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MCC3721H User's Quick Setup V1.02
WUHAN AU3TECH TRADING CO., LTD
Email:
info@au3tech.com
Web: www.au3tech.com
1. Product Overview
SC1000 is a new generation CNC system software which is specially developed towards fiber
laser cutting field. It has enough external devices and powerful function.
2. Wiring diagram of Motion control card MCC3721H.
The explanations of each port:
ports
Power
+24V
input
PG
0V
X/Y Axis'
X+
limit
input
X0
X-
0V
1
function
DC24V input + end
Protective ground
DC input - end，power GND
X Axis' positive limit input，special
signal，low-level propagation is effective.
X Axis' origin signal，special signal，low-
level propagation is effective.
X Axis' negative limit input，special
signal，low-level propagation is effective.
GND, X Axis' limit signal COM port
WUHAN AU3TECH TRADING CO., LTD
remark
Recommend to use DC
24V/10A power supply
X Axis' limit input
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Summarization of Contents
3. Installation and wiring of CNC system
3.1 Installation dimension.
Specifies the physical dimensions and mounting options for the SC1000 CNC system.
3.2 Installation of limit port or other IO port.
Guides on the installation and wiring of limit ports and other I/O ports.
3.3 Connecting X/Y axis' servo driver
Details the wiring and pin configuration for connecting X/Y axis servo drivers.
3.4 Laser connecting.
Describes how to connect the SC1000 CNC system to various types of lasers.
3.5 Connecting the signal amplifier for controlling Z axis by capacitance.
Explains connecting the signal amplifier for Z axis focus tracking control.
3.6 Connecting computer.
Details how the SC1000 CNC system connects to a PC for operation.
3.7 Installing power
Provides guidance on installing the necessary 24V power supply for the CNC board.
4. Cutting machine parameters
4.1 Software setup
Instructions for downloading, installing, and opening the SC1000 CNC software.
4.2 Communication setting
Details Ethernet communication settings between FTC, MCC3721H, and PC.
4.3 Parameter setting.
4.3.1 X/Y Axis parameter
Details basic parameters and configuration for X and Y axes, including origin point.
4.3.2 Laser setting
Configuration settings for Raycus, IPG, and MaxPhotonics lasers.
4.3.3 FTC configuration and debugging.
Guides on setting up and debugging the FTC (Focus Tracking Controller) function.
4.3.4 Gas configuration and debugging.
Details on configuring and debugging gas settings for different valve types.
4.3.5 I/O port configuration and debugging.
Guides on configuring and debugging various I/O ports for signals and alarms.
4.3.6 Wireless remoter configuration.
Steps for pairing and configuring the wireless remote control with SC1000 software.
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