W31-X2M1G-15

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are electrical devices that protect electrical systems from overloading and other electrical hazards such as short circuits. They are a type of overcurrent protection device and are used to prevent overloading of circuits. The W31-X2M1G-15 is one such device.

What is the W31-X2M1G-15?

The W31-X2M1G-15 is a compact, medium voltage (1,000 to 35,000V) three-pole metal-enclosure circuit breaker designed to provide reliable and durable interrupting capacity. It has adjustable positive, differential and breaker trip setpoint settings, adjustable short-time delay, self-powered motor for automatic reset, and double-break contacts for improved reliability.

Applications

The W31-X2M1G-15 circuit breaker is suitable for a variety of applications including commercial, residential, industrial, and oil & gas. It is particularly well-suited for medium-voltage indoor and outdoor switchgear applications where it can be used to protect transformers, motors, capacitors, cables, and other medium-voltage power equipment.

Working Principle

The W31-X2M1G-15 circuit breaker works in a similar manner to other circuit breakers. When the current in the circuit surpasses a certain set point, the W31-X2M1G-15 will trip, meaning it will open the circuit and interrupt the flow of electricity to prevent damage to the system.

The W31-X2M1G-15 has a number of adjustable settings that can be tweaked to adjust the reset, current sensing, and trip characteristics. The adjustable settings allow the circuit breaker to be tailored to the particular application it is being used in, such as when used to protect a transformer from overload, a short-time delay can be adjusted to allow the transformer time to cool before the circuit is reset.

In summary, the W31-X2M1G-15 is a compact and reliable medium voltage circuit breaker which can be used in a variety of applications. Its adjustable settings make it particularly well-suited for protecting transformers and other power equipment against damaging levels of overloads and short circuits.

The specific data is subject to PDF, and the above content is for reference