top tools and equipment used in optical fiber video inspection

Optical fiber video inspection is a critical process in maintaining and troubleshooting fiber optic networks. however, it requires specialized tools and equipment to ensure accuracy and efficiency. in this article, we’ll discuss some of the top tools and equipment used in optical fiber video inspection.
Fiber optic scopes
Fiber optic scopes are essential for inspecting and cleaning fiber optic connectors. these scopes feature a small led light and a lens that can magnify up to 400x, making it easy to see any dirt, dust, or other contaminants on the fiber’s surface. moreover, fiber optic scopes can help locate the source of a fault in a fiber optic network.
Visual fault locators
Visual fault locators (vfl) make it easy to identify breaks and bends in fiber optic cables. these devices generate a bright red light that makes it possible to see faults up to 10 kilometers away. by pulsating the vfl light, you can pinpoint the exact spot where the fiber is disconnected.
Optical time domain reflectometers (otdrs) are used to test the entire length of a fiber optic cable, providing a graphical representation of any defects, attenuation, or loss of signal along the cable’s length. otdrs can detect and locate fiber breaks, splices, and connectors’ performance, making it one of the most essential tools in optical fiber video inspection.
Video microscopes
Video microscopes are tools used to inspect the cores and cladding of fiber optic cables. these microscopes have a built-in camera and are connected to a monitor, allowing you to view the fiber’s condition in real-time. moreover, some video microscopes come with software that allows you to document inspection findings, making it easier to keep track of inspection results.
In conclusion, the top tools and equipment used in optical fiber video inspection are fiber optic scopes, visual fault locators, otdrs, and video microscopes. investing in the right tools can ensure that fiber optic networks are running efficiently and effectively, resulting in minimal downtime and enhanced reliability.