Eaton | BAB3010HS | Circuit Breaker | 10A | 3-Pole | 240V | Bolt-On

Eaton BAB3010HS Circuit Breaker is a compact, reliable protection device tailored for 3-phase electrical systems. With a 10 amp rating, 3 poles, and 240V operation, it delivers precise overcurrent protection for mid-range 3-phase loads while fitting into retrofit and maintenance projects where exact specs matter.

Engineered for bolt-on mounting, this breaker provides secure, vibration-resistant installation inside compatible panels. It’s the go-to choice for panel upgrades, replacements, or new installations that require a robust, bolt-on, 3-pole solution.

• Amperage: 10 A
• Poles: 3-Pole
• Voltage: 240 V
• Mounting: Bolt-On
• Applications: 3-phase circuits in industrial/control panels, maintenance and retrofits
• Compatibility note: Confirm fit and ratings before ordering; the part number BAB3010HS is your best reference for compatibility

Ideal for: technicians, panel builders, and facility engineers working on manufacturing lines, commercial electrical rooms, or equipment enclosures that require robust 3-phase protection at 240V. It’s particularly valuable when replacing aging breakers in legacy panels that specify a bolt-on, 3-pole design.

Use-case scenarios

• Replacing a worn 3-pole 240V breaker in an industrial control panel during scheduled maintenance.
• Upgrading a legacy panel to support reliable, balanced 3-phase protection for equipment running on 240V.
• Installing in retrofit projects where bolt-on mounting is preferred for enhanced mechanical stability in vibration-prone environments.

Why this matters: the BAB3010HS isn’t just a part; it’s a deliberate choice that prioritizes secure mounting, exact spec matching, and straightforward replacement workflows. It helps minimize downtime and equipment risk by aligning amperage, pole count, voltage, and mounting style with your panel’s design.

Practical tips for success

• Always verify that your panel’s rating and the printed model number align with the BAB3010HS before purchase.
• Prepare the mounting area: ensure bolt holes, clearance, and conductor access match the bolt-on design to streamline installation.
• Keep a spare set of mounting hardware and the torque values recommended by your panel manufacturer to avoid delays during maintenance.