Details :

• Flow measurement device using the vortex measurement principle
• High precision
• High stability to excessive flow rates
• No moving parts
• Rapid installation and removal thanks to clamp fastening
• Various connections using building block system

Handling and operation : The vortex flow meter requires a run-in length of 5..10 x D in order to achieve its specified accuracy. If deposits are to be expected, sensor and electronics should not be installed underneath. It should be ensured that the sensor is installed in the direction of the flow arrow. If the sensor is to be cleaned, the clamps should be released, and the device removed (the pipe should be pressure-free for this). It should be ensured during cleaning that the oscillating vortex body is not exposed to impact (in the moulded part there is a sensitive piezo-ceramic sensor, which can break).
Accessories :

• Cable/round plug connector (KB...)
• Counter EEZ-904
• Converter/counter OMNI-TA

Details :

• Flow measurement device using the vortex measurement principle
• High precision
• High stability to excessive flow rates
• No moving parts
• Rapid installation and removal thanks to clamp fastening
• Various connections using building block system

Handling and operation : The vortex flow meter requires a run-in length of 5..10 x D in order to achieve its specified accuracy. If deposits are to be expected, sensor and electronics should not be installed underneath. It should be ensured that the sensor is installed in the direction of the flow arrow. If the sensor is to be cleaned, the clamps should be released, and the device removed (the pipe should be pressure-free for this). It should be ensured during cleaning that the oscillating vortex body is not exposed to impact (in the moulded part there is a sensitive piezo-ceramic sensor, which can break).
Accessories :

• Cable/round plug connector (KB...)
• Counter EEZ-904
• Converter/counter OMNI-TA