Used UNHOLTZ-DICKIE RTS-5 #9014129 for sale

UNHOLTZ-DICKIE RTS-5
ID: 9014129
Vibration system Amplifier, model MA117-560.
UNHOLTZ-DICKIE RTS-5 is a Shaker Table Equipment manufactured for use in vibration testing laboratories. The system was designed to test a range of components and parts, including those used in the automotive, aerospace, and other industries. The unit consists of a base frame, a shaker table, a shaker arm, and a drive unit. The base frame is bolted to the floor to ensure stability while testing. The shaker table is suspended inside the base frame and consists of an air bearing and rubber isolators for noise and vibration control. The shaker arm is connected to the shaker table and provides up to 1,000 lbf of atynamic force for testing. The drive unit is connected to the shaker arm and provides variable frequency and displacement output. RTS-5 provides highly accurate, repeatable test results. The machine is capable of testing a wide range of components and parts, including those used in the automotive, aerospace, and other industries. It is equipped with a digital controller which provides accurate control over frequency, amplitude, and phase control of the vibration test. The tool is also equipped with a thermocouple for temperature measurement as well as strain gauges for force measurement. The asset is built for lab use and can be used for both sine and random vibration testing. It is capable of achieving test frequency response up to 9,000 Hz and acceleration of up to 30 g peak-to-peak. The model is also equipped with an extensive range of options including an adjustable high-precision accelerometer, a vibration controller, a high-accuracy scribe, and a force tester. UNHOLTZ-DICKIE RTS-5 is a versatile and reliable lab-grade shaker equipment with a wide range of features designed to accommodate various dynamic test requirements. It can be used to perform static and dynamic tests on various parts ensuring accuracy and repeatability. The system is also designed for quick setup and ease of operation, reducing time and costs associated with product testing.
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