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X600
HD5500 safety barrier use optical, electrical, magnetic isolation technology to isolate the power supply, input signal and output signal , realize digital / analog signal isolated transmission between field instruments and control room equipment ,it is the ideal isolation devices between the field instrument and control room equipment . In line with the requirements of intrinsic safety explosion-proof, with strict isolation and energy limitation capabilities, can be installed in hazardous places with intrinsically safe equipment to be an intrinsically safe explosion-proof system, through the internal voltage and current limiting circuits to limit the electrical energy of the hazardous zone, so as to ensure the safety of the hazardous places.
Product Advantage
1. Exceptional instrument compatibility: Pre-loaded with over 1,500 HART device DD files from more than 200 manufacturers, covering 99% of instruments. Supports online updates for plug-and-play functionality.
2. Fully integrated functionality: Combines HART communicator, calibrator, recorder, scale table lookup, and safety barrier configuration capabilities.
3. Comprehensive signal support: Compatible with (0–24)mA/(0–100)mV/V/thermoresistors/thermocouples and other industrial signals. Built-in TC jack enables precise temperature compensation. Signal accuracy is no less than 0.015%.
4. Modular expansion: Optional APL module supports PROFINET APL device configuration, adapting to industrial intelligent upgrade requirements.
Technical Parameters
Product Uses
1. DCS/PLC Card Channel Maintenance:
In offline mode, output precise milliampere and voltage signals to the analogue input cards of the control system to verify their acquisition accuracy and linearity, enabling rapid identification of card-specific faults.
2. On-site Instrument Calibration and Fault Diagnosis:
Supply frequency signals to flow meters and drive valve positioners; measure the (4–20) mA output signal of transmitters.
3. Temperature transmitter system testing:
Simulate thermocouple or RTD signals output to temperature transmitters, testing the integrity and accuracy of the entire measurement loop from sensing through conversion to transmission.
4. Intelligent instrument parameter configuration:
Rapidly configure new or replaced HART intelligent transmitters, modifying core parameters such as span, units, damping time, and tag IDs online to achieve plug-and-play functionality.
HD5500 safety barrier use optical, electrical, magnetic isolation technology to isolate the power supply, input signal and output signal , realize digital / analog signal isolated transmission between field instruments and control room equipment ,it is the ideal isolation devices between the field instrument and control room equipment . In line with the requirements of intrinsic safety explosion-proof, with strict isolation and energy limitation capabilities, can be installed in hazardous places with intrinsically safe equipment to be an intrinsically safe explosion-proof system, through the internal voltage and current limiting circuits to limit the electrical energy of the hazardous zone, so as to ensure the safety of the hazardous places.
Product Advantage
1. Exceptional instrument compatibility: Pre-loaded with over 1,500 HART device DD files from more than 200 manufacturers, covering 99% of instruments. Supports online updates for plug-and-play functionality.
2. Fully integrated functionality: Combines HART communicator, calibrator, recorder, scale table lookup, and safety barrier configuration capabilities.
3. Comprehensive signal support: Compatible with (0–24)mA/(0–100)mV/V/thermoresistors/thermocouples and other industrial signals. Built-in TC jack enables precise temperature compensation. Signal accuracy is no less than 0.015%.
4. Modular expansion: Optional APL module supports PROFINET APL device configuration, adapting to industrial intelligent upgrade requirements.
Technical Parameters
Product Uses
1. DCS/PLC Card Channel Maintenance:
In offline mode, output precise milliampere and voltage signals to the analogue input cards of the control system to verify their acquisition accuracy and linearity, enabling rapid identification of card-specific faults.
2. On-site Instrument Calibration and Fault Diagnosis:
Supply frequency signals to flow meters and drive valve positioners; measure the (4–20) mA output signal of transmitters.
3. Temperature transmitter system testing:
Simulate thermocouple or RTD signals output to temperature transmitters, testing the integrity and accuracy of the entire measurement loop from sensing through conversion to transmission.
4. Intelligent instrument parameter configuration:
Rapidly configure new or replaced HART intelligent transmitters, modifying core parameters such as span, units, damping time, and tag IDs online to achieve plug-and-play functionality.
