The PL8M2 residual current circuit breakers combine a residual current device based on permanent magnet technology with a circuit breaker featuring thermal overload and magnetic short-circuit protection. This design ensures the residual current device operates independently of voltage.
These circuit breakers are commonly used in domestic, commercial, and industrial applications, providing reliable protection against electrical faults in a variety of environments.

PL8M1N residual current circuit breaker are based on combination of residual current device with permanent magnet principle and circuit breaker with thermal overload release and magnetic short circuit current release. It brings the advantage of voltage independent function of the residual current device.
They are common in domestic, commercial and industrial application

The PL8M4 residual current circuit breakers combine a residual current device based on permanent magnet technology with a circuit breaker featuring thermal overload and magnetic short-circuit protection. This design ensures the residual current device operates independently of voltage.

These circuit breakers are commonly used in domestic, commercial, and industrial applications, providing reliable protection against electrical faults in a variety of environments.

AICB2 is designed for modern electrical systems, merging multiple protections with seamless cloud connectivity. It works with TUYA, leveraging Modbus RS485, Zigbee, Wi-Fi, 4G, and Ethernet for effortless O&M.
Ideal for smart homes, commercial buildings, and remote sites like campuses, banks, malls, and public lighting, the AICB2 delivers a new standard in safe, efficient, and intelligent power management.

The PL8M2 residual current circuit breakers combine a residual current device based on permanent magnet technology with a circuit breaker featuring thermal overload and magnetic short-circuit protection. This design ensures the residual current device operates independently of voltage.
These circuit breakers are commonly used in domestic, commercial, and industrial applications, providing reliable protection against electrical faults in a variety of environments.

PL8M1N residual current circuit breaker are based on combination of residual current device with permanent magnet principle and circuit breaker with thermal overload release and magnetic short circuit current release. It brings the advantage of voltage independent function of the residual current device.
They are common in domestic, commercial and industrial application

The PL8M4 residual current circuit breakers combine a residual current device based on permanent magnet technology with a circuit breaker featuring thermal overload and magnetic short-circuit protection. This design ensures the residual current device operates independently of voltage.

These circuit breakers are commonly used in domestic, commercial, and industrial applications, providing reliable protection against electrical faults in a variety of environments.