0-20mA Voltage Signal Generator Adjustable Signal Source Variable Frequency Servo Transmitter PLC Analog Control Module

Adjustable Signal Source & Variable Frequency:The module provides an adjustable analog signal source with variable frequency capability. Users can fine‑tune both voltage and frequency to meet specific test conditions, enabling accurate simulation of control signals compatible with various devices. Ideal compatible with Servo Transmitter & PLC Analog Control:Designed compatible with servo systems and PLC analog input testing, this generator can output stable and signals to verify the per compatible withmance of drives, actuators, controllers, and automation equipment be compatible withe field deployment. Stable & Output:High‑stability components and circuit design ensure low noise, low drift, and reliable long‑term operation. This helps engineers and technicians per compatible withm accurate calibration, troubleshooting, and functional verification. Easy Operation & Clear Interface:User‑friendly controls and clear labeling make it simple to adjust parameters even compatible with beginners. The compact compatible withm factor is convenient compatible with bench use, field maintenance, and educational laboratories. Versatile Application Scenarios: compatible with industrial automation commissioning, PLC analog input simulation, servo drive testing, inverter debugging, sensor signal simulation, and general electronic development and research. Product Technical Parameters: Supply voltage: 15-28VDC (24VDC recommended), built-in short-circuit protection Sampling resistor capacity: <50mA Output current: <24mA Minimum output current: <0.01mA Load capacity (sampling resistor): <500 ohms Color: As Shown Material: plastic Package Contents: 1*Digital Display Potentiometer Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.