Schneider Electric G7TUPS250 Datasheet

Product data sheet
The information provided in this documentation contains general descriptions and/or technical characteristics of the performance of the products contained herein.
This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications.
It is the duty of any such user or integrator to perform the appropriate and complete risk analysis, evaluation and testing of the products with respect to the relevant specific application or use thereof.
Neither Schneider Electric Industries SAS nor any of its affiliates or subsidiaries shall be responsible or liable for misuse of the information contained herein.
Characteristics
G7TUPS250
MGE Galaxy 7000 250 kVA
Overview
Presentation A high-adaptability, 3-phase UPS that meets the unique requirements of medi-
Lead time Special Order - Call for Quoted Lead Times
um to large data centers, industry, buildings, and mission-critical environ­ments. This UPS includes ECO Mode, with cost-saving energy efficien­cy, and SPoT operation mode, which increases on-site test capability without ad­ditional load bank.
General
Provided equipment Installation guide
Bypass wiring configuration 4 wire (3P + N)
Bypass voltage tolerance +/- 10 % settable from +/- 4/6/8 and 10 %
Max bypass input current 422A
Bypass current protection 630A
Performance multiplier 1
Number of power module free slots 0
Number of power module filled slots 0
Redundant No
UPS size WS
Value multiplier 1
Network management card User manual
5 wire (3P + N + E)
Physical
Colour Grey
Depth 85.5Cm
Height 190Cm
Mounting preference No preference
Net weight 960Kg
Mounting mode Not rack-mountable
Two post mountable 0
USB compatible No
Width 141.2Cm
13-Apr-2021
1
Input
Network frequency 45...65 Hz
Number of input connectors 1 hard wire 5-wire (3P + N + E)
Input voltage limits 340...460 V 400 V
Inputvolt_other 380 V
Maximum input current 365A
Switching current capacity 630A
Max short time withstand current 200KA
Input harmonic distortion Less than 3 % for full load
Input protection type 3-pole circuit breaker
Input voltage 400 V 3 phases
Inrush current 200 A peak
Load power factor 0.9
Cos phi 1
415 V 450 V
Output
Rated power in W 225000W
Maximum configurable power in W 225000W
Harmonic distortion Less than 2 %
Output frequency 50 Hz sync to mains
Outputvolt_other 380 V
Crest factor 3 : 1
UPS type Double conversion online
Wave type Sine wave
Output connector type Hard wire 4-wire (3P + E) 1
Output harmonic distortion < 2% linear load and < 3% non-linear load
Required output current protection 361A
Neutral output current 541A
Bypass type Built-in maintenance bypass
Curve equation Efficiency
Curve fixed loss 0.0247
Curve load maximum 100%
Curve load minimum 3%
Curve proportional loss 0.0136
Curve square loss 0.0277
Curve X-axis maximum 100%
Curve test cond ID Curve fit to measured efficiency data. All measurements taken in normal operat-
Curve X-axis minimum 0%
Curve X-axis title Load
Curve X-axis units Percentage
Curve Y-axis maximum 100%
Curve Y-axis minimum 50%
Curve Y-axis title Efficiency
Curve Y-axis units Percentage
Graph display 1
Maximum output current 1281A
60 Hz sync to mains 50 Hz +/- 0.1 % for 50 Hz nominal unsynchronised 60 Hz +/- 0.1 % for 60 Hz nominal unsynchronised
415 V 440 V
Hard wire 5-wire (3P + N + E) 1 Hard wire 3-wire (3P) 1 Hard wire 4-wire (3P + N) 1 Hard wire 4-wire (3P + PEN) 1
ing mode, at typical environmental conditions, with nominal electrical input and­ balanced PF = 0.9 output.
2
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