UVT-1100
The universal vibration test apparatus (UVT-1000) is the test equipment for measurement of the natural frequencies and mode shapes of structures such as beam, plate, mass-spring system, pendulum and string vibration. The concept of vibration mode at natural frequency can simply be understood by the observation with the unaided eye and compared the results of the theoretical vibration analysis in a comprehensive way.
Detailed Description
Simple vibration testing device
Sine wave generator, power amplifier and exciter are integrated
Complete training materials for vibration experiments
Supplied all vibration testing materials
Various vibration experiments
Comparison of vibration theory and experimental results
Students conduct their own experiments according to the training manual
Natural frequency measurement of various structures
Observation of Mode Shape
Study of harmonic vibration and damped vibration
Comparative measurement of damping material
Study of Nonlinear Vibration
Vibration study according to material
Various vibration experiment by different signal input
Reproduction of beating phenomenon
Sine wave generator, power amplifier and exciter are integrated
Complete training materials for vibration experiments
Supplied all vibration testing materials
Various vibration experiments
Comparison of vibration theory and experimental results
Students conduct their own experiments according to the training manual
Natural frequency measurement of various structures
Observation of Mode Shape
Study of harmonic vibration and damped vibration
Comparative measurement of damping material
Study of Nonlinear Vibration
Vibration study according to material
Various vibration experiment by different signal input
Reproduction of beating phenomenon
Natural Frequency Measurement of Cantilever Beam
Natural frequencies Measurement of beam fixed at both ends
Observation of Mode Shape for plates and beams
Mass calculation of cantilever beam
Response characteristics of single degree of freedom system
Experiment of dynamic damper (Tuning absorber)
Experiment of Vibration Change by Damping Materials (Damping Measurement)
Experiment of Dynamic Mass
Experiments on the change of natural frequency according to sensor mass
Natural Frequency and Mode Shape Measurement of Plates and Disks
Phase measurement between external force and the response of vibration
Exercise experiment of pendulum
Nonlinear Motion Experiment of Pendulum
Vibration test of string (natural frequency and mode shape)
Natural frequencies Measurement of beam fixed at both ends
Observation of Mode Shape for plates and beams
Mass calculation of cantilever beam
Response characteristics of single degree of freedom system
Experiment of dynamic damper (Tuning absorber)
Experiment of Vibration Change by Damping Materials (Damping Measurement)
Experiment of Dynamic Mass
Experiments on the change of natural frequency according to sensor mass
Natural Frequency and Mode Shape Measurement of Plates and Disks
Phase measurement between external force and the response of vibration
Exercise experiment of pendulum
Nonlinear Motion Experiment of Pendulum
Vibration test of string (natural frequency and mode shape)
Electromagnetic Shaker WSK-40 | |
Rated force | Sine : 40N, Random noise: 35N |
Frequency range | 5Hz – 5000Hz |
Rated current | 3.5A |
Nominal impedance | 4Ω |
Effective mass of amateur | 150 gram |
Max. acceleration | Sine: 200m/s2, Random: 100m/s2 |
Max. velocity | 1.5m/s |
Max. displacement | 10mm Pk-Pk |
Power Amplifier WPA-1100 | |
No of channels | 2 channels |
RMS Power | 100W x2 max. 200W x 2 (2W load) |
Min. coil impedance | 2W |
THD | 0.01% |
Frequency range | 10Hz – 20kHz |
Signal Generator GFG-8020H | |
Wave | SINE, TRIANGLE, SQUARE, TTL Pulse & CMOS Ouptput |
Amplitude | >20Vp-p (Open voltage ) >10Vp-p (50Ω Load) |
Impedance | 50Ω±10% |
Display | 4 digit LED Display |
Frequency range | 0.2Hz – 2MHz 7 Steps |
Supply voltage | AC100V/120V/220V/230V±10%, 50/60Hz |
Environmental and physical characteristics | |
Power consumption | Less than 200W |
Ambient temperature | 0~50°C |
Size | 1800(W) x 900(D) x 1600(H)mm |
Weight | 100 kg (including testing material) |