Omron Short Hinge Roller Lever Limit Switch, SPDT, Metal Housing

Omron Series DZ Limit Switch, 10A Maximum Current, DPDT Pole and Throw Configuration - DZ-10GW22-1B

This limit switch is designed for precision control in various applications. Featuring a short hinge roller lever, it operates effectively across temperature ranges from -25°C to +80°C. The switch has a dual-pole, double-throw (DPDT) configuration, providing a robust solution for managing two independent circuits. This high-performance component caters specifically to the demands of industrial automation and mechanical systems, ensuring reliability and efficiency.

Features & Benefits

• Incorporates two independent switches for versatile application
• Supports a maximum current rating of 10A for reliable operation
• Designed for efficient control in circuits with different voltages
• Features a compact design for easy installation in limited spaces

Applications

• Suitable for automation systems requiring dual circuit control
• Used for precise control in machinery setups and electrical systems
• Ideal for needing temperature-resistant components
• Can be implemented in industrial environments for reliability and efficiency

How does this switch handle different voltage applications?

The design allows for the control of two independent circuits operating on separate voltages, making it suitable for multi-voltage environments.

What is the significance of the mechanical life rating?

The mechanical life of 240 operations indicates the switch’s durability and reliability, ensuring it can withstand extensive use in demanding applications without failure.

How does the short hinge roller lever enhance performance?

The short hinge roller lever design provides precise actuation, enabling quick responses in applications where accurate movement is essential for operation.

What are the implications of using this component in high-temperature scenarios?

With an operational temperature range up to +80°C, it remains functional and reliable in challenging environments, helping to avoid equipment failures.