G.E. 608030 GE Appliances Circuit Breaker, 1-Pole 40-Amp Thick Series
SINGLE POLE 1" THQL BREAKER 40A120/240Vac. 1" Wide
My Account
If you are already registered, please log in.
Create your account and enjoy a new shopping experience.
Create A New AccountGE 1 POLE THIN CIRCUIT BREAKER30 Amps. Single Pole - Thin Circuit Breaker. Plug In Type - 1/2".
GE 1 POLE THIN CIRCUIT BREAKER30 Amps. Single Pole - Thin Circuit Breaker. Plug In Type - 1/2".
With a 30 amp 1-pole installation capability, this GE single pole thin circuit breaker replaces any existing breaker with a standard 1/2" x .250" blade type plug in configuration. Though it is specifically designed for thinner wire applications, we recommend using this unit for applications up to 20 amps.
Keep your home appliances protected from electrical overloads with this 1-pole thin 30-amp breaker from GE Brand. Boasting a rugged metal case, this circuit breaker features a 10-shunt trip for no-delay tripping in the event of an overload, and offers an American Disposal Ass'n certification to ensure meets the highest standards for performance and safety.
Get back to a peaceful night's sleep with this thin-profile single pole circuit breaker. Circuit Breaker Type: Single Pole; Size: 1/2"; Max Load: 30 Amps; Voltage Rating: 125Volt
A circuit breaker protects your home from being damaged by a short circuit, overload or ground fault. A single pole thin limit switch is rated for 15 amps at 240 volts. This single pole circuit breaker can be mounted up behind the electrical box or down behind the panel with the wiring connections on top in a shallow electrical box.
This single pole 30 amp single-pole circuit breaker will fit in any standard size load center opening. It is rated for use on 15 or 20 amp circuits. It is designed to be used indoors only and is for use with a variety of appliances in a household setting.
Regular use of ovens, outdoor grills and other high-wattage appliances can overload a circuit. The thin single pole circuit breaker protects your home by breaking the connection in the circuit should an overload occur.