10 products found
KEM Küppers Elektromechanik GmbH Products
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Mass Flow Meters
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TRICOR - Model TCM 0325 - Coriolis Mass Flow Meter
TRICOR’s Diamond Shape Coriolis Mass Flow Meters range in flow rate from 325 to 3100 kg/hr (12 lb/min) and withstand pressures up to 2900 psi (200 bar). The diamond shape (D-shape) tube design has the best overall performance of any Coriolis tube shape. The mechanical advantages of this design include the best signal-to-noise ratio and reduced effects of external vibrations, thus improving zero stability. Each meter is mechanically balanced to ...
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TRICOR - Model TCM 0650 - Coriolis Mass Flow Meter
TRICOR’s Diamond Shape Coriolis Mass Flow Meters range in flow rate from 325 to 3100 kg/hr (12 lb/min) and withstand pressures up to 2900 psi (200 bar). The diamond shape (D-shape) tube design has the best overall performance of any Coriolis tube shape. The mechanical advantages of this design include the best signal-to-noise ratio and reduced effects of external vibrations, thus improving zero stability. Each meter is mechanically balanced to ...
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Gear Flow Meters
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Model ZHM ST - Gear Flow Meter
The ZHM ST gear flow meter series (ST for standard design) are flow meters which are mainly used in lubrication and non-lubrication liquids. They are equally suitable for filled, viscous and abrasive media. Only high-grade steels that even withstand corrosive liquids are used in the production of gear flow meters. Combined with the use of tungsten carbide bearings, the ZHM ST guarantees optimum measurement accuracy and a long service life under even the ...
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Model ZHM-CT - Gear Flowmeters
The ZHM series in the patented cartridge construction (ZHM CT) was developed primarily for coating applications. Structural characteristics such as flat seals and free-standing axes ensure optimum flushing. Cartridge construction drastically reduces the weight compared to the standard version, and permits mounting directly in the spraying head on the robot arm without restricting the robot’s dynamic behavior. The flowmeters have a very high ...
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Turbine Flow Meters
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Model HM - Turbine Flow Meters
Turbine Flow Meters for flow measurement of fuels, light fuel oil, thermal oil, solvents, tap and demineralised water as well as special models for refrigerants, pharmaceutical fluids, cryogenic fluids, liquefied gases and high-pressure applications. Turbine flow meters are mediate volume transmitters similar to a Woltmann’s sailwheel meter. Thanks to extremely rapid response times and high resolution turbine flow meters are perfectly suitable for ...
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Model HM-F - Turbine Flow Meter
Turbine Flow Meters for the precise measurement of instantaneous flow rates and flow quantities of low-viscosity fluids as tap and demineralised water, fuels, liquefied gases, solvents, light fuel oil and pharmaceutical fluids. HM…F turbines are equipped with flanges as per DIN or ...
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Model HM-R - Turbine Flow Meters
Turbine Flow Meters for the precise measurement of instantaneous flow rates and flow quantities of low-viscosity fluids as tap and demineralised water, fuels, liquefied gases, solvents, light fuel oil and pharmaceutical fluids. HM…R turbines have inch sized female threads allowing a great variety of ...
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Helical Flow Meters
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Model SRZ-ST - Helical Flow Meters
Flow meters for epoxy resigns, PVC and underbody sealants, anti-flutter materials, adhesives, polyurethane, polymers, sealants, petrochemicals and thixotropical fluids, grease, oil, glues, heavy fuel ...
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Model SRZ-Compact - Helical Flow Meter
Compact flow meter with integral double pickup for flow measuerement of epoxy resigns, PVC and underbody sealants, anti-flutter materials, adhesives, polyurethane, polymers, sealants, petrochemicals and thixotropical fluids, grease, oil, glues, heavy fuel oil. Helical flow meters are positive displacement meters with a very favourable pressure drop behaviour. They are therefore perfectly suited for the flow measurement of very high viscosity fluids. ...
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Model SRZ-KL - Helical Flow Meters
Helical Flow Meters with ball bearings. Measuring ranges: 0.04…400 ltr./min. Viscosity: max. 1×10^6 mm²/s. Linearity: ±0.25% of actual value. Pressure: max. 400 bar. Fluid temperature: max. +150°C (higher on ...