Video Deflection and ODS

There are several advantages of choosing Video Deflection and ODS in favour over other NDT methods, here are some examples:

• Versatile: They can be used across most industries to inspect a variety of materials and components.
• Sensitive: They can detect the smallest defects, making them ideal to inspect materials that are prone to small defects, such as composites and plastics.
• Fast and Efficient: Larges areas can be inspected quickly and efficiently making them a good option for inspecting large components or structures.

Video deflection technology is often used in conjunction with traditional vibration monitoring techniques. This is because it can provide valuable additional information, such as the visual representation of vibration patterns.

Here are some specific situations in which video deflection technology may be used:

• Troubleshooting vibration problems: Video deflection can often help to diagnose the source of vibration problems more quickly and accurately.
• Confirming vibration measurements: Video deflection can help to confirm vibration measurements made using other methods, such as accelerometers.
• Monitoring structural health: Video deflection can be used to monitor the health of structures over time, helping to identify potential problems early on.

Video Deflection and ODS technology can detect a wide range of faults, including:

• Structural weaknesses and excessive directional compliance: These can lead to excessive vibration and potential damage.
• Structural resonance: Resonance can cause excessive vibration and potential damage.
• Critical speed resonance: Critical speed resonance occurs when the rotating speed of a machine coincides with one of its natural frequencies. This can cause catastrophic failure.
• Pipe strain issues: Excessive strain in pipes can lead to leaks or ruptures.
• Severe misalignment: Misalignment can cause excessive vibration and potential damage.
• Bent shafts: Bent shafts can lead to excessive vibration and potential damage.
• Mechanical looseness: Looseness in bearings, couplings, or other components can cause excessive vibration and potential damage.
• Severe unbalance: Unbalance can cause excessive vibration and potential damage.
• Transient vibration issues: Transient vibration can occur due to sudden changes in load or speed. Video deflection can help to identify the source of transient vibration problems.

Video Deflection and ODS technology is a valuable asset management tool for several reasons.

It can:

• Reduce downtime: By detecting and diagnosing problems early on, video deflection and ODS can help to reduce downtime and prevent costly repairs.
• Extend the life of assets: By identifying and addressing potential problems, video deflection and ODS can extend the life of assets and reduce the need for replacement.
• Improve safety: By identifying and addressing potential safety hazards, video deflection and ODS can help to improve safety and reduce the risk of accidents.
• Increase efficiency: By providing valuable insights into asset performance, video deflection and ODS can help to improve efficiency and reduce operating costs.

If you are concerned about the health of your assets, video deflection and ODS technology can be a valuable tool for preventing costly failures and improving the overall performance of your operations.