DeviceNet Option, Version 6.3 for CANalyzer
CANalyzer Extension for DeviceNet Users
DeviceNet is a communication protocol based on CAN that is used primarily in factory automation and maintained by the ODVA (Open DeviceNet Vendor Association). DeviceNet is primarily used to realize Master-Slave networks with plug & play characteristics.
Features and Advantages
In addition to the CANalyzer's high-performance functionality, the DeviceNet option gives the user a tool that can be used for initial production of the DeviceNet project. The DeviceNet-specific extensions allow the user to concentrate on the actual tasks of data analysis, without detailed knowledge of the DeviceNet protocol. This significantly increases the efficiency when searching for errors. Misinterpretations of CAN frames are avoided as well.
Functions
The .DeviceNet option for CANalyzer expands the standard functionality of the CANalyzer with:
- Protocol-specific display and evaluation of CAN messages in the Trace window.
- Graphic display and evaluation of all online and offline participants on the network using the scanner.
- The DeviceAccess dialog makes available all functions for communication via explicit message and offers the respective services, classes and attributes for selection.
- The heartbeat monitor allows the activation and monitoring of the heartbeat mechanism.
- The explicit polling function reads cyclical attributes from a device.
- The integrated dynamic database stores all procedures when establishing a connection. This is necessary in order to derive the meaning of an individual CAN message regarded in isolation. The identification allocation can occur dynamically (UCMM), or the data contents can have different meanings depending on the type of associated connection (I/O or explicit). For this reason, the pre-history of a connection must be known.
Hardware Interfaces
The DeviceNet option for CANalyzer is available with unlimited functional scope for all current network interfaces
Application Areas
CANalyzer with the DeviceNet option is well-suited for the development of DeviceNet Master or Slave components. Here CANalyzer can be available on the network as a communication partner without having the actual hardware. In addition, CANalyzer can be used for debugging or start up in existing networks.
The extensive Trace window and the possibilities for filtering messages enable quick isolation of errors and a clear display of communication. Further application areas are the configuration of nodes and usage as a training tool. CANalyzer with the .DeviceNet option offers the opportunity to work with the protocol on the level of services and classes or on the level of CAN messages.
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