Trocen AWC708 Lite Motion User manual

AWC708 Lite Motion
Control System
User Manual
Laser Motion Control System
RV 1.4
2017.06
www.sztrocen.com
Copyright ©2016 Trocen Automation Tech. Co. Ltd. All rights reserved.

Copyright
TROCEN AUTOMATION TECHNOLOGY CO. LTD.
Patent
Trocen has already applied for a patent on our laser motion control system.
Attention!
Users have the responsibility to point out the design error and establish
protection mechanisms. Trocen does not accept any responsibility or liability for
any damage or loss resulting from improper operation.
Contact Us
409-411, 4F, Bldg B, Huameiju Business Center, Xinhu Rd., Bao’an District,
Shenzhen, Guangdong Province, China
Phone: [phone] Sabella
Tech Support: [phone] Tiger. Chan
Email: [email protected]
Website: www.sztrocen.com
Version
Ver. No.
Revision Date
V1.0
2015/07/17
V1.1
2015/09/17
V1.2
2015/12/17
V1.3
2016/03/09
V1.4
2017/06/12
Relevant Documents
- AWC708 Lite Panel Instruction
- LaserCAD User Manual

AWC708 Lite User Manual
Contents
1. Outline.........................................................................................................................................1
1.1. Terms...............................................................................................................................1
1.2. Snapshot.......................................................................................................................... 1
2. LaserCAD Installation................................................................................................................ 1
3. Hardware Installation..................................................................................................................1
3.1. Hardware Parts................................................................................................................1
3.1.1. Accessories......................................................................................................................1
3.1.2. Panel....................................................................................................................2
3.1.2.1. Overview of Panel...................................................................................... 2
3.1.2.2. Size of Panel............................................................................................... 3
3.1.3. Wiring Board.......................................................................................................3
3.1.3.1. Overview of Wiring Board......................................................................... 3
3.1.3.2. Size of Wiring Board.................................................................................. 4
3.2. Electric Connection.........................................................................................................4
3.2.1. Wiring Diagram.................................................................................................. 4
3.2.2. Unit Port and Wiring Diagram on Wiring Board............................................... 4
3.2.2.1. Power Supply Port on Wiring Board..........................................................4
3.2.2.2. Port of Panel and Wiring Board................................................................. 5
3.2.2.3. Signal Input Port on Wiring Board.............................................................5
3.2.2.4. I/O on Wiring Board...................................................................................6
3.2.2.5. Laser Power Supply Port on Wiring Board...............................................7
3.2.2.6. Driver Port on Wiring Board...................................................................... 7
3.2.2.7. Input Port of Limit Signal on Wiring Board.............................................. 8

1
1. Outline
1.1. Terms
Terms
Explanation
LaserCAD
Software
LaserCAD is a complementary software with auto typesetting
for laser motion control system.
Panel
4.3’’ color TFT LCD display.
Wiring Board
Panel
Both panel and wiring board are playing major roles,
integrating signal I/O with control card of driver.
Hardware
Including panel, wiring board and accessories
1.2. Snapshot
AWC708 Lite series, high efficiency in production, invented by Trocen for around 5 years,
combines LaserCAD with controller and reduce product costs.
Features of LaserCAD:
User-friendly and versatile
Compatible with CorelDraw and Auto CAD
Support the file format like AI, PLT, DXF, etc.
Basic graph drawing
Features of Wiring Board:
High DSP, quick calculating and optimal algorithm.
4.3’’ color TFT LCD display with concise operation interface.
Optical coupler, anti-electromagnetic interface and system stability.
Faster reading files under USB or network connection.
6 axes, 4 laser heads controlling and servo motor is controllable.
2. LaserCAD Installation
You can go through LaserCAD User Manual for more details about installation and
how-to-use LaserCAD.
3. Hardware Installation
Users will get further to know hardware parts of AWC708 Lite and how they are connected.
3.1. Hardware Parts
3.1.1. Accessories
Title
Overview
Explanation
USB
Cable
Connect computer and panel.

2
Network
Cable
Connect computer and panel.
CN
Cables
CN1&CN2 as one set to connect wiring board and
panel.
Extension
Cords
Extension cords allow for long distance between
USB and network cable.
3.1.2. Panel
3.1.2.1. Overview of Panel

3
3.1.2.2. Size of Panel
3.1.3. Wiring Board
Wiring board plays a role of connecting panel and other parts, including:
Connecting to driver
Detection of limit signal from axis
Detecting input signal
I/O signal and corresponding power supply unit
3.1.3.1. Overview of Wiring Board

4
3.1.3.2. Size of Wiring Board
3.2. Electric Connection
3.2.1. Wiring Diagram
3.2.2. Unit Port and Wiring Diagram on Wiring Board
3.2.2.1. Power Supply Port on Wiring Board
The power supply for wiring board and panel and pay more attention to polarity when
you are connecting them.

5
Port No.
Title
Explanation
1
24V
24V positive polarity
2
GND
24V grounding
3.2.2.2. Port of Panel and Wiring Board
CN cables connecting panel to wiring board.
Title
Explanation
CN1
Connect CN1 to panel
CN2
Connect CN2 to panel
3.2.2.3. Signal Input Port on Wiring Board
There are two ports for signal input.
Ports
No.
Title
Explanation
11.IN
1
DC24V
24V Power supply positive polarity output
2
IN1
Open cover protection signal is effective to low logic level
3
IN2
Foot switch signal is effective to low logic level
4
IN3
Reserved
5
IN4
Reserved
6
GND
Grounding output
12.IN
1
DC24V
24V Power supply positive polarity output
2
IN5
Reserved
3
IN6
Reserved
4
GND
Grounding output
Wiring diagram for signal input:

6
3.2.2.4. I/O on Wiring Board
There are two output ports for power supply outside and signal control.
Ports
No.
Title
Explanation
1.OUT
1
OUT1
Blowing signal (blowing all the working time)
OUT1 Blowing when output is high logic level
OUT1 Do not blow when output is low logic level
2
OUT2
Blowing signal (blow when laser is powering on)
OUT2 Blowing when output is high logic level
OUT2 Do not blow when output is low logic level
3
OUT3
Pen drawing signal
4
GND
Grounding output
2.OUT
1
OUT4
Feeding signal
2
OUT5
Reserved
3
OUT6
Blowing signal
Output signal generally controls laser blowing and the wiring diagram shown below.

7
3.2.2.5. Laser Power Supply Port on Wiring Board
There are two output ports on wiring board.
Ports
No.
Title
Explanation
5.LASER2
6.LASER1
1
DC5V
5V power supply positive output
2
WP
Water protection input signal
3
PWM
Laser power
4
TTL
Laser switch signal
5
GND
Grounding output
Here’s one road of laser’s wiring diagram as an example.
3.2.2.6. Driver Port on Wiring Board
There are no more than 4 roads for driver connection on wiring board.
Port
No.
Title
Explanation
X/Y/
Z/U
1
DC5V
5V power supply positive polarity connecting to driver’s positive
polarity
2
PUL
Pulse signal
3
DIR
Direction signal
Wiring diagram:

8
3.2.2.7. Input Port of Limit Signal on Wiring Board
4 roads of limit signal of sensor on wiring board. 2 limit signals input on two side of
each axis. (There are hard limit and origin limit.)
X/Y limit signal input
Port
No.
Title
Explanation
8.X/Y
LIMIT
1
DC24V
24V power supply positive polarity output
2
ELY+
Limit switch on another side that is opposite to origin on
Y axis
3
ELX+
Limit switch on another side that is opposite to origin on
X axis
4
ELY-
Limit switch on the origin on Y axis
5
ELX-
Limit switch on the origin on X axis
6
GND
Grounding output
Z/U limit signal input
Port
No.
Title
Explanation
9.Z/U
LIMIT
1
DC24V
24V power supply positive polarity output
2
ELU+
Limit switch on another side that is opposite to origin on
U axis
3
ELZ+
Limit switch on another side that is opposite to origin on
Z axis
4
ELU-
Limit switch on the origin on U axis
5
ELZ-
Limit switch on the origin on Z axis
6
GND
Grounding output
Wiring diagram:

9
Limit Switch
ELY+: Limit switch on another
side opposite to origin on Y axis.
ELY-: Limit switch on origin on
Y axis.