TF6xxx - Connectivity
Overview of products from the TwinCAT 3 Connectivity area
| TF6010 | | The TF6010 ADS Monitor records the ADS communication from the TwinCAT Message Router. |
| TF6020 | | The TwinCAT 3 JSON Data Interface is a communication interface for the flexibly adaptable data exchange between TwinCAT systems and user-specific applications. |
| The TF6100 TwinCAT 3 OPC UA function consists of several software components: | |
| TF6100 | | Provides OPC UA client functionality to enable communication with other OPC UA servers based on PLCopen-standardized function blocks and an easy-to-configure I/O device. |
| TF6100 | | Graphical user interface for configuring the TwinCAT OPC UA Server. |
| TF6100 | | Wrapper technology that provides both an OPC COM DA Server interface and OPC UA server aggregation capabilities. |
| TF6100 | | Provides an OPC UA server interface so that UA clients can access the TwinCAT runtime. |
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| TF6105 | | TwinCAT 3 OPC UA Pub/Sub extends the OPC UA client/server architecture to include publisher/subscriber communication patterns. |
| TF6120 | | OPC specification DataAccess 1.0a and 2.0 |
| TF6225 | | TwinCAT 3 EtherCAT External Sync extends the TwinCAT EtherCAT master with the option of synchronizing the Beckhoff real-time with an external digital electrical clock signal and provides a library with various function blocks for this purpose. |
| TF6230 | | The TwinCAT 3 Parallel Redundancy Protocol enables real-time capable and redundant Ethernet communication via two separate networks. |
| TF6250 | | Enables communication via a network connection (TCP/IP) using the open Modbus protocol. |
| TF6255 | | TwinCAT 3 Modbus RTU offers function blocks for serial communication with Modbus terminal devices.
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| TF6270 | | The TwinCAT PROFINET RT Device (slave) is a function that turns any PC-based controller with an Intel® chipset and the real-time Ethernet driver developed by Beckhoff into a PROFINET RT device. |
| TF6271 | | TwinCAT 3 PROFINET RT Controller (master) is a function that turns any PC-based controller with an Intel® chipset and the real-time Ethernet driver developed by Beckhoff into a PROFINET RT Controller. |
| TF6280 | | In combination with a network-compatible Beckhoff PC with a physical interface, up to 8 EtherNet/IP™ adapters can be parameterized. |
| TF6281 | | Extension that turns an Ethernet interface with an Intel® chipset into an EtherNet/IP scanner. |
| TF6300 | | Enables the transfer of files between the PLC controller and a server based on the FTP and SFTP protocol. |
| TF6310 | | The TwinCAT 3 TCP/IP connection server enables the implementation of one or several TCP/IP servers/clients in the TwinCAT PLC. |
| TF6311 | | The TCP/UDP Realtime function offers direct access to network cards from the real-time environment. Access can be gained either from the PLC (61131-3) or C++. |
| TF6340 | | Enables serial data communication for the TwinCAT 3 PLC.
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| TF6350 | | Enables alarm and status messages to be sent directly from TwinCAT. With this function, emails or SMS can be sent according to self-defined conditions. |
| TF6360 | | This function enables access to serial EtherCAT Terminals from a Windows application. |
| TF6420 | | The TwinCAT Database Server enables a data exchange between the TwinCAT system and various database systems. |
| TF6421 | | The TwinCAT XML Server offers a PLC library that can be used to implement write and read access to XML files. |
| TF6500 | | IEC 60870-5-10x enables communication from the PLC in accordance with the IEC 60870-5-10x standard. Both server and client modes are possible. |
| TF6510 | | IEC 61850 is a communication protocol for data exchange in electrical substations. The TwinCAT product for IEC 61850 offers this type of communication directly from the TwinCAT control system in the form of a PLC programming interface. |
| TF6600 | | The TwinCAT 3 RFID Reader Communication library makes communication with RFID readers from the PLC program possible. |
| TF6620 | | TwinCAT S7 Communication enables data to be exchanged between the TwinCAT system and a Siemens S7 controller. |
| TF6650 | | Enables DBC file formats (.dbc) to be read. The DBC data format is a CAN network description and enables attributes to be defined and assigned to the elements of the network. |
| TF6701 | | The Tc3_IotBase PLC library function blocks can be used for publisher/subscriber-based data exchange between the TwinCAT PLC and a message broker via the MQTT communication protocol. |
| TF6710 | | IoT Functions is a product for the TwinCAT 3 runtime that enables bi-directional data communication with cloud services from within the machine program. |
| TF6720 | | IoT Data Agent provides bi-directional connectivity to different cloud services. It is a gateway application that can be installed either on the controller or on a gateway computer. |
| TF6730 | | The function blocks of the Tc3_IoTCommunicator PLC library can be used to execute a data exchange between the local TwinCAT PLC and a mobile end device (smart device) via an MQTT message broker. |
| TF6760 | | The function blocks of the Tc3_IoTBase PLC library can be used to address REST APIs as a client via HTTP/HTTPS communication. Common HTTP commands such as GET, PUT, or POST are available for this purpose. |
| TF6770 | | The function blocks of the Tc3_IotBase PLC library can be used to establish a WebSocket connection with a server as a client and exchange data. |
| TF6771 | | With the TF6771 IoT OCPP TwinCAT function, TwinCAT can act as both an OCPP client and as an OCPP server. |
