U3000 fixed ultrasonic flowmeter | MICRONICS
This fixed non-intrusive transit-time flowmeter is dedicated to measuring fluids without particle load.
This fixed non-intrusive transit-time flowmeter is dedicated to measuring fluids without particle load.
It allows reliable and long-term measurement, and is offered with (optional) 3 dedicated sensors depending on the diameters of the measured pipes:
Sensor A-ST:
13-115 mm internal diameter, for a measured fluid temperature of -20°C to +135°C
Sensor B-ST:
50-2000 mm internal diameter, for a measured fluid temperature of -20°C to +135°C
Sensor D:
1500-5000 mm internal diameter, for a measured fluid temperature of -20°C to +50°C
Possible pipe materials: stainless steel, copper, concrete, glass, epoxy, plastic, etc...
By adding the CALEC ST portable energy meter (active WEB link) you can measure total energy and thus strictly control the consumed energy with communication capability.
Advantages:
- High precision
- Minimal maintenance
- Easy-to-install sensor
- Delivered all-in-one ready to use
- Precise bi-directional measurement
Technical characteristics:
- Delivered with integrated LCD display IP-65
- Accuracy: from ±0.5% to ±3% of the read value depending on the diameters
- Measurable fluid temperature range from -20°C to +200°C depending on the sensors
- Delivered with 4-20 mA outputs + 2 alarms with user-configurable thresholds
- 9 user-selectable languages including French, English, German, Spanish
- User-friendly mode for quick measurement start
- Precise bi-directional measurement mode over a wide range of fluid speeds from 0.2 to 20 m/s
- Automatic compensation for velocity profile effects
- Secure use with menus and passwords
Optionally offered: a set of 50 x patches (Ref. 2235003) very useful as they can be stuck to the pipes in case of condensation of the pipeline liquid: once stuck, these patches cannot (unlike grease) be removed from the pipe by this condensation.
Typical applications:
- Food and pharmaceutical industries
- Chemical and petrochemical industries
- Clean water
- Thermal power plants
- Semiconductors