Used UNHOLTZ-DICKIE T208 #9014182 for sale

UNHOLTZ-DICKIE T208 is a high-quality laboratory equipment and accessory designed for applications that require precise and reliable operation. It is an electrical shaker / vibration system that produces controlled vibrations of up to 10000 g. T208 comes packed with several features designed to maximize the performance of the device. It is designed with a dual-amplitude programmable power supply and a built-in controller that can store up to eight customized programs to accommodate any specific needs. UNHOLTZ-DICKIE T208 also includes an optional digital feedback loop, which allows users to precisely and accurately set the vibration level. T208 is designed for use in applications that require precise and reliable operation, such as testing CAD components for moments of inertia or acceleration, performing calibration measurements of vibration control systems, or performing high-resolution diagnostic tests of components. UNHOLTZ-DICKIE T208 is a rugged and durable device made from heavy-duty steel components. It is designed to operate in anything from high-dust environments to severe industrial conditions. It is also designed with an overload protection system that automatically activates when the level of vibration exceeds safe working levels. T208 also includes several supporting components, such as a modular power supply that allows for increased power when needed, and a programmable amplifier that allows users to adjust the device's performance to suit the types of vibration measurements they are making. It also comes with a durable carrying case, enabling users to transport the device easily from one place to another. In conclusion, UNHOLTZ-DICKIE T208 is a high-quality laboratory equipment and accessory designed for use in applications requiring precise and reliable operation. It is designed with a rugged and durable construction, and comes with several supporting components to ensure the smooth operation of the device. With T208, users can accurately measure the level of vibration in any application.