New UF3300 Fixed Clamp-on, Heat/Energy, Flow and Process Measurement Meter

New UF3300 Fixed Clamp-on, Heat/Energy, Flow and Process Measurement Meter

THE NEW ULTRAFLO UF3300 CLAMP-ON FLOW ENERGY/HEAT AND PROCESS MEASUREMENT METERS
FROM MICRONICS, FOR SIMPLE, ACCURATE FLOW AND ENERGY MEASUREMENT
FROM OUTSIDE THE PIPE!

Our fixed flow and energy/heat meter solutions for closed pipe applications are ultrasonic, clamp-on and non-invasive, This means considerable savings from no cutting pipes or downtime interruption to process whilst the meters are being installed and low operation costs ie no in-line blockages and dry maintenance. The ULTRAFLO UF3300 brings simplicity to the non-invasive measurement of liquid flow and hydronic energy. It offers the user quick and accurate flow and energy measurement. And with its easy to follow menu and simple set up results can be achieved in quick time!

Application/use: Include Process fluid measurement, HVAC/Building Services metering, District Heating Network monitoring, Ultrapure water measurement and Heavy fuel oil metering, 

Description

    • New: cross correlation flow measurement system
    • Flow Range – 0.1m/sec to 20m/sec bi-directional
    • New: now available as a pulse output heat/energy meter
    • Display – 240 x 64 pixel graphic display, with backlight
    • Set-up via 15 key control panel
    • Power – 86v to 264v AC. Optional 24V a.c./d.c. 1A max
    • 4 user selectable languages including English, German, French and Spanish
    • Accuracy Pipe ID >75mm – +/- 0.5″ to +/-2% of flow reading for flow rate > 0.2m/s
    • Accuracy Pipe ID 13-75mm +/- 3% of flow reading for flow rate > 0.2m/s
    • CE Approved

Description

    • New: cross correlation flow measurement system
    • Flow Range – 0.1m/sec to 20m/sec bi-directional
    • New: now available as a pulse output heat/energy meter
    • Display – 240 x 64 pixel graphic display, with backlight
    • Set-up via 15 key control panel
    • Power – 86v to 264v AC. Optional 24V a.c./d.c. 1A max
    • 4 user selectable languages including English, German, French and Spanish
    • Accuracy Pipe ID >75mm – +/- 0.5″ to +/-2% of flow reading for flow rate > 0.2m/s
    • Accuracy Pipe ID 13-75mm +/- 3% of flow reading for flow rate > 0.2m/s
    • CE Approved
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Brochures

User Manuals

Technical Information

SPECIFICATION
Temperature sensors with UF3300 heat/energy meter.
Improved data logger logs energy and flow all date stamped.

Measurement Technique: Ultrasonic, cross-correlation transit time method for flow measurement and PT100 Class B 4 wire for temperature measurement.
Heat Meter Standard: The Heat/Energy calculation is designed to comply with EN1434 section 6.
Temperature Sensors: Clamp-on PT100 Class B 4 wire, range 0°C to 200°C (32°F to 392°F), resolution 0.1°C (0.18°F). Minimum delta T is 0.3°C.
Enclosure: The UF3300 enclosure is IP65 rated.
‘A’ Transducers: 13mm OD to 115mm OD pipes, IP54 with IP68 option.
‘B’ Transducers: 50mm OD to 2000mm OD pipes, IP54 with IP68 option.
Transducer Operating Temp:– ‘A’&‘B’ -20°C to +135°C. ‘A’&‘B’ Option Hi-Temp -20°C to +200°C.
Flow Range: 0.1m/sec to 20m/sec bi-directional.
Turn Down Ratio: 100:1
Accuracy: +/- 0.5% to +/- 3% depending on pipe size for flow rate > 0.2m/s.
Data Communications: USB, supports most USB 2.0 BOM drives.
3 x Pulse Output: Pulse or Frequency. Opto-isolated MOSFET relay.
Max current: 150mA. Isolation: >100V AC/DC/ Pulse for volume flow and alarms., frequency for flow and power rate. The pulse outputs can be configured including: flow totals, energy, loss of signal, low flow alarms.
Volumetric mode: Pulse repetition rates: up to 50 pulses/sec (depending on pulse width).
Frequency mode: Max. pulse frequency: 200Hz.
Flow at max frequency: User selectable.
4-20mA Output: 4–20mA flow proportional output; optically isolated 1500 volts, 620 ohms maximum load.
Power: 86V to 264V AC. Optional 12V a.c./d.c. 1A max.
Data Logging (dependent on model): 100,000,000 data points. Downloaded via USB to CSV file and export to Excel. Logs application details, time, date, flow rate, forward total, reverse total, flow velocity, flow side temperature, return side temperature, temperature difference, power, total energy, signal quality, signal SNR, signal status.

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