ICP DAS USA PISO-DNS100 Setup guide

PISO-DNS100 DeviceNet Multi-Slave PCI board
Quick Start User Guide
1. Introduction
This Quick Start User Guide introduces users how to implement the PISO-DNS100 PCI
board to your application quickly. Therefore, it is only provided with the basic instructions. For
more detailed information, please refer to the PISO-DNS100 manual in the ICPDAS CD-ROM.
Also, users can download the manual from the ICPDAS web site:
http://www.icpdas.com/products/Remote_IO/can_bus/piso-dns100.htm
This manual would help you quickly to familiarize yourself with the PISO-DNS100 PCI
board and DeviceNet communication. For more the detail information, please refer to the user’s
manual of the PISO-DNS100. Here is the example of the DeviceNet network.
The users should prepare at least one DeviceNet master for demonstrating the I/O data
exchanging. The users can use the PLC with DeviceNet master module to start this demo. There are
some DeviceNet master products provided by ICPDAS, such as PISO-DNM100, PISO-CAN
200/400…etc. Please visit the following web site for more information.
http://www.icpdas.com/products/Remote_IO/can_bus/can_intro.htm#5
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2. The DeviceNet Communication and I/O Data Access
The DeviceNet Communication Protocol is based on the concept of connections method.
Master should create connections to slave devices based on the commands of exchanging
information and I/O data. To establish slave server mechanism, there are four main steps to be
followed. The figure demonstrates the basic process for the DeviceNet communication between
masters and slaves.
3. Hardware Setting
zTerminal Resister Setting
zPin assignment
(1) 5-pin screw terminal connector
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(2) 9-pin D-sub male connector
zWire Connection of the CAN Bus
Here shows the users how to connect the master and slave devices by CAN bus. The
slave devices should be connected to form the serial type which is shown as follows.
The following wire connection is wrong which is shown as follows.
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zIndicator LED
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Green
LED Red LED Event or Status Description
1 OFF ON There are some problems with the hardware of the PISO-DNS100
board. Please contact your local field agent.
2 OFF Twinkle
There are some slaves which can not be on-line. There exists at least
one duplicate MAC ID in the DeviceNet network.
3 ON OFF
This indicates that the firmware is working. All slave devices in the
PISO-DNS100 are communicating with the master successfully.
4 ON ON
This indicates that the firmware works fine. But there is no any slave
device configuration inside the EEPROM of the PISO-DNS100.
5 Twinkle OFF 1. There are slaves which have problems with the communication.
2. The slaves are on-line and waiting for the request message from
the master.
zHardware Installation
zVirtual DeviceNet Slaves

4. Driver installation
The driver of PISO-DNS00 can be used in 98/Me/NT/2000/XP Windows environments. Then
the installation process would copy the related material to the indicated directory and register the
driver on your computer. The driver target directory is below for the different systems.
Windows NT/2000 – WINNT\SYSTEM32\DRIVERS
Windows 98/Me/XP – WINDOWS\SYSTEM32\DRIVERS
The other data and resource is copied to the following directory:
C:\ICPDAS\PISO-DNS100\
You can find the software in the path of /devicenet/slave/piso-dns100 in the Fieldbus_CD
or from ftp://ftp.icpdas.com.tw/pub/cd/fieldbus_cd/devicenet/slave/piso-dns100
After installing the software, the related software, demos and manuals are also installed in your PC.
5. DeviceNet Multi-Slave Toolkit
After completing the software installation, the toolkit is installed in the system above.
Please refer to the manual of toolkit to know the detail. The utility features as follows.
zSupports to add and remove slave devices in the PISO-DNS100.
zCan import and export all configurations into or from the EEPROM easily.
zCan build EDS file dynamically.
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6. Exchange I/O data with the master device
2. After pushing the “ActiveBoard” button, it
would show the baud rate and all the slave
configurations which are stored in the
EEPROM. The configurations of all slaves
are shown in the “Device in EEPROM” field
and illustrated as device icon. The users can
read and manage the configurations of all
slaves easily.
1. The DIP-Switch on the board means the ID
of this board. The users should make sure
that every board’s ID in your PC is unique.
The drop-down list would show the board’s
ID which the users have set. Please click the
“ActiveBoard” button to active the specific
board which you have selected in the “Board
No” field.
4. Pressing “Add Device” button to add the
slave into the EEPROM. It pops up a “New
Device Configuration” dialog. Please use the
following setting to fit the quick start demo.
MAC ID = 12 , I/O Type = Poll
Input Length = 1 , Output Length = 1
Please press “OK” button to add it.
3. Pressing “Clear All Config” to clear unknown
information. This button would also reset the
baud rate to the default value (125K). It pops
up a dialog to make sure that you want to
clear them. After clearing successfully, the
users should change the baud rate to the
original setting.
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7. Please press “Exit Toolkit” to exist the
software. And find the quick start demo at
C:\ICPDAS\PISO-DNS100\Demo\QuickStart
Demo\Project1.exe. After executing the demo,
it would also search the PISO-DNS100 boards
in your PC.
5. If the users have added the slave device (ID=
12) successfully, you would see two dialog
with successful message. The users would
find out that there was a new item in the
“Devices in EEPROM” field.
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8. Please click “ActiveBoard” button to active
the specific board which you have selected in
the “Board ID” field. Note that the value of
“Board ID” must the same with the previous
selection of the toolkit.
6. Clicking the “Reset Firmware” button to
reset the firmware. This would make your
new setting enable. After clicking this
button, the users should wait for 1 or 2
seconds to make the firmware boot up
completely. When booting up successfully,
the toolkit would upload all information
from the EEPROM a
g
ain.

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9. After clicking “active board” successfully,
the slave would wait for the master request
message. If it shows the error message at the
output filed, it means that master device
doesn’t communicate with the slave device.
Please check the master’s setting or the baud
rate of the networ
k
10. If the master is communicating with this
slave device, it shows the output value
which was sent by the master device at the
output filed. It means that the master can
exchange the I/O data with the slave device.
11. After communicating with the master device,
the user can press the check-box to change the
input data of the slave device. The users can
find out that the input value in the master site
is changing synchronous.
12. When the master is communicating with
this slave device, the user can change the
output value in the master site. The user
would find out that the output value in the
output filed is changing synchronously in
the output filed of the slave.