Related Products
Schneider Electric Square D 25 AMP 1 1/2 Double Pole QO Plug-On Circuit Breaker
QO Circuit Breakers provide the high level of protection you expect from Square D. When it comes to electrical protection, fast response is critical and QO Circuit Breakers can trip faster than the blink of an eye. This breaker will work only in Square D branded residential panels. Typical applications for a double pole 30 Amp breaker include clothes dryer and hot water heater (240V up to 4.5Kw) in a home and requiring a wire size of 10-2.
Schneider Electric Square D Double Pole 30 Amp QO Plug-On Circuit Breaker
QO Circuit Breakers provide the high level of protection you expect from Square D. When it comes to electrical protection, fast response is critical and QO Circuit Breakers can trip faster than the blink of an eye. This breaker will work only in Square D branded residential panels. Typical applications for a double pole 30 Amp breaker include clothes dryer and hot water heater (240V up to 4.5Kw) in a home and requiring a wire size of 10-2.
Schneider Electric Stab-Lok Double Pole 40 Amp 240V Plug-On Circuit Breaker
Stab-lok breakers are fully interchangeable with all past breakers and deliver the same proven quality. The unique Stab-lok breaker design of only a 1/2 thick per pole, allows for the reduction of the size and weight of the loadcentre. This breaker will work only in Federal Pioneer Stab-lok branded residential panels. Typical application for a double pole 40 Amp breaker include an electric range (240V up to 3.75kw) in a home and requiring a wire size of 8-3.
Schneider Electric Homeline 15 AMP 1" Single Pole Homeline Arc Fault Plug-On Circuit Breaker
As of January 2002, the Canadian Electrical code requires the use of Arc Fault Circuit Interrupters (AFCIs) in all branch circuits that supply outlets in bedrooms for new residential construction. In addition to your bedrooms, consider using arc fault circuit interrupters for other living areas of the home to increase your protection and added peace of mind. A few of the typical conditions where arc faults may start include: damaged wires, worn electrical insulation, loose electrical connections, overheated or stressed electrical cords.




