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Karya Mandiri Instrument indonesia adalah supplier peralatan laboratorium baik eletronik maupun mekanik, serta berbagai macam instrument measurement, dengan didukung dari berbagai macam merk dari negara negara Eropa, US, dan beberapa negara di Asia seperti Korea, Japan dan Taiwan. Instrument yang kami sediakan seperti : Anemometer, Analitical Balance, Spectrophotometer, pHmeter, Laser survey, Micropipette, Peristaltic Pump, Flame photometer, Water bath heating cooling, Colorimeter, Water Strirer, Viscometer. Freezers, Refractometer, Polarimeter, Sound Level meter, Tachometer. Dll
Kami juga menerima jasa service dan kalibrasi untuk peralatan laboratorium sesuai kemampuan kami.
Series DFX Ultrasonic Doppler Flow Meters measure flow of liquids that contain useful sonic reflectors1 suspended within the liquid. The DFX flow meter operates by transmitting an ultrasonic sound from its transmitting transducer through the pipe wall into the flowing liquid. The sound will be reflected by the the reflectors and recorded by the receiving transducer. The clamp-on style transducer is also available in small pipe and high temperature options. The DFX also offers an insertion probe transducer for pipe systems that do not permit ultrasound penetration. The Series DFX replaces the 601, 901, and 770 models; using more advanced technology for easier installation and more reliable readings on a wide range of liquid and reflector conditions. Unlike other Doppler technologies, the Series DFX is relatively insensitive to VFDs and other ultrasonic noises. Standard features of the DFX include: Non-intrusive, clamp-on design Flow ranges from 0.15 to 30 FPS ( 0.05 to 9 MPS) User-friendly, field programmable Resettable 8-digit LCD totalizer Field configurable AC/ DC power supply NEMA 4X ( IP66) enclosure Pipe sizes from 0.25 inches ( 6 mm) Optional outputs include: 4-20 mA, dual relay and rate pulse 1 Useful sonic reflectors will meet the following criteria: Maintain a sonic impedance ( sound speed difference) different from the fluid Contain some particles large enough to cause longitudinal reflection - particles larger than 35 micron Longitudinal reflection has sufficient energy to overcome the Rayleigh ( energy wasting) scattering caused by smaller particles Travel at the same velocity as the fluid
