HF631050R | Circuit Breaker | 50A | 3-Pole | 600V | Bolt-On

HF631050R is an industrial circuit breaker engineered for maintenance, retrofit, and replacement tasks that require precise compatibility. This 3-Pole, 50A unit handles up to 600V and features bolt-on mounting for a secure, field-ready installation. Use the HF631050R part number as the definitive reference to ensure a correct fit with your equipment.

Key specifications at a glance

• Amperage: 50A
• Pole configuration: 3-Pole (three-phase)
• Voltage rating: up to 600V
• Mounting style: Bolt-On
• Part reference: HF631050R

Why this breaker matters for your system

In three-phase power distributions, a 3-pole breaker like HF631050R provides coordinated interruption across all conductors, helping protect equipment and personnel during overloads or fault conditions. The 50A rating suits moderate to heavy loads in industrial equipment, while the 600V rating covers a wide range of common industrial applications. Bolt-on mounting offers a robust, secure attachment that’s well-suited to retrofit projects, spare-parts inventories, and service repairs where exact specs are essential.

Ideal use cases

• Maintenance and retrofit projects on industrial control panels and equipment enclosures
• Replacement for existing breakers that match the HF631050R specifications
• Spare-part stocking for service fleets supporting three-phase machinery
• Motor control centers and distribution boards in manufacturing environments

Compatibility and installation considerations

To ensure a seamless fit, confirm that your equipment’s requirements align with the following: three-phase circuits, 50A continuous load, and a 600V class rating, all in a bolt-on mounting format. The HF631050R part number is the best reference for verifying compatibility with your panel or device. Before ordering, double-check fit and ratings to avoid incompatibilities in active systems.

Tips for installation and ongoing care

For best results, refer to the official installation guidelines and verify mounting footprint and contact connections during setup. When not in use, store breakers in a dry environment and handle with care to preserve terminal integrity. If you’re replacing an existing unit, compare the form factor and wiring scheme to ensure a straightforward swap with minimal modifications.