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Machinery Diagnosis Teaching Equipment CHINA

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Negotiable MOQ: 1 Case (Price negotiable depending on order volume and customization)
Key Specifications
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Material:
Metal
Type:
Skeleton Model
Certification:
ROHS, ISO9001, CE, CCC, Other
Payment & Shipping
Payment Methods:
Port of Shipment:
shanghai
Delivery Detail:
5 days
Material Metal
Type Skeleton Model
Certification ROHS, ISO9001, CE, CCC, Other
Condition Used
Customized Customized

The teaching systems familiarise trainees with the specific methods of monitoring plant / machinery condition, such as the early detection of bearing or gear damage.
We work primarily with vibration analysis methods which constitute diagnostic steps for preventive maintenance or targeted repair.微信图片_2025-08-18_143129_368.jpg微信图片_2025-08-18_104108_377.jpg微信图片_2025-08-18_104102_665.jpg微信图片_2025-08-17_215543_715.jpg微信图片_20251014123742_347_37.png

The PT300-SAT shaft alignment and dynamic balance simulation test bench is specifically designed for in-depth research on bearing faults, misalignment, and unbalance issues in mechanical faults, which account for over 90% of mechanical faults. During the initial design of the test bench, full consideration was given to minimizing additional changes in external conditions when replacing components. This allows for the acquisition of useful data under the same working conditions, ensuring the accuracy and consistency of analysis results.


The test bench can simulate vibration phenomena caused by unbalance, misalignment, and bearing faults, and is applicable to various scenarios such as vibration research, training, fault diagnosis, and educational training. Its design allows users to easily analyze and learn about common mechanical fault symptoms.


II. Experimental Research Contents:


  • Practice of vibration measurement and selection of vibration sensor positions;

  • Impact of rotor unbalance on vibration;

  • Impact of shaft misalignment on vibration;

  • Simulation of soft foot faults;

  • Simulation of belt faults;

  • Simulation of bearing faults (bearing inner ring fault, bearing outer ring fault, bearing cage fault, bearing rolling element fault, and comprehensive bearing fault);

  • Simulation of single-plane and double-plane dynamic balance.

Small Working Example of a Real Machine

Critical Speed (First Critical Only)

Frequency Based Signals

Time Based Signals

Orbital Analysis

Balancing

Runout

Rotor Bow

Identify Rotor Critical Speeds

Shaft Relative Signals

Resonance

Amplitude Factor

Rotor Dynamic Studies

Phase Signals


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Product Tags: Machinery diagnosis , teaching equipment , Vibration analyzer

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Verified Business License
Business Type
Manufacturer
Year Established
2013
Overseas Office
Yes
Factory Size
3,000-5,000 square meters

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