Xc2003 Controller Manual -

If you are upgrading your manual, note the differences:

Always check your board’s silkscreen revision before following wiring instructions.

Using the terminal software (e.g., Serial Assistant):

The manual stresses: Never change P04 (pulse width) below 2µs, or you will lose steps at high speed. xc2003 controller manual

Relay output (RL1) controls spindle on/off. The analog output (0-10V) controls RPM. Manual diagram shows:

The XC2003 is programmed using XC‑Studio V3.2 (free download from [manufacturer website]).

Quick Start:

Example Ladder Rung (Start/Stop motor on output Y0):

|---[Start X0]---[Stop X1]-----------------(Y0)---|

Hidden in the manual’s advanced section is the parameter table. These are set via the on-controller DIP switches or via software terminal.

The XC2003 often serves as a dedicated motion controller for stepper or servo axes. The manual treats this not as an afterthought, but as a core competency. If you are upgrading your manual, note the differences:

Look for the "Pulse Output Parameter Table" . This section explains:

The most intimidating part of any new controller is the I/O mapping. Where does the 24V DC sensor go? Which terminal handles the high-speed pulse train?

The XC2003 manual excels in hierarchical breakdown. It doesn't just give you a pinout diagram; it groups terminals by function: Using the terminal software (e

Solid Feature Highlight: A fold-out (or multi-page PDF spread) "Quick Reference Card" of terminal assignments, allowing you to trace a physical wire back to its logical address without flipping chapters.

| Parameter | Default Value | Function | |-----------|---------------|----------| | P01 | 1600 | Steps per rev (if 1.8° stepper) | | P02 | 200 | Maximum speed (mm/sec) | | P03 | 10 | Acceleration (mm/s²) | | P04 | 5 | Pulse width (µs) – increase if missing steps | | P10 | 1 | Active low limit (0=NO, 1=NC) |