Used KINETIC SYSTEMS Vibraplane #293621312 for sale

ID: 293621312
Antivibration table.
KINETIC SYSTEMS Vibraplane is a versatile and effective tool for studying vibration phenomena in laboratories and research facilities. It is a powerful, reliable, and cost-effective piece of laboratory equipment which includes a servo-controlled base that is used to measure and analyze vibration signals. Vibraplane consists of a large, highly accurate servo-controlled base that is connected to a shaker arm, which can optionally be equipped with an integrated vibration absorber. The base is connected to an analog or digital servo motor, which supplies the shaker arm to produce the desired intensity of vibration. The vibration signals are transmitted to the base through an accelerometer that measures the amplitude and frequency of the vibration signals. The shaker arm can be adjusted to obtain the desired intensity of vibration, and the signals can also be measured in either the XY or XYZ directions. A vibration absorber can also be attached to the arm, which is used to reduce the intensity of the vibration signals. This prevents the signals from reaching the base and affecting the accuracy of the measurement. The absorber is typically composed of a cavity filled with a damping material such as oil. The cavity can be adjusted in size to obtain the desired level of damping. The base is connected to an amplifier, which allows for high-precision measurements of the vibration signals. The amplifier can be adjusted for different voltage ratings and is typically equipped with an analog readout, which allows for the easy viewing of the measurement results. KINETIC SYSTEMS Vibraplane has been designed to provide accurate and reliable results and is capable of being used in a wide range of laboratory and research applications. It provides accurate and repeatable measurements of vibration signals and can be used to measure and analyze dynamic motion phenomena. It is a highly reliable and cost-effective tool that is well suited for studying vibration-induced dynamic motion in laboratory and research settings.
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