M22-DDL-WS-X1/X0 drive double backlit push button with self-return 216706

Double button actuator – reliability and functionality in one

This double button actuator from the RMQ-Titan series is a solid and elegant solution for controlling devices. Designed for 22.5 mm diameter holes, it combines ease of use, durability and aesthetic appearance. It is ideal for both industrial applications and control panels for various machines and devices.

Construction and application

The M22-DDL-WS-X1/X0 actuator has been designed with demanding working conditions in mind. Made of high-quality materials, it ensures reliable operation even with intensive use. Thanks to the IP66 protection class, it is resistant to dust and water ingress, allowing it to be used in harsh environments. The double button configuration allows you to integrate two control functions in one place, saving space and simplifying operation. The ability to illuminate increases readability and makes it easier to identify buttons in low light conditions.

Advantages and benefits

• Durability and resistance: IP66 protection class guarantees protection against dust and water, ensuring long-term reliability.
• Functionality: Two independent buttons in one hole allow you to control two functions without taking up extra space.
• Readability: Backlighting improves button visibility, especially in dark rooms or during night work.
• Aesthetics: The titanium-colored front ring gives the device an elegant look that blends well with modern control panels.
• Self-reset: The self-reset mechanism ensures that the button automatically returns to its initial position when released, increasing comfort and safety.
• Versatility: Suitable for a wide range of applications – from simple control panels to advanced industrial automation systems.
• Oval lens shape: Provides better ergonomics and easier button identification.

Thanks to this solution, installers can quickly and easily create functional and aesthetic control panels, and end users can enjoy convenient and reliable device operation.