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Details key features of the XMD amplifier, including CAN communication, quick setup, and diagnostic capabilities.
Provides crucial safety and operational guidelines that users must adhere to for correct setup and usage.
Lists actions and conditions to strictly avoid to prevent damage or hazardous situations when operating the unit.
Details the steps for physically mounting the XMD controller to a surface using the provided bracket and hardware.
Outlines the process for safely removing the XMD controller from its mounting bracket using a flathead screwdriver.
Details the function of each pin on the XMD unit and provides essential wiring practices for safe and effective connections.
Guides users on how to set up a password for the XMD device to prevent unauthorized configuration changes via the mobile app.
Demonstrates a quick setup for single-direction control of motors or valves, showing the wiring diagram and app interface.
Demonstrates a quick setup for bi-directional cylinder control using an XMD-02, showing wiring and app interface for dual outputs.
Continues the Single Output Single Slope example, detailing input type selection, default alarm levels, and configuration of Coil A and Coil B.
Explains the output settings for the Single Output Single Slope example, including PWM, dither, and ramp time calculations for electro-proportional and solenoid valves.
Continues the Dual Output Single Slope example, detailing input type selection for both coils and default settings for input signal and output current.
Details the output settings for the Dual Output Single Slope example, including PWM, dither, and ramp times for both Coil A and Coil B.
Continues calculations for ramp up and ramp down times for both Coil A (R1a, R2a, T1a, T2a) and Coil B (R1b, R2b, T1b, T2b).
| Category | Control Unit |
|---|---|
| Material | Aluminum |
| Input Voltage | 12 or 24 VDC |
| Communication Protocol | CANopen |
| Protection | IP69K |
| Type | Electro-Hydraulic Driver |
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