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Micronics UX5000 Specifications:
Pipe Diameter (OD) | 2” to 12” (50 – 300mm) |
|---|---|
Measurement Technique | Cross-correlation transit time algorithm |
Display | LCD Graphical |
Transducer Operating Temp | -20°C to +120°C |
Outputs | 2 x Active 4-20mA, 3 opto-isolated relays, Modbus RTU |
Equipment Group / Category | II 2 G Ex ia IIC T4 Gb |
Environmental Protection | IP66 |
Accuracy | 0.5% with process calibration |
Repeatability | +/- 0.15% |
Power | Recommended 21-24 VDC , 2W |
Micronics UX5000 ATEX Zone 1 Ultrasonic Clamp-On Flow Meter
ABLE Instruments are the Exclusive Representative for Sales and Service in the UK and Ireland for the Micronics UX5000 Fixed ATEX Approved, Zone 1 Ultrasonic Clamp-On Flow Meter. The UX5000 offers a non-invasive, easy-to-install solution for precise flow measurement, requiring no process downtime. Certified for hazardous area use in Zones 1 and 2, it features an intrinsically safe measurement system with wet-calibrated, matched transducers for reliable accuracy. The UX5000’s design includes a separate display (DCSIU) and measurement unit (RMU) for flexible installation. Made in the UK, this cost-effective flow meter is well-suited for harsh and heavy-duty applications across industries like chemicals, water, and oil, with applications such as liquid hydrocarbon flow measurement in oil processing and various flow measurements in the chemical industry.
Features:
- Non-invasive, efficient, and easy installation, no process downtime
- Certified for use in hazardous areas (ATEX Zone 1/2)
- Reliable measurement accuracy
- Separate Display (DCSIU) and Remote Measurement
- Unit (RMU) allows flexibility in installation
- Cost effective metering for harsh, heavy-duty applications
- Single and Dual Channel Options
- Remote System Setup and Monitoring
- Exceptionally low price point
The UX5000 uses a cross-correlation transit time algorithm, transmitting ultrasonic beams between downstream and upstream transducers to measure flow velocity. The slight increase in ultrasound speed, caused by liquid movement in the pipe, results in a time difference T1−T2, and is directly proportional to flow velocity.
Also available on 247able:
Package contents:
View full list of package contents. Select System Configuration below:
