G6EK-134PL-ST-US-DC3

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

G6EK-134PL-ST-US-DC3 signal relays are an important and powerful tool for controlling or modifying signals in the electronics field. This product is suitable for use in applications which require up to 2 Amps current for signal transmission. It has a unique design that combines a low-power switch with a high-current relay.

The G6EK-134PL-ST-US-DC3 signal relay features a maximum contact rating of 10A resistive load, 30Vdc, and a minimum operating power of 0.1A, 24Vdc. It is constructed of a non-reversing SPDT switch and is equipped with an AC or DC coil and two silver-nickel alloy contacts. The relay is designed to help reduce the risk of misfiring due to the low-power switch. It also has a high-efficiency, flux-rated metallized polyester liner for superior longevity and performance.

The working principle of the G6EK-134PL-ST-US-DC3 signal relay is based on electrical current. When the relay is turned on, an electrical current will flow through the circuit to the contacts, energizing them and switching the circuit on or off. When the current is interrupted, the contacts will be switched off, allowing the circuit to be turned off or switched on.

In addition to signal transmission applications, G6EK-134PL-ST-US-DC3 signal relays can also be used in other applications such as electrical motors or switching circuits. For example, the relays can be used to control the power to a motor by switching it on and off. They can also be used to switch electrical circuits on and off in order to guard against over-temp or other over-current situations.

The G6EK-134PL-ST-US-DC3 signal relay is a reliable and easy to use device for controlling signals in a variety of applications. Its low power switch provides a superior reliability while its high current relay helps to ensure that the contacts are not misfired. This signal relay is an ideal choice for applications which require up to 2 Amps current for signal transmission.

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