TQ2SA-L-24V Relays

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The TQ2SA-L-24V is a two-pole, two-throw, signal relays designed for up to 2 amperes current. The relays have a latchable contact. They have a low power consumption design. The TQ2SA-L-24V from Tyco Electronics is constructed with a signal relay with high insulation resistance and withstanding voltage. It has a creepage and clearance distance of 8 mm minimum. In addition, it has a rated contact current of 2 A which is a type of unlimited current. This signal relay is available in a number of voltage references, contact configurations, contact materials, cover designs, and mounting styles for customers to choose from.

Application Field

The TQ2SA-L-24V is suitable for various applications such as in the automotive, industrial, and consumer markets. It is designed for use in applications ranging from general-purpose switching and process control to telecommunications. It is commonly used for switching loads such as solenoids, lamps, motors, and other devices in the industries. In addition, it can also be used in security and automation systems such as rain detectors, security systems, and lighting control systems.

Working Principle

The TQ2SA-L-24V works by using an electromagnet to move the contact arm. The electromagnet creates a magnetic field which pulls the contact arm towards it when the relay is energized. When the contact arm moves, the contacts on the relay change position and the circuit is either completed or interrupted. When the relay is energized, the contacts are closed and the current can flow through the load, such as a motor, solenoid, or lamp. When the relay is de-energized, the contacts open and the current is interrupted, so the load is turned off.

Conclusion

In conclusion, the TQ2SA-L-24V is a two-pole, two-throw, signal relays designed for up to 2 amperes current. It has a low power consumption design and is suitable for various applications such as in the automotive, industrial, and consumer markets. It works by using an electromagnet to move the contact arm, which changes the circuit state by either completing or interrupting the current.

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