The DCS-98000MJ series vibration control system is the most suitable digital vibration control system used for an electrodynamic vibration testing system to perform vibration evaluation test for highly advanced industrial products. The system is a highly stable Embedded Computer based system, the computer on which the Intel® Celeron™ Processor is installed. It consists of the vibration control, the communication Dynamic Control Unit (main DCU), and the expandable measuring input/output Dynamic Control Unit (sub DCU).
DCS-98Smart digital vibration control system is the high cost effective vibration controller introduced as the most newest version of DCS series. This system demonstrates as high performance as DCS-98000MJ, yet it has a feature of the cost effectiveness, aiming the rapid spread among the quality evaluation industry. It, thus, shall continue the better quality vibration control for any application than ever.
EMIC offers many kinds of accelerometers available for various vibration measurements. They are a ultra small light weight accelerometer for highly precise measurement, a special tri-axial accelerometer for simultaneously measuring a vibration in three orthogonal axes, a large output accelerometer for measuring an earthquake and a suitable accelerometer for measuring and analyzing a building structure.
Measuring a wide variety of vibration: automotive, rail transportation equipment vibration, motor/pump vibration, vibration response during vibration test. Also available for a vibration test device for calibration of equipment.
Compatible with input of piezoelectric accelerometers and accelerometers with built-in pre-amplifier.
Various options are available: PC communication port,
The principle of the eddy current is applied to measure the distance without contacting an object. This measuring method is widely used in the industry for detecting abnormal vibrations of rotating shafts or ironwork in a production in line. The highly accurate signal conditioning for providing the analog voltage being linearly proportional to displacement can be made easy.