MPI001/28/AM

Pushbutton switches, also known as electric switches, are widely used in a variety of applications. In particular, MPI001/28/AM pushbutton switches are common in industrial, commercial, residential and outdoor applications for controlling the power flow of a system, opening and closing circuits, and making electrical connections.

MPI001/28/AM pushbutton switches are typically rated for a maximum of 5-15 Amps and are designed to be used with heavy duty or industrial materials. The switches are designed to operate in various environments and with any type of power source. Additionally, they are UL/CSA approved and can be used in multiple configurations.

The MPI001/28/AM pushbutton switch lever is designed to provide maximum user comfort, allowing the user to quickly and easily operate the switch. The lever can be configured in 2 or 3 positions and can be operated with or without a key or locking device. The lever also has a built-in spring system, which allows the switch to be released quickly and quietly from the off position.

The working principle of an MPI001/28/AM pushbutton switch is quite simple. When the switch is closed, an electric current is flowing through the switch and powering the load, such as a light or an appliance. In contrast, when the switch is open, the electric current is interrupted and the load is not powered. Most switches also have a reset mechanism that allows the current to be restored when the switch is opened and closed again.

Pushbutton switches offer several advantages when compared to other types of switches. They provide a safe and reliable means of controlling the power flow of a system and are easy to operate. In addition, they are very durable and can withstand harsh environmental conditions.

In conclusion, the MPI001/28/AM pushbutton switch is an easy to use and reliable switch for a variety of applications. It is UL/CSA approved and can be operated with or without a key or locking device. With its spring system, the switch can be released quickly and quietly from the off position. Additionally, it provides safe and reliable control of the power flow of a system and is designed to be used with heavy duty or industrial materials.