T4011-L031MSN

Snap Action, Limit Switches

T4011-L031MSN is a type of snap action, limit switch designed to monitor positions, distances and changes in motion. The switch can be activated mechanically or with a relay or magnet, making it a versatile and reliable option for a variety of industrial applications, such as controlling motors, monitoring positions, and tracking changes in motion.

The T4011-L031MSN snap action, limit switch includes a switch body, operating head, plunger, actuator, plate, and terminals. The switch body is made of thermoplastic and has an environmental seal which makes it ideal for applications requiring protection from moisture, dust, and other environmental elements. The head has a plunger that extends from the body when manually actuated and is designed for slow operation. The actuator is made from stainless steel and is designed for very low force applications and higher resistance to vibration. Finally, the plate is used to mount the switch on a wall and the terminals allow for electrical wiring.

The operating principle of the T4011-L031MSN switch is simple. When the plunger is pushed manually or by a relay or magnet, the actuator is depressed and contacts inside the switch body close to complete the electrical circuit and record the switch position or motion. When released, the actuator springs back to its original position, which open the circuit and returns the points to their original state. This allows for a reliable, stable switch operation and makes the switch suitable for many industrial automation applications.

The T4011-L031MSN snap action, limit switch is a durable, reliable switch that is designed for use in harsh industrial environments. The switch is made with a high-quality thermoplastic material, has an environmental seal, and includes a stainless steel actuator, so that it is resistant to vibration and temperature fluctuations. Its simple switch operating principle is easy to understand and can be used to accurately track changes in position and motion. The switch is also cost-effective, making it a great choice for many industrial automation applications.