Description \Flux FMO 104 Series Flow Meter built according to the oval rotor design is suitable for measuring pure, thin to highly viscous media. With the evaluation unit FLUXTRONIC® filling and dosing processes of almost all kinds of fluids can be performed with maximum precision and highest safety. In automatic mode it is possible to […]
Description Sierra SmartTrak 50 Low-Cost Digital Mass Flow Controller is a digital gas mass flow controller designed to meet the low cost budgetary requirements of OEM’s while maintaining excellent quality and performance. Inspired by the need for accurate and reliable gas mass flow control at an OEM price, the 50 Series delivers by building on […]
Description Hengesbach TP 50 Compact Resistance Thermometer in compact design is optimally suited to measure the temperature of fluids. It comes with various hygienic process connections. The stainless steel vibration-proof design (protection class IP66 and IP67) is ideally suited for applications in critical environments and sophisticated and challenging process conditions. The fitted transmitter is programmable […]
General The flow meter FMO 102 built according to the oval rotor design is suitable for measuring pure, thin to highly viscous media. With the evaluation unit FLUXTRONIC® filling and dosing processes of almost all kinds of fluids can be performed with maximum precision and highest safety. In automatic mode it is possible to output a […]
Description Sierra SmartTrak 100 Premium Digital Mass Flow Controllers give users the world’s most linear sensor, smoother valve performance, more robust electronics, and even more control over a wide range of functions. The result is a series of mass flow meters and controllers that demonstrates premium flow instrumentation which is easy to use. The 100 […]
Description Hengesbach TP 30 Contact Resistance Thermometer temperature sensors have been specially designed to record the surface temperatures of resting media, e.g. tanks. The pressure with which the movable sensor tip is pressed against the surface (which may be uneven) optimize adaptation to the measuring point and guarantees recording of the surface temperatures during stationary […]