Machinery Fault Simulator – Lite Vibration Analysis Equipment Machine Shaft Alignment Trainer Machine Balancing/Vibration Analysis Trainer China Imbalance

It is necessary to conduct simulation experiments in the same device as actual machines in order to learn detailed knowledge of various vibration characteristics, in order to improve the analysis ability of very complex vibration spectra, and to conduct precise vibration analysis and detailed fault diagnosis for various defects. Each part of the KC mechanical fault diagnosis teaching simulation experiment can be precisely machined, with high tolerances, and can operate under low vibration. Based on the specific fault characteristics you want to analyze, experiments can be conducted separately or in combination with various defects in a safe and controllable environment. As an innovative experimental platform for studying the characteristics of machine defects, it fully meets the extensive needs of vibration analysis engineers and teaching simulation users.  
Function Description
This simulation platform is designed to learn dynamic balance, misalignment, equipment looseness, and rolling bearing faults.
This simulation platform generates vibrations based on the degree of defects and can simulate vibration phenomena caused by imbalance and misalignment. In addition, it is an ideal choice for training balance and axis alignment methods to correct imbalance and misalignment faults, looseness, and bearing defects.
Product Features
To achieve imbalance, 18 holes were drilled in the disc, each with an angle of 20 °, allowing any unbalanced mass to be added at the desired location.
The misalignment mechanism is designed to move the motor back and forth freely, allowing it to set defects without disassembling the machine.
VALENIAN-PT300 is the best educational simulation platform for learning imbalance and misalignment, as well as calibration methods.
Precision dynamic balance simulation
Central support rotor
High precision axis centering component
Move the top screw bolt left and right
Various defective bearings can be pre installed
Research on Signal Processing Technology
Single or multi-level balance training
Fault simulation of mechanical looseness
Diagnosis of bearing problems
Configuration parameters:
1 DC motor (220V)
Product type: Permanent magnet DC motor
Rated power: 750W
Rated voltage: DC 220V
Rated speed: 1800 revolutions per minute
Rated current: 4.5A
Motor weight: 14kg
Can be equipped with a 1HP DC motor speed controller for speed regulation
1 set of frequency converter speed controller
Model: 1HP speed regulator
Power: 350W, 500W, 750W
Output voltage: DC 180V
Input voltage: AC 220V
Adjustable speed range: 0-1800 revolutions per minute
Weight: 2KG (including packaging)
1 set of coupling (including support frame)
2 bearing seats (including support frame)
Faulty bearings (can provide a total of 6 faulty bearings, including non faulty bearings, inner ring faulty bearings, outer ring faulty bearings, rolling element faulty bearings, cage faulty bearings, and comprehensive faulty bearings)
Two unbalanced flywheels (capable of simulating single and multi-faceted dynamic balancing functions) with a diameter of 150mm
Experimental bench size: 50cm * 80cm