This instrument combines an armored, vibration-resistant platinum resistor or thermocouple with a dedicated transducer circuit. It converts the temperature signal from the sensing element into a standard signal output on-site. It eliminates the need for compensation wires, enabling long-distance transmission. Within the rated operating range, signal accuracy is independent of load resistance and supply voltage, making it easy to interface with various instruments and computer systems.

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This instrument consists of a solid-state piezoresistive sensor and a dedicated circuit module. The sensor outputs an mV signal that varies with pressure. After dedicated circuit amplification, non-linear correction, and temperature compensation, this signal is converted into a standard (4-20) mA current output. Its detection accuracy and sensitivity are superior to capacitive pressure transmitters. It is a new generation of pressure detection instruments suitable for various gas and liquid pressure detection in industrial environments.

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The KFB-3151 series intelligent pressure/differential pressure transmitter utilizes a mature single-crystal silicon sensor. Through intelligent circuitry and digital technology, it compensates for temperature and non-linearity in the sensor, significantly improving the sensor's accuracy and span range. The instrument features a HART communication interface, allowing configuration and calibration via a configuration and debugging system on a computer, or using a hand-held operator (compatible with ROSEMONT 275) for on-site configuration and calibration. It is suitable for measuring the pressure, differential pressure, and absolute pressure of various liquids, gases, and steam.

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This instrument uses a high-performance microprocessor chip to collect flow, temperature, and pressure signals. After signal amplification, non-linear correction, and coefficient calculation, the instantaneous and cumulative flow rate, as well as temperature and pressure, are displayed. The flow signal can be output in unit pulse, (4~20)mA, and RS485 modes.

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