PB6B2FM7M1CAL03Y500

The PB6B2FM7M1CAL03Y500 Pushbutton Switches are among the most common of all switches. They are widely used in industrial, commercial, and residential applications, such as a doorbell, light switch, or to switch on or off a motor.

These switches are typically used for manual control of electrical systems, usually in place of a switch that is accessible from both sides of a wall or unit. PB6B2FM7M1CAL03Y500 Pushbutton Switches are available in various sizes, shapes, and processing technologies, including snap action, slow-action, and toggle mechanisms.

Application field

PB6B2FM7M1CAL03Y500 Pushbutton Switches are used in a variety of applications, including doorbells, lighting controls, motors and other industrial controls. They are used in both residential and industrial areas, and are often found in places where safety is a factor, such as industrial machinery and plant equipment.

PB6B2FM7M1CAL03Y500 Pushbutton Switches are also used in applications where precise control is required. They are used in laboratory and medical devices, factory automation, and for emergency shutdowns. They can be used in situations where input devices have to have a very precise response time.

Working Principle

PB6B2FM7M1CAL03Y500 Pushbutton Switches are commonly designed for actuation with a push button, lever, or rocker switch. When the user manually presses the actuator, the button or lever pushes the electrical contact, completing or breaking the electrical circuit. Depending on the type of switch and the desired functionality, the contacts may be normally open or closed.

The switch also includes a mechanism, typically a spring and an armature that spring back to their neutral, unactuated position. The armature is connected to an actuator, typically a pushbutton, lever, or rocker switch, in order to restore the switch to its unactuated position when the user releases the actuator.

PB6B2FM7M1CAL03Y500 Pushbutton Switches are designed for actuation with a push-button, lever, or a rocker switch. The actuator will press the electrical contact, completing or breaking the circuit. Depending on the type of switch, the contacts may be normally open or closed. The switch also includes a mechanism which restores the switch to its unactuated position when the user releases the actuator.