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2 amp 1 pole Miniature Circuit Breaker


$55.81
Low price 1 pole miniature circuit breaker with 2 amp rated current, DIN rail mounting, can safely be used in AC 50Hz, 230/40
SKU: CHN-MCB-1P02
Free Shipping Worldwide
Delivery date: 6-12 days

ATO 1 pole 1A MCB miniature circuit breaker is an electrical switch to turn off the electrical circuit during a faulty condition to protect conductors.

Circuit Breaker Information

  • Rated Current: 2 amp
  • Rated Voltage: 230/400V AC, 50Hz
  • Number of poles: 1 pole
  • 6 kA short circuit interrupting capacity
  • Accordance with IEC standard
  • C curve trip characteristic gives you the ability to configure the exact protection scheme you required

Technical Data

ModelCHN-NB8-631PC02
Electrical ParametersHeight86 mm
Width18 mm per pole
MountingDIN Rail
Rated Current (In)2A
Number of poles1P
Rated Voltage (Ue)230/400V
Rated Insulation Voltage (Ui)500V
Dielectric Test Voltage2000V
Reted Frequency50Hz
Short Circuit Interrupting Capacity6KA
Trip CharacteristicC Curve (5-10In)
Rated Short-Circuit Breaking Capacity6000A
Operating Short-Circuit Breaking Capacity6000A
Mechanical ParametersElectrical Life10000 times
Mechanical Life20000 times
Flame Retardant GradeV0
Protection DegreeDirect installation: IP20B
Installed in the distribution box: IP40B
Calibration Temperature30℃
Operating Temperature-35℃~+70℃
Storage Temperature-35℃~+85℃
Tightening Torque2 N.m
Max. Tolerable Torque2.5 N.m
Terminal Size Acceptability–Min/Max1 mm2 / 25mm2
Wire Insertion Depth13mm

Circuit Breaker Dimension (Unit: mm)

2 amp 1 pole Miniature Circuit Breaker Dimensions

Tips: Working principle of 1 pole miniature circuit breaker

The miniature circuit breaker is composed of operating mechanism, contacts, protection devices, arc extinguishing system, etc. The main contact is manually operated or electrically closed. After the main contact is closed, the free trip mechanism locks the main contact in the closing position. The coil of the overcurrent release and the thermal element of the thermal release are connected in series with the main circuit, and the coil of the undervoltage release is connected in parallel with the power supply. When the circuit is short-circuited or severely overloaded, the armature of the overcurrent release pulls in, causing the free tripping mechanism to operate, and the main contact disconnects the main circuit. When the circuit is overloaded, the heating element of the thermal trip unit will bend the bimetal and push the free trip mechanism to move. When the circuit is under-voltage, the armature of the under-voltage release is released. It also makes the free trip mechanism act.