RuiDa RDC7132G User manual

RDC7132G User manual V1.0
SHENZHEN RUIDA TECHNOLOGY
RDC7132G
User manual V1.0
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

RDC7132G User manual V1.0
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.

RDC7132G User manual V1.0
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.

RDC7132G User manual V1.0
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.

RDC7132G User manual V1.0
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.

RDC7132G User manual V1.0
SHENZHEN RUIDA TECHNOLOGY
Contents
Chapter 1 Installation Dimension................................................................................................................ 1
1.1 Panel size............................................................................................................................................ 2
1.2 Mainboard Size...................................................................................................................................3
Chapter 2 Electrical connection diagram of control system....................................................................... 4
2.1 Electrical connection diagram of control system...............................................................................5
Chapter 3 Mainboard interface signal description......................................................................................6
3.1 Main power interface CN0.................................................................................................................7
3.2 U-disk interface.................................................................................................................................. 7
3.3 PC-USB interface................................................................................................................................ 7
3.4 RTLink@ Interface.............................................................................................................................. 7
3.5 Ethernet Interface.............................................................................................................................. 7
3.6 HMI Interface..................................................................................................................................... 7
3.7 General/ Dedicated output IO port CN1............................................................................................8
3.8 General/ Dedicated input IO port CN2.............................................................................................. 8
3.9 Limit input interface...........................................................................................................................9
3.10 Laser power control interface CN5................................................................................................ 10
3.11 Y/X axis motor interface CN6/CN7.................................................................................................11
3.12 Dial code switch S1, S2...................................................................................................................11
Chapter 4 Man-machine interface operation instructions....................................................................... 13
4.1 Operation panel and key function introduction.............................................................................. 14
4.1.1 operation panel.........................................................................................................................14
4.1.2 Key function introduction......................................................................................................... 14
4.2 Main interface and function introduction....................................................................................... 15
4.2.1 main interface........................................................................................................................... 15
4.2.2 menu key...................................................................................................................................17
4.2.3 Speed Settings...........................................................................................................................17
4.2.4 Max/min power Settings...........................................................................................................18
4.2.5 File settings............................................................................................................................... 19
4.2.6 U disk file...................................................................................................................................21
4.2.7 Layer parameter Settings.......................................................................................................... 22
4.3 FN Key menu.................................................................................................................................... 23
4.3.1 The Z axis moving......................................................................................................................23
4.3.2 Key-Lock Function..................................................................................................................... 23
4.3.3 Continue setting........................................................................................................................24
4.3.4 Some Settings............................................................................................................................25
4.3.5 Registration point setting..........................................................................................................25
4.3.6 Set as the factory parameter.................................................................................................... 27
4.3.7 Restore factory parameters...................................................................................................... 28
4.3.8 Automatically focal....................................................................................................................28
4.3.9 Language settings......................................................................................................................28

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4.3.10 IP setting................................................................................................................................28
4.3.11 diagnose.................................................................................................................................. 29
4.3.12 Screen origin........................................................................................................................... 30
4.3.13 The axis reset.......................................................................................................................... 30
4.4 Alarm information............................................................................................................................31

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Section 1 Installation
Dimension
CONTENTS:
Panel size
Mainboard Size

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1.1 Panel size
All dimensions are in mm, accurate is 0.1mm (four positioning holes are symmetrical in
position)
Pic 1. 1 Panel size
1.2 Mainboard Size
All dimensions are in mm, accurate is 0.1mm (four positioning holes are symmetrical in

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position)
PIC 1. 2 Mainboard Size

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Section 2 Electrical
connection diagram of
control system
CONTENTS:
Electrical connection
diagram of control system

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2.Electrical connection diagram of control system
2-1 Electrical connection diagram of control system

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Section3 Mainboard
interface signal
description
CONTENTS:
Main power interface CN0
U-disk interface
PC-USB interface
RTLink@ Interface
Ethernet Interface
HMI Interface
General/Dedicated output
IO port CN1
General/Dedicated input IO
port CN2
Limit input interface
Laser power control
interface CN5
Y/X axis motor interface
CN6/CN7
Dial code switch S1, S2

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3.1 Main power interface CN0
3.2 U-disk interface
U-disk is USB-AM interface, which is the interface for the mainboard to access the U-disk.
3.3 PC-USB interface
PC-USB is USB-AM interface, which is accessed by the mainboard and PC through USB2.0.
3.4 RTLink@ Interface
Serial ports interface. The router can communicate with mobile App.
3.5 Ethernet Interface
Ethernet is the Ethernet interface, the mainboard can communicate with 10/x100MHZ of PC's.
Please use PIN to PIN Ethernet parallel lines.
3.6 HMI Interface
The connection line between the mainboard and the panel should be PIN - to - PIN parallel.
seri
al
number
sym
bol
definition
1
GND
24V Power source (input)
2
+24V
24V Power positive (input)
The control system adopts a single 24V power supply, and it is recommended to
use more than 24V/6A power supply to keep a certain margin.

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3.7 General/ Dedicated output IO port CN1
General/ dedicated output definition
PI
N
symbo
l
definition
1
GND
Power source (output)
2
Out2
General output, Reserved
3
Out1
General output, Reserved
4
Status
Dedicated output, working status signal port (or second pen signal).
When it is a working state signal, if the port is connected to the relay
externally, the relay coil will be switched on when it is working, and
there will be no impact when the work is suspended. When the work is
finished or cancelled manually, the relay coil will be cut off。
5
Wind
Dedicated output. When enabling the fan to control, the port outputs
the fan control signal; otherwise, it is the first pen control signal. When
fan is connected and fan control enables, fan switches can be set on
each layer. If external relays are connected, the relay coil is switched
on when fan is on and the relay coil is cut off when wind is off.
6
+24V
Power output (if the main power interface is powered by 24V , the pin
is 24V; if the main power interface is powered by 36V , the pin is 36V)
All output signals are isolated by optocoupler. The OC gate output, maximum
drive capacity is 300mA, it can drive 6V/24V relay directly.
3.8 General/ Dedicated input IO port CN2
ser
ial
number
symbol
Definition
1
GND
Power source (output)
2
FootSW
Dedicated input, foot switch input port. Connection mode: when
the foot pedal is pressed, input low voltage signal to the port.
When the foot pedal is released, disconnect the port or input
high voltage signal to the port. If the current machine is in idle
state, the work will be suspended. If the current machine is in
suspended state, the suspended work will be restarted. In other
words, the foot pedal switch and the "start/pause" key on the
keyboard have similar functions. If the time between the second

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pedal switch stepping down and the first stepping down is less
than 100 milliseconds, the second pedal action is considered
invalid by the mainboard.
3
DrProc
Dedicated input, protection signal input, if the machine needs to
be protected in a specific state (such as open cover protection),
the protection signal is input from this pin. The pin can be
enabled and disabled. When the pin is disabled, the signal will
not be inquired by the mainboard. If the pin is enabled, and the
input is at a high voltage or the input port is suspended, the
machine will be protected and the ongoing work will be
suspended and the laser will be turned off.
4
Shot
General input, laser hardware pulse switch input port, when
connected to low voltage, laser pulse working ,when in high
voltage ,it is not working.
5
IN1
General input, reserved
6
+24V
Power +24V (output)
3.9 Limit input interface
Z/Z-Lim axis limit interfaceCN3
N
O.
Symbol
Definition
1
GND
Power source (output)
2
ZDIR
Z direction pulse
3
ZSTEP
Z step pulse
4
LmtZ-
Z-, the limit on the Z axis to zero
5
LmtZ+
Z +, the limit of the Z axis to the maximum coordinate
6
Uz
+5V (output)
X/Y axis limit interfaceX/Y-Lim CN4
ser
ial
number
symbol
definition
1
GND
Power source (output)
2
LmtY-
Y -, the limit on the Y axis to zero
3
LmtY+
Y +, the limit on the Y axis to the maximum coordinate
4
LmtX-
X -, the limit on the X axis to zero
5
LmtX+
X +, the limit on the X axis to the maximum coordinate
6
Uxy
+5V (output)
Limiting polarity is optional. That is, when the moving axis reaches the limit position, a low voltage
signal will be triggered to light the LED corresponding to each limit position. When the moving axis leaves

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the limit position, the high voltage signal will be triggered or the limit signal will be disconnected, and the
limit indicator will be off. Then the limit polarity will be negative. On the contrary, if the moving axis is
close to the limit, the corresponding indicator light goes off, and the corresponding indicator light goes on
when leaving the limit, the limit polarity is positive. Incorrect setting of limit polarity will lead to system
reset cannot detect the limit, resulting in axis collision.
Limit input port is compatible with 5V/12V/24V logic voltage input.
3.10 Laser power control interface CN5
PI
N
symbol
definition
1
GND
Laser power source (output)
2
L-On
Laser enabled control interface
1. When the laser is a RF laser, the pin is not used；
2. When the laser is a glass tube, if the laser power supply is low
voltage, the pin is connected with the laser enable end of the
laser power supply, which is used to control the on/off of the
laser; Does not support high level laser power source.
3
WP
Laser power water protection state input port. When enabling
water protection, the mainboard will test the water protection
input port. If the port is low, it is considered normal. If the port is
at a high voltage, the mainboard will force the laser off, and the
ongoing work will stop, and the system will alarm. If not enable
water protection, moainboard does not test the water protection
input port, at this time the user may not receive water
protection.
The water protection input port must use 24V logic level input.
4
LPWM
Laser/tube power control interface
1. When the laser is a RF laser, the pin is connected to the
RF-PWM end of the laser
2. When the laser is a glass tube and the PWM end of the laser
power supply is low and effective, the pin is connected with the
PWM end of the laser power supply to control the laser power
5
L-AN
Analog voltage, power control end connected to laser power
supply
Please select the correct type of laser in the manufacturer's parameter Settings.

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3.11 Y/X axis motor interface CN6/CN7
Same with the X/Y motion axis interface, take the X axis interface for example.
P
IN
symbol
definition
1
XA+
Motor X - axis Positive phase A
2
XA-
Motor X - axis negative phase A
3
XB+
Motor X - axis Positive phase B
4
XB-
Motor X axis phase negative B
Drive direction signal polarity can be set. If an axis is reset, move in the opposite direction to the
origin of the machine, It means the direction of the axis signal polarity is wrong, user can disconnect the
axis and the drive motor (mainboard undetectable limit, otherwise may cause the axis collision), and then
after the axis reset, revising the axis in the direction of the signal polarity, after modification, to press the
reset button to reset the mainboard.
The pulse signal of the driver can be set as effective rising edge or falling edge, and the controller
defaults to effective falling edge.
3.12 Dial code switch S1, S2
The dialing switch S1 and S2 adjust the driving current and subdivision of Y and X axes respectively.
The two switch interfaces are defined in the same way.
PI
N
symbol
definition
1
SW1
A1 current selector 1
2
SW2
A2 current selector port 2
3
SW3
A3 current selector port 3
4
SW4
MS1 subdivision selector 1
5
SW5
MS2 subdivision select port 2
6
SW6
MS3 subdivision select port 3
Current setting
A1
A2
A3
current /A
0
1
1
0.61
1
0
1
0.87
0
0
1
1.07
1
1
0
1.22
1
0
1
1.34
1
0
0
1.45
0
0
0
1.50

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Subdivision Presets
MS1
MS2
MS3
subdivision
0
0
0
1600
1
0
1
3200
0
0
1
6400
1
0-
0
800
0
1
0
400
Suitable driving current and subdivision are selected for different motors. It is
recommended to use 3200 subdivision current of 1.22a.

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Section 4 Man-machine
interface operation
instructions
CONTENTS:
Operation panel and key
function introduction
Main interface and function
introduction
FN Key menu
Alarm information