How Diesel Engine Fire Pump Works
Release time:
2024-08-31
Diesel Engine Fire Pump, as an important part of the fire extinguishing system, is powered by an internal combustion engine to ensure the supply of fire extinguishing water. Here's how the Diesel Engine Fire Pump works.
Diesel Engine Fire Pump is a fire pump powered by a diesel engine, which is mainly used to provide a high-pressure water source in the event of a fire. Its working principle is mainly divided into the following steps
1. Detection of fire: When the sensor in the fire protection system detects a fire, the Diesel Engine Fire Pump is automatically started.
2. Start the diesel engine: Diesel Engine Fire Pump is equipped with a diesel engine inside. When receiving the start signal, the diesel engine starts to run.
3. Water absorption: After the diesel engine is running, the water is sucked from the water source through the pump and transported to the fire site through the pipeline.
4. Pressed water: The pressure of the water is increased by the pump to form a high-pressure water flow to ensure that the water source is quickly transported to the fire scene to achieve the purpose of extinguishing the fire.
5. Automatic monitoring: Diesel Engine Fire Pump has a built-in automatic monitoring system that can monitor water pressure in real time to ensure the stability and continuity of water supply.
Through the above working principle, Diesel Engine Fire Pump can quickly and efficiently deliver fire extinguishing water to the fire scene, providing reliable support for fire fighting. It plays a vital role in fire fighting and rescue.
1. Detection of fire: When the sensor in the fire protection system detects a fire, the Diesel Engine Fire Pump is automatically started.
2. Start the diesel engine: Diesel Engine Fire Pump is equipped with a diesel engine inside. When receiving the start signal, the diesel engine starts to run.
3. Water absorption: After the diesel engine is running, the water is sucked from the water source through the pump and transported to the fire site through the pipeline.
4. Pressed water: The pressure of the water is increased by the pump to form a high-pressure water flow to ensure that the water source is quickly transported to the fire scene to achieve the purpose of extinguishing the fire.
5. Automatic monitoring: Diesel Engine Fire Pump has a built-in automatic monitoring system that can monitor water pressure in real time to ensure the stability and continuity of water supply.
Through the above working principle, Diesel Engine Fire Pump can quickly and efficiently deliver fire extinguishing water to the fire scene, providing reliable support for fire fighting. It plays a vital role in fire fighting and rescue.
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