Large-flow cart type emergency rescue mobile pump truck
- Gaotian
- Shanghai
- 15days
- 1500
Large-flow cart type emergency rescue mobile pump truck are essentially mobile pumping stations. They can quickly and flexibly reach application sites, deliver urgently needed water to usage destinations within a short period of time, or pump and drain standing water from city roads during emergencies, thereby achieving flood control and disaster relief efforts to protect the lives and property of the people.
Large-flow cart type emergency rescue mobile pump truck Features
1. Ultra-quiet Design: Successfully overcomes the "three major challenges" of vehicle noise, back pressure, and power loss.
2. High-quality Large Flow Rate Pump: Capable of pumping large volumes of materials such as cement slurry, mortar, sludge, etc., with superior performance and simple maintenance. Ideal for harsh environmental conditions in sewage pumping operations.
3. Environmentally Friendly & Energy-efficient Generator: Operates continuously at full load for up to 8 hours, ensuring long-term operation of the equipment.
4. Smart Integrated Operating System: Features a micro-electronic control system that is integrated and includes a comprehensive protection and alarm system.
5. User-centric Design: Ensures practicality and convenience for users during operation, enhancing usability and ease-of-use.
The working principle of the pump
Inside the pump body, there is a storage chamber. This chamber communicates with the pump's working chamber through an upper reflux hole and a lower circulation hole, forming an axial reflux mixed system. When the pump is not in operation, a certain volume of liquid is stored within it. Upon startup, the stored liquid, under the influence of the impeller, mixes with air and is thrown upwards. The liquid then returns to the working chamber via the grid of the gas-liquid separation pipe, while the gas is expelled out of the pump. This process creates a specific vacuum inside the pump, achieving self-priming functionality.
