APM Inverter Permanent Magnet Constant Pressure Variable Frequency Water Pump

Product Overview:

1. The system adopts rare earth permanent magnet synchronous motor, ultra-high energy efficiency, ultra-low power consumption;
2. As low as 1W of standby power design, so that energy-saving technology can be perfectly presented;
3. Motor insensitive drive technology (FOC), fully realize the zero maintenance of the motor system;
4. The rotor shaft uses stainless steel welding technology to ensure that over-water components never rust;
5. Integrated pressure tank core disphragm using IIR material;
6. Supporting LED display human-machine interface, simple operation;
7. Equipped with industrial-grade pressure sensors;
8. System integration reverse valve structure;
9. A constant pressure control system designed for the home to achieve a complete constant water pressure.

Materials:

ABS casing,

stainless steel pump body,

stainless steel impeller,

304 welded shaft,

silicon carbide to graphite mechanical seal,

Sensata pressure sensor,

IP54

Operating Conditions:

Liquid temperature: High temperature(0℃~+100℃)
Environment temperature:≤40℃

Technical Data:

WHY OUR PUMPS ARE SO OUTSTANDING?

A- with Permanent magnetic synchronous motor

High speed,high efficiency,low energy consumption Permanent magnet high speed motor,small size and high efficiency,energy conservation and environment protection.

B-Insensitive FOC vector drive technology

Motor insensitive drive technology (FOC), fully realize the zero maintenance of the motor system

C-Diaphragms pressure tank technology

With customized high quality pressure tank, to make sure the constant pressure all the time

D-Check valve to eliminate water hammer.

With its exceptional engineering, this water pump guarantees a consistent and uninterrupted flow of water, while also preventing the occurrence of damaging water hammer effects. By effectively controlling the pressure and flow of water, our pump ensures a smooth operation, eliminating any disruptive and noisy vibrations that can be experienced with conventional pumps.