KEM sensor

KEM sensor

Shanghai Zhichuan Industry and Trade Co., Ltd. sells to GermanyKEM flowmeter、 The full range of products includes KEM sensors, KEM transmitters, KEM amplifiers, KEM displays, and more.

KEM Kuppers Elektromechnik GmbH was founded in 1965 and is a manufacturer with extensive experience in the field of flow measurement technology. In years of challenging measurement tasks, KEM has provided customized products and solutions for customers, enabling us to excel in relevant industry segments. KEM has been focusing on the field of flow meters for more than 50 years, with numerous innovative products that can meet specific customer needs. KEM is a qualified consulting merchant in your flow control product service field. For this goal, KEM has a wide range of measurement principles to choose from. Develop, produce, and provide quality gear flow meters, turbine flow meters, twin-screw flow meters, micro flow meters, and Coriolis mass flow meters, as well as special accessories, as supplements. KEM has its own calibration laboratory and is certified according to the DIN EN ISO/IEC 17025:2005 system.

The TCM "CLASS" series products meet general industrial needs, are ready to use out of the box, and are easy to use. Lower costs and lower performance specifications meet a wider range of application needs. Usually used for the addition of paints, coatings, and non corrosive liquids, requiring an accuracy of 0.3% and very low zero point maintenance.

The TCD 9000 series transmitters offer stronger robustness, performance, self diagnostic capabilities, and connection options. With a modern HMI human-machine interface and * logging function, the DSP transmitter provides users with a configuration and analysis tool.

The PRO Plus series Coriolis mass flowmeter provides a high repeatability flowmeter with a small installation length in the market, suitable for installation in limited systems between Kong. TCD transmitters provide stronger robustness, high performance, self diagnostic capabilities, and connection options. With a modern HMI human-machine interface and * logging function, the DSP digital signal processing transmitter provides users with a configuration and analysis tool.

TCMH 0450 is a high-pressure Coriolis mass flowmeter from Tricor Corporation, with three pressure ratings: 6000 psi, 10000 psi, or 15200 psi. In the chemical refueling application of hydrogen refueling stations, the material of the U-shaped oscillating tube can be selected as 316 stainless steel material or Sandvik alloy HP 160 material, which can eliminate the "hydrogen embrittlement" phenomenon of the material.

The TRICOR series product line also includes transmitters and displays, which can meet various application needs of customers from the bottom to professional applications, while having excellent digital signal processing (DSP) functions and time-saving and easy-to-use features. We can flexibly choose between integrated and split installation methods, and have selectable and configurable IO products to meet the needs of customers in a wide range of application scenarios.

The LFM micro flowmeter is suitable for measuring low viscosity fluid flow in various dosing and filling applications. It works based on the principle of rotating pistons. Due to its minimal friction and pressure loss, LFM can be used to measure very small flow rates. Only steel that can withstand corrosive liquids is used in the production process of this miniature flowmeter. The core components of the flowmeter use high-precision measuring elements and ensure very small manufacturing tolerances to ensure extremely low leakage rate, as well as excellent linearity and repeatability of the LFM flowmeter.

There are two cycloidal spiral spindles inside the cylindrical housing of the SRZ twin-screw flowmeter, and their geometrically overlapping contours form high-precision interlocking inside the housing. This forms a closed measurement chamber between the spindle profile and the shell wall. These measurement chambers are used to transmit the measured medium. The medium is guided and flows axially through the hole of the measuring chamber, causing the spindle to rotate. There is no pulsation and minimal leakage during this process. A non-contact frequency measuring element with a high-speed pulse disk is used to measure the rotational speed of a pair of spindles relative to the housing wall. The rotational speed of the spindle is directly proportional to the volumetric flow rate over a wide range. The number of pulses corresponding to a unit volume can be used for analysis of measurement data. The low pressure loss and low shear force characteristics of flow meters make them very suitable for measuring high viscosity media.