Product Overview
Product Overview
Discover KEM's entire product portfolio. From Coriolis Mass Flow Meters and KEM's Mechanical Meters to our Transmitters, Amplifiers and Evaluation Electronics.
Coriolis Mass Flow Meter
KEM's Coriolis Mass Flow Meters are absolute, reliable and robust sensors that find their use in a wide range of applications. Direct measurement of mass flow, density and temperature are performed simultaneously. The unique design and modern manufacturing technology ensure flow meters that, in addition to measurement accuracy, are highly resistant to external influences. Whether you want to measure liquids or gases, the Coriolis Mass Flow Meter can do both.
CLASSIC Series | TCM
The TCM CLASSIC series of Coriolis Mass Flow Meters meets general industrial requirements with out-of-the-box ease of use.
SPECIALITY Series | TCMH
The TCMH 0450 is the High Pressure Coriolis Mass Flow Meter, offered in three pressure ratings: 414 bar, 690 bar and 1050 bar (6,000 psi, 10,000 psi and 15,200 psi).
TCM ESTA System
In general, the paint is atomized and applied with compressed air using a paint spray gun or paint nozzles.
Mechanical Flow Meters
In Gear Flow Meters, enclosed, medium-filled cavities are created between the teeth and the housing. The flowing measured medium causes the gear pair to rotate freely and without braking. Turbine Flow Meters measure with the aid of a high-precision turbine wheel. The medium flows against the turbine wheel in the axial direction and causes it to rotate. In Helical Flow Meters, the volumetric flow of the fluid is measured by the screw wheel principle. Two screw spindles, which overlap, are located in the housing. Enclosed media-filled cavities are created between the spindle flanks and the housing.
VFF Flow Meter and FlowPod
The VFF range is ideally suited to low flow/high pressure services such as those found in chemical injection, hydraulics and subsea.
Pickups, Amplifiers, Evaluation Electronics and Additional Accessories
Signal acquisition is contactless from the operating medium via the rotation of the measuring insert of the KEM flow meters and offers fast system integration, coupled with intuitive user interface and parameterization options. They cover the performance range and expectations of users in numerous markets and applications.
