1.8)
135.6 (231)
60
60
480
208
80
91
125
288
280
167
225
NA
844 (383)
9213 (2.7)
203.4 (346)
Rec. OPD
Nom.
Dimensions
WxDxH, in. (mm)
kVA
23-5/8 x 39-3/8 x 78-3/4
(600 x 1000 x 2000)
80
80
480
208
106
122
175
288
373
222
300
NA
918 (416)
12284 (3.6)
271.2 (462)
100
100
480
208
133
152
200
288
467
278
350
NA
992 (450)
15354 (4.5)
339 (575)
Table 4 Site planning data—10-100kVA, 60Hz, 480VACin, 208VAC out, dual input, with 480V:208V transformer
AC Input
UPS Rating
kVA
kW
Voltage
Mechanical Data
Rectifier
Current, A
Bypass
Current, A
Battery
AC Output
Current, A
Rec. Nom. Maximum
Rec.
Input Output Nom. Max OPD Nom. OPD VDC Discharge Nom. Rec. OPD
Unit Weight, lb. (kg)
Dimensions
WxDxH, in. (mm)
40kVA
Frame
100kVA
Frame
Heat Dissipation, Cooling Air,
BTU/hr (kWH)
CFM (m3/hr)
10
10
480
208
13
15
20
28
40
288
47
28
40
684 (310)
NA
1535 (0.45)
67.8 (115)
15
15
480
208
20
23
30
42
60
288
70
42
60
684 (310)
NA
2303 (.675)
67.8 (115)
20
20
480
208
27
31
40
56
70
288
93
56
70
684 (310) 684 (310)
3071 (0.9)
67.8 (115)
30
30
480
208
40
46
60
83
110
288
140
83
110
758 (344)
4606 (1.35)
135.6 (231)
40
40
480
208
53
61
80
111
150
288
187
111
150
60
60
480
208
80
91
125
167
225
288
280
167
225
23-5/8 x 39-3/8 x 78-3/4
(600 x 1000 x 2000)
NA
758 (344) 758 (344)
NA
844 (383)
6142 (1.8)
135.6 (231)
9213 (2.7)
203.4 (346)
80
80
480
208
106
122
175
222
300
288
373
222
300
NA
918 (416)
12284 (3.6)
271.2 (462)
100
100
480
208
133
152
200
278
350
288
467
278
350
NA
992 (450)
15354 (4.5)
339 (575)
3
Table 5 Site planning data—10-100kVA, 60Hz, 600VAC in, 208VAC out, single input, with 600V:208V transformer
AC Input
UPS Rating
Voltage
Current, A
Mechanical Data
AC Output
Current, A
Battery
Unit Weight, lb. (kg)
kVA
kW
Input
Output
Nom.
Max.
Rec. OPD
Nom.
VDC
Maximum
Discharge
Nom.
Rec. OPD
10
10
600
208
11
12
15
288
47
28
40
684 (310)
NA
1535 (0.45)
67.8 (115)
15
15
600
208
16
18
25
288
70
42
60
684 (310)
NA
2303 (.675)
67.8 (115)
20
20
600
208
22
25
30
288
93
56
70
684 (310)
684 (310)
3071 (0.9)
67.8 (115)
30
30
600
208
32
37
50
288
140
83
110
758 (344)
NA
4606 (1.35
135.6 (231)
40
40
600
208
43
49
60
288
187
111
150
758 (344)
758 (344)
6142 (1.8)
135.6 (231)
60
60
600
208
64
73
100
288
280
167
225
NA
844 (383)
9213 (2.7)
203.4 (346)
Dimensions
WxDxH, in. (mm)
23-5/8 x 39-3/8 x 78-3/4
(600 x 1000 x 2000)
40kVA
Frame
100kVA
Frame
Heat Dissipation,
BTU/hr (kWH)
Cooling Air,
CFM (m3/hr)
80
80
600
208
85
98
125
288
373
222
300
NA
918 (416)
12284 (3.6)
271.2 (462)
100
100
600
208
106
122
150
288
467
278
350
NA
992 (450)
15354 (4.5)
339 (575)
Table 6 Site planning data—10-100kVA, 60Hz, 600VAC in, 208VAC out, dual input, with 600V:208V transformer
AC Input
UPS
Rating
Voltage
Battery
Rectifier
Current, A
Mechanical Data
Bypass
Current, A
Rec.
kVA kW Input Output Nom. Max OPD Nom. Rec. OPD
AC Output
Current, A
Nom.
VDC
Maximum
Rec.
Discharge Nom. OPD
Unit Weight, lb. (kg)
Dimensions
WxDxH, in. (mm)
40kVA
Frame
100kVA
Frame
Heat Dissipation, Cooling Air,
BTU/hr (kWH)
CFM (m3/hr)
10
10
600
208
11
12
15
28
40
288
47
28
40
684 (310)
NA
1535 (0.45)
67.8 (115)
15
15
600
208
16
18
25
42
60
288
70
42
60
684 (310)
NA
2303 (0.675)
67.8 (115)
20
20
600
208
22
25
30
56
70
288
93
56
70
684 (310) 684 (310)
3071 (0.9)
67.8 (115)
30
30
600
208
32
37
50
83
110
288
140
83
110
4606 (1.35)
135.6 (231)
40
40
600
208
43
49
60
111
150
288
187
111
150
NA
23-5/8 x 39-3/8 x 78-3/4 758 (344)
(600 x 1000 x 2000)
758 (344) 758 (344)
60
60
600
208
64
73
100
167
225
288
280
167
225
80
80
600
208
85
98
125
222
300
288
373
222
300
NA
100 100
600
208
106
122
150
278
350
288
467
278
350
NA
4
NA
6142 (1.8)
135.6 (231)
9213 (2.7)
203.4 (346)
918 (416)
12284 (3.6)
271.2 (462)
992 (450)
15354 (4.5)
339 (575)
844 (383)
Table 7 Site planning data—20-200kVA, 60Hz, 208VAC, single input, 200kVA frame
Voltage
UPS
Rating
kVA
kW
AC Input
Battery
Current, A
Input
Output
Nom.
Rec.
Max
Nominal
VDC
OPD
AC Output
Current, A
Maximum
Discharge
Nom.
Mechanical Data
200 kVA Frame Dimensions
OPD
W x D x H, in. (mm)
Unit Weight
lb. (kg)
Heat Dissipation
BTU/hr (kWH)
Cooling Air
CFM (m3/hr)
20
20
208
208
59
68
90
288
93
56
70
852 (387)
3843 (1.13)
68 (115)
40
40
208
208
119
136
175
288
187
111
150
926 (420)
7610 (2.23)
136 (231)
60
60
208
208
178
205
300
288
280
167
225
1000 (453)
11278 (3.30)
203 (346)
80
80
208
208
237
273
350
288
373
222
300
1073 (487)
14977 (4.39)
271 (462)
100
100
208
208
297
341
450
288
467
278
350
1147 (520)
18645 (5.46)
339 (575)
120
120
208
208
356
409
600
288
560
333
450
1221 (554)
21193 (6.21)
407 (691)
140
140
208
208
415
478
600
288
653
389
500
1295 (587)
23512 (6.89)
475 (806)
160
160
208
208
475
546
700
288
747
444
600
1368 (621)
29529 (8.65)
542 (922)
180
180
208
208
534
614
800
288
840
500
700
1442 (654)
31994 (9.37)
610 (1037)
200
200
208
208
594
682
1000
288
933
555
700
1516 (688)
35548 (10.42)
678 (1152)
34-2/3 x 39-3/8 x 78-3/4
(880 x 1000 x 2000)
Table 8 Site planning data—20-200kVA, 60Hz, 208VAC, dual input, 200kVA Frame
UPS
Rating
kVA
kW
AC Input
Voltage
Input
Output
Current, A
Nom.
Max.
Rec.
OPD
Bypass
Current, A
Nom.
Rec.
Battery
Nominal
VDC
Maximum
Discharge
AC Output
Current, A
Nom.
OPD
Mechanical Data
200kVA Frame Dimensions
W x D x H, in. (mm)
Unit Weight
lb. (kg)
Heat Dissipation
BTU/hr (kWH)
Cooling Air
CFM (m3/hr)
20
20
208
208
59
68
90
56
70
288
93
56
70
852 (387)
3843 (1.13)
68 (115)
40
40
208
208
119
136
175
111
150
288
187
111
150
926 (420)
7610 (2.23)
136 (231)
60
60
208
208
178
205
300
167
225
288
280
167
225
1000 (453)
11278 (3.30)
203 (346)
80
80
208
208
237
273
350
222
300
288
373
222
300
1073 (487)
14977 (4.39)
271 (462)
100
100
208
208
297
341
450
278
350
288
467
278
350
1147 (520)
18645 (5.46)
339 (575)
120
120
208
208
356
409
600
333
450
288
560
333
450
1221 (554)
21193 (6.21)
407 (691)
140
140
208
208
415
478
600
389
500
288
653
389
500
1295 (587)
23512 (6.89)
475 (806)
160
160
208
208
475
546
700
444
600
288
747
444
600
1368 (621)
29529 (8.65)
542 (922)
180
180
208
208
534
614
800
500
700
288
840
500
700
1442 (654)
31994 (9.37)
610 (1037)
200
200
208
208
594
682
1000
555
700
288
933
555
700
1516 (688)
35548 (10.42)
678 (1152)
5
34-2/3 x 39-3/8 x 78-3/4
(880 x 1000 x 2000)
Table 9 General specifications
INPUT
OUTPUT
Voltage
208/120, 220/127VAC, 50/60Hz, 3-phase, 4-wire plus ground
Voltage
208/120, 220/127VAC, 50/60Hz, 3-phase, 4-wire plus ground
Voltage Range
without derating
+15%, -20%
±5%
Frequency Range
40-70Hz
Voltage
Adjustment
Range
THDi
(Current Distortion)
5% maximum reflected THD at full load
Voltage
Regulation
1% for balanced load
5% regulation for unbalanced load
Power Factor
0.99 full load, 0.98 half load
Dynamic
Regulation
±5% deviation for 100% load step
±1% for loss or return of AC input
Surge Protection
Withstands input surges w/o damage, per criteria in IEC 1000-4-5
(w/ surge suppressor option ANSI C62.41 (IEEE 587) CAT A3 & B3
Transient
Response Time
Recover to ±5% of output voltage within 1/2 cycle
ENVIRONMENTAL
Operating
Temperature
UPS: 32° to 104°F (0-40°C)
Battery: 68° to 86°F (20-30°C)
THDv
For linear loads, 2% THD; Less than 5% THD for 100% nonlinear loads
without kVA/kW derating
Non-Operating
Temperature
-4° to 158°F (-20° to 70°C)
Phasing
Balance
120° ±1° for balanced load
120° ±1.5° for 100% unbalanced load
Relative Humidity
0-95% non-condensing
Operating Altitude
Up to 3,300 ft. (1,000m) without derating
Frequency
Regulation
±0.1% to ±0.25%
Acoustical Noise
Less than 59 dBA typical (100kVA) Acoustical Noise,
at 55 in. (1.4m)
Load Power
Factor Range
0.5 lagging to 0.9 leading without derating
STANDARDS
Listed to UL 1778 UPS standards, and CSA certified. Meets current
requirements for safe, high performance UPS operation.
Overload
100% load, continuous
110% load, 60 minutes; 125% load, 10 minutes;
150% load, 60 seconds, with true sinusoidal waveform
Table 10
Battery specifications and run times
Battery
Code
10kVA
15kVA
20kVA
30kVA
40kVA
Added Internal
Battery
Weight, lb. (kg)
F
22
12
8
—
—
528 (239)
HX 150E-FR
H
36
21
14
8
—
624 (283)
HX 205-FR
M
52
32
22
13
9
1032 (468)
HR 1500
G
26
16
11
6
—
648 (294)
HR 2000
L
46
27
18
10
5
960 (435)
Model
HX 100-FR
Battery Time, Minutes
6
Table 11 Optional bypass distribution cabinet weights and dimensions
Nameplate Rating, kVA
10-40
60-100
Dimensions, WxDxH, in. (mm)
23-5/8 x 39-1/2 x 78-3/4
(600 x 1000 x 2000)
BDC
Weight, lb (kg
No Distribution
525 (239)
550 (250)
225A Panelboard
625 (284)
—
400A Panelboard
No Distribution and 480V Input Transformer
—
660 (300)
1110 (505)
1522 (692)
No Distribution and 600V Input Transformer
1125 (511)
1507 (685)
225A Panelboard and 480V Input Transformer
1210 (550)
—
225A Panelboard and 600V Input Transformer
1225 (557)
—
400A Panelboard and 480V Input Transformer
—
1632 (742)
400A Panelboard and 600V Input Transformer
—
1617 (735)
Two 225A Subfeed Breakers
—
660 (300)
Two 225A Subfeed Breakers and 480V Input Transformer
—
1632 (742)
Two 225A Subfeed Breakers and 600V Input Transformer
—
1617 (735)
Add 27 lb. (12 kg) for monitoring.
7
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Technical Support / Service
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