Fixed Open Channel Flowmeter: UF OC5000 | MICRONICS
The UF OC5000 open channel fixed flowmeter uses a non-contact ultrasonic probe, installed above the flow on a weir or venturi channel.
The UF OC5000 open channel fixed flowmeter uses a non-contact ultrasonic probe, installed above the flow on a weir or venturi channel.
It is accurate, reliable, and verifiable, with a waterproof electronic housing that contains the electronics and display, and can be installed up to 150 meters from the probe.
The UF OC-5000 continuously displays, totals, transmits, and records the flow in an open channel.
It is equipped with an integrated keyboard that can be used for quick and simple calibration through menu choices: weir, venturi channel, measurement units... A password protects your programming and recordings. Your data is preserved even in the event of a power outage.
View the report on the screen with daily totalization, minimum, maximum, and average flow; transfer to a USB key, delivered with Windows software for PC.
Advantages:
- precise and non-contact measurement
- simple installation on weirs and venturi channels
- 4-20 mA and 0-5V outputs
- volume totalizer function
- internal recorder with 2 million points
- simple calibration with 5-button menu
- password protection
- reports visible on the screen
- USB output
Technical characteristics:
- OC5000 flowmeter:
- water and dustproof polycarbonate housing, IP 66 water and dustproof approved
- accuracy: level +/- 0.25% of the range or 2 mm, whichever is greater
- backlit screen displaying flow, totalization, relay states, operational mode, and calibration menus
- operating temperature: -20 to +60°C
- programming via keyboard
- 220 V power supply
- outputs: 4-20 mA, 0-5 V, 2 programmable SPDT dry contact relays
- weight: 4.5 kg
- Ultrasonic probe:
- max range: 4.5 m
- made of PVC
- operating temperature: -40 to +65°C
- specifically designed for this application (confined spaces and small open channels): can be installed 200 mm above the max level
- no contact, so no fouling possible as with submerged probes, requiring minimal maintenance