KROHNE UFC400 CG35011100 Ultrasonic Flow Converter Technical Data
I. Product Brief Description
A four-wire ultrasonic dedicated signal converter (display unit), used in conjunction with the Cologne OPTISONIC3000/4000 series pipeline ultrasonic flow sensors for complete use. CG35011100 is the complete order configuration code; it can collect ultrasonic flow velocity signals to calculate volumetric flow and cumulative flow, and has process diagnosis, multi-signal output, and bus communication functions. It is divided into an integrated compact type and a separate remote type of installation structure, suitable for precise measurement scenarios of industrial liquid flow.
Key Technical Parameters Table
Parameter items Technical indicators
Power supply method 4-wire supply; AC 100~230V / DC 24V is optional
Overall power consumption 22VA (for AC power supply); 12W (for DC 24V power supply)
Analog output channels 3 independent 4~20mA active current output
Standard digital communication HART 7 protocol; optional Profibus PA/DP, Modbus RTU, Foundation Fieldbus
Flow measurement range 0.01~10 m/s flow rate adjustable
Applicable pipe diameters DN25 ~ DN3000
Low flow cut-off threshold 0~100% range continuous setting
Cumulative counter 3 independent total accumulators, 8-bit digital storage
Display configuration On-site dot-matrix liquid crystal display + operation keys, local parameter configuration, data viewing
Explosion-proof rating Ex ia IIC T6, intrinsically safe explosion protection (standard explosion-proof version is equipped with CG configuration)
Operating environment temperature -40℃ ~ +60℃
Protection rating IP67 (on-site enclosure)
Compliance with industry standards NAMUR NE107 equipment diagnostic specification, IEC 61508 basic safety standard
Signal acquisition cycle Minimum 250ms
Shell material Press-fit aluminum alloy anti-corrosion shell

Core product performance
Compatible with multi-channel ultrasonic sensor signal analysis, capable of automatically compensating for flow field distortion and pipe scaling-induced measurement deviations;
Bidirectional flow measurement, separate measurement and statistics for forward and reverse flow;
Full-channel hardware self-check, sensor circuit fault diagnosis, fault codes displayed locally and uploaded to the control system;
Support for multi-parameter operations of flow, temperature, and heat, and can integrate heat calculation function for thermal network metering;
Parameter configuration can be set locally by keys, or remotely read and written through HART operator controller, upper-level group configuration software;
Power-off parameters are permanently saved, and no re-calibration is required upon power-on;
Split-type models can connect up to 100m with sensor cables, suitable for high-temperature, narrow cabinet environments where on-site observation of working conditions is inconvenient.
Application fields
Municipal heating, thermal network hot water flow + heat trade settlement metering;
Water supply and drainage, sewage treatment plant clear water, sewage network liquid flow monitoring;
Petrochemical, metallurgical industry various process medium liquid pipeline flow measurement and control;
Power plant circulating water, cooling water system flow monitoring;
Regional energy station, central air conditioning cooling and heat metering;
Explosion-proof chemical plant liquid medium flow measurement.
Main models of the same series flow converters
UFC 300: Economical ultrasonic converter, two-wire system, basic analog output, only suitable for small-diameter general working conditions, no complex bus and advanced diagnosis
UFC 400: Standard high-end model (this model), four-wire system, multi-channel current output, full bus compatibility, complete equipment diagnosis, industrial main general model
UFC 400 C: Compact integrated structure, directly fixed on the sensor body, compact installation, space-saving
UFC 400 F: Split remote wall-mounted type, sensor and head separated installation, preferred for high-temperature pipelines
UFC 500: Ultra-high-end multi-function converter, equipped with SIL2 safety certification, suitable for nuclear power, strict process high-risk working conditions



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