DCP | Delphin CAN Protocol

DCP | Delphin CAN Protocol

The Delphin CAN Protocol (DCP) is a communication protocol developed by Delphin that is based on the proven CAN Standard (Controller Area Network) It is based on this technology. It enables reliable and high-performance data transmission between Delphin base units and expansion modules within a measurement and data acquisition system.

DCP was developed specifically to meet the requirements of industrial measurement, testing, and automation technology and enables the easy integration of additional hardware components into existing Delphin systems. The protocol allows measured values, status information, and configuration data to be exchanged between connected devices.

DCP is typically used to connect ProfiMessage expansion devices with various Delphin base units from the Expert Series as well as the Message Series used. This allows measurement systems to be flexibly expanded and adapted to increasing requirements in terms of the number of channels, signal diversity, or decentralized data acquisition.

By utilizing CAN technology, DCP benefits from high immunity to interference, reliable data transmission, and robust communication even in demanding industrial environments. This makes the protocol particularly well-suited for applications in test benches, test facilities, machine monitoring, power plants, and continuous process and condition monitoring.

Advantages of the Delphin CAN Protocol (DCP):

  • Reliable Communication Based on the CAN Standard
  • Easy Expansion of Existing Delphin Measurement Systems
  • Connecting Base Units and Expansion Modules
  • High immunity to interference in industrial environments
  • Fast transmission of measurement and status data
  • Scalable System Architecture for Complex Measurement Tasks

DCP thus provides an important foundation for the modular design of Delphin data acquisition and measurement systems and enables the flexible expansion of measurement applications without the need for extensive modifications to the existing infrastructure.

DCP | Delphin CAN Protocol

The Delphin CAN Protocol (DCP) is a communication protocol developed by Delphin that is based on the proven CAN Standard (Controller Area Network) It is based on this technology. It enables reliable and high-performance data transmission between Delphin base units and expansion modules within a measurement and data acquisition system.

DCP was developed specifically to meet the requirements of industrial measurement, testing, and automation technology and enables the easy integration of additional hardware components into existing Delphin systems. The protocol allows measured values, status information, and configuration data to be exchanged between connected devices.

DCP is typically used to connect ProfiMessage expansion devices with various Delphin base units from the Expert Series as well as the Message Series used. This allows measurement systems to be flexibly expanded and adapted to increasing requirements in terms of the number of channels, signal diversity, or decentralized data acquisition.

By utilizing CAN technology, DCP benefits from high immunity to interference, reliable data transmission, and robust communication even in demanding industrial environments. This makes the protocol particularly well-suited for applications in test benches, test facilities, machine monitoring, power plants, and continuous process and condition monitoring.

Advantages of the Delphin CAN Protocol (DCP):

  • Reliable Communication Based on the CAN Standard
  • Easy Expansion of Existing Delphin Measurement Systems
  • Connecting Base Units and Expansion Modules
  • High immunity to interference in industrial environments
  • Fast transmission of measurement and status data
  • Scalable System Architecture for Complex Measurement Tasks

DCP thus provides an important foundation for the modular design of Delphin data acquisition and measurement systems and enables the flexible expansion of measurement applications without the need for extensive modifications to the existing infrastructure.