G6S-2G DC9

The G6S-2G DC9 from OMRON is a signal relay designed to handle up to 2 amps for a wide variety of applications. The G6S-2G DC9 is designed to be both cost effective and reliable. This signal relay is well suited for applications such as switch control, equipment protection, alarm monitoring, and automation.

The G6S-2G DC9 offers high performance operation with an ultra-low operating voltage of 2-3.6V. Its small size and compact design make it suitable for space-critical installations. The signal relay features a wide range of contact ratings up to 2 amps and offers reliable switching even at high frequency and elevated temperatures.

The G6S-2G DC9 is an ideal choice for applications where a low voltage and reliable switching reliability are needed. Its unique construction uses a sealed reed switch that ensures reliable operation in harsh environments. Its wide temperature range and low power consumption make it well suited for critical applications where energy efficiency is essential.

The G6S-2G DC9 features a great variety of contact forms to cater for a broad range of operation types. The standard contact form is normally closed and it can be configured to open either manually or electronically. This signal relay also offers single-pole, double-pole, and triple-pole options. Additionally, it allows for efficient split contacts operation.

The G6S-2G DC9 works on the principle of an electromagnetic relay. Its reed switch and coil are joined together to form an electromagnet. When a voltage is applied to the coil, it creates a magnetic field that attracts the reed switch, causing it to close the contact and thus complete the circuit. When the voltage is removed, the magnetic field dissipates and the reed switch is released, opening the contact.

The G6S-2G DC9 signal relay is built with a robust and reliable construction that ensures reliable operation in harsh environments. Its high performance and low cost make it an excellent choice for a wide variety of applications. Its wide range of contact forms, low power consumption, and high frequency and temperature ratings make it extremely versatile.