Oval wheel meters of the OI series are used especially for highly viscous media. The measuring accuracy is maintained even at high operating temperatures and pressures.
How oval wheel meters work
With each rotation, the oval wheels convey four partial volumes (delimited between the oval wheel and the measuring chamber) through the meter. The number of revolutions is an exact measure of the flow rate.
Oval wheel meters are excellent volume and flow meters with the following advantages:
High measuring accuracy
Very high reproducibility
Long-term stability over many years
High reliability through the use of new technologies, thus safe investment
Very compact design
Wide range of materials
Wide viscosity range 0.3-100000 mPa.s
NO inlet / outlet sections required
Zero point adjustment not required
Also for custody transfer applications
OI series oval wheel meters
The oval gear meters of the OI series are particularly suitable:
for custody transfer applications
for nominal sizes up to DN 100 (DIN / ANSI)
for highly viscous media, since there is only a low pressure drop
for high demands on measuring accuracy and reproducibility
even at high operating temperatures
even at pressures up to PN 40
The oval gear meters of the OI series are available with normal teeth or with special teeth. A special toothing is recommended to reduce the pressure loss and for viscosities greater than 150 mPas.
Standard gearing; Special gearing
An extensive range of additional devices is available for the oval gear meters of the OI series, e.g. B. mechanical, pneumatic, electrical and electronic sensors, whose signals can be used for remote counting, flow measurement and control, as well as for integration into higher-level automation systems. They can also be used for dosing suitable quantity preselection devices with suitable valves of various designs and working methods.
Measurement of quantities and flows
for official use
in the dosage
Measurement of liquid intermediate and finished products such as
Filling a mixing tank with various liquids; Control via electronic batch controller.