TQ2SL-L2-6V

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Signal relays are devices used to switch electric signals in a circuit or system. The TQ2SL-L2-6V signal relays are designed to provide reliable switching of up to 2 Amps with a typical switching speed of 12 milliseconds when operated at 6 Volts DC. In addition, the device provides excellent protection against damage from over-voltage and over-current scenarios.

The TQ2SL-L2-6V signal relays feature a double-pole, single-throw (DPDT) configuration with two Form C contact pairs. This allows for two separate contact points to be actuated together and provides a versatility when it comes to controlling multiple circuit paths with a single relay. It also features a plug-in type design to make for quick and easy installation. The relay has a minimum life cycle of 5,000 operations and its contact ratings are rated for a maximum of 1 Amps at 100 volts AC/DC.

As far as applications are concerned, the TQ2SL-L2-6V signal relays can be used in a variety of different situations. Most commonly, these relays can be used in alarms, cameras, automation and industrial control systems, and security systems. They can also be used in automotive and HVAC systems as well as telecommunication systems. and medical equipment.

In terms of operating characteristics, the TQ2SL-L2-6V signal relays feature an operating temperature range of -20C to +70C. it also includes an inrush current rating up to 7 Amps and a maximum switching current of 2 Amps at 6 Volts DC. In addition, this relay also boasts a contact resistance rating of 100 Milliohms and an insulation resistance of at least 100 Megohms. The contact rating is also rated for a maximum of 500 volts AC/DC at 1 Amps and at a maximum switching current of 2 Amps at 6 Volts DC.

The working principle of the TQ2SL-L2-6V signal relay is relatively simple. The device is designed to sense an input signal or power supply and activate or deactivate two separate contact points in the circuit. This allows for multiple circuit paths to be controlled with a single relay. The relay works by using a magnetic field to close or open the integrated contact points when the input is activated. When activated, the contacts close and the circuit is complete, allowing for the desired action to take place. When the input is deactivated, the contacts open and the circuit is broken, preventing the action from taking place.

In conclusion, the TQ2SL-L2-6V signal relays are an effective way to control multiple circuit paths with a single device. With its versatile plug-in design, high insulation resistance rating, and high contact ratings, it can be used in a range of different applications. Its double pole single throw configuration also adds to its versatility, as it can control two separate contact points with the same device. Finally, the working principle of this device is relatively simple and easy to understand as it uses a magnetic field to close and open the integrated contact points.

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