Westinghouse | EHB3025SL | Circuit Breaker | 25A | 3-Pole | 480V | Bolt-On

Westinghouse EHB3025SL Circuit Breaker — a precise, purpose-built solution for demanding 3-phase power systems. This 25A, 3-pole unit delivers reliable overcurrent protection in industrial and commercial environments where matching specs are non-negotiable. Designed for maintenance, retrofit, and replacement projects, it ensures your panel continues to run safely and efficiently when exact compatibility matters.

Key Specifications

• Amperage: 25A
• Poles: 3-Pole
• Voltage: 480V
• Mounting: Bolt-On
• Part Number: EHB3025SL

Why this 25A 3-Pole 480V Breaker Stands Out

In three-phase distributions, a 25A, 3-pole breaker provides synchronized interruption across all three conductors, safeguarding motors, feeders, and control circuits against faults. The 480V rating aligns with higher-voltage facility infrastructure, making this unit a practical upgrade or replacement for systems operating at these voltages. The bolt-on mounting is chosen for robust mechanical connection to the panel, delivering solid electrical contact and resistance to vibration in busy equipment rooms.

Ideal Use Cases

• Maintenance or retrofit projects where existing gear requires the exact 25A/3-Pole/480V bolt-on specification.
• Replacement of aging or failed breakers within 3-phase power distributions, minimizing downtime with a like-for-like part reference (EHB3025SL).
• Protection for moderate-load industrial equipment such as motors, conveyors, fans, and pumps in commercial facilities.

Installation Considerations

Before ordering, confirm that your panel supports bolt-on breakers and is rated for 480V three-phase service at 25A. The part number EHB3025SL is the most reliable compatibility reference. Follow all applicable electrical codes and panel manufacturer guidelines during installation to ensure safe, compliant operation.

What Makes This Breaker a Smart Choice

By sticking to the exact specification—Westinghouse, EHB3025SL, 25A, 3-Pole, 480V, Bolt-On—you reduce compatibility risk and simplify sourcing for maintenance and retrofit projects. This focused, exact-match approach keeps your three-phase distribution running smoothly with predictable performance and minimizes downtime during replacements.