DCN1-2R

DCN1-2R is a reliable accessory used for compatibility and fieldbus conversion. It connects different industrial devices and enables local as well as remote control on transmission rates of up to 500 kbit/s. The hardwired version is suitable for transmitting data in hazardous areas, while the wireless version can be used in tough environments such as building automation and remote surveillance.

The DCN1-2R is designed to work in different application fields such as automation, process control, and networks. It uses an advanced architecture with a “fieldbus-specific” module and processor integrated into the same board. The module is responsible for electromagnetic compatibility(EMC) and ensures that transmitted data are correctly transmitted and received. The processor offers a sophisticated and easy-to-use graphical user interface for configuration.

In order to establish communication between different fieldbus systems, one DCN1-2R device is installed between the two systems. After installation, the DCN1-2R module automatically detects the parameters of the two communication networks. This includes data rate, network type, bus address, etc. and sets them in the DCN1-2R\'s internal memory. This memory contains all the necessary information for establishing communication between the two networks. The DCN1-2R then acts as a translator, converting the signals between the fieldbus systems.

In addition, the DCN1-2R module also provides two additional features, which can be used for increased control and reliability. The first feature is the “supervision” function. This function allows the user to monitor the backbone of the network for errors. The second feature is the “broadcast” function, which allows the user to broadcast messages to the connected nodes. This ensures that messages are delivered to all connected nodes without any errors.

DCN1-2R is a versatile and reliable accessory that can be used in various application fields. It is easy to install and configure and provides a reliable network connection with low latency and high speed communication. The system also has additional features that enable increased control and reliability. This makes the device a good choice for applications where reliability is essential.