PGFM-111-B-A1-188A

Ground Fault Circuit Interrupter (GFCI) is an electronic device that provides a high level of protection against electric shock in electrical systems. It is designed to quickly detect and disconnect an imbalance in the amount of electricity flowing to and from an appliance or device in order to prevent shocks, electrocution, burns, or other hazardous situations. The PGFM-111-B-A1-188A is a ground fault circuit interrupter designed for residential applications.

The PGFM-111-B-A1-188A is intended for use in single-phase residential installations in a wide variety of different applications. It can be used in both new and existing installations. It is UL listed for use in 120V and 240V applications for up to 30A and is suitable for use with max three 12 AWG wires at 3-wire grounding of Canada, US, and other countries/regions. It is also suitable for use with max four 12 AWG wires at 4-wire grounding of Canada, US, and other countries/regions. It is designed to monitor current in both line-to-neutral (L-N) and line-to-ground (L-G) circuits.

The PGFM-111-B-A1-188A works by monitoring the amount of current that is flowing in both line-to-neutral and line-to-ground circuits. It is designed to detect when there is an imbalance between the two, which could be caused by a short in the line, or by electrical leakage from an appliance, for example. When this happens, the device will quickly disconnect power to the circuit in order to prevent an electrical shock or other hazardous situation.

The device has two buttons on the front panel: a “test” button, and a “reset” button. The “test” button is used to check the functionality of the device, while the “reset” button is used to restore power to the circuit after the fault has been cleared.

The PGFM-111-B-A1-188A is an excellent choice for providing protection against electric shock in a variety of residential applications such as outdoor decks, bathrooms, kitchens, laundry rooms, and other locations where electrical safety is a priority. It is simply installed in series with the circuit, and provides reliable, fast protection without sacrificing the convenience of having an uninterrupted power supply.