Fiber optic networks have replaced the traditional copper wiring in most industries due to their superior speed and efficiency. however, ensuring the optimal performance of a fiber optic network requires high-quality connector end-face preparation, inspection, and cleaning. this is where fiber connector microscopes come in handy. in this article, we will discuss the different types of fiber connector microscopes available on the market and how to use them to ensure your network performs at top-notch quality.
1. handheld fiber connector microscopes
Handheld fiber connector microscopes are the most common type of connector microscopes. they are portable and easy to use, making them the perfect tool for field inspection and maintenance. handheld fiber connector microscopes are used to inspect the connector end-face for dust, dirt, scratches or any other anomalies that could degrade the signal. the quality of the image will vary depending on the price and the magnification power of the microscope.
2. benchtop fiber connector microscopes
Benchtop fiber connector microscopes are powerful microscopes that provide high-quality images. they are not portable, so they are commonly used in laboratory settings. benchtop fiber connector microscopes have a higher magnification power than handheld microscopes, making it easier to detect defects in the connector end-face. most benchtop microscopes are equipped with automated processes that can improve the accuracy and consistency of the inspection process.
3. portable fiber connector microscopes
Portable fiber connector microscopes are a hybrid of handheld and benchtop microscopes. they are compact and relatively lightweight, making them perfect for field inspections. portable fiber connector microscopes have a higher magnification power than handheld microscopes, making them perfect for inspecting the connector end-face for defects. they also typically feature automated processes, allowing for speedier and more accurate inspections.
Once you’ve selected the type of fiber connector microscope, you’ll want to inspect the connector end-face regularly to ensure a proper connection. to do this, follow these simple steps:
Step 1: clean the connector end-face using either a clean, lint-free wipe or a dry cleaning tool.
Step 2: place the connector end-face under the microscope.
Step 3: look for any defects, including scratches, dirt, or smudges.
Step 4: inspect the clearance area around the end-face for cleanliness.
Step 5: if necessary, clean the connector end-face again.
Step 6: verify that the connection is good.
In conclusion, fiber connector microscopes are a crucial tool for achieving the optimal performance of your fiber optic network. with the information provided in this article, you should be able to select the right type of fiber connector microscope and have the knowledge to properly inspect your connector end-face. remember, a little preventative maintenance with your connector end-face can go a long way in ensuring your fiber optic network performs at its best.