Ruida Technology RDC658XG User manual

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
RDC658XG
Control System Manual
Read this manual before operation
The content include of electric connections and operating steps
Read the manual to operate the systems
RuiDa Technology Co., Ltd
Addr: 3th floor,Technology Building,NO.,1067 Nanhai
Avenue,Nanshan District,Shenzhen city,Guangdong
Province,P.R.China
Tel: [phone]
Fax: [phone]
E-mail: [e-mail]
Web: www.rd-acs.com
https://www.ruidacontroller.com

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
COPYRIGHT
All rights reserved.You may not reproduce, transmit, store in a
retrieval system or adapt thispublication, in any form or by any
means, without the prior written permissionof RuiDa, except as
allowed under applicable copyright laws. We have identifiedwords
that we consider as trademarks. Neither the presence or absence
oftrademark identifications affects the legal status of any trademarks.

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
CERTIFICATION DECLARATION
CE
The product has been certified by the CE (Commutate European) safety certification. It has
passed the corresponding conformity assessment procedure and the manufacturer's
declaration of conformity, in accordance with the relevant EU directive.
ROHS
This product has been certified by EU legislation (Restriction of Hazardous Substances)
Safety certification; comply with relevant EU environmental regulations.
FCC
This product has been certified by the Federal Communications Commission for safety,
Comply with us electronic safety regulations.

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
SAFETY INFORMATION
When using this system, please make sure the operation is correct and the usage is safe.
Some signs or text will be used to remind you to pay attention to the dangerous matters and
some important information.
Dangerous：
Indicates a serious danger. In the process of use, if the operation is
improper or the way of use is wrong, it may cause serious injury or even
death to the user. Please do not operate it easily until you have made sure
that the operation method is correct and the way of use is correct.
Warning：
Danger.n the process of use, if the operation is improper or the use is
wrong, which may lead to the injury of the personnel, please do not
operate the personnel and related personnel easily, until ensure the correct
operation method and use method is correct before use.
Cautious：
Represents the potential risk of the product. In the process of use, if the
use method is wrong or improper operation, it may cause damage to the
product or some parts. Please do not use it until you have made sure that
the operation method is correct and the usage is correct.
Important：
Represents important information to be paid attention to during the use of
the product.Please do not ignore this information, this information will
provide effective operational help.
This sign indicates laser radiation, which is usually posted on products with
laser output. Please be careful with laser and pay attention to safety when
using this kind of equipment.

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
Sign in、Devanning、Examine cargo
The product itself with plastic or metal shell, can protect the external electrical components
from damage. The products are packed in foam bags and anti-static bags. If there is any
external damage to the package, check the equipment and notify the carrier and carrier in
writing of the damage.
Inportant:
After receiving the product, please check whether the outer package is intact,
check whether the product is complete after unpacking and whether all parts
are intact. If any damage is found, please contact ruida immediately.
Remove all cargo from package and keep packing material and wiring parts. Please take care
of the safety of the goods when unpacking them.After taking out the goods, please check
whether the parts are complete and intact. If any missing parts or damaged parts are found,
please contact ruida technology immediately.Do not install or debug the equipment if any
obvious damage is found.

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
Contents
Chapter 1 OVERVIEW................................................................................................................................... 1
1.1 BRIEFING.............................................................................................................................................2
1.2 Description of Controller Model........................................................................................................ 2
1.3 Comparison of Controller Performance.............................................................................................2
Chapter 2 Installation Size........................................................................................................................... 5
2.1 Installation Size of MainBoard........................................................................................................... 6
2.2 Size of Panel........................................................................................................................................7
Chapter 3 Object Pictures and Interfaces....................................................................................................8
3.1 Object Pictures of MainBoard............................................................................................................9
3.2 Object Pictures of Panel...................................................................................................................10
3.3 Electric connection...........................................................................................................................11
3.4 Lamp instruction.............................................................................................................................. 12
3.5 Function distribution of all eight axes............................................................................................. 13
Chapter 4 Description of Interface Signal for MainBoard.........................................................................15
4.1 Interface of Main Power Source CN0...............................................................................................17
4.2 Panel Signal-Cable Interface HMI.....................................................................................................17
4.3 Udisk Interface................................................................................................................................. 17
4.4 PC-USB Interface.............................................................................................................................. 17
4.5 Ethernet Interface............................................................................................................................ 17
4.6 Extended Equipment Interface CN1................................................................................................ 18
4.7 Output Port CN2/CN3...................................................................................................................... 18
4.8 Input Port CN4..................................................................................................................................19
4.9 8-axle Spacing Input Interface......................................................................................................... 20
4.10 X~D axle Motor Driver Interface AXIS_X~AXIS_D..........................................................................20
4.11 Laser Power Control Interface LP1~LP6.........................................................................................21
Chapter 5 Examples of Laser Power Interface...........................................................................................23
5.1 Brief.................................................................................................................................................. 24
5.2 Examples of Glass tube Laser Power............................................................................................... 25
5.3 Examples of RF-Laser....................................................................................................................... 26
Chapter 6 Examples of Driver Interface for Step-servo Motor................................................................. 27
6.1 Brief.................................................................................................................................................. 28
6.2 Examples of Motor Driver Connection............................................................................................ 29
Chapter 7 Examples of Extended Equipment Interface............................................................................ 30
7.1 Examples of Extended Equipment Interface....................................................................................31
Chapter 8 Operating Instruction of Panel..................................................................................................34
8.1 Introduction to the Panel and Keys..................................................................................................35
8.1.1 The whole panel........................................................................................................................35
8.1.2 Introduction to the Keys........................................................................................................... 35
8.2 Introduction to the Main Interface..................................................................................................36
8.2.1 The main interface.................................................................................................................... 37
8.2.2 Speed key.................................................................................................................................. 37

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
8.2.3 Max/Min power keys................................................................................................................ 38
8.2.4 Set the layer parameters...........................................................................................................39
8.3 Z/U Key............................................................................................................................................. 39
8.3.1 Z move.......................................................................................................................................40
8.3.2 U move...................................................................................................................................... 40
8.3.3 Extended axis............................................................................................................................ 40
8.3.4 Keyboard lock function............................................................................................................. 41
8.3.5 Axis reset+................................................................................................................................. 43
8.3.6 Manual set+...............................................................................................................................43
8.3.7 Laser set+.................................................................................................................................. 44
8.3.8 Origin set+................................................................................................................................. 44
8.3.9 Set Fact Para..............................................................................................................................46
8.3.10 Def Fact Para........................................................................................................................... 46
8.3.11 Auto Focus...............................................................................................................................47
8.3.12 Language................................................................................................................................. 47
8.3.13 IP Setup................................................................................................................................... 47
8.3.14 Diagnoses................................................................................................................................ 48
8.3.15 Screen Origin...........................................................................................................................49
8.4 File Key............................................................................................................................................. 50
8.4.1 Memory File.............................................................................................................................. 50
8.4.2 U Disk File..................................................................................................................................51
8.5 Introduction to some alarm info......................................................................................................52
Chapter 9 Manufacturer/User Parameters Explanation........................................................................... 54
9.1 Manufacturer parameters................................................................................................................55
9.2 User parameters...............................................................................................................................58

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
1
Section 1 OVERVIEW
CONTENTS:
BRIEFING
Description of
Controller Model
Comparison of
Controller Performance

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
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1.1 Briefing
RDC658XG system is a new generation system for control of laser engraving and cutting,
which is developed by RD Co., Ltd. In addition to high hardware stability, high voltage or static
electricity rejection, and friendly 3.5’’ TFT man-machine display. This system is provided with
stronger software function including perfect 8-axle motion control function, large-capacity file
storage, six-channel adjustable digits laser power control interface, USB driver of stronger
compatibility, multi-channel general/special IO control, and, this system can communicate with
PC by USB2.0 or Ethernet, and the communication mode is automatically checked by the system.
And, it have two extended RS232 ports, which can expediently communicate with other extended
equipments.
This RDC658XG system can drive single or multi-belt 2/4/6 roboticized X axes, and it
supports utmost eight axes, six laser channels.
1.2 Description of Controller Model
1.3 Comparison of Controller Performance
RDC6332G
RDC6342G
RDC644XG
RDC658XG
Power
Feature
Only one-way 24V
Only one-way 24V
Only one-way 24V
Only one-way 24V
Laser Port
Feature
Two-way digits and
two-way analog port,
settable independently
and non-interacted
Two-way digits and
two-way analog port,
settable independently
and non-interacted
Two-way digits port,
settable independently
and non-interacted
Six-way digits port,
settable independently
and non-interacted
USB
Copying
High
High
Very High
Very High

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
3
Feature
Speed
Compatib
ility
Support all USB
disks with different
capacities
Support all USB
disks with different
capacities
Support all USB
disks with different
capacities
Support all USB
disks with different
capacities
Memory
Feature
Capacity
256M
256M
128M
256M
Fault
Tolerance
Capable of
checking defective track
and formatting and
good in fault tolerance
Capable of
checking defective track
and formatting and
good in fault tolerance
Capable of checking
defective track and
formatting and good in
fault tolerance
Capable of
checking defective
track and formatting
and good in fault
tolerance
General IO
Feature
Input Port
4 ways (two for
general, two for
specialties)
4 ways (two for
general, two for
specialties)
4 ways (two for
general, two for
specialties)
Multi-ways
dedicated inputs and
two ways reserved
inputs
Output
Port
4-ways (500mA
high current for each,
OC output, no reverse
current protection)
4-ways (500mA
high current for each,
OC output, no reverse
current protection)
4-ways (500mA high
current for each, OC
output, reverse current
protection included)
Multi-ways
dedicated outputs and
four ways reserved
outputs.
(500mA high
current for each, OC
output, reverse current
protection included)
Software
Feature
Power-off
restart for
Engraving
YES
YES
YES
YES
Multi-origi
n Logics
YES
YES
YES
YES
Paramete
r Backup
Logics
YES
YES
YES
YES
Work time
Preview
YES (the work time
accurate to 1ms)
YES (the work time
accurate to 1ms)
YES (the work time
accurate to 1ms)
YES (the work
time accurate to 1ms)
Online
Update
Mainboard
Program
YES
YES
YES
YES
Display
Feature
Online
Modification
Laser
Power/Speed
YES
YES
YES
YES
Offline
Modification
Layer
parameters
YES
YES
YES
YES
Online
Update
Startup
Display
YES
YES
NO
NO
File
dynamic/static
preview
YES
YES
YES
YES
Run
progress bar
display
NO
NO
YES
YES

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
4
Modificati
on
Factory/User’s
para on
display
YES
YES
NO
NO
Display
type
320*240 TFT
display
320*240 TFT
display
320*480 TFT display
320*480 TFT
display
Motion-axl
e Feature
Soft
Spacing
YES
YES
YES
YES
Hard
Spacing
YES
YES
YES
YES
Z-axle
Linkage
YES
YES
YES
YES
Feeding
Feature
Single/double
direction for option
Single/double
direction for option
Single/double
direction for option
Single/double
direction for option
Power-on
Resetting
Configurable for
each axes
Configurable for
each axes
Configurable for
each axes
Configurable for
each axes
Key
Speed
Configurable
Configurable
Configurable
Configurable
Axles
3 (Z axes is
configurable to flat or
feedin axes ）
3 (Z axes is
configurable to flat or
feedin axes ）
4
8
Roboti
zation
Multi-X
axes
Support
NO
2
2
2/4/6
Belt of
Multi-X
axes
NO
Single Belt
Single Belt
Single or
Multi- Belt
Encryption
Feature
Realtime clock and
battery integrated for
hardware encryption
Realtime clock and
battery integrated for
hardware encryption
No realtime clock,
but encryption included
No realtime clock,
but encryption included
Communic
ate
Mode
10/100MHZ
Ethernet or USB2.0
10/100MHZ
Ethernet or USB2.0
10/100MHZ
Ethernet or USB2.0,
communication mode is
automatically checked
10/100MHZ
Ethernet or USB2.0,
communication mode is
automatically checked
Extended
Communic
ation Ports
One way
For wireless
handset
One way
For wireless
handset
One way
For wireless handset
or EPLC400
Two ways
For wireless
handset, EPLC400 or
other equipment
Phone
App
Support
NO
NO
YES
YES

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
5
Section 2 Installation
Size
CONTENTS:
Installation Size of
MainBoard
Size of Panel

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
6
2.1 Installation Size of MainBoard
The unit of all sizes is millimeter (mm) and the size accurate to 0.1mm (the four
holes are symmetrical)
Figure

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
7
2.2 Size of Panel
The unit of all sizes is millimeter (mm) and the size accurate to 0.1mm.
Figure

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
8
Section3 Object
Pictures and Interfaces
CONTENTS:
Object Pictures of
MainBoard
Object Pictures of
Panel
Electric connection
Lamp instruction
Function distribution
of all eight axes

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
9
3.1 Object Pictures of MainBoard
For more detailed pin description, see the Chapter 4: Description of Interface
Signal for MainBoard.
Figure: 3.1-1 Object Picture of
MainBoard

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
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3.2 Object Pictures of Panel
Figure: 3.2-1 Object Picture of Panel

User’s Manual of RDC658XG Control System
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3.3 Electric connection
Figure 3.3-1 electric
connection

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
12
3.4 Lamp instruction
RDC658XG have thirty three red lamps:
LED NUMBER
NAME
SENSE
LED1
LmtX-
Xnegative limit
indicator
LED2
LmtX+
Xpositive limit
LED3
LmtY-
Ynegative limit
LED4
LmtY+
Ypositive limit
LED5
LmtZ-
Znegative limit
LED6
LmtZ+
Zpositive limit
LED7
LmtU-
Unegative limit
LED8
LmtU+
Upositive limit
LED9
LmtA-
Anegative limit
LED10
LmtA+
Apositive limit
LED11
LmtB-
Bnegative limit
LED12
LmtB+
Bpositive limit
LED13
LmtC-
Cnegative limit
LED14
LmtC+
Cpositive limit
LED15
LmtD-
Unegative limit
LED16
LmtD+
Upositive limit
LED17
Wp1
the first water
protection
LED18
Wp2
the second water
protection
LED19
Wp3
the third water
protection
LED20
Wp4
the fourth water
protection
LED21
Wp5
the fifth water
protection
LED22
Wp6
the sixth water
protection
LED23
Lon1
the first Laser Splash
LED24
Lon2
the second Laser
Splash
LED25
Lon3
the third Laser Splash
LED26
Lon4
the fourth Laser
Splash
LED27
Lon5
the fifth Laser Splash
LED28
Lon6
the sixth Laser Splash
LED29
Act
Ethernet

User’s Manual of RDC658XG Control System
SHENZHEN RUIDA TECHNOLOGY
13
communication
LED30
Link
Ethernet connection
LED31
Err
error in controller
hardware
LED32
Run
the normal running
status
LED33
+5V
+5V power supply
3.5 Function distribution of all eight axes
The function distribution of all eight axes is as below:
Single
Roboticized X
axes
Double Roboticized X
axes
Quaternion
Roboticized X axes
Hexad Roboticized X
axes
X
Axes
Used to control the
left and right
moving or laser
header
Used to control the left
and right moving or the
first laser header
Used to control the
left and right moving
or the first laser
header
Used to control the left
and right moving or the
first laser header
Y
Axes
Used to control the
up and down
moving or laser
header
Used to control the up
and down moving or laser
header
Used to control the up
and down moving or
laser header
Used to control the up
and down moving or laser
header
Z
Axes
May be mapped to
put up and down
axes in Layer
parameter in PC
software
Used to control the left
and right moving or the
second laser header
Used to control the
left and right moving
or the second laser
header
Used to control the left
and right moving or the
second laser header
U
Axes
Used to control feed
in Axes
Used to control feed in
Axes
Used to control feed
in Axes
Used to control feed in
Axes
A
Axes
May be mapped to
put up and down
axes in Layer
parameter in PC
software
May be mapped to put up
and down axes in Layer
parameter in PC software
Used to control the
left and right moving
or the third laser
header
Used to control the left
and right moving or the
third laser header
B
Axes
May be mapped to
put up and down
axes in Layer
parameter in PC
software
May be mapped to put up
and down axes in Layer
parameter in PC software
Used to control the
left and right moving
or the fourth laser
header
Used to control the left
and right moving or the
fourth laser header