Use a 2 amp 2 pole miniature circuit breaker in a low voltage electrical network. CCHN mini MCB breaker is more sensitive to overcurrent and a reliable way to protect conductors.
Double Pole MCB Breaker Information
- Rated Current: 2 amp
- Rated Voltage: 230/400V AC, 50Hz
- Number of poles: 2 poles
- 6 kA rated short-circuit breaking capacity
- Compliant with IEC standard
- C curve trip characteristic
- With overload protection and short circuit protection function
Technical Data
| Model |
CCHN-NB8-632PC02 |
| Rated Current |
2A |
| Rated Voltage |
230/400V |
| Frequency |
50Hz |
| Number of Poles |
2P |
| Mechanical Life |
20000 Times |
| Electrical Life |
10000 Times |
| Rated Short-Circuit Breaking Capacity |
6000A |
| Operating Short-Circuit Breaking Capacity |
6000A |
| Rated Impulse Withstand Voltage (1.2/50) |
6kV |
| Dielectric Test Voltage |
2000V (50Hz, 1 min) |
| Heat & Humidity Resistance |
28 Cycles |
| Vibration Resistance |
No Obvious Vibration and Impact |
| Terminal Block |
Terminal Block Type |
Pillar Terminal Block |
| Min. Terminal Size Acceptability |
1mm2
|
| Max. Terminal Size Acceptability |
25mm2
|
| Standard Connection Torque |
2 N.m |
| Max. Tolerable Torque |
2.5 N.m |
| Wire Insertion Depth |
13mm |
| Reference Temperature |
30℃ |
| Operating Temperature |
-35℃~+70℃ |
| Storage Temperature |
35℃~+85℃ |
| Applicable Altitude |
2000m |
| Tripping Mode |
Thermal Magnetic Trip |
| Electromagnetic Tripping Type |
Type C (5In-10In) |
| Shell Flame Retardant Grade |
V0 |
| Wire Entry Method |
Both Upper and Lower |
| Installation Method |
TH35-7.5 Standard Rail |
| Protection Level |
Direct Installation |
IP20B |
| Installed in the Distribution Box |
IP40B |
Double Pole MCB Breaker Dimensions (Unit: mm)

Details

Tips: The main components of the miniature circuit breaker
A miniature circuit breaker (MCB) is a crucial safety device in electrical circuits, designed to automatically disconnect the circuit in the event of overload or short circuit. Its main components include:
-
Frame: The outer casing that houses all the components, made from insulating materials to prevent electrical contact.
-
Contact System: Includes moving and fixed contacts that open and close the circuit. When a fault occurs, the contacts separate to interrupt the flow of electricity.
-
Trip Mechanism: This includes two types—thermal and magnetic. The thermal trip uses a bimetallic strip that bends with heat caused by an overload, while the magnetic trip uses an electromagnet to react to the sudden surge of current during a short circuit.
-
Arc Chute: A device used to quench the electrical arc formed when the contacts separate, preventing the arc from damaging the micro circuit breaker and ensuring safe operation.
-
Terminal Block: The points where the mini MCB connects to the incoming and outgoing electrical circuits.