PNI SVM1000VA voltage stabilizer with servomotor, 800W, 3.6A, 230V output

Easily solve the problem of unstable voltage in your home

The PNI SVM1000VA servo motor single-phase voltage stabilizer has been designed to keep the output voltage as stable as possible. When the voltage from the public network fluctuates, the stabilizer will automatically adjust the voltage as close as possible to the preset value.

Servo motor voltage stabilizers have large capacity, high efficiency, no wave distortion, automatic voltage regulation, long service life and performance.

Servo motor voltage stabilizers have a wide range of applications. Depending on their capacity, they can connect: electromechanical equipment, industrial equipment, air conditioners, televisions, household appliances, power tools, refrigerators and, in general, electronics that need stable voltage.

The principle of operation

When the unit measuring the input voltage detects a variation outside the preset range, it will send a signal to the control unit which will activate the servo motor. The secondary voltage transformer will change the polarity and magnitude of the compensation voltage and control the output voltage within the preset range.

Copper coil: The coil is the basic component of the voltage stabilizer. PNI SVM1000VA Single Phase Servo Motor Voltage Stabilizer uses high quality pure copper. Thus, the coil has a longer life and greater efficiency.

3 230V sockets

The two EU sockets on the front panel and the one on the rear panel have undergone several connection tests to ensure that your household appliances can be used safely.

The maximum load supported by the PNI SVM1000VA voltage stabilizer is 800W 3.6A . The stabilizer's 800W 3.6A capacity allows you to connect household appliances including TVs, printers, microwave ovens, fans and more.

Protection functions

The ventilation holes on both sides effectively disperse the heat generated in the conversion process. If there is an overload or short circuit, the built-in circuit breaker will interrupt the current flow to protect your devices and then resume operation after giving you a minute to reduce the electrical load.

Other protections: start delay, mechanical error, over current, short circuit, over temperature.