|
|
| Brand Name: | JIWE |
| Model Number: | JW-KTA50 |
| MOQ: | 1 |
| Price: | Negotiable |
| Payment Terms: | T/T |
440V 1500kW 1875kVA KTA50-G15A Diesel Generator for Stanford Emergency Power System
Powerful Performance
Engine Type: Powered by Chongqing engines, such as the NTA855-G2A model, offering robust power delivery.
Reliable Output: Engineered to provide stable performance even under high-demand conditions.
High Reliability
Voltage Stability: Equipped with an automatic voltage regulator to ensure consistent output voltage.
Speed Regulation: Features an electronic speed control system that ensures accurate engine speed and frequency stability.
Fuel Efficiency and Cost Savings
Fuel Consumption: Designed with a flat fuel consumption curve, maintaining efficiency across a wide range of loads.
Combustion Efficiency: The direct injection combustion method optimizes fuel usage, helping to lower operational costs.
Ease of Maintenance
Inspection Window: Includes a transparent window for easy monitoring of the unit’s internal operation.
Emergency Functions: Equipped with an emergency stop button for quick shutdown in critical situations.
Maintenance Friendly: Simplified design allows easy access for routine inspections and repairs.
ENGINE SPECIFICATION | |
Manufacturer /Model | CCEC KTA50-G15 |
Air intake system | Turbo, Air/Water cooling |
Fuel system | PT type fuelpump |
Cylinder arrangement | 16inV |
Displacement | 50.3L |
Bore and stroke | 159*159(mm) |
Compression ratio | 13.9:1 |
Rated speed | 1500rpm |
Max. Standby power at rated speed | 1657KW |
Governor type | Electronic |
GENERATING SET DATA | |
Related range of voltage setting | ≥±5% |
Steady-state voltage deviation | ≤±1% |
Transient voltage deviation (100 % sudden power decrease) | ≤+25% |
Transient voltage deviation (sudden power increase) | ≤-20% |
Voltage recovery time (100% sudden power decrease) | ≤6S |
Voltage recovery time (sudden power increase) | ≤6S |
Related range of frequency setting | 0-5% adjustable |
Steady-state frequency band | ≤1.5% |
Transient frequency deviation (100 % sudden power decrease) | ≤+12% |
Transient frequency deviation (sudden power increase) | ≤-10% |
Frequency recovery time (100 % sudden power decrease) | ≤5S |
Frequency recovery time (sudden power increase) | ≤5S |
Video
Video
