• Tool for identifying circuit breakers in electrical panels
• Also indicates proximity and actual detection of AC voltage in NCV mode
• Consists of two main components: Breaker Finder and Transmitter
• Save time by accurately identifying circuit breakers without guesswork
• Suitable for use in residential and commercial applications (CAT III 150 V)

The BK120 is a tool for identifying circuit breakers in electrical panels and detecting voltage with NCV mode. It is an essential device for electricians, homeowners, and maintenance professionals, to simplify electrical work, circuit tracing, and troubleshooting.

The system consists of two main components: the Breaker Finder and the Transmitter. With the BK120, you can work safely and efficiently, saving time by accurately identifying circuit breakers without guesswork. The BK120 is suitable for use in CAT III 150 V environments, making it versatile for residential and commercial applications while offering a compact and ergonomic design to ensure comfortable handling during prolonged use.

Indicates proximity and actual detection of AC voltage on supply cords or terminal strips with advanced NCV mode, catering to both low and high voltage situations.

Non-contact voltage detection is usable on 90 to 240V AC (50/60 Hz) and features dual sensitivity, as well as visual and audio indications.

Consists of a Transmitter connected to the electrical outlet or fixture, the GFCI test button allows you to test the operation of GFCI outlets. Pressing the test button initiates a simulated ground fault, causing the GFCI to trip and interrupt the circuit. This test verifies that the GFCI's internal mechanisms are operational and capable of swiftly responding to actual ground faults. Regular testing of GFCIs is essential to ensure ongoing safety in environments where electrical appliances are used.

The Breaker Finder provides both audible alerts and visual signals to indicate the presence of AC electric fields and the correct breaker. Bright LEDs enable users to identify breakers in most lighting environments.