Westinghouse | RLM2200L | Circuit Breaker | 200A | 2-Pole | 600V

Meet the Westinghouse RLM2200L circuit breaker—a dependable, in-kind solution designed for protection and continuity in demanding electrical systems. With a 200A rating and two poles, this unit delivers reliable overcurrent protection for 600V circuits, making it a practical choice for maintenance, retrofit, and replacement projects where exact specifications matter.

Key specifications

• Amperage: 200A
• Poles: 2-Pole
• Voltage: 600V
• Part number: RLM2200L

Why this model stands out

In electrical distribution, choosing a breaker that precisely matches your panel’s design and rating is essential for safety and reliability. The RLM2200L is purpose-built to align with systems that require a 200A, 2-pole, 600V protection device. Its compatibility is anchored in the part number, which serves as the most reliable reference when confirming fit with your existing panel or retrofit plan.

Ideal use cases

• Replacing a failed 200A, 2-pole breaker in industrial or commercial panels up to 600V
• Retrofit projects where panel specifications stipulate exact 200A, 2-pole, 600V protection
• Maintenance replacements to restore original electrical protections without altering system design

Installation and practical considerations

Before ordering, verify fit and ratings against your panel labeling. Use the part number RLM2200L as the primary compatibility reference to ensure seamless integration with your existing electrical architecture. When installing, follow standard safety practices for de-energizing circuits and securing conductors, and align the breaker to the panel’s bus structure to maintain stable electrical contact. This approach helps preserve system reliability and reduces the risk of nuisance trips.

What to expect in service

With the RLM2200L in place, you gain consistent protective performance for 200A circuits, supporting reliable load distribution and fault interruption within 600V environments. It’s a straightforward, in-kind replacement that minimizes downtime and maintains the continuity of critical electrical services.