Series-UBT

Clamp-On Ultrasonic Thermal Energy Meter for Heat/Energy Metering

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Save on installation costs with non-invasive pipe measurement
Simplified installation with all necessary components included, such as converter, sensor, cables and mounting accessories
Fit application requirements with compact and lightweight design, that can be easily installed, all in one clamp-on unit intended for homogeneous liquids that contain no air
Cut down evaluation time with easy-to-read text displaying both energy rate and totalized energy with pulse output and communication options with a convenient backlight for visual comfort

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Series-UBT

From ^$ 3,781.65

Models In Stock

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2 Variations available

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Data Sheet

Product Overview

Accuracy ± 3 %
Accuracy Detail ± 3% of flow reading for velocity rate >1 ft/s (0.3 m/s)
Applications Energy Management Systems
Compliance CE
Display Note Backlit: 2.28˝ x 0.43˝ (58 mm x 11 mm), 2 line x 16 characters
Display Type LCD
Electrical Connection Cable
Enclosure Ratings IP54
Flow Direction Any
Linear Flow Rate, Max 32 ft/s
Linear Flow Rate, Min 0.3 ft/s
Materials Polycarbonate
Mounting Orientation None
Operating Temperature, Max 122 °F
Operating Temperature, Min 32 °F
Output Detail Pulse: 1 optoisolated MOSFET relay, 500 mA max, 166 pps max, 200 Hz max
Output Signal DC Pulse
Pipe Size, Max 4 in
Pipe Size, Min 45355 in
Power Consumption DC: 7 W / AC: 7 VA
Process Temperature, Max 185 °F
Process Temperature, Min 32 °F
Relative Humidity 90% RH @ 122°F
Repeatability ± 0.15%
Repeatability Note ± 0.15% of measured value
Supply Power Note 12 V to 24 V ± 10% AC/DC at 7 watts per unit. Optional plug-in 12 V power supply
Supply Power Type AC/DC
Supply Voltage 12 to 24 Vac/Vdc
Tube Wall Thickness 0.39 in
Weight 1.1 lb

The Series UBT Clamp-On Ultrasonic Thermal Energy Meter is an economical clamp-on ultrasonic heat meter. It is an ultrasonic alternative to the traditional inline thermal energy meters. The series uses temperature sensors for energy measurement and ultrasonic waves with time differentials for flow measurement.