common mistakes to avoid when using fiber optic video inspection probes

Fiber optic video inspection probes are essential tools for inspecting the inside of pipes, ducts, and other hard-to-reach areas. they provide a clear and detailed view of the interior, allowing operators to detect defects, blockages, and other issues.
However, these probes require careful handling and usage to ensure optimal performance and inspection accuracy. in this article, we will discuss some common mistakes to avoid when using fiber optic video inspection probes.
1. using the wrong probe for the job
Different probes are designed for different purposes. make sure to use the right probe for your specific inspection task. for example, if you need to inspect a small-diameter pipe, choose a probe with a narrow diameter that can fit through the opening.
2. poor maintenance
Like any other equipment, fiber optic video inspection probes require regular maintenance to preserve their integrity and functionality. ensure that you keep your probes clean and properly calibrated. this will help eliminate any interference or distortion that can affect the accuracy of the inspection.
3. inadequate cleaning
Dirt, dust, and debris can easily accumulate on the probes’ camera lens, reducing the clarity of the view. it is essential to clean the probes before and after every use. you can use a soft, dry cloth to wipe the camera lens to prevent damage.
4. inadequate lighting
Proper lighting is necessary for a clear view of the interior of the inspected area. ensure that your probes have sufficient illumination to eliminate any shadows or poor lighting that can obscure the visibility.
In conclusion, fiber optic video inspection probes’ accuracy is critical for identifying faults, potential problems, and malfunctions in various industries. avoiding these common mistakes will lead to better performance and will ensure that you get the most accurate results from your equipment. proper maintenance, cleaning, and usage will extend the life of your probes while maintaining the accuracy and functionality.