TFECJ6SA1540C

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Snap Action, Limit Switches

The TFECJ6SA1540C is a snap-action, limit switch used in a variety of applications. Snap-action switches are commonly used in industrial, mechanical and electrical systems and are often the preferred choice in controlling, routing and positioning applications due to their fast switching times, longer life and higher reliability.

Introduction to TFECJ6SA1540C

The TFECJ6SA1540C is a single-pole, double-throw (SPDT) snap-action switch. It operates in a momentary manner, with a maximum switching power of 15A250VAC/DC and an operating voltage of 125Vac. It has a maximum contact rating of 4A125VAC/2A 125VDC and a current rating of 15A250VAC/DC. The TFECJ6SA1540C is characterized by its small size, low profile design and reduced cost compared to other switches. The switch is available in a variety of different versions, such as the straight or right-angle models, as well as with momentary or maintained contact.

Application Fields and Working Principle of TFECJ6SA1540C

The TFECJ6SA1540C switch is widely used in a variety of applications, particularly time-delay circuits, temperature-control applications, process control and motor control. In these applications, the switch is used to limit the current, maintain an optimum temperature or to control motors. The switch works by having a set of contact points that are opened and closed by the switch\'s actuator. The actuator is a lever that is connected to a cam, which is linked to a spring.

When the actuator is pushed, the cam turns and compresses the spring. This causes the switch\'s contact points to move apart and break the connection. When the actuator is released, the cam returns to its original position, which causes the spring to push the contact points back together, closing the connection. This action repeats each time the actuator is activated.

The TFECJ6SA1540C switch is designed to provide a reliable way of controlling current, temperature and motor operations. Its small size, low profile design, and reduced cost make it a popular choice in a wide range of applications.

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