Omron PCB Power Relay, 24V dc Coil, 16A Switching Current, SPDT

Omron G2R-1 Series Power Relay, 24 V DC Coil Voltage, 16A Switching Current - G2R-1-E DC24

This power relay is a versatile SPDT relay designed for efficient operation in various power applications. With a Coil voltage of 24 V DC, this PCB mount relay supports a switching current of up to 16A, making it Ideal for automation and electrical systems. The Compact dimensions of 29mm in length, 13mm in depth, and 25.5mm in height allow it to fit easily into tight spaces. The relay is suitable for both AC and DC switching, with maximum switching powers of 4 kVA and 480 W respectively.

Features & Benefits

• Designed for PCB mounting to save space within designs
  Handles a switching current of 16A for effective power management
  Incorporates silver contacts for improved reliability and conductivity
  Utilises a through-hole Terminal type for strong connections
  Non-latching mechanism simplifies control for users

Applications

• Utilised in industrial automation systems for process control
  Suitable for electrical switching in machinery and equipment
  Can be used for control circuits in robotics
  Allows seamless integration into control panels for easy operation

What is the Coil resistance of this relay, and how does it impact performance?

The Coil resistance is measured at 1100 Ω, which optimises power consumption while ensuring reliable activation of the relay. This helps to maintain efficiency in circuit designs that require low power draw.

What is the significance of the contact configuration in this relay?

The SPDT (Single Pole Double Throw) configuration allows for versatile switching options, enabling a range of applications from simple circuits to more complex control systems that require switching between different load paths.

How can I ensure the relay operates effectively in extreme temperatures?

The relay is rated to function between -40°C to +70°C, assuring reliable operation in challenging environments. Proper installation and heat dissipation techniques can further enhance its longevity and performance in extreme conditions.

Approvals

UL508; CSA22.2; EN 61810-1; SEV; SEMKO