M22-LEDC-G base-mounted green LED indicator light 216562

Universal LED for signaling and control

This green M22-LEDC-G LED from Eaton is a reliable signaling element designed for mounting in device enclosures and control panels. It is suitable for both industrial and hobby applications where a clear and readable indication of operating status is required. The LED is powered by a DC or AC voltage in the range of 12-30V, ensuring wide compatibility with various power systems.

Design and application

The LED is designed for mounting from the rear of the enclosure (to the base), which facilitates integration with existing installations. Made of durable ABS plastic, it provides resistance to mechanical damage. The screw connection ensures a secure and stable electrical connection. Thanks to the use of LED technology, the LED is characterized by a long service life – up to 100,000 hours of continuous operation. This translates to minimal operating costs and infrequent replacement requirements.

Advantages and benefits

• Versatile power supply voltage: Possibility of powering with both DC and AC voltage in the range of 12-30V.
• Long service life: LED technology guarantees up to 100,000 hours of continuous operation, minimizing maintenance costs.
• Durability: The housing made of ABS plastic provides resistance to mechanical damage and external factors.
• Easy installation: Mounting from the rear of the enclosure facilitates integration with existing installations.
• Optical signaling: A clear green light color ensures good visibility of the signal even in difficult lighting conditions.
• RMQ-Titan modularity: The LED is part of the RMQ-Titan system, allowing for the construction of complex signaling and control solutions with a high degree of protection (IP67, IP69K).
• Durable inscriptions: The possibility of laser engraving on the element guarantees its durability and readability for a long time.
• Safety: The lack of a built-in current-limiting resistor requires proper selection of an external resistor depending on the circuit parameters.