The GUNT PT 500.11 - Crack Detection in Rotating Shaft Kit enables the study of cracks in rotating shafts caused by material fatigue. Early detection is critical as cracks influence the vibration behaviour of the shaft, potentially preventing permanent rupture and serious damage.
Product Features
- Simulates cracks using an asymmetric flange joint with variable bolt tightening
- Includes two shafts of different lengths for various experimental setups
- Short shaft simulates a protruding shaft end and is loaded with PT 500.14 belt drive
- Long shaft used with PT 500.10 safety bearing and inertia disk to study effects on elastic rotor
- Mounted on the PT 500 machinery diagnostic base plate
- Requires PT 500.04 Computerised Vibration Analyser for measurement and evaluation
- Comes with sensors, measuring amplifier, and analysis software for recording vibration phenomena
Benefits
- Enables practical study of crack detection in rotating shafts
- Supports early identification of material fatigue and vibration anomalies
- Provides hands-on learning of crack effects on rotor dynamics
- Enhances understanding of machinery diagnostics and safety monitoring
Why Choose GUNT PT 500.11 - Crack Detection in Rotating Shaft Kit?
This kit provides a safe and effective solution for studying crack effects in rotating shafts, supporting hands-on training in vibration analysis, rotor dynamics, and preventive maintenance in technical education.
