BAB2025 | Eaton 25 Amp Circuit Breaker
- Regular price
- $120.00
- Sale price
- $120.00
- Regular price
-
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Product Description P/N: BAB2025
Description
The BAB2025 is a thermal magnetic circuit breaker manufactured by Eaton. It is rated for 25 amperes and operates at 240 volts. This circuit breaker is a two-pole device, providing reliable overcurrent protection for electrical circuits.
Technical Specifications
PRODUCT NAME |
Eaton breaker |
CATALOG NUMBER |
BAB2025 |
UPC |
786679302255 |
PRODUCT LENGTH/DEPTH |
1 in |
PRODUCT HEIGHT |
1 in |
PRODUCT WIDTH |
1 in |
PRODUCT WEIGHT |
2 lb |
POLES |
2-pole |
AMPERAGE RATING |
25 amp |
Information About BAB2025
The BAB2025 is an Eaton thermal magnetic circuit breaker with a current rating of 25 amps. This circuit breaker operates at a voltage of 240 volts and is designed with two poles. It is constructed to provide reliable overcurrent protection through the thermal magnetic tripping mechanism.
The BAB2025 model is part of Eaton's extensive range of circuit breakers, known for their durability and efficient performance in electrical systems. The two-pole configuration ensures effective disconnection of electrical circuits, thereby enhancing safety during overload or short-circuit conditions. This design is particularly suited for residential, commercial, and light industrial applications where a 25-amp current capacity is required.
Thermal magnetic circuit breakers like the BAB2025 operate using a combination of thermal and magnetic effects to protect electrical circuits. The thermal mechanism responds to prolonged overcurrent conditions by heating a bimetallic strip, which then bends and triggers the trip mechanism. The magnetic mechanism provides instantaneous protection against short-circuits by utilizing an electromagnet that actuates the trip mechanism when a high current flows through the circuit.
Manufacturer information
Eaton Corporation is a multinational power management company offering a diverse range of electrical, hydraulic, and aerospace solutions. Known for innovation, Eaton serves customers in various industries worldwide.
Description
The BAB2025 is a thermal magnetic circuit breaker manufactured by Eaton. It is rated for 25 amperes and operates at 240 volts. This circuit breaker is a two-pole device, providing reliable overcurrent protection for electrical circuits.
Technical Specifications
PRODUCT NAME |
Eaton breaker |
CATALOG NUMBER |
BAB2025 |
UPC |
786679302255 |
PRODUCT LENGTH/DEPTH |
1 in |
PRODUCT HEIGHT |
1 in |
PRODUCT WIDTH |
1 in |
PRODUCT WEIGHT |
2 lb |
POLES |
2-pole |
AMPERAGE RATING |
25 amp |
Information About BAB2025
The BAB2025 is an Eaton thermal magnetic circuit breaker with a current rating of 25 amps. This circuit breaker operates at a voltage of 240 volts and is designed with two poles. It is constructed to provide reliable overcurrent protection through the thermal magnetic tripping mechanism.
The BAB2025 model is part of Eaton's extensive range of circuit breakers, known for their durability and efficient performance in electrical systems. The two-pole configuration ensures effective disconnection of electrical circuits, thereby enhancing safety during overload or short-circuit conditions. This design is particularly suited for residential, commercial, and light industrial applications where a 25-amp current capacity is required.
Thermal magnetic circuit breakers like the BAB2025 operate using a combination of thermal and magnetic effects to protect electrical circuits. The thermal mechanism responds to prolonged overcurrent conditions by heating a bimetallic strip, which then bends and triggers the trip mechanism. The magnetic mechanism provides instantaneous protection against short-circuits by utilizing an electromagnet that actuates the trip mechanism when a high current flows through the circuit.
Manufacturer information
Eaton Corporation is a multinational power management company offering a diverse range of electrical, hydraulic, and aerospace solutions. Known for innovation, Eaton serves customers in various industries worldwide.