BK/16383-2

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BK/16383-2 is an RS-485 based long distance communication protocol used for industrial machine control configurations. It is based on half duplex techniques and implements a token passing protocol. It provides a reliable network topology, and all nodes in the network must be able to communicate with each other. The main feature of BK/16383-2 is the ability to control a variety of devices from the same system.

The application field of BK/16383-2 is mainly related to industrial machine control configurations. For example, it can be used to control production machinery, actuators, sensors, control panels, and other components in an industrial setting. It is also used in automated systems for automated traffic control, production tracking, and security systems.

The working principle of BK/16383-2 is to provide a reliable and robust communication link between the nodes in the network. The main feature of this protocol is its token passing technique. A token is sent from one of the nodes in the network to another, and the node which receives it must honor the request and return a response before the next token is sent. This helps to reduce congestion and ensures that all nodes in the network can communicate properly. The token also helps in error detection and correction, which is crucial for a reliable communication system.

Another important feature of BK/16383-2 is the ability to link many nodes to the same network. It supports a maximum of 512 nodes, but the actual maximum number accepted may vary depending on the hardware. The nodes in the network can be configured to communicate with each other in either full or half duplex mode. Furthermore, BK/16383-2 provides enhanced data transmission speeds of up to 256kbps depending on the node configuration.

BK/16383-2 can be easily configured to be used in numerous applications. For example, it can be used for applications such as remote machine control of industrial equipment, automated traffic control, and security systems. It can also be used to link a number of devices to one another and to distributed control systems. In addition, the protocol can be used to monitor various components in the system and provide real-time data collection.

In conclusion, BK/16383-2 is an efficient communication protocol used in industrial machine control and automated systems. Its main features are the token passing technique, high-speed data transfer and connectability to multiple nodes. Furthermore, it provides a reliable and robust network topology and supports various applications. It is an easy to configure protocol, and is widely used in the industrial world.

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