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MDC-211-WF User Manual Warranty All products manufactured by ICP DAS are under warranty regarding defective materials for a period of one year, beginning from the date of delivery to the original purchaser. Warning ICP DAS assumes no liability for any damage resulting from the use of this product.
1.3. Specifications ......................7 1.4. Size (Unit : mm) ......................8 1.5. Configuration Instructions ..................9 2. Getting Started With MDC-211-WF ...... 10 2.1. Preparation ......................11 2.2. Login MDC-211-WF Web Interface ..............14 2.3. Set Port Information ....................15 2.4.
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Q3 - How are the Internal Registers corresponding to the polled data in a MDC-211- WF? 38 Q4 - How to read each MDC-211-WF command status via the Modbus communication? Q5 - How to update the firmware? .................. 40 6. Appendix ..........43 6.1.
Wireless, RS-232 and RS-485 communication interfaces, can link the Modbus RTU devices to the Ethernet network. MDC-211-WF can read the data of Modbus RTU device according to the user-defined command table, and integrate the data of different Modbus RTU devices into the format of the continuous address so that the remote monitor host can connect to MDC-211-WF from Ethernet to access the data of multiple Modbus RTU devices at once.
MDC-211-WF provides a simple, friendly Web interface (UI), users can login the MDC- 211-WF Web page via a Web Browser to set up and real-time detect the MDC-211-WF for the communication status and update frequency of each Modbus RTU command.
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Serial port communication parameters and the Modbus RTU commands that settings can also be edited in a *.csv file and import into the MDC-211-WF from the Web UI, and then start to monitor the data of the remote Modbus RTU devices.
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The MDC-211-WF is a Modbus/RTU to Modbus/TCP gateway in Limit-AP mode. The device can connect to MDC-211-WF by Wi-Fi. The device can connect to the WF-2572M when it didn’t have Wi-Fi function. The device can send Modbus/TCP command to acquire data from Modbus/RTU device.
Antenna LED Indicator MicroSD Card Ethernet Port The MDC-211-WF is equipped with a RJ45 port for Ethernet LAN connection. When 100BASE‐TX is operating, the 10/100M LED is lit orange. When 10BASE‐T is operating or the machine is not connected to the network, it is turned off. When an Ethernet link is detected and an Ethernet packet is received, the Link/Act LED is lit green.
Modbus Slave function for the Modbus data concentrator. ◆ MDC-211-WF Setting Flowchart •Hardware wiring •Set the MDC-211-WF and PC to the same local area network. (The default IP address of Preparation MDC-211-WF is 192.168.255.1) •Launch the browser and enter the IP address of MDC-211-WF •login MDC-211-WF (Both the default account and password are "Admin")
Please follow Figure 2.1 wiring diagram, to wire the following items: 1. Power Supply : +10 VDC ~ +30 VDC 2. RS-485:D+ & D- 3. RS-232:TxD / RxD / GND 4. Ethernet:Connect the MDC-211-WF and computer into the same LAN through cable or Ethernet Switch/Hub. RS-485 INIT...
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Before connecting the MDC-211-WF, please set the MDC-211-WF to be the same LAN as the PC. Tables 2.1 shows the default network setting of MDC-211-WF. If it is in the different network area, please adjust network settings by the following software.
Login MDC-211-WF Web Interface This section describes how to login the MDC-211-WF Web interface. Step1 Once the PC and MDC-211-WF are in the same LAN, user can login the MDC-211-WF by entering the IP address on Web browser (IE11/Chrome/Firefox, resolution 800 x 600 or more is recommended), the login screen is shown as Figure 2.4:...
2.3. Set Port Information MDC-211-WF provides one port Wi-Fi, one port Ethernet, one port RS-232 and one port RS-485 communication interface, this section introduces the configuration procedure for these communication interface. ◆ Wi-Fi Port Setting Click "Module Setting" → "Wi-Fi", to read the current Wi-Fi setting parameters, if user want to adjust the Wi-Fi settings, click the "Modify"...
2.4. Set MDC-211-WF as Modbus Master Each Wi-Fi/RS-232/RS-485 communication interface on MDC-211-WF can be either set as Modbus Master or Modbus Slave. This section describes how to set the communication interface as the Modbus Master, and add the Modbus RTU devices to be monitored.
2.5. Set MDC-211-WF as Modbus Slave One of the MDC-211-WF Wi-Fi/RS-232/RS-485 ports can be set as Modbus Master or Modbus Slave (Ethernet port can only be used as Modbus Slave). This section describes how to set the communication interface as Modbus Slave.
MDC-211-WF Web interface. This section describes how to check the Modbus command status, real-time monitor the I/O channel status of Modbus RTU device, and inquire the relationship for the Modbus RTU device I/O and the MDC-211-WF Internal Register address. 2.6.1. Check polling status of Modbus command Click "I/O Information"...
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(3) If the "Status" item displays TIMEOUT, means the command was timeout and the device did not respond, please check the module wiring, and the following Modbus RTU device settings those need to be consistent with the settings in MDC-211-WF. Baud Rate...
Figure 2.13. The "Remote" item in the mapping table represents the Register address of the Modbus RTU device; the "MDC-211-WF" item represents the corresponding Internal Register address. The users can access Internal Register address in the “MDC-211-WF" item via the Modbus protocol to control the entity Modbus RTU device.
2.6.3. Testing I/O Channel Status of Modbus RTU Device MDC-211-WF can real-time control the I/O channel of Modbus RTU devices via the standard Modbus protocol, and also provide Web UI to real-time control the Modbus I/O channel status. As Figure 2.14, users only need to click "I/O Information" and select the Modbus RTU device want to control, the Web UI will display the pre-set Modbus command and real-time display that Modbus device I/O channel status.
3. Export and Import the System Settings The user can set up MDC-211-WF via the Web UI, and also can export the configuration to a *.csv file in the local computer for backup. More, the user can directly edit the setting parameters in a *.csv file and import the *.csv file into the MDC-211-WF module to complete...
3.2. Format Descriptions for the Configuration File (*.csv) If the user wants to set up MDC-211-WF through the *.csv configuration file, the user can export a *.csv file from the Web Interface as the configuration template. For the detail steps, please refer to "3.1 Export and Import the Configurations ".
◆ Set Example Table 4.4 shows a setting example to set the RS-485 of MDC-211-WF as a Modbus Master, and the recommend parameter values for the Serial port. Table 4.4 MDC-211-WF and M-7000/PLC setting example...
4.2. Modbus Protocol Parameter Descriptions MDC-211-WF is a Modbus data concentrator with Wi-Fi / RS-232 / RS-485 / Ethernet interfaces. The users need to set a communication interface to Modbus Master / Modbus Slave (The interface not used can be set to “Disabled”). The following sections describe the parameters for setting to Modbus Master and Modbus Slave.
◆ Example Table 4.6 below is a setting example to set MDC-211-WF to Modbus Master, and the recommend parameters. Table 4.6 MDC-211-WF and M-7000 or PLC communication setting example Project Wi-Fi RS-485 RS-232 Modbus Timeout Modbus Retry Polling Interval 4.2.2. Modbus Slave Setting Parameters ◆...
Q1 - What are the maximum numbers of polling definition and Internal Register in a MDC-211-WF? The maximum number of polling definition in a MDC-211-WF is 240 commands, each definition can access up to 64 Internal Registers. Each of the four tables (DI/DO/AI/DO) can store up to 9600 Internal Registers for polled data.
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(3) Execute “FW_Update_Tool.exe” with the administrator privileges ( ) and follow the steps as Figure 5.3: In "Download Interface", select a network port for connecting to MDC-211-WF. In "Firmware Path", select the latest firmware update file (MDC211WF_xxxx.fw). In "Firmware Update", click “Update” to start the firmware updating.
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