Eaton RMQ16 Series 3 Position Selector Switch Head, 16mm Cutout, Black, White Handle

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RS 不再對此產品進貨。
RS庫存編號:
243-680
製造零件編號:
072322 Q18LWK3-WS
製造商:
Eaton
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品牌

Eaton

Actuator Colour

Black, White

Illuminated

Yes

Number of Positions

3

Cutout Diameter

16mm

Actuator Type

Short Thumb Grip

Series

RMQ16

豁免

COO (Country of Origin):
CN
The Eaton illuminated selector switch actuator is engineered for precision and reliability. Designed to enhance user experience, it features a momentary toggle action and a distinctive thumb-grip design, ensuring ease of use in demanding environments. The elegant black bezel and robust construction make it a perfect fit for a variety of applications. Measuring 18 x 18 mm, this compact device offers 3 positions and operates at a maximum ambient temperature of 60 °C, making it ideal for industrial settings. With a lifespan that extends to 3,000,000 operations, it promises durability and consistent performance. The switch’s compatibility with both filament and LED light elements ensures versatility in illumination options, allowing you to choose according to your requirements. Safety and compliance are paramount, as this actuator meets relevant IEC and UL standards, reassuring users of its reliability.

Illuminated selector switch enhances visibility and operation in low light conditions
Thumb-grip design allows for easier manipulation in various operational scenarios
Built to endure up to 3,000,000 mechanical operations, ensuring long-lasting performance
Constructed with a robust plastic bezel that accommodates industrial-grade usage
Includes a unique anti-rotation tab for added stability during operation
Suitable for both filament and LED installations for flexible lighting options
Compatible with various terminal sizes and configurations to ease installation
Designed to operate effectively in challenging ambient temperatures, supporting diverse applications
Achieves a high degree of protection against dust and water ingress with an IP65 rating
Statistically demonstrates reliability in control circuits with minimal failure rates