Used KINETIC SYSTEMS Vibraplane #9329307 for sale

KINETIC SYSTEMS Vibraplane is a versatile piece of laboratory apparatus used to explore the effects of vibrations on a variety of systems. The equipment consists of a stationary platform, onto which a range of equipment can be securely mounted. This equipment includes data acquisition units, accelerometers, and various vibration sources, such as simple harmonic oscillators, rotary motion, and sine sweep or random vibration sources. The platform has a series of adjustable legs, and a built-in air loop system that provides smooth and consistent vibration to the mounted equipment. The vibrations created can be adjusted both in frequency and amplitude, enabling the user to obtain precise results. The unit can be configured with two or three degrees of freedom, allowing for an analysis of the effects of the vibration on the overall machine. Once the desired vibration settings have been set, the platform can be used to simulate more complex systems such as drop shock, centrifugal forces, and various acceleration profiles. Vibraplane is a powerful tool for performing testing and experiments in fields such as microelectronics, automobiles, and aerospace technology. Its design allows technicians to explore a range of parameters such as acceleration, displacement, and velocity, and observe the effects these have on the test material. The tool supports data logging, and is compatible with a variety of software packages that facilitate viewing and monitoring of the sets of data collected. An on-board signal conditioning asset is also provided, to ensure data integrity during testing. The signal conditioning model can be controlled remotely, enabling tests to be monitored from a remote location. KINETIC SYSTEMS Vibraplane is a reliable, robust, and accurate platform for testing the effects of vibration on a wide range of components and systems. It is designed to be durable and easy to maintain, with both diagnostics and maintenance log functions built in. Its ability to replicate the various shakes and shocks experienced in a range of applications, coupled with its versatility, make it a valuable tool for research and development in a variety of fields.