Sheet No. Component /Detail Description

Sheet No. Component /Detail Description
1 Draw ing Guide MGE Galaxy 3500 10-20kVA, 3:3 1 MOD Narrow w ith XR Battery draw ing guide
2-4 Solution MGE Galaxy 3500 Narrow Tow er 10-20kVA 1 MOD, 400V, w ith 1-XR cabinet
5-6 UPS MGE Galaxy 3500 10-20kVA 400V, 3Ph In 3Ph Out, Narrow Tow er
7 Battery XR Cabinet MGE Galaxy 3500 Extended Run Enclosure w ith MCCB, bat mods Exp to 6
8-9 System One Line Diagram MGE Galaxy 3500 10-20kVA 400V 1MOD Narrow w ith XR Battery System One Line Diagram
10 System Wiring Diagram MGE Galaxy 3500 10-20kVA 400V 1MOD Narrow w ith XR Battery System Control Wiring Diagram

Weight and Runtime details for 2 module UPS (10-20kVA) with 1 XR Battery
Cabinet per UPS
Battery position
No. of bat shelves
Net Solution Weight (kg)
G35T10KH1B2S
Runtime in Min
Net Solution Weight (kg)
G35T10KH2B2S
UPS 1 428 6 n.a n.a n.a n.a n.a n.a.
UPS 2 612 18 612 18 804 10 804 6
XR1 3 1196 32 1196 32 1388 18 1388 12
XR1 4 1388 47 1388 47 1580 27 1580 18
XR1 5 1580 62 1580 62 1772 37 1772 25
XR1 6 1772 78 1772 78 1964 47 1964 32
XR1 7 1964 95 1964 95 2156 57 2156 40
XR1 8 2156 112 2156 112 2348 68 2348 47
XR2 9 2740 130 2740 130 2932 79 2932 55
XR2 10 2932 148 2932 148 3124 90 3124 63
XR2 11 3124 166 3124 166 3316 101 3316 71
XR2 12 3316 185 3316 185 3508 113 3508 79
XR2 13 3508 204 3508 204 3700 124 3700 87
XR2 14 3700 223 3700 223 3892 136 3892 96
XR3 15 4284 243 4284 243 4476 148 4476 105
XR3 16 4476 262 4476 262 4668 161 4668 113
XR3 17 4668 282 4668 282 4860 173 4860 122
XR3 18 4860 303 4860 303 5052 185 5052 131
XR3 19 5052 323 5052 323 5244 198 5244 140
XR3 20 5244 344 5244 344 5436 211 5436 149
XR4 21 5828 365 5828 365 6020 224 6020 158
XR4 22 6020 386 6020 386 6212 237 6212 168
XR4 23 6212 408 6212 408 6404 250 6404 177
XR4 24 6404 429 6404 429 6596 263 6596 187
XR4 25 6596 451 6596 451 6788 277 6788 196
XR4 26 6788 473 6788 473 6980 290 6980 206
Runtime in Min
Net Solution Weight (kg)
G35T15KH2B2S
Runtime in Min
Net Solution Weight (kg)
G35T20KH2B2S
Runtime in Min

No. of Battery
SKU Number
Modules
Dimensions Weight
H x W x D (mm) in kg
Floor Loading
Data in kg/sq.m
G35TXR2B6 2 1490 x 523 x 834 388 890
3 1490 x 523 x 834 484 1110
4 1490 x 523 x 834 580 1330
5 1490 x 523 x 834 676 1550
G35TXR6B6 6 1490 x 523 x 834 772 1770
Rating SKU Number
COG Details in mm
X-Distance Y-Distance Z-Distance
10kVA
G35T10KH1B2S
G35T10KH2B2S
176
176
655
650
400
398
15kVA G35T15KH2B2S 176 650 398
20kVA G35T20KH2B2S 176 650 398
SKU Number
No. of Battery
Modules
COG Details in mm
X-Distance Y-Distance Z-Distance
G35TBXR2B6 2 261 500 403
3 261 496 401
4 261 520 399
5 261 560 398
G35TBXR6B6 6 261 610 397

Galaxy 3500® 10K and 40K UPS Frame (1 Module) Site Planning Data
Battery - Nominal Voltage : +/-192V DC
Input and output Voltage : 400V AC
UPS
Rating
SKU Number
EFFICIENCY DETAILS
System Mains Input
Nominal
Current(A)
Maximum
Current(A)
SYSTEM 25% LOAD 50% LOAD 75% LOAD 100% LOAD
10KVA 400V 92.9 94.8 94.9 94.9
15KVA 400V 92.9 95.3 95.5 95.5
20KVA 400V 94.4 95.5 95.5 95.4
30KVA 400V 94.1 96 95.9 96.1
40KVA 400V 95 96 95.9 95.5
System
Bypass
Input
Nominal
Current(A)
System Output
System
output
Power
Nominal
Current(A)
Batte ry
Current(A)
(in UPS
Cabinet)
Recommended Over current
Protection Device Ratings
UPS
Mains
Input (A)
UPS
Bypass
Input (A)
UPS
System
Output
(A)
Typical
Dimensions
H x W x D (mm)
see note 14
UPS Mechanical Data
weight
(Kg) see
Note 14
G35T10KH1B2S 1491x352x838 214 725
G35T10KH2B2S 1491x352x838 306 1037
10kVA/ G35T10KH1B4S 10kVA/
1491x523x838 351 801
12.3 13.5 14.4
14.4 27.5 16 16 16
440
8kW G35T10KH2B4S 8kW
1491x523x838 443 1011
G35T10KH3B4S 1491x523x838 535 1221
G35T10KH4B4S 1491x523x838 627 1431
G35T15KH2B2S 1491x352x838 402 1363
15kVA/ G35T15KH2B4S 15kVA/
1491x523x838 443 1011
18.5 20.3 21.7
21.7 41.2 25 25 25
516
12kW G35T15KH3B4S 12kW
1491x523x838 535 1221
G35T15KH4B4S 1491x523x838 627 1431
G35T20KH2B2S 1491x352x838 402 1363
20kVA/ G35T20KH2B4S 20kVA/
1491x523x838 443 1011
24.7 27.2 28.9
28.9 55 32 32 32
751
16kW
G35T20KH3B4S 16kW
1491x523x838 535 1221
G35T20KH4B4S 1491x523x838 627 1431
30kVA/ G35T30KH3B4S 30kVA/
1491x523x838 570 1301
36.7 40.3 43.3 43.3 82.5 50 50 50
839
24kW G35T30KH4B4S 24kW
1491x523x838 662 1510
40kVA/
40kVA/
G35T40KH4B4S 49.1 54 57.7
57.7 110.1 63 63 63 1491x523x838 662 1510 1279
32kW
32kW
Notes.
1. Nominal Input current based on nominal mains voltage + batteries fully charged at 100% ohmic load.
2. Maximum Input current based on fully battery recharge + nominal mains voltage at 100% ohmic load.
3. Suggested input overcurrent protection based on continuous full load.
4. Nominal battery voltage assumed to be 2.0 volts/ cell (lead technology)
5. Over current protection device rating selection based on Nominal input current is acceptable provided battery recharge time is short.
Consult Schneider Electric for application specific assistance.
6. Voltage tolerance is 304 - 477V, 47 - 53Hz for nominal 50Hz.
7. Input power-factor is 0.98 for > 50% loading.
8. Cable installation to comply with EN60364-5-52, max ambient 30 deg C, cable sizes shown
refer to 600V rated,90 degree C multicore copper conductors with thermosetting insulation unless otherwise mentioned
9. AC input & output to be L1, L2, L3, N & PE depending on 400/230V configuration, PE may be separate or SWA of armored cable
10. Overcurrent protective devices (OCPD) may be either gL fuse type or MCB/MCCB rated at 30kA fault rating
11. DC cabling should be sized to give < 1% voltage drop at the nominal battery discharge current
using three-wire separate conductors in positive, centre-tap and negative poles
12. Top or bottom cable entry with removable gland plates
13. Control wiring to be run separately using screened conductors away from power cabling preferably in a separate conduit or cable tray
14. Weights and dimensions are with internal batteries, with extended battery cabinets use battery discharge current
in conjunction with cable drop to size cabling from cabinet to UPS
15. Heat loss refers to max loading and fully charged batteries
16. Refers to maximum battery recharge conditions
17. Input: THD < 5% at Full Load
18. Output:THD