All You Need To Know About Fiber Optic Testing
One of the gifts of modern technology, optical Fiber is the most proficient way of transferring data. This thread like structure transmits data in the form of light waves. Routine checking and testing is a good way to ensure optimum working of an optical Fiber. The fool-proof way of detecting a defect which can possibly hamper the transmission efficiency of an optical Fiber is through a device known as Fiber optic tester. An optical Fiber can lose its efficiency due to two reasons mainly. It can become contaminated by the deposition of dust gum and oils which obstruct the transmission path. On the other hand, it can also be damaged by the cracks and pits formed in the Fiber.
It's not a great deal to detect these defects if you have a good Fiber optic tester. Check out www.aefos.com for various types of Fiber optic testers available in the market. Continuity testers are those which are used to detect the defect in the Fiber. They use a light source to transmit light from one of the Fiber and detect the light at the other end. Their limitation is that while continuity testers can be used to detect the defect, they are useless when it comes to providing detailed information about the nature of the defect.
Insertion loss testing is another kind of Fiber optic tester which is known to provide information regarding the total loss in the Fiber per km along with highlighting the bends, splices and links in the Fiber. The best Fiber optic tester, without doubt, is OTDR or optical time domain reflectometer. Along with providing the complete information about the damage to the Fiber like length splice losses, connector losses and Fiber defects, it also stores the information electronically. It would not be wrong to call it the most advanced Fiber optic testers. www.aefos.com is a great place to find different kind of Fiber optic testers.
Just knowing the defects in Fiber is not enough and these defects should be removed by cleaning Fiber optic cables. This cleaning can be carried out by using solvent like isopropyl alcohol or by using Fiber specific solvents. Air blasting is another great way of cleaning Fiber optics. You can find out more about all these Fiber optic tools which are part of Fiber optic testing equipment at www.aefos.com.
It's not a great deal to detect these defects if you have a good Fiber optic tester. Check out www.aefos.com for various types of Fiber optic testers available in the market. Continuity testers are those which are used to detect the defect in the Fiber. They use a light source to transmit light from one of the Fiber and detect the light at the other end. Their limitation is that while continuity testers can be used to detect the defect, they are useless when it comes to providing detailed information about the nature of the defect.
Insertion loss testing is another kind of Fiber optic tester which is known to provide information regarding the total loss in the Fiber per km along with highlighting the bends, splices and links in the Fiber. The best Fiber optic tester, without doubt, is OTDR or optical time domain reflectometer. Along with providing the complete information about the damage to the Fiber like length splice losses, connector losses and Fiber defects, it also stores the information electronically. It would not be wrong to call it the most advanced Fiber optic testers. www.aefos.com is a great place to find different kind of Fiber optic testers.
Just knowing the defects in Fiber is not enough and these defects should be removed by cleaning Fiber optic cables. This cleaning can be carried out by using solvent like isopropyl alcohol or by using Fiber specific solvents. Air blasting is another great way of cleaning Fiber optics. You can find out more about all these Fiber optic tools which are part of Fiber optic testing equipment at www.aefos.com.
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