Omron G2RV-ST500-AP 230VAC Slimline Input Relay Guide

The Omron G2RV-ST500-AP 230VAC slimline input relay is a compact microload relay for industrial control panels using 230 VAC input voltage. It is designed for signal-level switching where panel space, clear status indication, and wiring efficiency are important.

Main Technical Specifications

Omron describes this model as a 6 mm slimline input relay with socket, SPDT contact description, 50 mA rated carry current, Push-In Plus terminals, DIN rail mounting, LED indication, transparent case, and mechanical indicator. The contact material is Ag alloy with Au plating. :contentReference[oaicite:9]{index=9}

For the 230 VAC coil rating, Omron lists rated current of approximately 6.8 mA at 50 Hz and 8.2 mA at 60 Hz, with approximate power consumption of 1.9 VA. :contentReference[oaicite:10]{index=10}

As an AP microload model, its contact rating is 50 mA at 30 VAC and 50 mA at 36 VDC for resistive loads. This makes it appropriate for signal switching, status feedback, PLC interface circuits, and other low-current control functions. :contentReference[oaicite:11]{index=11}

Why Engineers Use This Relay

The slim body helps reduce cabinet width, while Push-In Plus terminals make wiring faster and more consistent. The transparent case supports visual inspection, and the mechanical indicator gives maintenance teams a practical way to confirm operating state during troubleshooting.

Omron G2RV-ST500-AP 230VAC For related Omron products, visit more information about Omron.

Omron G2RV-ST500-AP 230VAC FAQ

What is the rated input voltage of this relay?

The rated input voltage is 230 VAC.

What is the product type?

It is a slimline input relay for microload interface applications.

Can it switch motor loads?

It is not intended for direct motor-load switching. The AP version is designed for small signal circuits.

What terminals does it use?

It uses Push-In Plus terminals for efficient and reliable wiring.

Why choose an AP microload relay?

An AP relay is useful when the circuit involves very small currents where gold-plated contacts can improve switching reliability.