Description
The Federal Pacific NEJ221225 is a 2-pole molded case circuit breaker designed to provide reliable overcurrent protection for high-amperage electrical distribution systems. Rated at 225 amps and 240 volts, this breaker is suitable for industrial and commercial applications requiring robust performance and dependable circuit interruption.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Federal Pacific |
| Category |
Molded Case Circuit Breaker |
| Part Number |
NEJ221225 |
| Subcategory |
2-Pole |
| Series |
NEJ |
| Amperage |
225 Amp |
| Voltage Rating |
240 VAC |
| Poles |
2 |
| Circuit Breaker Type |
Molded Case |
| Application |
Power Distribution |
| Mounting Type |
Panel Mount |
| Protection Function |
Overcurrent Protection |
| Weight |
12 lb |
Information About NEJ221225
The NEJ221225 is part of Federal Pacific’s NEJ series, engineered for heavy-duty power distribution and feeder protection applications. It features a durable molded case construction intended to withstand demanding electrical environments while maintaining consistent operational performance. Designed for use in 240V systems, this breaker supports two-pole configurations commonly required in high-load circuits. Its design emphasizes dependable overcurrent interruption and compatibility within Federal Pacific breaker panels and switchgear assemblies.
Key Features:
- 225 Amp Rating: Supports high-current electrical circuits in industrial and commercial systems.
- 2-Pole Configuration: Designed for single-phase or split-phase power applications.
- 240V Voltage Rating: Suitable for standard low-voltage distribution environments.
- Molded Case Design: Provides durable housing for long-term electrical protection.
- High-Capacity Circuit Protection: Engineered to manage overload and fault conditions effectively.
- Panel Compatibility: Designed for integration with Federal Pacific electrical systems.
The NEJ221225 delivers the reliability and precision required for high-amperage circuit protection and power distribution applications.