RuiDa RDC6563F - User Manual

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RDC6563F Standalone Fiber Cutting Control System User Manual V2.0 I

SHENZHEN RUIDA TECHNOLOGY CO., LTD

RDC6563F

Standalone Fiber Cutting Control

System User Manual V2.0

Users should read this manual before using the controller.

 This manual contents is the system operation manual

 Read this manual carefully to ensure proper electrical connection

SHENZHEN RUIDA TECHNOLOGY CO., LTD

Address ： 301A.302B,Technology Building,NO.,1067 Nanhai

Avenue,Nanshan District,Shenzhen city,Guangdong

Province,P.R.China

Tel： 0755--26066687

Fax： 0755--26982287

E-mail： sales@rd-acs.com

Website： www.rd-acs.com

Main Page

Questions and Answers

S
Samantha OrtegaAug 2, 2025
Why does the XY Axis manual not move on my RuiDa Control Systems?
- B
  bensonthomasAug 2, 2025
  If the XY Axis manual doesn't move on your RuiDa Control Systems, it could be due to several reasons. First, the servo drive might not be wired correctly, so please refer to the user manual for proper wiring. Second, the servo drive parameter settings might be incorrect, so set the parameters correctly according to the servo drive manual. Third, the polarity of the limit might be set incorrectly, causing it to stop, so correctly set the limit polarity. Finally, the servo drive may be generating an alarm, in which case, please restart the servo to cancel the alarm.
G
Grace HendersonNov 17, 2025
What to do if manually moving the Z axis on the RuiDa RDC6563F panel doesn't move the cutting head?
- T
  Timothy KellyNov 17, 2025
  If you manually move the Z axis on the panel of your RuiDa Control Systems and the cutting head doesn't move, there are several potential causes. First, the servo drive might not be wired correctly, so refer to the user manual for proper wiring. Second, the servo drive parameter settings may be incorrect, so set the parameters correctly according to the servo drive manual. Third, the servo drive may not support speed control mode, in which case, please select a drive that supports speed control mode. Fourth, an alarm may have occurred on the Z axis of the main board, causing it to stop, so eliminate alarm faults according to alarm prompts on the panel interface. Finally, the panel might not be connected properly with the mainboard, so check if the panel cable and Z-axis movement can be con...

Summary

Copyright Declaration

Certification Statements

CE Certification

Product compliance with European safety standards.

ROHS Certification

Product compliance with EU hazardous substance regulations.

FCC Certification

Product compliance with US electronic product safety regulations.

Safety Information

Receiving, Unpacking, and Inspection

Chapter 1 Overview

Introduction to Fiber Cutting Control System

Overview of the RDC6563F system and its capabilities.

RDC6563 F Main Technical Parameters

Specifies the core technical specifications of the RDC6563F controller.

Mainboard Size Chart

Provides dimensional drawings of the RDC6563F mainboard.

Panel Size Chart

Provides dimensional drawings of the RDC6563F control panel.

Amplifier Installation Dimensions

Illustrates the dimensions for amplifier installation.

Chapter 2 Hardware Wiring Instruction

System Wiring Diagram

Illustrates the overall system wiring connections.

Sensor Amplifier Interface

Details the connection and importance of the sensor amplifier interface.

Main Power Input Interface

Defines the main power input interface signals and their functions.

HMI Interface

Describes the HMI connection via DB9 interface and safety precautions.

PC-USB Interface

Explains the connection to a PC via USB for software and driver setup.

U-disk Interface

Details the U-disk port for accessing and copying files.

Ethernet Interface

Describes the Ethernet connection for PC communication.

BWK Interface

Explains the connection for the BWK wireless handheld box receiver.

X, Y, U, A Axis Motor Interface

Defines the pin assignments for X, Y, U, and A axis motor connections.

Z Axis Motor Interface

Defines the pin assignments for the Z-axis motor connection.

Limit Switch Interface

Details the connection options for limit switches.

LASER Interface

Specifies the pin definitions for connecting the laser.

AB Switch Interface

Defines the pin assignments for the AB switch interface.

Input IO

Lists and describes the general input IO interface definitions.

General Output IO

Lists and describes the general output IO interface definitions.

Indicator Description

Explains the meaning of various system indicators for diagnostics.

Chapter 3 HMI Functions Introduction

HMI Overview and Operation

Describes the HMI panel, main interface, buttons, and basic operations.

User Parameters

Guides on viewing, modifying, and saving user-configurable parameters.

Vendor Parameters

Details advanced parameters and settings intended for manufacturers.

File Management

Covers operations for memory files, U-disk files, and file preview.

Menu Navigation and Settings

Outlines menu options for speed, power, language, and system settings.

System Functions and Maintenance

Details axis reset, accessibility, alarms, diagnostics, and firmware upgrades.

Password Management

Covers password input and settings for system security.

Chapter 4 Follow System

Follow-up System Function

Introduction to the follow-up system's purpose and operation.

Servo Calibration

Procedure to calibrate servo motors for accurate positioning.

Capacitor Calibration

Process to calibrate the capacitive sensor for height detection.

Auto-tuning

Optimizing system parameters for improved follow-up performance.

Following Detection

Interface for real-time monitoring of Z-axis motion and status.

Chapter 5 BWK Handheld Box

BWK Wireless Handheld Box Introduction

Overview of the wireless controller and its communication range.

Handheld Box Button Function Description

Details the functions of each button on the BWK handheld controller.

Chapter 6 System Test

X, Y Axis Motion Test

Procedure to test the movement and direction of X and Y axes.

Z Axis Following Test

Procedure to test the Z-axis following system, including sensors.

Laser Test

Steps to verify the laser output and functionality.

Cutting Test

Instructions for performing a test cut after setup and configuration.

Chapter 7 Alarm Message Description

Alarm Information Description

Overview of alarm types and system protection actions.

System Error

Describes system errors and troubleshooting steps.

Upper and Lower Limit Trigger

Troubleshooting for limit switch trigger issues.

X, Y, U, A Hard Limit Trigger

Troubleshooting for hard limit trigger on multiple axes.

Reset Error

Details causes and solutions for reset errors.

Capacitance Value Becomes Smaller

Troubleshooting steps when capacitance sensor readings decrease.

Collision Alarm

Diagnosing and resolving collision alarm situations.

Air Pressure Alarm

Handling alarms related to insufficient air pressure.

Large Following Error

Troubleshooting excessive following errors during operation.

Encoder Error

Diagnosing and fixing encoder-related errors.

X, Y, U, A Axis Servo Alarm

Resolving servo alarms on multiple axes.

Z Axis Servo Alarm

Troubleshooting Z-axis servo motor alarms.

Machine Protection

Understanding and resolving machine protection alarms.

Following Alarm

Addressing alarms related to the Z-axis following system.

Machine Alarm

General troubleshooting for laser machine alarms.

Frame Crossing

Resolving issues where the cutting path exceeds machine limits.

Mainboard Communication Failed

Troubleshooting communication issues between the mainboard and panel.

No File

Resolving errors when no file is found for processing.

Chapter 8 Device Connection

USB Drive Installation

Guide to installing USB drivers for PC connection.

USB Device Connection

Procedure to connect the mainboard to the PC via USB.

Ethernet Device Connection

Instructions for connecting the mainboard to a network via Ethernet.

Chapter 9 Appendix

Common Troubleshooting Methods

A comprehensive guide to diagnosing and resolving common issues.

RuiDa RDC6563F Specifications

General

Model	RDC6563F
Display	LCD
Operating System	Embedded
Supported Motors	Stepper, Servo
Application	Laser engraving and cutting
Memory	128KB
Communication Interface	USB
Laser Control	Supported
File Format	G-code
Operating Temperature	0°C to 50°C
Storage Temperature	-20°C to 70°C
Humidity	10% to 90% (non-condensing)
Controller Type	DSP-based
Input Voltage	24V
Axis	3

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