150 Amp, 525 VAC, 3 Pole, Backplate, DIN Rail Mount, Fixed Mount, Flush Mount Molded Case Circuit Breaker MPN:NHGF36150TW
150 Amp, 525 VAC, 3 Pole, Backplate, DIN Rail Mount, Fixed Mount, Flush Mount Molded Case Circuit Breaker
Introducing the Square D 150 Amp, 525 VAC, 3 Pole, Backplate, DIN Rail Mount, Fixed Mount, Flush Mount Molded Case Circuit Breaker, an essential component for ensuring electrical safety in your home or business. With its thermal-magnetic tripping mechanism and multiple breaking capacity ratings, this circuit breaker provides reliable protection against power surges and short circuits. Its compact design allows for easy installation and seamless integration into any electrical system, making it ideal for use in a wide range of applications. Trust Square D to keep your electrical system safe and reliable with our high-quality circuit breakers. Order yours today!
Top product features:
- Thermal-Magnetic Tripping Mechanism
- Multiple Breaking Capacity Ratings
- Compact Design
Top product applications:
- Protect electrical circuits and devices in commercial buildings
- Provide short circuit protection for various types of loads
- Guard against power surges and overloads in residential settings
150 Amp, 525 VAC, 3 Pole, Backplate, DIN Rail Mount, Fixed Mount, Flush Mount Molded Case Circuit Breaker Thermal Magnetic Trip, Multiple Breaking Capacity Ratings, 86mm Deep x 163mm High x 104mm Wide
Product Information
- : NHGF36150TW
- Circuit Breaker Type: Molded Case Circuit Breaker
- Reset Actuator Type: Toggle Switch
- Tripping Mechanism: Thermal-Magnetic
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: Coo Data Unavail
- TAA Compliant: No
- UNSPSC: 39121603
- CA Restricted (Prop 65): Unknown
- Package Length: 1.00
- Package Width: 1.00
- Package Height: 1.00
- Package Weight: 5.00
- Prohibited States: AK,HI,PR
Related ASINs: B000LEVNJ2, B0068RG8HS, B07M59DSMH
Product info last updated on January 1, 2025 9:22am UTC Category: Power Distribution