INNO Fiber Fusion Splicer

Built-in IoT Module for Mobile Data Communication

Web-based, Real-time Operation System

Motorized Clamp Alignment System

The Highest Magnification and Resolution

5" Color LCD Touch Screen

Double Tapping (Zoom in & Out)

Ultra-High Capacity Battery

The Fastest Working Time

Universal Single Fiber Holder

1. Peel off the coating layer of the optical fiber and clean the optical fiber

This is the first step in fusing optical fibers, but it is also a very important step. If the cleaning is not in place, it can cause great trouble for subsequent fusing, such as dust burning, deviation of the optical fiber in the fixed position of the V-groove, and ultimately leading to increased fusion loss. So when cleaning optical fibers, it is necessary to pay attention to the following points:

a. Use alcohol with a purity of over 99%.

b. Replace gauze or cleaning paper every time you clean.

c. Start cleaning from the edge of the stripped coating layer.

d. Wipe until there is a sound of "Q" or "Q" and then wipe several times.

2. Using a cutting knife for cutting the fiber end face

After cleaning the optical fiber, it can be cut. The purpose of cutting is to treat the end face of the optical fiber before fusion, so the angle after cutting directly affects the loss of fusion. Moreover, if the cutting angle is too large, fusion will alarm during fusion, reducing the success rate of fusion. During the cutting process, the following points should be noted:

a. Confirm that the coating layer is not placed on the rubber pad.

b. If the rubber pads on both sides are coated with dirt such as fiber debris, be sure to clean them with a cotton swab soaked in alcohol.

3. Place the optical fiber into the Optical Fiber Fusion Splicer

After the cutting is completed, the optical fiber can be placed in our fusion splicer. When placing the optical fiber, it should be handled in the following way as shown in the diagram. There are also some precautions when placing the optical fiber:

a. If the coating layer undergoes inertial bending, place the bending direction downwards.

b. To prevent damage or attachment of dirt to the top of the optical fiber, do not allow the top of the optical fiber to come into contact with the V-groove or electrode.

4. Fusion welding operation

After the optical fibers are placed, our optical fiber fusion can be carried out. The fusion process will be fully automated by the machine, but there are also some precautions that need to be taken during this process.

a. Confirm the discharge status through the screen. When discharging, the image sways left and right, and the brightness changes indicate that the discharge state is unstable. Perform discharge correction and stabilize the electrode to stabilize the discharge.

b. Do not pull on the optical fiber during fusion welding. Negative side can lead to poor fusion.

5. Heat shrink tube heating

After the fusion is completed, there is another final step, which is to protect the exposed part of the optical fiber through a heat shrink tube. There are also areas that need to be noted during the operation process:

a. Keep the fiber optic slightly pulled and transfer it to the fiber optic fusion machine heater.

b. Do not allow the bare fiber part to come into contact with other parts of the welding machine such as electrodes.

c. Be careful not to twist the optical fiber during transfer.

d. Confirm whether the fusion point is in the center of the heat shrink sleeve.

e. The center of the heat shrink sleeve is placed in the center of the heater.

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