Cat® 150kVA Diesel Generator - DE150GC
The Caterpillar DE150GC diesel generator is housed within a sound attenuated enclosed canopy. Producing reliable power of 150 kVA at 50 Hz, the CAT DE150GC diesel gen set is perfect for backup electrical power and is specially designed to meet ISO 8528-5 transient response requirements
| Model reference | DE150GC |
| Engine | Cat® C7.1 Inline 4-stroke Diesel |
| Frequency | 50Hz |
Ratings
| Standby (50Hz) | |
| Genset power rating | 150 kVA |
| Genset power rating with fan @ 0.8 power factor | 120 kW |
|
Voltage |
400V |
| Rated current | 216.5 Amps |
Overall dimensions
| Frame type | Dimensions | Weight |
| (L x W x H) mm | kg | |
| Canopied | 3325 x 1134 x 1666 | 1834 |
Datasheets
| DE150GC | Sound Attenuated Enclosures | ||
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The Caterpillar DE150GC diesel generator is a reliable and powerful backup electrical power solution designed to provide continuous power supply during times of power outages or in remote areas where grid connectivity is limited. It is housed within a sound attenuated enclosed canopy, which means it is equipped with a specialized casing designed to reduce noise levels produced during operation.
The sound attenuated enclosed canopy offers several benefits. Firstly, it helps in minimizing noise pollution, making the generator suitable for various environments such as residential areas, hospitals, and commercial establishments where noise levels need to be kept to a minimum. This feature ensures that the generator operates quietly without causing disturbances. Additionally, the CAT DE150GC generator ensures a stable and reliable power supply during load variations, preventing any disruptions to connected equipment or systems.
Overall, the combination of the Caterpillar DE150GC diesel generator housed within a sound attenuated enclosed canopy and its compliance with ISO 8528-5 transient response requirements makes it an ideal choice for backup electrical power applications. It offers a robust and efficient solution, capable of delivering consistent power while minimizing noise emissions and adapting to varying loads effectively.