Description
This linear slide potentiometer includes a slim geared DC motor that can gently move the wiper up and down without human interaction. Perfect for use in advanced A/V control panels, light robotics, or interactive controls that can be controlled both digitally and manually.
The potentiometer and motor are electrically separate: the potentiometer acts as a classic 3-pin resistor divider, while the motor is a 2-pin 5V to 10V DC motor requiring a full H-bridge motor driver for bidirectional control. When no voltage is applied to the motor pins, the slider can be moved manually.
The unit also features a touch pad connected to the metallic slider that can be interfaced with capacitive touch sensors, assuming a metallic or conductive slider knob is used.
Usage involves reading the potentiometer's analog voltage and controlling the motor accordingly to position the slider, then releasing the motor when the desired position is reached.
Comes as one motorized slide potentiometer; H-Bridge controller is not included. Compatible with most microcontrollers.
Features:
- 10KΩ linear slide potentiometer with motorized control
- 5V to 10V DC slim geared motor for automatic slider movement
- Separate electrical circuits for potentiometer and motor
- Touch sense track included for capacitive touch detection
- Requires external H-bridge motor driver for bidirectional motor control
- Durable design with operating life of 30,000 cycles minimum
- Compact dimensions: 144.0mm x 28.6mm x 17.0mm
- Lightweight at 51.4g
Technical Specifications:
- Rotational Torque: 20~60gf.cm
- Sliding Travel: 100mm ±0.5mm
- Lever Stop Strength: ≥6Kgf.cm
- Lever Wobble: max 1.6mm p-p
- Total Resistance: 10KΩ ±20%
- Resistance Taper: 0B
- Rated Power: 0.5W
- Maximum Operating Voltage: 200V AC
- Insulation Resistance: 100MΩ (1 minute at DC 250V)
- Dielectric Voltage: 1 minute at AC 250V
- Motor Working Voltage: 6V~10V DC (works at 5V as well)
- Touch Sense Track: included
- Operating Life: minimum 30,000 cycles
Product links:
Datasheet
Dimension Diagram