Sheet No.

Component /Detail Description

1 Draw ing Guide MGE Galaxy 5500 40kVA 400V Unitary draw ing guide
2-4 Solution MGE Galaxy 5500 40kVA 400V Unitary
5-6 UPS MGE Galaxy 5500 40kVA 400V
7-9 System One Line Diagram MGE Galaxy 5500 40kVA 400V Unitary System One Line Diagram
 WEIGHT AND RUNTIME TABLE
UPS Power Rating 40kVA
Runtime in Minutes(M) 0
UPS Cabinet Weight in kg 520
Battery Cabinet Weight in kg 890

Floor Loading Data in Kg/m ²

UPS w /internal battery 1106

UPS COG Details in mm

X-Distance Y-Distance Z-Distance
350 950 360
 Galaxy 5500® 40kVA UPS 1 Module Site Planning Data
Battery voltage when charged at 20 deg C:
Minimum Number of Cells=180, Ubat=408V (sealed lead acid): Ubat=396V (Vented lead acid)
Minimum Number of Cells=216, Ubat=490V (sealed lead acid): Ubat=486V (Vented lead acid)
Input Voltage : 400V AC, Output Voltage : 400V AC

UPS Bypass
UPS Mains Input 1 UPS Output UPS - Recom m ended Over current Protection Device Ratings
Input 1
Battery Discharge
UPS Mechanical Data
Current(A)
UPS Required
UPS Upstream protection
UPS UPS Dow nstrem Heat air flow
SKU Number
Rating System protection in Loss for UPS
Nominal Maximum Nominal Nominal Floor (m 3/h)
output reference w ith (kW)23
Current(A) Current(A) Current(A) Current(A) Nominal Maximum CB on common
Power CB on separate CB on separate Upstream Typical Dimensions Weight Loading
Discharge Discharge Bypass and Normal AC
Normal AC input (A) Bypass AC input (A) protection H x W x D (mm) 14 (Kg) 14 data in
Current (A) Current (A) input (A)
Kg/m2
25
40kVA/ G55TUPSU40HS 40kVA/ NSX 100F 3P-TM80D NSX 100F 4P-TM100D NSX 100F 4P-TM100D C60N C 16A/
57 58 58 58 112 135 1900x712x850 400 660.94 2.68 1332
36kW G55TUPSU40HINS26 36kW C60N B 25A

Notes.
1. Rated currents with battery float charging.
2. At <150% for 10seconds.
3. Input and bypass cables must be run in separate conduits from output cables. Not more than three conductors in raceway assumed; ambient temperature of 30°C (86°F) assumed.
4. If initial load is less than UPS' rated output, it is recommended that AC input, battery, and AC output wiring and over current protection be sized to UPS’ full load rating to accommodate possible future expansion.
5. Only copper cables are considered.
6. DC cables should be sized for a total maximum of less than 1% of CB rating.
7. OCPD = Over current Protection Device. Recommended represents 125% of nominal full load current (continuous).
8. Minimum-sized grounding conductors are recommended. Parity-sized ground conductors are recommended. Neutral conductors to be sized for full capacity.
9. Wiring requirements:
- AC Input/Output: 3Ø, 3 or 4 wire + ground, depending on UPS configuration.
See Installation Manual and submittal drawings for specific instructions.
- DC Input: 2 wire (positive and negative) + ground
10. All wiring to be in accordance with all applicable national and/or local electrical codes.
11. Minimum access clearance per UPS drawings.
12. The cable sizes are based on an environment with ambient max temperature of 35 degrees C.
13. Control wiring and power wiring must be run in separate conduit.
14. Weights and dimensions shown do not include battery cabinet(s) or other options
15. Backup emergency generator must be properly sized for UPS application and equipped with an isochronous governor for frequency regulation,and a UPS-compatible voltage regulator for voltage stability.
16. If site configuration requires an external maintenance bypass, phase parity between UPS input and UPS bypass must be ensured. Consult applications engineer.
17. The terminals have minimum size requirements for cables.
18. Each PFC or Boost pack contains a 63A fuse per phase. 10-20kVA Ups has one pack and 30-40kVA UPS have two packs.
19. Average weight references installed weight with batteries.
20. Temperature rating of conductors: 90°C (194°F). 75°C (167°F) cable terminal conductors assumed.
21. Input : THDI < 3% at full load, <5% at 25-75%.
22.Output : THDU ≤1% Phase to Phase, ≤1.5% Phase to Neutral for Linear Loads.
≤2% Phase to Phase, ≤3.5% Phase to Neutral for Non Linear Loads.
23.Heat losses refers to maximum loading and fully charged batteries
24.Ratings of the cables and overcurrent devices supplied for information only. User to consult with their engineering services before adopting
25. Applicable for IEC countries except Asia Pacific countries and Japan.
26. Applicable for Asia Pacific countries and Japan.
27. ECO mode is available with Unitary configuration.

EFFICIENCY DETAILS
SYSTEM 25%LOAD 50%LOAD 75%LOAD 100%LOAD
40kVA 400V 85.86 91.56 92.43 92.65