Circuit breaker, 6kA, B, 1-pole, 16A OCB/B16/1P NEO 87.610

NEO Overcurrent Circuit Breakers – Installation Protection and User Comfort

The NEO overcurrent circuit breaker is a key element of every electrical installation, providing effective protection against the effects of overloads and short circuits. The device is characterized by reliable operation, high-quality workmanship, and easy mounting on a standard TH35/DIN rail. This is an ideal solution for both professional installers and end-users who value safety and comfort.

Construction and Application

This single-pole circuit breaker with a rated current of 16A and B characteristic is designed to protect electrical circuits in residential and commercial buildings. The B characteristic means a quick response to overloads, making it an ideal choice for lighting circuits and sockets. The breaking capacity of 6kA guarantees effective protection in the event of a short circuit. This circuit breaker is compatible with popular TH35 mounting rails, making its installation in electrical switchboards easier and faster.

Advantages and Benefits

• Reusable: after tripping, the circuit breaker can be re-engaged, eliminating the need for frequent replacement, as with traditional fuses – saving time and costs.
• Easy installation: standard mounting on a TH35/DIN rail ensures quick and convenient installation.
• Precise protection: B characteristic provides a quick response to overloads, protecting sensitive devices.
• High reliability: solid construction and high-quality components guarantee long-lasting and trouble-free operation.
• Safety: effective protection against overloads and short circuits minimizes the risk of damage to the installation and fires.
• Versatility: ideal for protecting lighting circuits, sockets, and other devices with moderate inrush currents.

Thanks to these features, the NEO circuit breaker is an investment in the safety of your electrical installation and peace of mind. It is a product that will meet the expectations of even the most demanding users.