Used UNHOLTZ-DICKIE S032 #9098213 for sale

UNHOLTZ-DICKIE S032 is a piece of lab equipment used in testing and research applications. It is a double-beam shaker equipment designed to provide precise, high-amplitude sinusoidal oscillatory motion for vibration tests of small- to medium-sized specimens. The system is capable of providing up to 10 G of acceleration at frequencies of up to 3000 Hz, and is capable of operating from extremely low frequencies of 0.01 Hz up to peak accelerations of 20 G. S032 is an air-cooled, three-phase shaker unit that features a 70 kg shaker head. The head is capable of accommodating specimen weights of up to 30 kg. The shaker head defines the frequency and acceleration capabilities for UNHOLTZ-DICKIE S032 machine, as it is designed for single-axis testing. S032 tool also features a three-phase servo amplifier that provides the power needed to move the shaker head in a sinusoidal fashion. UNHOLTZ-DICKIE S032 asset also includes a controller unit which houses the power amplifier, the power supply, and the controls the user will employ while setting up and running tests. The controller has several user-friendly features, such as an easy-to-use keypad and many programmable parameters. The user is also able to view and store test results in the controller's memory. S032 model also includes a variety of supports and fixtures, such as a mount which can be used to attach specimens to the shaker head. Other standard features of the equipment include an electromechanical safety switch, which ensures the system shuts off in the event of an overload or power failure and an anti-vibration base to reduce the amount of noise generated during testing. UNHOLTZ-DICKIE S032 unit is designed to be used in a wide variety of testing, including material testing, component testing, and product development. The machine is approved for use in transportation, aerospace, and consumer goods testing, as well as many other industries. The vibration performance, speed, and safety features of S032 make it an ideal choice for many types of testing.