M22-LEDC230-G green LED indicator light for panel mounting 216568

Universal LED signal tower

This M22-LEDC230-G base-mounted signal tower is a reliable solution for optical signaling in various industrial and commercial applications. Equipped with a green LED, it provides a clear and easily recognizable visual signal. With a rated voltage range of 85-264V AC (50/60Hz), it is compatible with most standard electrical installations.

Design and application

The signal tower is part of the wide RMQ-Titan range of devices, known for its high quality and durability. Designed for base mounting, it offers flexibility in the placement of signaling elements. It uses screw connection for the auxiliary circuit connection, which simplifies installation and ensures a secure connection. The lack of a built-in transformer simplifies the design and reduces costs. The built-in LED eliminates the need for additional components.

Advantages and benefits for installers and users

• High durability: The LED provides up to 100,000 hours of continuous operation, minimizing the need for replacement and maintenance.

• Resistance to external conditions: RMQ-Titan devices are characterized by a high degree of protection IP67 and IP69K, which guarantees reliable operation even in harsh industrial conditions – dust, moisture, and high-pressure water jets are not a problem.

• Durable markings: Laser-engraved inscriptions are resistant to abrasion, ensuring readability for a long time.

• Modular design: The RMQ system offers high configuration flexibility and low stock levels thanks to the modular design of the elements.

• Wide voltage range: Compatibility with 85-264V AC voltage simplifies integration with existing installations.

• Simple installation: Screw connection of the auxiliary circuit simplifies the installation process.

• Clear signaling: The green color of the LED provides good visibility of the signal in various lighting conditions.

• Safety: The lack of a current-limiting resistor and the lack of a housing further simplify the design and minimize potential failure points.