Interlock Mcb Switch Circuit Breaker

China ICHYTI Wholesale interlock mcb switch circuit breaker is a device used in special situations, its main function is to prevent the simultaneous operation of two main circuits from causing the circuit breaker to close. interlock mcb switch circuit breaker can quickly and safely switch circuits to achieve switching between backup power circuits and other protection functions.

ICHYTI interlock mcb switch circuit breaker Parameter (Specification)

ICHYTI interlock mcb switch circuit breaker Feature

◉ Strong breaking capacity, all rated currents can reach over 6 kiloamperes.

◉ The use of energy storage machine contacts has a fast closing speed, avoiding the drawbacks of manual operation, thereby improving the product's service life.

◉ Equipped with protective terminals for greater safety.

◉ This product has added interlocking function, which means that when one side of the circuit breaker is closed, the other side of the circuit breaker can only remain open and achieve protection functions such as line switching.

◉ The power supply inlet and outlet comply with the characteristics of the power cord, making installation convenient.

ICHYTI interlock mcb switch circuit breaker Details

ICHYTI interlock mcb switch circuit breaker Dimensions and wiring

ICHYTI interlock mcb switch circuit breaker FAQ

Q: How can I pay you?

A: Please let us know which payment method you prefer so we can provide you with the necessary details to complete the transaction. We look forward to receiving your payment and proceeding with your order. Thank you for choosing our company.

Q: What breaker to use for solar?

A: CHYT DC circuit breaker is a critical component of any solar system, providing protection against overcurrents, short circuits, and excessive loads. Proper installation and maintenance are essential for the safe and efficient operation of the system.

Q: Is MCB required for solar panel?

A: DC MCB is a common protection device used in solar PV systems. It is designed to disconnect the solar panel from the inverter in case of overcurrent or short circuit. This helps to protect the components of the system from damage and improve the overall safety of the installation.