Meet the Connecticut Electric UBIF 60 amps Standard 2-Pole Circuit Breaker β a plug-in, indoor-rated safety device designed to protect 120/240V circuits with reliable, straightforward performance. Built under the UBIF sub-brand, this breaker is crafted for quick installation and dependable overcurrent protection in compatible panels.
Key details at a glance:
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Mounting type: Plug-In for fast replacement in supported panels
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Poles: 2-Pole
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Amperage: 60 A
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Volts: 120/240
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Indoor or outdoor: Indoor use only
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Dimensions: 4 in wide Γ 6 in tall Γ 2 in deep
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Packaging: Pegged packaging for easy display
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Listing status: UL Listed: No, CSA Listed: No
Why this 2-Pole 60A breaker matters
Designed for circuits that demand solid, two-pole protection, this breaker interrupts fault currents efficiently to prevent wiring overheating and electrical fires. Its plug-in design means service calls and panel swaps can be completed quickly, reducing downtime and exposure to live components. With 120/240V compatibility, it covers a broad range of residential and light commercial applications that rely on a robust 60-amp feeder or large-appliance circuit.
Ideal use cases and practical tips
Use this 60A UBIF breaker to safeguard heavy-draw appliances or feeders within indoor panels that accept plug-in 2-pole units. Itβs well-suited for scenarios where a compact, easy-to-replace protective device is preferred, and where panel space and layout accommodate a 4" Γ 6" footprint. Always verify panel compatibility and local electrical code requirements before installation, and ensure power is fully shut off at the main service before servicing any breaker.
What sets it apart
Distinct from generic breakers, this Connecticut Electric UBIF model emphasizes a straightforward plug-in approach and a compact indoor footprint while delivering dependable 60-amp protection for 120/240V circuits. Its non-listed labeling highlights the importance of confirming panel compatibility and local code compliance, ensuring you select the right device for your specific electrical system without compromising safety.