Used IMV CV-600-3 #9048986 for sale

IMV CV-600-3
ID: 9048986
Vibration test system 1988 vintage.
IMV CV-600-3 is a trusted laboratory tool used to accurately measure the vibration amplitude caused by the oscillation of a vibrating object. This product is designed to be used in a variety of laboratory procedures such as amplitude determination, frequency tracking and to detect any irregularities that may indicate a problem. CV-600-3 has a telescope design that allows for a wide range of motion and adjustments. The arm is adjustable both horizontally and vertically, and can be set at different angles to make it easy to measure an oscillation from different angles. This device is also equipped with a three-axis capacitive accelerometer that accurately detects the vibration amplitude. The accelerometer readings are then translated into an easily readable data file which can be easily manipulated and analyzed. IMV CV-600-3 is designed to be user-friendly, as all of the controls are conveniently placed in the front of the unit. It is equipped with a LCD display that clearly indicates the measured vibration amplitude, and also shows other relevant information such as the oscillation frequency. It includes a laser pointer and two magnifying glasses which allow users to get a more precise reading of the measured vibrations. CV-600-3 is also equipped with a number of safety features to protect users and the device itself from potential dangers such as mechanical shock, overload and short circuits. These built-in safety mechanisms include an automatic shut-off mechanism and sensitive thermal protection systems. The unit is powered by a rechargeable battery and includes a sturdy carrying case for easy transport. Overall, IMV CV-600-3 is a reliable, user-friendly device that accurately measures the vibration amplitude of oscillating objects. This product is sure to give accurate and precise results in any laboratory setting. Its easy to use controls, safety features and its sleek design make it a must-have for any laboratory seeking to meet their vibration measurement requirements.
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