Omron Power Relay, 24V Coil, 5A Switching Current, DPDT

Omron G2R Series Power Relay, 24V Coil Voltage, DPDT Contact Configuration - G2R-2-SD DC24(S)

This power relay is a versatile component designed for automation and control applications. The relay features a compact design with dimensions of 29 x 13 x 35.5mm, ensuring it fits effortlessly into various setups. Operating on a coil voltage of 24V, it is built to handle a maximum switching current of 5A and is constructed from materials that withstand challenging conditions.

Features & Benefits

• Reduces wiring time by 60% with compatible sockets
• Integrated mechanical operation indicator enhances usability
• Durable AgSnIn contact composition improves longevity
• Plug-in terminal design allows for easy installation and replacement
• Self-diagnostic function with LED for enhanced operational safety

Applications

• Utilised with P2RF-@-PU Push-In Plus Socket for efficient wiring
• Deployable in control circuits for electrical systems
• Suitable for general-purpose switching in industrial environments
• Ideal for requiring high reliability and performance

What are the operational temperature limits for this relay?

The relay operates effectively within a temperature range of -40°C to +70°C, making it suitable for various environments without risking performance.

How does the plug-in design benefit installation and maintenance?

The plug-in design simplifies both installation and maintenance, allowing for quick changes or replacements without extensive downtime or complex wiring modifications.

What indicators are provided to assist in monitoring relay status?

A built-in mechanical operation indicator helps users easily verify the relay's operational status, ensuring efficient monitoring during use.

What circuit specifications are compatible with this relay?

This relay supports a switching current of up to 5A and can handle voltages of 250VAC or 30VDC, making it suitable for a wide range of circuits.

How does the contact material affect relay performance?

The use of AgSnIn material enhances the reliability and durability of the contacts, reducing wear over time and maintaining consistent performance in demanding applications.