Omron G2RL-1 DC24 Power Relay
The Omron G2RL-1 DC24 is a compact power relay engineered for efficient switching in industrial and control circuit applications. As part of the G2RL Power Relay Series, this model uses a space-saving PCB-mount structure and supports high-current loads up to 16 A across AC and DC circuits. Its optimized contact design supports reliable switching with minimal power loss for continuous operation. The G2RL-1 DC24 is suitable for applications requiring Industrial Power Relays. Related relay and automation components can be explored through Omron Industrial Automation.
| Brand | Omron |
| Product | Solid-state Relay |
| Model Number | G2RL-1 DC24 |
Omron G2RL-1 DC24 Power Relay â Technical Overview
| Specification | Value |
|---|---|
| Relay Type | Power Relay |
| Contact Form | SPDT (Single Pole Double Throw) |
| Rated Load | 16 A @ 250 VAC (Resistive), 10 A @ 30 VDC |
| Max Switching Power | 4,000 VA (AC), 300 W (DC) |
| Coil Rating | 24 VDC |
| Mounting Method | PCB Mount Relay |
| Operating Time | Max. 15 ms |
| Reset Time | Max. 5 ms |
| Terminal Structure | PCB Terminal |
The Omron G2RL-1 DC24 is widely used as a high-capacity PCB power relay designed to handle demanding switching operations with precision and reliability. Its single pole double throw contact configuration allows flexible control in various circuit designs, supporting both normally open and normally closed operations in a single unit.
In real-world applications, this relay is commonly integrated into control panels, industrial automation boards, HVAC systems, and power distribution circuits where stable switching and compact installation are required. The PCB mounting design simplifies assembly while maintaining strong electrical connectivity and consistent performance under load conditions.
Built for long operational life, the Omron G2RL-1 DC24 offers high electrical endurance, efficient coil performance, and robust insulation characteristics. Its durable construction ensures reliable operation even in continuous switching environments, making it a preferred choice for engineers seeking dependable relay solutions in modern industrial systems.