Serial Master – PROFINET IO-Device
1.350,00€ 1.032,90€ IVA no incluido
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Anybus Communicator - Modbus TCP server - EtherCAT slave
The Anybus Communicator Modbus TCP server – EtherCAT slave is an industrial protocol gateway that allows you to seamlessly transfer data between PLC control systems over Modbus TCP and EtherCAT networks.
Anybus Communicators are designed to ensure reliable, secure, and high-speed data transfer between different industrial Ethernet and Fieldbus networks. Very easy to install and deploy, the stand-alone gateways enable transparent data exchange between PLCs, allowing you to integrate legacy equipment into modern, high-performance networks without any changes to the hardware and only minimal changes to the software.
Anybus Communicators are built using the award-winning and proven Anybus NP40 industrial network processor providing network conformance, high performance, and reliability. When connecting between PLCs on different networks, extremely fast data cycling is enabled with data transfer of up to 1500 bytes in each direction, meeting most current control application needs as well as supporting future demands.
Quick installation is ensured thanks to the intuitive configuration, easy-to-understand documentation, and smart hardware and housing design.
1. PREPARATION
SET THE IP ADDRESS ON THE COMMUNICATOR'S CONFIGURATION PORT
- If you have not done so already, power up the Communicator.
- Connect the computer with the IPconfig tool installed to the Ethernet configuration port of the Communicator.
- Start the IPconfig tool.
- The IPconfig tool will automatically scan all available local networks for HMS devices. Detected devices will be listed in the main window. To refresh the list, click on Scan.
- To change the IP settings for the Communicator, double-click on the entry in the main window or right-click on it and select Configuration.
- Enter static IP settings as required, or select DHCP if using dynamic IP addressing.
Note: Do not enable DHCP if there is no DHCP server available on the network!
- Click on Set to save the new settings. The device will reboot automatically.
ACCESS THE COMMUNICATOR'S WEB INTERFACE
- Open a standard web browser.
- Type in the Communicator's IP address.
The built-in web interface overview page of the Communicator will appear.
CONFIGURE THE SUBNETWORK
Define the physical settings of the subnetwork.
- Expand Serial RS-232/485 in the left menu.
- Click Communication Settings.
- Configure Physical standard, Baud rate, Data bits, Parity and Stop bits.
Note: Check your slaves to ensure that they have the equivalent settings.
ADD NODES AND COMMANDS TO THE CONFIGURATION
- Click Nodes and commands in the left menu.
- Add a node and configure the node settings.
- Add commands to the node.
- Repeat step 2 and up until all nodes have been configured.
Note: the maximum number of nodes that can be added is 31.
The added commands are automatically mapped to the internal memory area of the Communicator. View the added nodes and commands in the I/O Data Mapping section, found in the menu on the left.
APPLY THE CONFIGURATION
When you have completed and verified your configuration, you need to apply it to make the changes take effect.
To apply the configuration:
- Disconnect the Communicator from the industrial network.
Note: if the Communicator is connected to the industrial network and you try to apply the configuration, the configuration will be rejected. - Press the green Apply button.
Note: if the Apply button is grey, it means that no changes have been made to the configuration.
2. INSTALLATION
DIN RAIL MOUNTING
To attach the Communicator to the DIN rail:
- Insert the upper end of the DIN rail clip into the DIN rail.
- Push the bottom of the DIN rail clip into the DIN rail.
Connect the Communicator to the industrial network.
Connect the Communicator to the serial network.
Note: Use minimum 90 oC copper (Cu) wire only.
SERIAL INTERFACE TERMINAL BLOCK
|
PIN |
SIGNAL |
| Pin 1 | +5 V OUT |
| Pin 2 | RS485- A |
| Pin 3 | RS485+ B |
| Pin 4 | Signal GND |
| Pin 5 | Functional Earth (FE) |
| Pin 6 | RS232 Tx Output |
| Pin 7 | RS232 Rx Input |
CONNECT POWER
Connect power to the Communicator.
POWER
|
PIN |
DESCRIPTION |
| Pin 1 | Functional Earth (FE) |
| Pin 2 | Ground (GND) |
| Pin 3 | +24 VDC Power Connector |
CABLE STRAIN RELIEF
Cable strain relief is achieved by placing a cable tie in the holder and locking the cables.
3. CONFIGURATION
SET THE IP ADDRESS ON THE COMMUNICATOR'S CONFIGURATION PORT
- If you have not done so already, power up the Communicator.
- Connect the computer with the IPconfig tool installed to the Ethernet configuration port of the Communicator.
- Start the IPconfig tool.
- The IPconfig tool will automatically scan all available local networks for HMS devices. Detected devices will be listed in the main window. To refresh the list, click on Scan.
- To change the IP settings for the Communicator, double-click on the entry in the main window or right-click on it and select Configuration.
- Enter static IP settings as required, or select DHCP if using dynamic IP addressing.
Note: Do not enable DHCP if there is no DHCP server available on the network!
- Click on Set to save the new settings. The device will reboot automatically.
ACCESS THE COMMUNICATOR'S WEB INTERFACE
- Open a standard web browser.
- Type in the Communicator's IP address.
The built-in web interface overview page of the Communicator will appear.
CONFIGURE THE SUBNETWORK
Define the physical settings of the subnetwork.
- Expand Serial RS-232/485 in the left menu.
- Click Communication Settings.
- Configure Physical standard, Baud rate, Data bits, Parity and Stop bits.
Note: Check your slaves to ensure that they have the equivalent settings.
ADD NODES AND COMMANDS TO THE CONFIGURATION
- Click Nodes and commands in the left menu.
- Add a node and configure the node settings.
- Add commands to the node.
- Repeat step 2 and up until all nodes have been configured.
Note: the maximum number of nodes that can be added is 31.
The added commands are automatically mapped to the internal memory area of the Communicator. View the added nodes and commands in the I/O Data Mapping section, found in the menu on the left.
APPLY THE CONFIGURATION
When you have completed and verified your configuration, you need to apply it to make the changes take effect.
To apply the configuration:
- Disconnect the Communicator from the industrial network.
Note: if the Communicator is connected to the industrial network and you try to apply the configuration, the configuration will be rejected. - Press the green Apply button.
Note: if the Apply button is grey, it means that no changes have been made to the configuration.
User Manual - Anybus Communicator Modbus TCP Server to EtherCAT Slave
Startup Guide - Anybus Communicator Ethernet to Ethernet
Replacement Gateway Communicator CLASSIC with the new Gateway Communicator
Safety and Compliance Information - Anybus Communicator
Communicator ETH-ETH CAD Files and Drawings
PROGRAMMING SOFTWARE
HMS IPconfig - Utility for module TCP/IP configuration
CERTIFICATIONS
Excellent performance
- Instant data transfer - The time it takes to transfer data between two PLCs consists of the cycle time on the first network plus the cycle time on the second network. Internal data transfer in the Communicators is negligible as it’s in line with the natural variation of the network cycle times (jitter).
- Hardware-accelerated endian conversion (byte swap) - The Communicators can change the data representation (endianness) through a hardware-accelerated endian conversion to ensure data is presented correctly in each PLC. You can even convert different parts of the data area in different ways to handle different data types. It has no impact on performance, offloads the PLC of the data conversion task, and simplifies PLC programming.
Easy to Use
- Dedicated ethernet configuration port - no special cables required.
- Intuitive web-based drag and drop configuration interface - no need to install any additional software.
- Forward-facing ports make it easy to connect cables and the slim form factor saves space on the DIN rail.
- Troubleshoot problems with powerful diagnostics including live data monitor, status screen, and support package.
Latest Security Features
- Secure boot functionality to detect tampering with firmware and resist attacks and infection from malware.
- Security switch which locks your configuration and prevents any unauthorized access.
- The ports used in production have been disabled to prevent malware from being loaded via the ports.
Designed for industrial environments
- Robust compact housing.
- Industrial components are tested and certified according to CE and UL.
- Wide temperate range, -25°C to 70°C.
- DIN-rail mounting to enable installation close to connected devices, reducing the amount of wiring.
