Digital Fully Variable-Frequency Tank-Type Non-Negative Pressure Pump Station

The digital fully variable frequency tank-type non-negative pressure pump station adopts a tank design and is equipped with key components such as a non-negative pressure tank, a pressure stabilizing tank and an air pressure tank. It can effectively avoid negative pressure impacts on the municipal water supply network, while ensuring constant pressure and stable output during the water supply process. Its tank body is usually made of stainless steel and undergoes precise processing and anti-corrosion treatment to ensure the durability and hygiene of the equipment.
The core functions of the digital fully variable frequency tank-type non-negative pressure pump station include:
Full frequency conversion control: By adjusting the speed of the water pump motor through a frequency converter, precise regulation of flow and pressure is achieved. This control method not only enhances the water supply efficiency but also reduces the wear caused by the frequent start and stop of the water pump, thereby prolonging the service life of the equipment.
Intelligent monitoring and automation: The pumping station is equipped with an intelligent control cabinet that supports remote monitoring and data transmission functions. The system can detect water pressure, flow rate and equipment operation status in real time, and automatically adjust the operation mode according to water demand, achieving unattended operation.
Energy conservation and high efficiency: The digital full frequency conversion technology enables the pumping station to maintain efficient operation even under low load conditions, significantly reducing energy consumption. The equipment supports a low-flow shutdown pressure-holding function, further saving energy.
Multiple protection mechanisms: The pumping station is equipped with various safety protection functions such as overload protection, under-voltage protection, and water shortage protection, ensuring that the equipment can promptly alarm and automatically shut down in case of abnormal conditions, preventing the fault from escalating.