How the Single Phase Pump Controller works and why it overloads

The Single Phase Pump Controller starts and stops the pump based on the detected status of the water supply, the amount of water used in the pipeline, and the pressure changes in the pipeline. It can be a conventional system consisting of a pressure tank, pressure switch, water shortage protection device, check valve, four-way, etc. The complete isolation of the electrical parts from the pipework and the high ceiling of the control box gives the controller a level of safety unmatched by conventional systems. Let's take a look at how the Single Phase Pump Controller works and why it shows overload. Here are some answers.

Here is the content list:

How does the Single Phase Pump Controller work?

What are the causes of overload on the Single Phase Pump Controller?

How does the Single Phase Pump Controller work?

The Single Phase Pump Controller uses advanced microprocessor-controlled high-power thyristor components to achieve software starting of AC induction motors, soft stopping of submerged pump control cabinets, and power-saving functions. Single Phase Pump Controller soft start refers to the process in which the output voltage of the device rises according to a rule so that the voltage of the controlled motor rises from zero to full voltage and the speed accelerates smoothly from zero to rated speed accordingly.

Single Phase Pump Controller soft-stop means that the output voltage of the device decreases according to a certain requirement, which causes the voltage of the controlled motor to drop from full voltage to commission, and the speed decelerates smoothly from rated speed to zero accordingly. The Single Phase Pump Controller soft start can make the pump start and stop torque curve close to the pump torque characteristic curve, eliminating the electrical and mechanical starting shock of the pump and system to a large extent, making the start extremely reliable.

What are the causes of overload on the Single Phase Pump Controller?

Single Phase Pump Controllers can cause motor overloads for many different reasons and can be handled in different ways. The other is a false overload, such as when the protection factor is set too low, or when the Single Phase Pump Controller itself is broken. Generally, you can disconnect the pump from the motor and let the motor idle to determine if the circuit is normal, if it is normal, you can judge that the load is too large. If the idle is not normal, we need to measure the motor insulation and diagnose whether the controller is bad, the electric and motor class is easier to deal with.

Our official website is https://www.winningcontroller.com/. If you work with Single Phase Pump Controller or want to know more about our company, you can talk to us on the website. We are committed to providing more and better services to our customers with high-quality Single Phase Pump Controller products, good services, and competitive prices! Our company philosophy is "integrity, hard work, quality, responsibility", which means quality first, customer first, first-class service, integrity-based, smile to meet the challenge, sincere service to every customer!