Technical Specifications
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Power range: 0.75 to 22 kW
Voltage range: 200 to 480 V
Enclosure class: IP20
Uniform dimensions for space-saving
Shared components such as chokes and control panels
UL Type 1 kit for enhanced protection
Operation up to 50°C
Coated boards and full fault protection
Quick availability through ABB partners
Engine:
Brand: Cummins
Model: 6BTA5.9G5
Country of Origin: USA
Producing Countries: USA, UK, India
Prime Power: 121 hp
Standby Power: 131 hp
Total Displacement: 5.9 L
Number of Cylinders: 6
Aspiration System: Turbocharged
Cooling System: Water-cooled
Governor Type: Electronic
Fuel Consumption 50% Load: 12 L/h
Fuel Consumption 75% Load: 18 L/h
Fuel Consumption 100% Load: 25 L/h
Max Engine Speed: 1500 rpm
Cylinder Arrangement: Inline
Bore x Stroke: 102 x 120 mm
Compression Ratio: 17.6:1
Injection: Direct
Electrical System: 12 V DC
Lubricant Capacity: 16.4 L
Fuel Tank Capacity: 125 L
Engine Coolant Capacity: 19.75 L
Max Exhaust Temperature: 533 °C
Max Exhaust Gas Flow: 21.42 m³/h
Cooling Air Flow: 215.4 m³/min
Dry Weight: 402 kg
Alternator:
Brand: Stamford
Model: UCI274C
Producing Country: UK
Prime Power: 100 kVA
Standby Power: 110 kVA
Frequency: 50 Hz
Insulation Class: H
Protection: IP23
Efficiency: 89.8%
Overload Capacity: 110%
Rated Power Factor: 0.8
Number of Poles: 4
Number of Bearings: 1
Output Voltage: 400/230 V
Max RPM: 2250
Power supply: 24…48 V AC/DC
Application: Generator and feeder protection
Current inputs: 3 phase CT + dual residual CT
Voltage inputs: 4 VT (100/110 V)
Digital I/O: 24 DI, 21 DO
Communication ports: Front USB, Rear RS232, Rear RJ45
Communication protocols: IEC 61850 Ed.1/2, IEC 60870-5-101/103, Modbus RTU/TCP, DNP3, EtherNet/IP
Protection functions: Generator differential, overcurrent, earth fault, pole slip, loss of field, synchro-check, frequency and voltage protection
Mounting: Flush mounting, 30TE case
Display: LCD 128×128 with single-line diagram and ANSI symbols
Certifications: IEC/EN 60255-26
Operating temperature: -40 to +65 °C
Protection for power cables and overhead lines up to 24 km
Phase comparison algorithm for fast and reliable protection
Communication redundancy via copper or optical fiber
Configurable for multiple fault scenarios (overcurrent, ground-fault, etc.)
Direct communication interface with the ability to send inter-tripping commands and binary signals
Programmable logic for advanced customization (CFC)
9 programmable function keys
Support for Ethernet redundancy protocols (RSTP, PRP, HSR)
Protection against external and internal faults
Communication via IEC 61850, MODBUS RTU, and other protocols
Built-in monitoring and diagnostic features (e.g., trip circuit supervision, fuse failure monitoring)
Up to 24 km of fiber-optic protection coverage
4 current transformers and 3-7 binary inputs/outputs
Supports fast and selective tripping even during communication failure
