Potentiometer M22S-R10K 10k 232233

Precise adjustment with Eaton M22S-R10K potentiometer

The M22S-R10K potentiometer is a reliable regulating element, ideal for precise control in a wide range of applications – from control panels to advanced industrial automation systems. Its solid construction and high resistance to external factors guarantee long-lasting and trouble-free operation. Designed as part of the RMQ-Titan series, this potentiometer combines functionality and aesthetics while offering high quality workmanship.

Key features and application

This 10 kΩ potentiometer is distinguished by a screw connection, providing stable and secure electrical connections. Thanks to its IP66 protection rating, it is resistant to dust and water ingress, making it suitable for operation in harsh industrial environments. The mounting hole diameter of 22.5 mm facilitates integration with various panels and enclosures. The single-turn design allows for accurate setting of the resistance value, which is crucial in applications requiring precision.

The M22S-R10K potentiometer finds application in:

• Control panels: Adjustment of operating parameters of machines and devices.
• Industrial automation: Precise control of production processes.
• Measuring devices: Calibration and adjustment of device sensitivity.
• HVAC systems: Regulation of temperature, air flow and other air conditioning parameters.
• Automotive applications: Control of lighting, fan speed, etc.

Technical parameters and durability

The potentiometer is characterized by a power consumption of 0.5 W and high mechanical durability – it withstands as many as 25,000 operating cycles. Compliance with safety standards (CSA, IEC/EN 60947) and certificates (CE, UL) confirm its high quality and reliability. It operates in a wide range of ambient temperatures (-25°C to +70°C), which ensures its functionality even in extreme conditions. It is worth noting its resistance to mechanical shock (30 g) and cyclic heat and humidity according to IEC 60068-2-30. The potentiometer design also ensures thermal stability and resistance of insulating materials to high temperatures.