Why Choose the Chint NB1-63DH1P10 Miniature Circuit Breaker?
The Chint NB1-63DH1P10 is a compact and dependable miniature circuit breaker (MCB) designed to protect low voltage electrical circuits against overloads and short circuits. As part of the Chint NB1-63H series, it provides reliable circuit protection for residential, commercial and industrial installations where a higher breaking capacity is required.
This 1 pole D curve MCB features a 10 A rated current, making it suitable for transformers, motors, solenoids, magnetic devices, discharge lighting and equipment with high inrush currents. The D curve tripping characteristic is designed for highly inductive loads that can generate substantial start-up currents.
With a rated short-circuit breaking capacity of 10 kA and a standard 35 mm DIN rail mounting format, the NB1-63DH1P10 is easy to install within consumer units, distribution boards and electrical control panels. Its compact modular construction supports neat installation and dependable long-term performance.
Key Advantages
- Compact 1 pole miniature circuit breaker.
- 10 A rated current for high inrush current circuits.
- D curve trip characteristic for inductive and start-up loads.
- 10 kA short-circuit breaking capacity.
- Reliable overload and short-circuit protection.
- Quick DIN rail installation in distribution boards and control panels.
Key Features
- Chint NB1-63H series MCB.
- 10 A rated current.
- D curve tripping characteristic.
- 1 pole configuration.
- 10 kA breaking capacity.
- 230 V AC rated voltage.
- DIN rail mounting.
- Suitable for overload and short-circuit protection.
Reliable Protection for High Inrush Current Circuits
Miniature circuit breakers such as the Chint NB1-63DH1P10 automatically disconnect electrical circuits when overloads or short circuits occur. This helps protect cables, connected equipment and electrical installations from damage caused by excessive current.
The D curve characteristic makes this MCB suitable for circuits with high inrush currents, including transformers, motors, magnetic devices, solenoids, discharge lighting and other inductive loads. Its higher breaking capacity makes it suitable for installations where enhanced fault current performance is required.
Typical Applications
- Industrial control panels.
- Transformer protection.
- Motor circuits.
- Magnetic device circuits.
- Discharge lighting circuits.
- Electrical installations requiring 10 A protection.
