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Megger CHM Series

Update Terakhir
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01 / 12 / 2019
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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.

Detail Megger CHM Series


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A.WIHARTA
081294124885
085778084789
087784022201

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.

 

 

Description • Dramatically reduces measuring time • Inherently safe • Designed for ease-of-use • Hand-held portability • Calibration and maintenance free operation • No physical connection to cables or wires • Measures the height of up to six overhead cables The CHM Series of Cable Height Meters utilize ultrasonic sound to determine the height of up to six overhead cables and wires. The instruments are designed to address specific measuring requirements on cables up to 75 feet ( 23 m) . The CHM600 ( C/ N 659600) and CHM600E ( C/ N 659600E) are designed primarily for power cable applications, while the CHM2000 is designed for telecommunication applications. The Cable Height Meters emit short bursts of sound which originate from the cone shaped transmitter. The microprocessor in the instruments calculates the elapsed time for the bursts of sound to be reflected from the cable back to the instruments. The result can be displayed in either feet and inches or meters. However, before the final measurement can be displayed, the air temperature must be measured because the speed of sound varies at approximately 0.2 percent per degree Celsius. A temperature sensor, mounted at the front of the instruments, senses the actual air temperature. This information is sent to the microprocessor and incorporated into the algorithm. The distance is then displayed in meters or feet and inches depending on which was selected.

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