Precision 10K Potentiometer for JhD202XR2/R4 Key benefits Accurate control: Provides a true 10K ohm resistance with ±1% linearity, giving predictable, repeatable input for joystick and keyboard ball control systems. Reliable long life: Mechanically rated for up to 500,000 cycles so the control feel and electrical response remain stable through prolonged use. Stable across environments: Designed to operate from 10°C to 80°C, maintaining performance in a wide range of industrial and commercial conditions. Responsive multiaxis feel: Torque specification of 90 gf on X and Y axes and 330 gf on the Z axis delivers consistent, tactile feedback for multidimensional control. What it does and why it matters Function: Acts as a precision variable resistor for analog position sensing and user input. The tight ±1% linearity reduces calibration drift and simplifies electronic adjustments. Compatibility: Specifically designed for the JhD202XR2 and JhD202XR4 joystick/keyboard ball controller assemblies, allowing direct replacement or upgrade without reengineering. Performance: cycle life and defined torque values ensure a consistent mechanical and electrical interface, reducing downtime and the need for frequent replacements. Practical attributes Resistance: 10K ohm nominal, ±1% linearity. Durability: Rated for 500,000 operational cycles. Temperature range: 10°C to 80°C. Torque: 90 gf for X/Y axes; 330 gf for Z axis. Application role: Variable resistor / potentiometer for joystick input and electronic adjustment. Use scenarios a worn potentiometer in a JhD202XR2/R4 keyboard ball controller to restore accurate position sensing and uniform joystick feel. Install in industrial operator panels where predictable analog input and long service life are required under varying temperatures. Use in electronic test or calibration rigs that need a stable 10K variable resistor with low linearity error for repeatable adjustments. Why choose this part Direct compatibility with JhD202XR2/R4 systems minimizes installation time and compatibility risk. Tight electrical tolerance and long mechanical life reduce recalibration and maintenance costs. Clear torque specs help maintain consistent user experience across X, Y, and Z axes. Notes This description reflects the component's electrical and mechanical specifications and intended use with JhD202XR2 and JhD202XR4 assemblies.