gefran GEFLEX-ETHERNET User manual

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80367_MSW_GEFLEX-ETHERNET_0708_ENG
GEFLEX-ETHERNET
INDEX
1Introduction 2
2Features 2
3Dip-switch function 2
4Setup PC Connection 3
5Test Board Connection Using PING Command 7
6Connect the Board to your LAN 7
7Serial line information 8
8Getting process variables map information 8
9GEFLEX-ETH’s Modbus TCP/IP implemented command 9
10 Memory map 13
INSTALLATION AND
OPERATION MANUAL
Software Version: 1.x
Code: 80367 / Edition 01 - 0708 ENGLISH

280367_MSW_GEFLEX-ETHERNET_0708_ENG
1 • Introduction
The Geflex GEFLEX-ETH is IEEE 802.3 compliant supporting Ethernet operation for MODBUS TCP/IP communica-
tion architecture
2 •Features
•IEEE 802.3 compliant
•Full-duplex and half-duplex modes
•Capable of supporting both 10 Mbps and 100 Mbps data rates
•Single RJ45 connection with leds indicator (yellow = link , green = activity)
•One socket available
•All MODBUS/TCP ADU are sent via TCP on registered port 502
•Default address: 192.168.1.100
•Subnet mask: 255.255.255.0
•Default gateway: 192.168.1.1
MODBUS
TCP/IP
CLIENT
MODBUS
TCP/IP
CLIENT
MODBUS
TCP/IP
SERVER
MODBUS
TCP/IP
SERVER
MODBUS
SERIAL
CLIENT
Client
TCP/IP
MODBUS
GEFLEX
SLAVE n GEFLEX SLAVE n + 1
GEFLEX-ETH
MODBUS Serial
GEFLEX NETWORK
Resetting Parameters to Factory Defaults
At any moment, all of the GTR ETH board parameters can be restored to
the factory default settings. To do so:
1. Set Dip Switch S1 dip 1 = ON (located near RJ45 connector ) ;
2. Restart GTR ETH board;
3. Set Dip Switch S1 dip 1 = OFF ;
S1 dip 2 off = 100Mb (DEFAULT)
S1 dip 2 on = 10Mb
3 •Dip-switch Function

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80367_MSW_GEFLEX-ETHERNET_0708_ENG
4 •Setup PC Connection
All the information in this quick guide require that the GEFLEX-ETH communicates with the host PC through a LAN
connection.
In this pages you’ll learn how to configure the PC to communicate with the GEFLEX-ETH using an Ethernet cross
cable or hub/switch. The following steps are based on a Windows XP system.
1. Open the Windows Control Panel and open the Network. Connections item:
2. If a Local Area Connection is already available, go to step 8.
Otherwise, run the “New Connection”wizard.

480367_MSW_GEFLEX-ETHERNET_0708_ENG
3. The following dialog box will appear. Click Next.
4. On the next dialog box, select the “Connect to the Internet”option and click the “Next”button.
5. On the next dialog box, select the “Set up my connection manually option and click the “Next”button.

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7. When the last dialog box appears, click the “Finish”button.
8. Open the newly created connection (or the existing connection if you are coming from step 2) and click the
“Properties”button.
6. On the next dialog box, select the “Connect using a broadband connection that is always on”option and click the
“Next”button.

680367_MSW_GEFLEX-ETHERNET_0708_ENG
Click the “OK”button on all LAN setup dialog boxes.
9. Select the “Internet Protocol (TCP/IP)”item and click the “Properties”button.
10. If you have started from an existing connection, write down all of the TCP/IP parameters. You’ll need them later to
restore your LAN settings to the original parameters.
11. Select the manual settings and type in the following values:
IP address: 192.168.1.101
Subnet mask: 255.255.255.0

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5 •Test Board Connection Using PING Command
1. Power up the board and verify the POWER led turn on.
2. Connect the GEFLEX-ETH to the PC through an Ethernet cross cable or hub / switch.
3. Open a Command Prompt window (on Windows XP, from the Windows Start menu, select Run, enter CMD and
click the “OK”button).
4. At the command prompt, type: PING 192.168.1.100
5. If the connection has been properly setup, the PING command will return a positive feedback.
6 •Connect the Board to Your LAN
Before connecting the GEFLEX-ETH board to your LAN, the IP address must be changed to match the LAN
settings.
To change the GEFLEX-ETH’s IP address, do the following.
1. With the GEFLEX-ETH still connected to the PC via the Ethernet cross cable or hub /switch, launch the
GtrEthConfig.exe utility that is located in the CD-ROM.
2. Set the Rotary Switch combobox to match your actual GEFLEX-ETH’s Rotary value.
3. Press the Discovery Net button. You can see actual IP address , subnet mask , default gateway and MAC
adress.
4. Set your parameter and after click on Send Data button.
5. Restart the GEFLEX-ETH Board.
6. Goto to step 2 if you want to see new parameter.

880367_MSW_GEFLEX-ETHERNET_0708_ENG
7 •Getting Serial baud Information
Using this option to get serial baud information from serial network. Send Baud has no effect
8 •Getting Process Variables Map Information
Using this option to get / set Process Variables map

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9 •GEFLEX-ETH’s Modbus TCP/IP implemented command
•01 (0x01) Read Coils
•02 (0x02) Read Discrete Inputs
PDU Example: Read bit 0 from zone 10
Rotary
switch Function
code Hi Lo Hi Lo
10 200 0 1
Rotary
switch Function code Byte
count Inputs
10 2 1 0
Request Starting Address Quantity of Inputs
•03 (0x03) Read Holding Registers / 04 (0x04) Read Input Registers
PDU Example: Read word 138 from zone 10
Rotary
switch Function code Hi Lo Hi Lo
10 20138 0 1
Rotary
switch Function
code Byte
count
10 42
Request Starting Address Quantity of words
Hi Lo
1144
Data Value = 400 (hex 190)Resp.
Resp.
•05 (0x05) Write Single Coil
PDU Example: Writing to zone 10 single bit address = 1 data value =0xff00
Rotary
switch Function
code Hi Lo Hi Lo
10 5010xFF 0
Rotary
switch
10
Request Starting Address Output Value
Resp.
Function
code Hi Lo Hi Lo
5 0 1 0xFF 0
Starting Address Output Value

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•06 (0x06) Write Single Register
PDU Example: Writing to zone 10 single word address = 400 data value = 1
Rotary
switch Function code Hi Lo Hi Lo
10 6 1 144 0 1
Rotary
switch Function
code
10 6
Request Word Address Word Value
Resp.
Hi Lo Hi Lo
1144 0 1
Word Address Output Value
•15 (0x0F) Write Multiple Coils
PDU Example: Writing to zone 10 Multiple Bits address = 10, quantity of bits =2, bits value=3
Rotary
switch Function
code Hi Lo
10 15 010 1 3
Request Quantity of bits Bits Value
Hi Lo
02
Byte countStarting Address
Rotary
switch Function code
10 15
Resp.
Hi Lo Hi Lo
010 0 2
Starting Address Quantity of bits
•16 (0x10) Write Multiple registers
PDU Example:
Writing to zone 6 Multiple Words address = 20, quantity of words =2, word 1 value =0 , word 2 value =1000
Rotary
switch Function code Hi Lo Hi
10 16 020 4 0
Request Quantity of words Word 1
Value
Hi Lo
02
Byte countStarting Address
Rotary
switch Function
code
10 16
Resp.
Hi Lo Hi Lo
020 0 2
Starting Address Quantity of Words
Lo
0
Hi
3
Lo
232
Word 2
Value

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The MODBUS protocol defines a simple Protocol Data Unit (PDU) independent of the underlying communication
layers. The mapping of MODBUS protocol on specific buses or networks can introduce some additional fields on the
Application Data Unit (ADU).
General Modbus Frame
Additional address Function code Data Error check
ADU
PDU
The client that initiates a MODBUS transaction builds the MODBUS Application Data Unit.
The function code indicates to the server which kind of action to perform.
MODBUS request/response over TCP/IP
MBAP Header Function code Data
MODBUS TCP/IP ADU
PDU
A dedicated header is used on TCP/IP to identify the MODBUS Application Data Unit. It is called the MBAP header
(MODBUS Application Protocol header).
This header provides some differences compared to the MODBUS RTU application data unit used on serial line: the
MODBUS ‘slave address’field usually used on MODBUS Serial Line is replaced by a single byte ‘Unit Identifier’within
the MBAP Header.
The ‘Unit Identifier’is used to communicate via devices such as bridges, routers and gateways that use a single IP
address to support multiple independent MODBUS end units.
All MODBUS requests and responses are designed in such a way that the recipient can verify that a message is fini-
shed.
For function codes where the MODBUS PDU has a fixed length, the function code alone is sufficient.
For function codes carrying a variable amount of data in the request or response, the data field includes a byte count.
When MODBUS is carried over TCP, additional length information is carried in the MBAP header to allow the recipient
to recognize message boundaries even if the message has been split into multiple packets for transmission.
The existence of explicit and implicit length rules, and use of a CRC-32 error check code (on Ethernet) results in an
infinitesimal chance of undetected corruption to a request or response message.

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The MBAP Header contains the following fields:
The header is 7 bytes long:
1. Transaction Identifier - It is used for transaction pairingthe MODBUS server copies in the response the
transaction identifier of the request.
2. Protocol Identifier - It is used for intra-system multiplexing. The MODBUS protocol is identified by the value 0.
3. Length - The length field is a byte count of the following fields, including the Unit Identifier and data fields.
4. Unit Identifier (Rotary switch value see Geflex Software Manual) - This field is used for intra-system routing
purpose. It is typically used to communicate to a MODBUS serial line slave through a gateway between an
Ethernet TCP-IP network and a MODBUS serial line. This field is set by the MODBUS Client in the request and
must be returned with the same value in the response by the server.
Fields Length Description Client Server
Transaction 2 Bytes Identification of a Initialized by the client Recopied by the server
Identifier MODBUS Request / from the received request
Response transaction
Protocol 2 Bytes 0 = MODBUS protocol Initialized by the client Recopied by the server
Identifier from the received request
Length 2 Bytes Number of following bytes Initialized by the client Initialized by the server
(request) (Response)
Unit Identifier 1 Byte Identification of a remote Initialized by the client Recopied by the server
slave connected on a serial from the received request
line or on other buses

10 •MEMORY MAP
Address Description R/W Default Value Note Access
hex
8000 Device ID R (3) - Single word
8001 SW Version R - Single word
8002 Mac Id , bytes 0-1 R 0002 hex Gefran OUI Byte 0-1 Single word
8003 Mac Id , bytes 2-3 R 0A-- hex Gefran OUI Byte 2 ,
xx byte 3 Single word
8004 Mac Id , bytes 4-5 R ---- Gefran internal Single word
8005 IP bytes 0-1 R/W C0A8 hex192.168dotted LAN Single word
8006 IP bytes 2-3 R/W 0164 hex 1.100 dotted LAN Single word
8007 SubNet Mask bytes 0-1 R/W FFFF hex 255.255 dotted Class C Single word
8008 SubNet Mask bytes 2-3 R/W FF00 hex 255.0 dotted Class C Single word
8009 Default gateway bytes 0-1 R/W C0A8 hex 192.168 dotted Single word
800a Default gateway bytes 2-3 R/W 0101 hex 1.1 dotted Single word
800b Slave Online bytes 0-1 R Bit field (1) Single word
800c Serial baud R 4 (19200 baud) Single word
800d Modbus Address Map R/W 0
for var Process1 PV Geflex PV Single word
800e Modbus Address Map R/W 01d3 hex Geflex
for var Process 2 STATUS_STRUMENTO Single word
800f Modbus Address Map R/W 0002 hex Geflex
for var Process 3 Ou.P Control output value Single word
8010 Modbus Address Map R/W 0131 hex Geflex
for var Process 4 STATUS_W Single word
8011 Modbus Address Map R/W 01d4 hex Geflex
for var Process 5 I.1on VALAUX_ON Single word
8012 Quick Buffer R - Zone 1 Multiple
for var process 1 word access
8013 Quick Buffer R - Zone 1 Multiple
for var process 2 word access
8014 Quick Buffer R - Zone 1 Multiple
for var process 3 word access
8015 Quick Buffer R - Zone 1 Multiple
for var process 4 word access
8016 Quick Buffer R - Zone 1 Multiple
for var process 5 word access
8017 Quick Buffer R - Zone 2 Multiple
for var process 1 word access
8018 Quick Buffer R - Zone 2 Multiple
for var process 2 word access
8019 Quick Buffer R - Zone 2 Multiple
for var process 3 word access
801a Quick Buffer R - Zone 2 Multiple
for var process 4 word access
801b Quick Buffer R - Zone 2 Multiple
for var process 5 word access
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Address Description R/W Default Value Note Access
hex
801c Quick Buffer R - Zone 3 Multiple
for var process 1 word access
801d Quick Buffer R - Zone 3 Multiple
for var process 2 word access
801e Quick Buffer R - Zone 3 Multiple
for var process 3 word access
801f Quick Buffer R - Zone 3 Multiple
for var process 4 word access
8020 Quick Buffer R - Zone 3 Multiple
for var process 5 word access
8021 Quick Buffer R - Zone 4 Multiple
for var process 1 word access
8022 Quick Buffer R - Zone 4 Multiple
for var process 2 word access
8023 Quick Buffer R - Zone 4 Multiple
for var process 3 word access
8024 Quick Buffer R - Zone 4 Multiple
for var process 4 word access
8025 Quick Buffer R - Zone 4 Multiple
for var process 5 word access
8026 Quick Buffer R - Zone 5 Multiple
for var process 1 word access
8027 Quick Buffer R - Zone 5 Multiple
for var process 2 word access
8028 Quick Buffer R - Zone 5 Multiple
for var process 3 word access
8029 Quick Buffer R - Zone 5 Multiple
for var process 4 word access
802a Quick Buffer R - Zone 5 Multiple
for var process 5 word access
802b Quick Buffer R - Zone 6 Multiple
for var process 1 word access
802c Quick Buffer R - Zone 6 Multiple
for var process 2 word access
802d Quick Buffer R - Zone 6 Multiple
for var process 3 word access
802e Quick Buffer R - Zone 6 Multiple
for var process 4 word access
802f Quick Buffer R - Zone 6 Multiple
for var process 5 word access
8030 Quick Buffer R - Zone 7 Multiple
for var process 1 word access
8031 Quick Buffer R - Zone 7 Multiple
for var process 2 word access
8032 Quick Buffer R - Zone 7 Multiple
for var process 3 word access
8033 Quick Buffer R - Zone 7 Multiple
for var process 4 word access
8034 Quick Buffer R - Zone 7 Multiple
for var process 5 word access

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Address Description R/W Default Value Note Access
hex
8035 Quick Buffer R - Zone 8 Multiple
for var process 1 word access
8036 Quick Buffer R - Zone8 Multiple
for var process 2 word access
8037 Quick Buffer R - Zone 8 Multiple
for var process 3 word access
8038 Quick Buffer R - Zone 8 Multiple
for var process 4 word access
8039 Quick Buffer R - Zone 8 Multiple
for var process 5 word access
803a Quick Buffer R - Zone 9 Multiple
for var process 1 word access
803b Quick Buffer R - Zone9 Multiple
for var process 2 word access
803c Quick Buffer R - Zone 9 Multiple
for var process 3 word access
803d Quick Buffer R - Zone 9 Multiple
for var process 4 word access
803e Quick Buffer R - Zone 9 Multiple
for var process 5 word access
803f Quick Buffer R - Zone 10 Multiple
for var process 1 word access
8040 Quick Buffer R - Zone 10 Multiple
for var process 2 word access
8041 Quick Buffer R - Zone 10 Multiple
for var process 3 word access
8042 Quick Buffer R - Zone 10 Multiple
for var process 4 word access
8043 Quick Buffer R - Zone 10 Multiple
for var process 5 word access
8062 Serial link error 1 R Slave 1 Multiple word
access
8063 Serial link error 2 R Slave 2 Multiple word
access
8064 Serial link error 3 R Slave 3 Multiple word
access
8065 Serial link error 4 R Slave 4 Multiple word
access
8066 Serial link error 5 R Slave 5 Multiple word
access
8067 Serial link error 6 R Slave 6 Multiple word
access
8068 Serial link error 7 R Slave 7 Multiple word
access
8069 Serial link error 8 R Slave 8 Multiple word
access
806A Serial link error 9 R Slave 9 Multiple word
access
806B Serial link error 10 R Slave 10 Multiple word
access

(1): Note 1 Value Bit = 1 slave On Line , Value Bit = 0 slave Not On Line
(2): Note 2 GFX4 only
(3): Note 3 GEFLEX=199 ;GFX4 =200
Bit 7
Slave 16
(2)
Bit 6
Slave 15
(2)
Bit 5
Slave 14
(2)
Bit 4
Slave 13
(2)
Bit 3
Slave 12
(2)
Bit 2
Slave 11
(2)
Bit 1
Slave 10
Bit 0
Slave 9
Offset
High
Bit 15
Slave 8
Bit 14
Slave 7
Bit 13
Slave 6
Bit 12
Slave 5
Bit 11
Slave 4
Bit 10
Slave 3
Bit 9
Slave 2
Bit 8
Slave 1
Offset
Low
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