Eaton BAB2060S1 Thermal Magnetic Circuit Breaker - CSA UL
Part Number: BAB2060S1
Quick Summary
The Eaton BAB2060S1 thermal magnetic circuit breaker protects industrial control panels by providing reliable overload protection for two-pole DC and AC circuits. Engineers often wrestle with nuisance trips and poor coordination, which jeopardize uptime and equipment life. With HACR rated operation and certifications such as CSA Certified and UL Listed, this device meets rigorous safety standards while simplifying compliance for commercial and industrial environments. Bolt-on mounting, a 60 A rating, and a 120/240 V supply footprint support scalable protection across panels and machines, offering a practical balance of reliability and cost-efficiency for panel builders and maintenance teams.
Product Information
Extended Description
BAB2060S1 Eaton: Quicklag Industrial Thermal-Magnetic Circuit Breaker, Two-pole, 24,48V/dc shunt trip, 60A, 10 kAIC, 120/240V, Non-Interchangeable
Product Name
Eaton BAB thermal magnetic circuit breaker
Catalog Number
BAB2060S1
UPC
786679377185
Product Length/Depth
5 in
Product Height
1 in
Product Width
3 in
Product Weight
0.5 lb
Warranty
1 year
Certifications
CSA Certified UL Listed
Catalog Notes
HACR rated
Circuit breaker type
BAB
Mounting Method
Bolt-on
Number of poles
Two-pole
Type
Thermal magnetic circuit breakers
Amperage Rating
60 A
Interrupt rating
10 kAIC
Trip Type
Non-Interchangeable
Voltage rating
120/240 V
Quantity
7
Special features
24,48V/dc shunt trip
Thermal magnetic trip mechanism provides precise overload protection with a rapid response, reducing thermal aging of controls and preventing nuisance trips that disrupt production in automation panels. This translates to lower maintenance costs and longer equipment life, especially in high-cycle machine environments where dependable protection is essential. The two‑pole design, 60 A rating, and 10 kAIC interrupt rating deliver robust fault current handling, enabling safe shutdown during high inrush conditions typical of motors and drives in manufacturing lines. A 24/48 Vdc shunt trip option enables remote tripping for safety interlocks and PLC-controlled safety systems, improving operator safety and enabling safer machine stops without manual intervention. Bolt-on mounting simplifies installation and replacement in standard enclosures, reducing installation time and enabling faster maintenance turnover. Certifications and ratings, including HACR, CSA Certified, and UL Listed, ensure compliance across North American facilities and broaden market acceptance for HVAC and industrial panels. The 120/240 V rating suits common industrial power distributions, supporting versatile protection across diverse equipment and control panels.
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FAQs
Yes. The BAB2060S1 uses a bolt-on mounting method designed for standard electrical enclosures and panelboards. It fits in common 5 inch depth and 3 inch width footprints, with a 1 inch height. Ensure proper torque on mounting screws per Eaton guidelines and maintain adequate clearance for serviceability and heat dissipation during continuous operation.
The breaker provides a 60 A amperage rating with a 10 kAIC interrupt rating, suitable for typical and higher fault currents in industrial settings. It is rated for 120/240 V and features a thermal magnetic trip mechanism with a non-interchangeable trip. The 24/48 Vdc shunt trip option adds remote disconnect capability for enhanced safety and control.
Yes. The HACR rating and CSA Certified UL Listed status make it ideal for HVAC equipment, motors, and industrial automation panels. Its two-pole design and 60 A rating support reliable protection in control cabinets, and the bolt-on mounting simplifies upgrades or replacements in existing enclosures.
The BAB2060S1 is CSA Certified and UL Listed, with HACR rating suitable for HVAC applications. These certifications indicate conformity with major North American electrical codes, ease of regulatory approvals for panel builds, and reduced risk during inspections in commercial and industrial facilities.
Routine inspections are straightforward due to its bolt-on design and standard form factor, minimizing maintenance downtime. The precise thermal magnetic protection reduces unexpected trips, improving machine uptime and lifecycle costs. Remote shunt trip capability supports safer, centralized control, contributing to safer operations and a measurable return on investment through reduced downtime and simpler commissioning.