AVR voltage stabilizer 1000VA 8% SLIM [standing/hanging] 5AVRZS1000

Voltage stabilization for home and industry

This AVR 1000VA 8% SLIM mains voltage stabilizer is a compact yet efficient device that combines the functions of a voltage regulator and surge protection. Designed for both home and more demanding industrial conditions, it effectively protects connected equipment from voltage fluctuations. The device improves power quality by stabilizing the voltage supplied from the mains or generator. Additionally, it reduces interference in the electrical network, ensuring safe and reliable operation of devices.

Universal application and equipment protection

The AVR 1000VA stabilizer is ideal for protecting a wide range of devices sensitive to voltage changes. It is suitable for powering:

• computer sets, servers and network equipment,
• RTV equipment (TVs, audio systems),
• household appliances (refrigerators, washing machines, cookers),
• power tools and machines.

Thanks to automatic voltage regulation, the stabilizer protects devices from damage caused by too high or too low voltage. In the event of exceeding safe values, it automatically disconnects the load from the network.

Design and installation

The stabilizer is characterized by a slim design (SLIM), which makes it easy to install in limited space. The possibility of both floor and wall mounting increases installation flexibility. The device is lightweight (approx. 2.5 kg) which facilitates transport and installation. The use of high-quality components ensures reliable operation for a long time. Overload, short-circuit and overheating protection further increase safety.

Worth knowing: The stabilizer works with generators, making it useful in places with an unstable access to electricity. The precision of regulation at the level of 8% guarantees a stable output voltage of 230V regardless of fluctuations of the input voltage in the range of 140-260VAC (depending on the source). The switching delay time is 180s/6s, which helps to avoid unnecessary shutdowns during short-term voltage drops.