ZW32 Permanent Magnetic Vacuum Circuit Breaker

1. Rated Voltage: 12kV-40.5kV
2. Operating Mechanism: Permanent magnetic operating mechanism.
3. Installation Method: Outdoor support/pole-mounted installation.
4. Product Compliance with Standards: GB/T1984-2014, GB/T11022-2011.
5. Product Advantages: simple structure, high reliability, long service life, advanced control technology, powerful functions, and low operating power.

02.

ZW32 Permanent Magnetic Vacuum Circuit Breaker

produced by Shaanxi West Power Tongzhong Electrical Co., Ltd

is an outdoor distribution device with a rated voltage of 12kV and a three-phase AC frequency of 50Hz.

It is widely used in urban and rural power grids as a disconnecting or linking switch, or for outdoor substation outlet switches in rural power distribution systems.

It is capable of efficiently performing the traditional recloser function, and can open/close load and fault currents.

XDTZ Manufacturered ZW32 On Site

More about ZW32

The ZW32 features a uniquely designed integrated solid-sealed pole and a highly reliable operating mechanism. This switch is mainly used in high and medium voltage overhead power lines, lines, and substations for switching on and off load currents, overload currents, and short-circuit currents.

ZW32 is used for Substations, power lines, power plants, wind farms, power supply bureaus, State Grid, tunnels, power engineering projects, coal mines, oil fields, factory power supply, alcohol plants, substations, power plants, pole-mounted switches.

The ZW32 vacuum circuit breaker can connect to computer remote control technology and data transmission terminal equipment, enabling remote control operation and data information functions.

The basic principle of ZW32 distribution automation is to divide the power supply lines of an open-loop distribution network into various power supply areas using sectionalizing switches.

When a fault occurs in a certain area, the switch that separates that area will be tripped in a timely manner to isolate the faulty area. Subsequently, the switch will quickly restore power to the non-faulty areas that have lost power due to the line fault. The switch thus avoids continuous power loss of the entire line due to the line fault, greatly reduces the scope of power outages, and improves the reliability of power supply.