Fusion splicing equipment for optical fiber are devices that allow the complete and lossless connection of two cables or the termination of one end.
These devices, capable of performing a large number of optical fiber splices, can easily operate in outdoor environments, regardless of dust or wind. They provide an ideal use for individuals seeking an economic advantage both at purchase and during operation. Thanks to automatic calibration, the fully automatic splicing process begins as soon as the lid is closed.
What are the characteristics of fusion splicing equipment for optical fiber?
Fusion splicing equipment for optical fiber, which offers ease of use, operates fully automatically. They are preferred due to very low splice loss and low operating costs, and after splicing, a real tensile test can be performed. The fiber profile centering system is of high level. Parameter adjustment is not required.
It features a real-time calibration system. The battery life is displayed accurately. Thanks to LED illumination, it can be used comfortably even during late-night hours. Measurement results can be easily transferred to a computer via USB connection. Thus, the software can be updated and processes can be initiated automatically. It is sufficient to ensure that only the splice lid and oven lid are closed.
General information about the optical fiber splicing device
It can easily operate in windy and dusty environments. It offers convenience due to the capacity to perform up to five thousand splices. It can also store up to one thousand measurement results.
Optical fiber splices can be divided into two types: mechanical splicing and fusion splicing.
Mechanical splicing is a process where two fibers are brought face to face in a mechanical environment, and after aligning and butt-joining them, light is transmitted from one fiber to the other.
Fusion splicing is the process of welding two fibers placed in the center, using heat generated by an electric arc, to create a permanent splice.
