Ultrasonic Flow meters

  • Doppler Flow Meter 6.1

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    • Enhanced Performance
    • Easy to Install and Configure
    • Non-Contacting Clamp-On Ultrasonic Sensor
    • Works on a Large Variety of Pipe Materials and Sizes
    • Large Back-lit Flow Rate Display and Totalizer
    • Isolated 4-20mA Output
    • 2 Programmable Control Relays
    • Optional MODBUS® RTU or HART Output
    • 128MB Data Logger (26 million points)
  • Flow Monitor Fixed Installation For Pipe Flow Monitoring

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    • Provides power for FlowPulse 22-28 V DC and Universal AC 85-264 V
    • Display for flow/velocity from a single FlowPulse controller
    • Set up of FlowPulse sensor
    • Two programmable relays for control and alarm
    • Daily system/resettable totalizers
    • Logging, set up, and download via optional Log Software
  • FLOW PULSE

    FlowPulse Sensor- Non-invasive Clamp on Flow sensor

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    • Non-invasive
    • Minimal installation costs
    • Range of options available
    • Simple Installation
    • Flexible PC software
    • Compatible with a wide range of pipe material
  • PulsarGuard Series

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    • Non-invasive and maintenance-free
    • Simple bolt-on installation
    • Low cost
    • No moving parts and vibration resistant
    • IP68 Stainless Steel housing
    • Highly reliable in low or high temperature
    • ATEX Flammable atmosphere approved (2011 option only)
  • Transit Time Ultrasonic Flow Meter TTFM 6.1

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    • Three easy-to-select transducer options covering 15 mm to 1,200 mm nominal pipe diameters.
    • Transducers work on all common pipe materials.
    • Standard mounting hardware makes novice installers look like experts.
    • Transducers don’t contact the pipe. There’s no wear and tear, and no shutdown to install.
    • Easy-to-contact and knowledgeable staff is here to help you before, during, and after installation.
    • Analog, pulse, and serial communication options to meet your specific application needs.
    • Standard 26 million point data logger and free Logging Software make data management and reporting fast and easy.
    • All transducers are approved for use in hazardous locations.
  • Ultra 5

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     Non-Contacting Level and Pump Control and Flow Measurement

    • 5 control relays
    • Measurement range 125 mm to 40 m (5 in to 131 ft)
    • Optional 4-20mA input
    • Pre-programmed tank shapes
    • Power run-on
    • Pump Exercising
    • Start point variation | Storm Control | Aeration control | Flush valve Control | Differential level control
  • AFLO-TT Ultrasonic Transit Time FlowmeterAFLO-TT Ultrasonic Transit Time Flowmeter

    Ultrasonic Transit Time Flowmeter AFLO-TT

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    AFLO-TT Ultrasonic Transit Time Flowmeter is ideal to measure flow rate of clear, non-aerated fluids in full pipes. Works best on fluids that have less than 2% particulate or gas bubbles

    • User-Friendly Operating System
    • Works from the Outside of Common Pipe Materials
    • Works with Wide Range of Liquids
    • Wide Measuring Ranges Up to DN6000
    • Easy and Fast Mounting
  • Ultrasonic Flowmeter / Calorimeter TFM2100-NG

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    Ultrasonic Flowmeter / Calorimeter TFM2100-NG measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe. This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.Clamp-on sensors: it is not necessary to stop the flow to install them; Wetted sensors.

  • ultrasonic transit time flowmeter

    Ultrasonic Flowmeter/Calorimeter TFM3100 – F1

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    The Transit Time Flow Meter TFM3100  measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe.
    This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.
    High accuracy measuring: Linearity: better than 0.5% Repeatability: better than 0.2%,  Accuracy: better than ± 1%
    Wide measuring range: Several types of transducers to be selected, measuring pipe sizes from DN15mm to DN6000mm with four different types of sensors + PT100 ohm when it works as heat meter.
    Italian or English menu: The different versions of TTFM100/2009 NEW GENERATION can support Italian or English display, easy to operate, in the near future other languages will be implemented.
    Power supply: 8….36 VDC or 10….30VAC
    Engineering Units: Flow: Imperial and metric – Calories: BTU; GJ; KW; KCal
    Dimensions / Protection Grade: 90 90 36mm / IP20
    Set-Up: By integrated keypad
    Output: Relay OCT/4-20mA/RS485
    Protocol: M-BUS, MODBUS
  • Ultrasonic Flowmeter TFM4100W

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    Ultrasonic Flowmeter TFM4100W measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe.
    This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.
  • Ultrasonic Flowmeter TFM5100-NG

    0 out of 5
    The Transit Time Flow Meter TFM5100-NG  measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe.
    This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.
  • Ultrasonic Flowmeter TTFM100-F1-NG

    0 out of 5
    The Transit Time Flow Meter TTFM100-F1-NG  measures flow rate by calculating the spreading time of an ultrasonic wave in a liquid, going upstream and downstream into a pipe.
    This flow meter is mostly used to measure the flow rate of homogeneous fluids, also with a quite high percentage of suspended solids.
    •Clamp-on sensors: it is not necessary to stop the flow to install them; Wetted sensors.
    •AC and DC supply: 85..264 VAC and 24 VDC.
    •The time difference during the measuring process could be 0.2 ns.
    •Analog (4-20 ma), pulses (relays), frequence, Pulse (OCT) and RS485 (M-BUS, MODBUS )outputs.
    •All the measures could be driven to the RS485 in order to save data into a PC remotely  transmitted by telemetry.
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