TFCGV3ST145BC

Snap Action, Limit Switches - TFCGV3ST145BC

The TFCGV3ST145BC is a high-performance, cost effective electronic limit switch. It is a snap action, limit switch. Its design allows it to be used in all of the harshest industrial environments for control and monitoring. It is designed for maximum safety, reliability and flexibility.

Application Field

The TFCGV3ST145BC is designed for a wide-variety of industrial needs. It can be used as a high-density limit switch, with up to 16 switch fingers. It is suitable for a variety of applications, such as monitoring and controlling speed and position, operating safety circuits, monitoring torque, or temperature. It can also be used as a limit switch, with a variety of no-start or no-stop application capabilities. It is an ideal choice for industrial and equipment control, safety and monitoring.

Working Principle

The TFCGV3ST145BC uses a snap-action design, where a switch\'s contacts can be set to open or close with a single movement of the switch arm. When the switch arm is moved, a set of contacts within the switch are forced to move rapidly. This causes the circuit to be opened or closed at the time of movement, allowing the limit switch to sense the position of the switch arm. The contact can open and close millions of times without any current leakage, providing reliable and durable performance.

The switch\'s design also provides maximum durability and flexibility in harsh industrial environments. It is designed for use in temperatures as low as -55°C and as high as 125°C. It is also designed for use in extreme environments such as dusty and wet industrial environments, with a range of IP ratings. The switch is also resistant to shock and vibration, ensuring a long-lasting and reliable performance.

Conclusion

The TFCGV3ST145BC is a high-performance, cost-effective electronic limit switch. It is a snap action, limit switch that is designed to be used in a variety of industrial environments. It is designed for maximum safety, reliability, and flexibility, and is resistant to shock and vibration. It is an ideal choice for industrial and equipment control, safety and monitoring.