This document describes the YOKOGAWA FAM3 (Ethernet) communication driver for Xpanel.
Communication Setup: Xpanel
Create a new device | For creating a new device, select the menu [Tools] → [I/O Devices] or the   I/O Device Name: Give the device a name. This name will be used in the tag configuration window of the database accompanied by the ‘Station Name’. | |
Select a network type
| I/O Device Name: YOKOGAWA Ethernet After selecting the [Ok] button of the previous step, the ‘Ethernet Communication Configuration’ dialog box will popup as shown in the following picture. 
This option provides a safe solution for communication in troubled situations. If this option was checked and there was a communication error the system would delete the remaining control frames (data transmit frames from Xpanel to PLC) which were not transmitted but queued in the communication buffer of Xpanel. See the Communication Configuration section for more information about the remaining parameters. | |
Create a station | Move to the [Station] tab of the ‘Ethernet Communication Configuration’ dialog box. In this dialog box, all the connected PLC stations can be configured and registered to the Xpanel.  Each field can be configured with the following rules: | |
Station Name | Give a name to the PLC. This name will be used in the database window accompanied by the ‘Device Name’. | |
Station Type | Choose the ‘Yokogawa FA-M3’ (no other type). | |
Network ID | N/A | |
Socket Port No. | Input 12289/12291 depending on the TCP/UDP configuration of the PLC. | |
16Bit Data Swap | 16Bit Data Swap: This option swaps bytes for all word- or double-word-sized data. The following diagram shows an example of byte-swapping:  Almost all data types will be influenced by this option except INT8 / UINT8 / BCD8 / UBCD8. | |
32Bit Data Swap | 32Bit Data Swap: This option swaps words of all double-word-sized data. The following diagram shows an example of word swapping:  Tag values with data types INT32 / UINT32 / BCD32 / UBDC32 / FLOAT will be influenced by this option. | |
String Data Swap | Swaps the upper and lower bytes of string word data. | |
Using Checksum | This field has no effect. This driver always uses a BCC checksum. | |
Comm. Error Message Popup | Use a pop-up message when a communication error occurs. | |
icon in the toolbar. The following picture shows the first step in creating a new device.
| Communication Configuration |
Communication Configuration
Set module configuration by following the steps to connect to Xpanel as below.
(1) Communication Configuration
WideField3
Default Setting
- TCP/IP: 192.168.0.2 (each IP of the PLCs and Xpanels must be different)
- Subnet Mask: 255.255.255.0
(2) Communication Port
Refer to the table below to change TCP/IP or Port.
Protocol Type | Port No. | Communication Type | Default Value |
HLLINK_PROTOCOL_A | 12289 | 0 = TCP/IP, 1 = UDP/IP | TCP/IP |
HLLINK_PROTOCOL_B | 12291 | 0 = TCP/IP, 1 = UDP/IP | TCP/IP |
Address & Function Codes
Address Format
Tag Type | Format | Example |
|---|---|---|
Analog | [Symbol][Decimal Code] | X201 or Y300 |
Digital | [Symbol][Decimal Code] | E0201 or M9900 |
Supported Symbols
Symbol | Bit Range | Word Range | Area |
X | X00201 - X71664 | X00201 - X71649 | Input relay |
Y | Y00201 - Y71664 | Y00201 - Y71649 | Output relay |
I | I00001 - I16384 | I00001 - I16369 | Internal relay |
E | E0001 - E4096 | E0001 - E4081 | Shared relay |
M | M0001 - M9984 | M0001 - M9969 | Special relay |
TU | TU0001 - TU2048 |
| Timer relay |
CU | CU0001 - CU2048 |
| Counter relay |
L | L00001 - L78192 | L00001 - L78177 | Link relay |
D |
| D00001 - D16384 | Data register |
F |
| F00001 - F99999 | Cache register |
B |
| B00001 - B32768 | File register |
R |
| R0001 - R4096 | Shared register |
V |
| V001 - V256 | Special register |
Z |
| Z0001 - Z1024 | Special register |
W |
| W00001 - W78192 | Link register |
TS |
| TS0001 - TS2048 | Timer preset value |
TP |
| TP0001 - TP2048 | Timer current value |
TI |
| TI0001 - TI2048 | Timer current value |
CS |
| CS0001 - CS2048 | Counter preset value |
CP |
| CP0001 - CP2048 | Countercurrent value |
CI |
| CI0001 - CI2048 | Countercurrent value |
The memory areas listed above are provided for general purposes.
The actual range of each area should be checked with the manual of connected CPU type.
(1) Change the value from the default value '0' when using the Multi-CPU Module.
(2) Ex) X00201
X: Device Name (symbol)
0: Module unit No. (0~7)
02: Module Slot No. (01~16)
01: Data Position No. (1~64)
(3) A number of the first digit for link relay (L) and link register (W) refer to the link number. And the last 4 digits refer to the address of the device.
Ex) link relay L71024
L: Device Name(Symbol)
7: Link No. ( 0~7 )
1024: Address (L: 0001~8192 / W: 0001~4096)
The actual data type should be declared in the ‘Advance’ configuration tab in the TAG database as shown in the following picture.
| Communication Cable Wiring |
Communication Cable Wiring
This interface is satisfied with standard IEEE802.3 about the 10BaseT/100BaseTX. You can configure the cable and allocation pin number of RJ45 as the following figure.
