Eaton BQL60 Circuit Breaker Classic Replacement - 10 kAIC
Part Number: BQL60
Quick Summary
The Eaton BQL60 circuit breaker provides reliable overcurrent protection for industrial panels and equipment. Replacing worn bolt-on breakers can be costly and risky if the replacement doesn’t match amperage, wire size, and trip characteristics. This model is HACR rated and offers a 60 A rating with a 10 kAIC interrupt rating at 120/240 V, ideal for HVAC and general industrial controls. As a classic replacement bolt-on unit, it simplifies retrofits in existing Eaton BQL installations and supports Cu/Al wire (#8-2/0 AWG), enabling fast, code-compliant maintenance and reduced downtime across panel refurbishments and new installations.
Product Information
Extended Description
BQL60 Eaton: BQL Classic Replacement Circuit Breakers, Bolt-on, 60A, #8-2/0 AWG, Cu/Al, Single-pole, 10 kAIC at 120/240V
Product Name
Eaton BAB thermal magnetic circuit breaker
Catalog Number
BQL60
UPC
622588008898
Product Length/Depth
5 in
Product Height
1 in
Product Width
3 in
Product Weight
0.5 lb
Compliances
HACR Rated
Circuit breaker type
BQL
Number of poles
Single-pole
Type
Classic replacement circuit breaker
Wire size
#8-2/0 AWG Cu/Al
Amperage Rating
60 A
Interrupt rating
10 kAIC at 120/240 Vac
Voltage rating
120/240 V
The thermal magnetic trip mechanism delivers precise protection for overcurrent events, reducing nuisance trips and improving equipment uptime in demanding environments. This translates to dependable protection for 60 A circuits in industrial panels and motor control applications, particularly where 120/240 V service is standard. The bolt-on replacement design enables rapid retrofits, minimizing equipment downtime and accelerating service turnaround in manufacturing settings. Cu/Al wire compatibility (#8-2/0 AWG) supports flexible field wiring and reduces inventory complexity while maintaining high conductors safety margins. A 10 kAIC interrupt rating provides robust fault-current interruption in high-energy systems, enhancing safety and compliance for critical loads. The compact 5 in x 3 in x 1 in form factor suits dense panel environments and single-pole configurations, delivering reliable protection with minimal space impact. This combination supports efficient asset upgrades and standardized protection across Eaton BQL panels, aligning with maintenance best practices and long-term cost containment.
Get a Quick Quote for a Eaton BQL60
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton BQL60?
Enquire Now
FAQs
To install the BQL60 bolt-on in an Eaton panel, ensure the panel is compatible with single-pole BQL breakers and supports Cu/Al wiring (#8-2/0 AWG). Power off, verify voltage rating (120/240V), then remove the old breaker, align the new BQL60 with the bus and mounting screw, tighten securely, and re-energize. Confirm the load and trip settings match the circuit requirements.
Key specs include a 60 A amperage rating, 10 kAIC interrupt rating at 120/240 VAC, single-pole configuration, bolt-on mounting, and Cu/Al wire compatibility from #8 to 2/0 AWG. It carries HACR rating for HVAC-related loads and is designed as a classic replacement within Eaton BQL panels.
Yes. The HACR-rated BQL60 is well-suited for HVAC equipment and general industrial controls. Its 60 A rating, 10 kAIC fault interruption, and 120/240 V operating range provide reliable protection for blower motors, compressors, and downstream control circuits in typical commercial and light industrial environments.
Absolutely. The BQL60 supports Cu/Al wiring in the range of #8-2/0 AWG, enabling flexible field wiring options and easier integration with existing cable configurations. This compatibility helps minimize wire adaptors and substitutions during retrofits and new installations.
Using the BQL60 reduces downtime through reliable, predictable tripping and fast retrofit capability in Eaton BQL panels. The bolt-on design simplifies maintenance, while the 10 kAIC rating provides robust protection for high-energy circuits, contributing to lower maintenance costs, extended equipment life, and improved overall system availability.