DP 40A 6KA
- Model: SH 202-C40
- Current Rating: 40A
- Breaking Capacity: 6KA
- Operating Voltages: 230/400 Volts
- Frequency: 50 Hz
- Origin: Germany
DP 50A 10KA
- Product Type: Minituare Circuit Breakerﾠ
- Curve: C Curve
- Model No: xC60
- Number of Pole: 02
- Breaking Capacity: 10 kaﾠ
- Rate Current: 50A
DP 50A 6KA
- Model: S 202-C50
- Current Rating: 50A
- Breaking Capacity: 6KA
- Operating Voltages: 230/400 Volts
- Frequency: 50 Hz
- Origin: Germany
DP 63A 10KA
- Product Type: Minituare Circuit Breakerﾠ
- Curve: C Curve
- Model No: xC60
- Number of Pole: 02
- Breaking Capacity: 10 kaﾠ
- Rate Current: 63A
DP 6A 10KA
- Product Type: Minituare Circuit Breakerﾠ
- Curve: C Curve
- Model No: C60H
- Number of Pole: 02
- Breaking Capacity: 10 kaﾠ
- Rate Current: 6A
Miniature CIrcuit Breake
- MCB mainly suitable for overload and short circuit protection, it is specially used illumination and distribution system of industry, commercial and residential complex. It is of pleasing outlook and high breaking capacity.
Miniature Circuit Breaker
- To protect the electric distribution system and electrical devices against short-circuit ()if the defect has been caused by failur or incorrect connection) and to protect the electrical distribution system against overload (if the circuit has not been damage but an extreme thermal overload occurred which could damage the wiring).
Miniature Circuit Breaker
- Provides productio against earth faulth/leakagecurrent and function of solution
- High short-circuit current withstand capacity
- Applicable to terminal and pin/fork type busbar connection
- Equipped with finger protected connection terminals
- Automatically disconnect the circuit when earth fault/leakage current occurs and exceeds the rated sensitivity.
- Independent of power supply and line voltage and free from external interference, voltage fluctuation.
Miniature Circuit Breaker
- To protect the electric distribution system and electrical devices against short-circuit ()if the defect has been caused by failur or incorrect connection) and to protect the electrical distribution system against overload (if the circuit has not been damage but an extreme thermal overload occurred which could damage the wiring).