G3NE-210TL-2-US DC24

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Solid State Relays (SSRs) are becoming increasingly popular as replacements for mechanical relays. And the G3NE-210TL-2-US DC24 solid state relay is a good example. It is applied for On/Off switching of small DC loads, such as heating elements, fans, and motors and for industrial control applications in general. This solid state relay (SSR) is designed to switch loads of up to 240V/2A with very little electrical noise. Its operating voltage range is DC 4-35V which makes it suitable for most systems.

The G3NE-210TL-2-US DC24 consists of a small DC input voltage, typically between 4 and 35 volts DC, which is then used to drive a MOSFET power switch. The switch is designed to switch loads of up to 240V/2A. The MOSFET switch then controls the output current to the load, making the G3NE-210TL-2-US DC24 ideal for controlling small DC loads.

The MOSFET is driven by an optically isolated control circuit which is made up of a light-emitting diode (LED) and a photodiode. The LED is connected to the input voltage and when it is switched on, it emits light which is detected by the photodiode. The photodiode then signals the MOSFET to switch the current and turn the load "on".

The G3NE-210TL-2-US DC24 has been designed to eliminate cold-start current which is common in mechanical relays. This is done by means of an over-voltage protection circuit which ensures that the switching of the relay is delayed until the input reaches the required voltage level. This helps to ensure that no excessive current is pulled which could damage components connected to the load.

The G3NE-210TL-2-US DC24 also has a built-in "fail-safe" feature which monitors the output voltage and disconnects the load if it exceeds a predetermined value. This helps protect the load from damage should the relay become overheated or malfunctions.

Overall, the G3NE-210TL-2-US DC24 solid state relay is highly reliable and offers a range of features and benefits over mechanical relays. Its ability to switch quickly and accurately makes it well-suited for controlling small DC loads such as heating elements, fans and motors. Its over-voltage protection circuit and fail-safe features help ensure that the equipment and components connected to the load remain safe and operational. Finally, it has a wide operating voltage range, making it a very versatile option for many applications.

The specific data is subject to PDF, and the above content is for reference