DC Potentiometer Price List and Specifications

DC potentiometer pricing varies based on several key specifications including gang configuration (single, dual, or triple), potentiometer type (wirewound vs. conductive plastic), operating voltage (6V, 12V, or 24V), life expectancy (ranging from 1 to 10 million turns), and whether custom configurations are required for specific applications.

Wirewound potentiometers typically offer 500,000 to 2 million turns life expectancy with 10-turn precision capability, while conductive plastic potentiometers provide significantly longer durability up to 10 million turns with high precision proportional control, making them ideal for demanding industrial applications requiring extended service life.

Single gang potentiometers provide basic position control for simple applications. Dual gang configurations offer position feedback capability with two synchronized potentiometers, while triple gang feedback systems provide the most comprehensive feedback for complex automation systems requiring multiple simultaneous position measurements in a compact package.

The slip clutch protects potentiometer end stops and prevents gear train breakage while allowing manual adjustment when the motor is off. This built-in protection system extends product life and prevents costly mechanical failures in industrial automation environments.

Yes, motorized potentiometers with slip clutch protection can be manually adjusted when the motor is off, providing flexibility for setup, calibration, and troubleshooting without damaging the gear train or motor assembly.

These potentiometers feature Swiss-made motors and Japanese geartrains ensuring high reliability construction with life expectancy ranging from 1 to 10 million turns. All products are CE compliant for international shipping and include a 3-year warranty with unlimited phone support, plus repair and rebuilding services for extended life.

DC motorized potentiometers are essential for industrial automation, process control in chemical and pharmaceutical manufacturing, precision positioning systems for robotics and CNC machines, and feedback control systems requiring accurate position sensing and automated adjustment in closed-loop applications.