QBHGFT1015 | Circuit Breaker | 1-Pole | 240V | Bolt-On

The QBHGFT1015 Circuit Breaker is a rugged, single-pole 240V bolt-on device designed for industrial panels. Built for maintenance, retrofit, and replacement projects where exact specifications matter, this breaker keeps your electrical system protected with a reliable, field-ready form factor.

Key specifications

• Pole count: 1-Pole
• Voltage rating: 240V
• Mounting style: Bolt-On
• Part reference: QBHGFT1015

What makes this breaker uniquely valuable

In industrial environments, you need a breaker that not only matches electrical ratings but also fits the physical form factor of your panel. The QBHGFT1015 is specifically identified by its part number, making compatibility straightforward and reducing the risk of mismatched replacements. Its bolt-on mounting provides a secure, vibration-resistant connection ideal for equipment that experiences movement or heavy use, helping to maintain consistent protection over time.

Ideal use cases

• Maintenance: Replace worn or failed units quickly with a dedicated 1-Pole 240V bolt-on breaker that aligns with your existing hardware.
• Retrofit: Upgrade older panels to current specs without sacrificing fit or performance.
• Spare/Replacement stock: Keep a ready-to-install part on hand for fast service calls and reduced downtime.

Fit and compatibility

For the best results, confirm fit and ratings before ordering. The part number QBHGFT1015 is the most reliable reference for ensuring you’re selecting the exact electrical characteristics and physical form factor your panel requires. Use this information alongside your panel’s documentation to verify that a 1-Pole, 240V bolt-on breaker meets your installation needs.

Practical considerations and best practices

Before installation, ensure the power is de-energized and your panel’s labeling accommodates a 1-Pole, 240V bolt-on device with this specific reference. This approach helps minimize downtime and ensures ongoing protection for the circuits you’re servicing. If you’re replacing a failed unit, align the replacement with the same electrical class and mounting method to preserve performance and reliability in demanding industrial environments.