Configuration tools for transmitters with HART communication protocol

HART® communication protocol configuration tools and software are hardware and computer programs used to configure and maintain industrial measurement instruments that use the HART® (Highway Addressable Remote Transducer) protocol.
The HART® protocol is a communication protocol widely used in industry for the transmission of real-time measurement data between measurement and control instruments, such as sensors and actuators, and centralized control equipment, such as computers or PLCs.
HART® configuration tools and software allow industry professionals to easily configure and maintain HART® measuring instruments, as well as receive and display the measurement data transmitted by these instruments. They can also be used to detect and diagnose potential problems in the communication between instruments and centralized control equipment.

Discover our configuration tools for sensors with HART protocol

Configuration tools with HART® communication protocol for pressure sensors and other measuring instruments

configuration tools with hart communication protocol

Fuji Electric France offers you HART communication tools and software for configuring and monitoring your pressure transmitters HART®temperature transmitters, HART®temperature transmitters, analysers HART®electromagnetic flowmeters HARTelectromagnetic flowmeters and other HART sensors.

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What is the definition of the HART® communication protocol?

what is the definition of the hart communication protocol?

The HART® (Highway Addressable Remote Transducer) communication protocol is a communication protocol used in industrial process control systems.

It was developed to enable bi-directional communication between measuring and control instruments, such as sensors and actuators, and centralized control equipment such as computers or PLCs.

How does the HART® protocol work?

The HART® 4-20ma protocol uses a data overlay technique on a standard transmission line, enabling both digital and analog 4-20 mA data to be transmitted on the same cable. It is often used in applications where it is necessary to transmit precise, real-time measurement data, such as temperature, pressure, flow and other industrial process parameters. The latest software version available is the HART® 7 protocol.

What are the advantages of configuration tools with HART® protocol?

  1. Easy configuration and maintenance:
    The HART 4-20ma protocol makes it easy to configure and maintain measurement and control instruments, thanks to its bidirectional communication.
  2. Improved data accuracy:
    Configuration tools with HART protocol enable instruments to be set up to provide accurate and reliable measurement data.
  3. Error handling:
    The HART® protocol includes error codes to detect and diagnose potential problems during communication between instruments and centralized control equipment.
  4. Better use of resources:
    The HART protocol enables information to be shared efficiently between different instruments and equipment, which can contribute to a more efficient use of resources.
  5. Interoperability :
    The HART® protocol is widely used in industry, facilitating communication between different equipment and instruments from different manufacturers.

How do you connect your measuring instrument with HART® protocol for configuration?

how to connect your measuring instrument with hart protocol

To connect an instrument with HART® communication protocol, it is necessary to follow the following steps:

1 - Check that the instrument and the central control equipment are compatible with the HART® protocol.

2 - Install and configure the HART® communication cable. The HART® communication cable is usually a standard twisted pair cable with a HART® modulation wire.

3 - Connect one end of the HART® communication cable to the HART® instrument and the other end to the configuration device, a HART modem or a HART pocket.

4 - Configure the central monitoring equipment to recognise the HART® measuring instrument and start receiving measurement data from it. This step may require the use of configuration software or a HART® configuration tool.

5 - Check that the measuring instrument and the central control equipment are communicating correctly and that the measurement data is being transmitted reliably.

Configure and monitor your HART sensor easily with these instructions !

It is important to follow the instructions in the manual for the instrument and the central control equipment to ensure correct installation and configuration.

Optimize the performance of your equipment now with our configuration tools for pressure transmitters .

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