Description
Current Rating: 6A
Mounting Type: DIN Rail
Series: P7SA
Accessory Type: Socket
Voltage: 24V dc
Termination Type: Push In
For Use With: G7SA Series Relay
Number of Contacts: 10
The Omron 10 Pin Relay Socket is a high-quality, versatile component designed for use with the G7SA Series Relay. This relay socket is precisely engineered to provide a reliable connection point for the G7SA series relays, ensuring optimal performance in various applications. Crafted for durability, the Omron 10-Pin Relay Socket features a robust layout that can handle the rigours of industrial environments. Its compact size enables efficient use of space on a DIN Rail, a standard mounting system in industrial control panels. The socket’s 10-pin configuration is precisely aligned to match the G7SA series relay, ensuring a secure and error-free connection. This relay socket stands out for its reliability, ease of installation, and compatibility with the Omron G7SA series, making it a preferred choice in industrial settings.
Distinguishing Features and Benefits of the 10-pin Relay Socket
- The socket’s design facilitates quick and easy installation onto a DIN Rail, saving time and reducing complexity in setting up control panels.
- Built to last, the socket’s robust construction ensures a long service life even in harsh industrial environments.
- The precision-engineered pin configuration guarantees a secure and stable connection with the G7SA series relay, lessening the risk of disconnections or electrical faults.
- Specifically designed for the G7SA series relay, this socket ensures compatibility and optimal performance across the range.
Electrical Specifications
Operating with a control voltage of 24V DC, this relay socket is ideal for low-voltage applications. It is designed to handle the electrical demands of industrial control circuits, offering consistent performance and reliability.
Where Can You Use the Omron 10-Pin Relay Socket, DIN Rail, and 24V DC for Use with G7SA Series Relays?
The Omron 10 Pin Relay Socket finds its utility in a variety of industrial applications. It is typically used in:
- Automation Systems: For controlling machinery and automation equipment.
- Safety Circuits: In systems requiring reliable safety controls.
- Control Panels: As a critical component in industrial control panels for various applications.
- Manufacturing Processes: To manage and control manufacturing equipment reliably.
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