MCCB H Frame 100kA 3P 50A | Fixed Thermal Magnetic | 690V by NHP
MCCB H Frame with 100kA breaking capacity and 50A rated current—ideal for industrial and commercial power distribution. Built for reliable circuit protection, with fixed thermal and magnetic trip unit.
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Product Name/Title: Allen-Bradley 140G MCCB H Frame 100kA 3P 50A Fixed Thermal Magnetic
Brand: NHP
SKU: 140GH0C3C50
Alternatively Known As: Moulded Case Circuit Breaker, MCCB, Thermal Magnetic Circuit Breaker
- Rated Current: 50 A
- Number of Poles: 3
- Max Rated Operation Voltage: 690 V
- Rated Ultimate Short Circuit Breaking Capacity: 120 kA
- Rated Service Short Circuit Breaking Capacity: 120 kA
- Type of Protection: Thermal/magnetic release
- Trip Curve: Fixed thermal, fixed magnetic
- Frame Size Rating: 160 A
- Rated Frequency: 50-60 Hz
- Rated Insulation Voltage: 1000 V
- Rated Short Circuit Breaking Capacity (ICU): 18 kA
- Rated Short Circuit Breaking Capacity (ICS): 13.5 kA
- Rated Impulse Withstand Voltage: 8 kV
- Electrical Life: 8000 cycles
- Mechanical Life: 25000 cycles
- Power Loss: 12.3 W
- Suitable for Isolation: Yes
- Dimensions (H x L x W): 130mm x 116mm x 90mm
- Weight: 1.2 kg
- Fixed thermal and magnetic trip unit for reliable protection.
- Rated short circuit breaking capacity of 120 kA at 415 V.
- Suitable for isolation and reverse connection of supply.
- Professional installation by a qualified electrician is recommended for optimal safety.
- Industrial: Power distribution and protection in manufacturing facilities
- Commercial: Electrical systems in commercial buildings
- General: Any application requiring reliable circuit protection
- Complies with relevant Australian standards for electrical safety.
- Designed for high performance and reliability in various environmental conditions.
Standard warranty as per manufacturer guidelines.
The Allen-Bradley 140G MCCB H Frame 100kA 3P 50A Fixed Thermal Magnetic is available now for immediate purchase. Ideal for industrial and commercial applications requiring reliable circuit protection.