p220

Pushmatic P2020 20 Amp 2 Pole Circuit Breaker Type P Bulldog 120/240V

Upgrade your electrical system with the Pushmatic P2020 20 Amp 2 Pole Circuit Breaker, a reliable solution for safeguarding your home or office from electrical overloads. With a sturdy ABS/plastic construction, this circuit breaker is designed for interior applications and operates on a simple on/off method, ensuring convenience and ease of use. Featuring a black exterior, the unit is rated for a current of 16-30 A and supports a voltage range of 201-250 V, making it suitable for a variety of branch circuit applications. It’s a twin gang, single throw device with two positions that easily fit into any standard electrical setup, providing a seamless integration into your existing system.

Pushmatic P2020 20 Amp 2 Pole Circuit Breaker Type P Bulldog 120/240V Read More »

Bulldog P220, 20 Amp, 120-240 Volt, 2 Pole Pushmatic Circuit Breaker-

By More and Save $$$ + each additional ships for just 99¢DescriptionP220 – Siemens / ITE Bolt-On Circuit Breaker• Authentic Siemens / ITE Product• Thermal Magnetic• Duplex• 2 Pole• 120/240 VAC• 20 Ampere• Interrupting Rating 10000 Ampere• UL Approved• Used On Eq[R] Load Center• P2 Model SKU:P220Amperage:20Voltage:240Voltage Type:ACPoles:2Frame Type:PUPC:783643119642Manufacturer:Siemens PRODUCT DESCRIPTION:Pushmatic20 Amp2 Pole120/240V10kAIC@120VPlug-In1 PhaseLong Time and Instantaneous Trip FunctionsThermal MagneticNon-Interchangeable Trip

Bulldog P220, 20 Amp, 120-240 Volt, 2 Pole Pushmatic Circuit Breaker- Read More »

Pushmatic, P220, 20 Amp 20a Push Breaker ITE Bulldog Siemens ITE Gould

The Pushmatic P220 is a 20 Amp circuit breaker designed for use in electrical systems with a maximum amperage of 20A. Manufactured by ITE (I-T-E), it is a reliable and durable option for commercial and industrial applications. With its push-button design, this circuit breaker provides easy and convenient operation for controlling electrical circuits.

Pushmatic, P220, 20 Amp 20a Push Breaker ITE Bulldog Siemens ITE Gould Read More »