Nearly all machines and devices in operation today have a serial or CAN based RS-232/422/485 interface. Most of them perform well, but lack an interface to fieldbus or industrial Ethernet.
This is where the Anybus Communicator gateway comes in.
It takes your existing device as is and enables it to be connected to an industrial PLC control system without any hardware changes or programming.
Avoid unnecessary investment by prolonging the life of a well-performing serial or CAN-based device. By using the Anybus Communicator, you can connect it to any fieldbus or Industrial Ethernet network.
The Anybus Communicator connects your device as is.. No hardware or software changes are required for your connected device. All data/protocol conversion is made, and mapped, to the network from inside the Anybus Communicator.
The flexibility of the Anybus Communicator means that you can convert almost any RS-232/422/485 Request/Response or Produce/Consume protocol — Modbus RTU, ASCII, DF1, CAN-based, or user-specific. The Communicator requires no PLC function blocks or any programming. Just connect, configure and you're done.
With just ONE Anybus Communicator you can connect up to 31 nodes/devices in a multi-drop scenario by selecting RS-485. This allows for a very inexpensive fieldbus/Ethernet connection for your devices.
The Anybus Communicator internally stores and intelligently maps I/O data. This de-couples the upper fieldbus/Ethernet network and the slower serial/CAN sub-network. This means that devices with slow serial communication can be integrated into high-speed fieldbus/Ethernet networks without any restrictions to the upper network performance.
As an "in-chassis" alternative, you can mount the Anybus Communicator on a DIN-rail close the connected devices and free up PLC rack space and cabling.
See the unique way the Communicator handles any serial/CAN based protocol without the need for any programming.
You can also have our team create your configuration.
By clicking any link on this page you ar giving your consent for us to set cookies.