VT-MS SERIES
Ideal for production testing of small components, electronic assemblies, sensor calibration and laboratory research.
The VT & MS Series applications include modal and structural analysis to measure vibration response of a wide-range of structures in both defence and civil engineering.
VT & MS Series shakers can also be used to test fatigue life and vibration influences on small electric and mechanical components or devices. In addition, they are often used for the calibration of accelerometers and field vibration measurement systems.
PERFORMANCES - BENEFITS
Simple system operation
Reasonable priced optimal performance system for major test standards
Ultra-compact energy efficient amplifiers, output signal indication, overload protection, connectivity error indication, constant current or constant voltage output
Used in conjunction with sweeping signal generator
All-encompassing fuse protection designs for high current system components
Complies with USA, European and international safety and EMC regulations
Simple initial self-system setup
Easy maintenance and rapid servicing
Worldwide spare parts support
FEATURES
Large range of force and displacement output
Robust flexures providing best cross axial restraint
Reliable performance
Rugged, industrial design
Wide-frequency range, low distortion
Long-term stable performance
Small size and lightweight
Natural convection air cooling, with optional additional forced air cooling (MS)
Designed using permanent-magnet technology to deliver excitation, this palm-sized unit is suitable for a number of research and educational applications, including structural response testing and vibration transducer and accelerometer calibration. Has light weight, small volume and is convenient to move.
This miniature exciter has a frequency range from 2 - 10 kHz and maximum peak-to-peak displacement of 10 mm. It delivers optimal performance when driven by our 200 VA power amplifier and can impart sine forces up to 50 N.
Software package include:
Random - performs real-time closed loop control of PSD profiles
Sine - performs closed swept sine vibration, to determine resonant frequencies and damping factors, overall peak G response of the structure
Classical Shock - performs closed loop control of transient waveforms. The entire transient period is sampled simultaneously and gap free. All of the classical types are supported. There are several displacement optimising methods
