KROHNE water flow meters

Process temperature: -25 °C - 120 °C

The OPTIFLUX 1300 is an electromagnetic flowmeter (EMF) with lightweight wafer-style design. The meter is an economical solution for applications with conductive liquids (≥ 5 μS/cm) and ...

... . It also has a wide range of approvals for potable water. This makes the OPTIFLUX 2300 an effective alternative to mechanical water meters, not least in custody transfer measurement ...

Electromagnetic flowmeter for applications with partially filled pipes • With integrated capacitive level measurement for flow measurement of water and wastewater ...

... powered electromagnetic water meter for use in water abstraction wells, district metering areas (DMA) and custody transfer measurement of potable water (MI-001, OIML ...

Process temperature: -40 °C - 180 °C

... Profibus-PA/DP, PROFINET The OPTIFLUX 4300 is an electromagnetic flowmeter (EMF) for advanced process applications with aggressive liquids or abrasive media. The high-end flowmeter ...

... It is the most accurate mag meter for filling applications with conductive liquids in the market and has established itself as the standard for volumetric filling units. Due to its unique ceramic measuring ...

Process temperature: -20 °C - 60 °C
Process pressure: 8 bar

... smallest filling mag meter with the most compact and lightweight design in the market • - Unique flow sensor design with a rectangular cross-section for high speed filling with minimal ...

... Modbus, FF, Profibus-PA/DP, PROFINET The OPTIFLUX 7300 is a an electromagnetic flowmeter (EMF) for measuring very low conductivity liquids (≥0.05 μS/cm). The high-end meter is particularly ...

Process temperature: -175 °C - 720 °C

Flow nozzle meter The flow nozzle meter is designed for accurate long-term stable flow measurement of liquids gases and steam, especially ...

Process temperature: -175 °C - 720 °C
Process pressure: 350 bar

Venturi flowmeter The Venturi flowmeter is based on a classical Venturi tube, an engineered primary flow element for a most efficient and accurate differential pressure (DP) flow ...