MEYLE solid flow transducers for mass flow measurement
The microwave transducer measures the flow of moving particles in pipes, operating maintenance free and without contact to the product. Simple installation in existing pipes and easy software calibration.
All types at one glance
OFJ 722, OFJ 822, OFY 722, OFY 822, RHR -05... -10... -20;
FS-3, FS-150, FS-4, FS-6, FS-100E, FS-100A, FS-380, FS-105E, FS-107E, FS-200, FS-200E, FS-200EA, FS-400, FS-400A, FS-500, FS-925E, FS-926E, FS-10798E, FS-550E;
RFI, RFO/FRA, RFS, FT110
MY SFT11 – Solid Flow Transducer
The simple and reliable flow measurement for solids in pneumatic- and gravimetric conveying systems - Solid flow measurement for:
Chemical industriy - Plastic production - Cement industry - Pharmaceutical industry - Food industry
The MY SFT11C Microwave Measuring System consists of a sensor head with stainless steel pipe that acts as a waveguide and the electronic unit. To mount the equipment a hole for the mounting plug is first drilled in the conduit. The sensor is installed in line with the wall and therefore is wear?free. Simple installation in existing pipe work measurements. Flush with wall and non?contact maintenance?free detecting only ”moving“ particles. High operating safety, suitable even for very small flow rates.
The system is virtually unaffected by pressure and temperature and provides a typical accuracy within +/? 5 % in pneumatic conveying systems (with even deviation of the product). The sensor can be use to monitor and control the solid flow in vertical pipes and pneumatic feed lines. For pipe diameters above 250 mm it could be necessary to install 2 or 3 sensors for a better coverage of the particle flow profile. The sensor face transmits a frequency of 24 GHz to the powder or grain material. The pulses are reflected from the particles and analysed via a special algorithm. The result is a flow proportional current output that is amplified and conditioned. An optional instrument can display the flow value directly in kg/h and in absolute quantity (kg) (t).