To Next PageTo Next PageWhat does it mean if there is an input signal logic abnormal of RS Trigger of Main output on a CUH Controller?
If there's an input signal logic abnormal of RS Trigger of Main output on your CUH Controller, make sure two input signals of RS trigger of Main output are not valid at the same time.
What to do if CUH Controller shows 'Internal Communication abnormal'?
If your CUH Controller displays 'Internal Communication abnormal', make sure no external power supply is connected to the 24V power port.
What causes a 'Temperature sensor abnormal' error on a CUH Controller?
If your CUH Controller shows a 'Temperature sensor abnormal' error, verify that the working temperature is not below -20°C.
General| Category | Controller |
|---|---|
| Motion Sensor | Six-axis motion sensing system (three-axis gyroscope, three-axis accelerometer) |
| Light Bar | Yes |
| Speaker | Built-in mono speaker |
| Model | SDMC20-S |
| Connection | Bluetooth, USB |
| Battery | Lithium-Ion Rechargeable Battery |
| Buttons | Directional buttons, Action buttons (Triangle, Circle, Cross, Square), Shoulder buttons (R1/L1), Triggers (R2/L2), Options button, PS button, Touch Pad button |
| Touch Pad | Yes |
| Vibration | Yes |
| Headset Jack | 3.5mm |
| Compatible Platform | PlayStation 4 |
Verify the controller and accessories are intact upon receipt. Contact the company if any issues are found.
Notes for ensuring better performance and longer lifetime, focusing on ventilation and environmental conditions.
Verify the controller and accessories are intact upon receipt. Contact the company if any issues are found.
Overview of the SDMC20-S controller's capabilities, including soft start, speed stabilization, and protection functions.
Specifies the necessary environmental and electrical conditions for safe and proper controller installation and operation.
Details how to use the controller's buttons in both modern and traditional parameter interfaces.
Explains how to set the output voltage or speed using the controller's interface and buttons.
Details how to control the motor speed using external analog signals like potentiometers or voltage/current inputs.
Explains the connection and configuration of intelligent photoelectric sensors for detection purposes.
Describes the support for NPN, PNP, Ut1, and Ut0 modes for switch sensor connections.
Illustrates the wiring configurations for NPN and PNP/push-pull output types for control signals.
Explains the available signal sources and logic diagrams for controlling the main and control outputs.
Describes the two control output modes: delay mode and hold mode, with timing diagrams.
Explains how the main output signal is controlled, similar to control output, using logic operations and on/off signals.
Details how to use external control signals to select preset motor speeds for multi-speed control systems.
Provides instructions on how to change the motor's rotation direction by adjusting the output connector position.
Explains the motor stall protection feature, how it triggers (Err22), and how to resume operation.
Describes how to view various operating parameters for monitoring and debugging purposes.
Details how to lock key parameters using a password to prevent misoperation and unauthorized changes.
Explains how to connect the controller to a vibratory feeder and set it for feeder control mode.
Instructions on how to restore factory settings to use the traditional SDVC21-S interface for feeder control.
A comprehensive table listing all controller parameters, their symbols, ranges, and default values.
Diagrams illustrating the electrical connections for various input and output ports of the controller.
Provides common error codes and their corresponding troubleshooting methods for diagnosing issues.
Provides detailed physical dimensions of the controller unit in millimeters.
Lists the electrical and performance specifications of the controller, including voltage, current, and frequency.
Details the GB and IEC standards the controller complies with for electrostatic discharge and immunity.
Specifies the warranty duration for the product, which is 3 years from the date of delivery.
Outlines the conditions and exclusions for product warranty coverage.
Defines the intended applications and industries for the controller and those it is not suitable for.
