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2-Piece metal housing with perpendicular mounting bracket. Cycling automatic reset.

This single-pole, thermal circuit breaker features a continuous cycle with an automatic reset. Breaker prevents battery from draining and auxiliary application from overdrawing. Typically used on hot leads.

This single-pole, thermal circuit breaker features a continuous cycle with an automatic reset. Breaker prevents battery from draining and auxiliary application from overdrawing. Typical uses include brake controllers for four to eight brakes.

This single-pole, thermal circuit breaker features a continuous cycle with an automatic reset. Circuit breaker prevents battery from draining and auxiliary application from overdrawing. Typical uses include brake controllers for four brakes.

This 30-Amp circuit breaker from Tekonsha is used in 6, 12, and 24V DC applications. Non-corrosive molded cover eliminates grounding when operating against a fault line. Included mounting bracket and installed nuts and washers.

In-line 30-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

This surface-mounted 100-amp Type III circuit breaker remains open on overload and has a unique reset mechanism which provides visible indication of tripped condition. Typically used in auxiliary and accessory circuits. Splash- and dust-proof.

In-line 20-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

In-line 50-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

In-line 40-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

In-line 20-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

In-line 50-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.

In-line 30-amp Type I circuit breaker cycles automatically and continuously during an over-current condition. Composite alloy material will bend and separate the contacts when an over-current situation occurs and return to the run mode as it cools.