Description
The Square D FHB16070B is a one-pole molded case circuit breaker designed for high-interrupting capacity protection in industrial power distribution systems. Rated at 70 amps with a 600VAC maximum voltage, this I-Line bolt-on breaker is built for reliable performance in demanding electrical environments.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Square D |
| Category |
Molded Case Circuit Breaker |
| Part Number |
FHB16070B |
| Subcategory |
1-Pole |
| Series |
FHB |
| Frame Rating |
100 Amp |
| Amperage |
70 Amp |
| Voltage Rating |
600 VAC |
| Poles |
1 |
| Mounting Type |
I-Line Bolt-On |
| Circuit Breaker Type |
Molded Case |
| Interrupting Capacity |
High Interrupting |
| Protection Type |
Thermal Magnetic |
| Application |
Industrial Power Distribution |
| Weight |
6 lb |
Information About FHB16070B
The FHB16070B is part of Square D’s FHB series, engineered for applications requiring high fault current interruption and secure bolt-on installation. Built on a 100-amp frame, this breaker integrates seamlessly with Square D I-Line panelboards and switchgear. It is designed for single-pole circuit protection where precise current limiting and dependable interruption are critical. Its robust molded case construction and thermal-magnetic technology support long-term reliability in industrial and commercial installations.
Key Features:
- 70 Amp Current Rating: Provides accurate protection for branch and feeder circuits.
- 100 Amp Frame Size: Allows flexibility within standardized I-Line systems.
- High Interrupting Capacity: Designed for environments with elevated fault current levels.
- Single-Pole Configuration: Suitable for individual circuit protection requirements.
- 600 VAC Voltage Rating: Supports high-voltage low-voltage distribution systems.
- I-Line Bolt-On Design: Ensures secure mounting and compatibility with Square D systems.
- Thermal-Magnetic Protection: Delivers reliable overload and short-circuit response.
The FHB16070B delivers the reliability and precision required for high-interrupting industrial power distribution applications.
