TUF-2000S Wall mounted Ultrasonic FlowMeter

The Sino Inst TUF-2000S wall mounted ultrasonic flowmeter employs the principle of measuring time difference, and realises non-contact measurement of the flow of liquid in the pipeline using a variety of sensor installation methods such as external clamp, insertion and pipe section. The device allows bidirectional measurement in both directions, with Chinese and English LCD display, built-in large capacity data store, supports various output communications such as 4-20mA, pulse, RS485 etc. It can also be used with PT100 to achieve the heat measurement. No pipe breakage installation required, applicable for various uniform liquids like water, sewage, seawater, oil and so on Widely used for flow measurement and energy consumption monitoring in sectors such as water, chemical, energy, HVAC etc.

★★★★★

  • Short delivery time
  • Better price
  • Customizable parameters

Portable Digestion Device characteristics

  • Non contact measurement, no pressure loss, no wear and tear, no need to cut off pipes or stop production during installation;
  • ± 1% measurement accuracy, wide flow velocity range of 0~± 10m/s, bidirectional measurement;
  • Multiple sensors to choose from, suitable for DN15~DN6000 full diameter pipelines;
  • External clamp installation is convenient and suitable for renovation projects with large diameters and inconvenient pipe breakage;
  • Built in large capacity data storage, capable of recording 512 days and 128 months of historical data;
  • Supports heat measurement function, paired with PT100 to achieve cold and hot metering;
  • 4-20mA、 Pulse, RS485 multiple outputs, supporting MODBUS protocol;
  • Power off memory and flow replenishment function ensure complete data integrity without loss.

Core Technical Parameters

ItemTechnical Parameter
Measuring PrincipleTransit-time ultrasonic method
Flow Velocity Range0 ~ ±10 m/s
Measuring Accuracy±1%
Display2×20 character LCD backlight, Chinese/English/Italian
Flow DirectionBidirectional, positive/negative/net totalizer
Data Logging512 days, 128 months, 10 years historical data
Power Failure Memory20 power on/off events, auto/manual flow compensation
Power SupplyAC 85~264V or DC 8~36V
Output Signals1×4-20mA, 1×OCT pulse, 1×relay output
Input Signals3×4-20mA analog input, 2×PT100 RTD input
CommunicationIsolated RS485, MODBUS protocol, PC upgradable
Heat MeasurementSupported (with PT100 temperature sensors)
Measurable MediaWater, seawater, sewage, alcohol, oils, etc.
Medium Turbidity≤20000ppm, low bubble content
Pipe MaterialCarbon steel, stainless steel, copper, PVC, FRP, etc.
Straight Pipe RequirementUpstream 10D, downstream 5D, 30D from pump outlet
Protection GradeIP65 (transmitter), IP68 (sensors)

Sensor Type Selection Table

Sensor TypeModelApplicable Pipe DiameterTemperature RangeFeature
External Clamp Medium SensorL2DN50~DN700mm0~90℃For medium & small diameter normal temperature liquid
External Clamp Large SensorL3DN300~DN6000mm0~90℃Widely used in municipal & large water pipelines
High Temp Small Clamp SensorGL1DN15~DN100mm0~160℃Suitable for small diameter high-temperature medium
High Temp Medium Clamp SensorGL2DN50~DN700mm0~160℃For medium high-temperature liquid pipelines
High Temp Large Clamp SensorGL3DN300~DN6000mm0~160℃Large diameter high-temperature industrial pipes
Standard Insert SensorC1≥DN80mm0~160℃Ideal for pipes with heavy scaling & weak external signal
Extended Insert SensorC2≥DN80mm0~160℃Applied to thick-walled large diameter pipelines
Parallel Insert SensorC3Customized0~160℃Custom-made according to on-site working conditions
Pipe Segment Sensor/DN15~DN1000mm0~90℃ / 160℃High precision, preferred for new pipeline metering

Featured Applications

  • Municipal water industry: water supply and main water pipeline online flow monitoring.
  • Environmental monitoring industry: online measuring of sewage outflow and polluting source flow.
  • HVAC sector, chilled water, cooling water flow and heat metering.
  • Petrochemical industry: Oil and chemical liquid pipeline flow measurement.
  • Power Industry Monitoring of circulating water, boiler feedwater and cooling water flow
  • Metallurgical mines: producing water, circulating water and slurry flow measurement
  • Agricultural water conservation Large diameter flow measurement for irrigation pipes and diversion canals
  • Energy saving renovation: No need to shutdown for installation of existing pipeline flow monitoring

Installation and use precautions

  • Full pipe requirement: To be installed in a piece of pipe full of fluid, vertical or horizontal.
  • Requirements for straight pipe sections: Upstream > 10D, Downstream ≥ 5D straight pipe segment, distant from interference sources such as valve, pump, elbow, frequency converter, etc.
  • Avoid high points: Do not position vertical descending pipes at the highest point of the pipeline or with open exits to avoid accumulation of bubbles.
  • Requirements for Pipe Material The pipe material must be dense and homogeneous. If the inner wall is extensively scaled, an insertable sensor is preferable.
  • Temperature and pressure: The installation site temperature and pressure should be within the rated range of the sensor.
  • Signal coupling. External clamp sensors require coupling agents to provide a tight connection to the pipe wall without any air bubble gaps.

Technical Support

The float flowmeter is simple in structure, low in price, no need power supply, but the accuracy is relatively low (± 4%~ 5%), and the direct reading can only be on-site, suitable for simple flow indication; The electromagnetic flowmeter has high accuracy (0.5 level), can transmit output remotely, and has strong functions, but the price is expensive, need power supply, and can only measure conductive liquids. Remote transmission, high precision and electromagnetic measurement are required, and float selection needs only simple indication in situ.

Yes, but the turbidity must be < 20000ppm and the bubble concentration must be modest. Overabundance of particles and bubbles scatters the ultrasonic waves causing signal attenuation and unreliable readings. Usually waste water and little particle liquids can be monitored . For high concentrations it is recommended to use electromagnetic or other forms of flow meters .

Electromagnetic flow meters have the advantages of high precision and good stability, but they can only measure conductive liquids and need cutting pipes for installation. The price increases substantially with the increasing of diameter Ultrasonic flow meters can measure different liquids such as water and oil. The external clamp type does not require pipe breakage installation, and has good cost performance for big diameters. However, the precision is slightly worse, and it has high requirements for straight pipe sections. Small calibre, high precision, conductive liquid select electromagnetic selection; Large calibre, cumbersome to detach, non-conductive liquid select ultrasonic waves.

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The Sino Inst TUF-2000S wall mounted ultrasonic flowmeter employs the time difference measuring method, can achieve non-contact measurement, no pressure loss, no wear. Full diameter pipelines can be instrumented with several sensors and external clamp installation does not need pipe damage or downtime. It is especially ideal for existing pipeline renovation and big diameter flow measurement. The device is extensive in features and allows bidirectional measurement, thermal measurement, data storage and several communication outputs. It may be widely used in industries such as water, environmental protection, HVAC, chemical and power, and is the best choice for flow measurement and energy consumption monitoring.

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