Eaton BAB3100HSV Thermal-Magnetic Circuit Breaker - UL CSA
Part Number: BAB3100HSV
Quick Summary
The Eaton BAB3100HSV thermal magnetic circuit breaker protects industrial electrical circuits in panel and switchgear assemblies. Operators and engineers often face nuisance trips and downtime when protection devices don’t match system voltage or trip settings. CSA Certified and UL Listed with HACR rating, this device supports HVAC, motors, and distribution panels while meeting strict safety standards. Designed for bolt-on mounting with a compact footprint, it provides reliable protection with a 100 A rating, 10 kAIC interrupt capacity, and flexible shunt-trip options to optimize system reliability and maintenance efficiency.
Product Information
Extended Description
BAB3100HSV Eaton: Quicklag Industrial Thermal-Magnetic Circuit Breaker, Three-pole, 50° C Calibration, 120V, 208V, 240V shunt trip, 100A, 10 kAIC, 240V, Bolt-on mounting
Product Name
Eaton BAB thermal magnetic circuit breaker
Catalog Number
BAB3100HSV
UPC
782116977659
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
Three-pole
Type
Thermal magnetic circuit breakers
Amperage Rating
100 A
Interrupt rating
10 kAIC
Trip Type
Non-Interchangeable
Voltage rating
240 V - 240 V
Quantity
32
Special features
50° C Calibration, 120V, 208V, 240V shunt trip
Three-pole, bolt-on design simplifies installation and reduces field labor, enabling faster panel upgrades and retrofit projects while delivering consistent protection across distribution panels. The 100 A amperage rating protects feeders and equipment under normal load, lowering the risk of nuisance trips and extending component life. With a 10 kAIC interrupt rating, it accelerates fault clearing and improves overall electrical safety, reducing the potential for collateral damage in short-circuit events. The 50°C calibration and shunt-trip options for 120V, 208V, and 240V provide flexible protection schemes for diverse operating environments, including HVAC and motor control applications. HACR rating, along with CSA and UL certifications, ensures compliance with industry standards and regional codes, minimizing engineering review cycles. The bolt-on mounting and compact 5 x 3 x 1 inch footprint, combined with a light 0.5 lb weight and 1-year warranty, support easy replacements and long-term maintenance planning in crowded panels and control cabinets.
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FAQs
Yes. The BAB3100HSV uses bolt-on mounting and is designed for standard panel footprints. Its three-pole configuration aligns with commonly used control panels and distribution boards, enabling straightforward retrofits and quick field replacements without special adapters or specialized tools.
This unit is rated 100 A with a 10 kAIC interrupt capacity and a 240 V voltage rating. It is a three-pole, non-interchangeable trip device with thermal-magnetic protection, making it suitable for diverse loads while providing predictable, dependable fault clearing in typical industrial circuits.
Yes. The BAB3100HSV is HACR rated and UL/CSA certified, making it suitable for HVAC equipment and motor control centers. Its shunt-trip options (120V, 208V, 240V) support flexible protection schemes in environments where starting currents and control circuits vary, helping to safeguard sensitive equipment.
The device carries CSA Certified and UL Listed marks with HACR rating, ensuring compliance with relevant electrical safety and performance standards. These certifications support building and industrial compliance programs, reducing approval cycles and easing integration into regulated installations.
With a 1-year warranty and robust mechanical design, routine maintenance is minimal. Regular inspection of mounting integrity, terminal connections, and trip function testing during preventive maintenance can prevent unexpected trips, lower downtime, and extend cabinet reliability, delivering measurable returns through safer, more predictable operation.