Whenever you need to join two fibres or fibre optic cables, two different options are available at your disposal. First option is the use of the fibre optic terminal boxes to join the end of the optical fibres. Next one is using a fibre splicer to connect the two optical fibres.
Fibre optic cable splicing
Fibre optic cable splicing is a technique which produces a reliable joint of the fibres. Fibre connector installation method is used for making temporary connections. There are two methods for fibre optic splicing: Fibre optic cable splicing method by fusion and mechanical splicing method. Fibre optic cable splicing process involves in a reduction of insert loss as compared with the joints made by fibre optic connectors.
General application for fibre splicer is for cable layout from an outside source to the interior of the plant during the plant erection period. Fibre optic Splicer is generally used to join single mode fibres by splicing pre-terminated pigtails onto each fibre. The splicer is also utilized to connect various kinds of fibre cables, such as joining a 48 fibre cables to six number of 8 fibre cables laid for different sections of the plant.
Fusion splicing
Fusion splicing assures you with an insertion loss of 0.1 as compared to that of 0.5dB obtained from mechanical splicing. Fusion splices are available in two types that splice a single fibre or a ribbon of 12 fibres at one splicing operation. Almost all single mode splices are done by using fusion splicer. Mechanical splicing method is generally adopted for temporary repairs and splicing involving various types of cables. Fusion splices are so perfect that splice joint cannot be identified in OTDR testing.
Fusion Splicing Process
Fusion splicing process involves the melting of two fibres together by an electric arc generated in the fusion splicing machine. The fusion splicing operation is to be done in an open space due to safety considerations. It is advisable to perform the operation in an elevated position above the ground level, to ensure a pollution free atmosphere for splicing. This operation requires the deployment of the fusion splicer or fibre optic splicer. The two ends of the fibers to be joined are to be aligned with great precision to ensure perfect fusion joint. A small electric arc is generated to fuse the fibres and weld them together. A fusion splicer can perform just one splicing operation at a time. You have to employ a mass fusion splicer when you want to connect all 12 fibres in a ribbon at single stroke.
To buy the finest fibre optic splicer, choose to shop from Techwin (China) Industry Co. Ltd.
Fibre optic cable splicing
Fibre optic cable splicing is a technique which produces a reliable joint of the fibres. Fibre connector installation method is used for making temporary connections. There are two methods for fibre optic splicing: Fibre optic cable splicing method by fusion and mechanical splicing method. Fibre optic cable splicing process involves in a reduction of insert loss as compared with the joints made by fibre optic connectors.
General application for fibre splicer is for cable layout from an outside source to the interior of the plant during the plant erection period. Fibre optic Splicer is generally used to join single mode fibres by splicing pre-terminated pigtails onto each fibre. The splicer is also utilized to connect various kinds of fibre cables, such as joining a 48 fibre cables to six number of 8 fibre cables laid for different sections of the plant.
Fusion splicing
Fusion splicing assures you with an insertion loss of 0.1 as compared to that of 0.5dB obtained from mechanical splicing. Fusion splices are available in two types that splice a single fibre or a ribbon of 12 fibres at one splicing operation. Almost all single mode splices are done by using fusion splicer. Mechanical splicing method is generally adopted for temporary repairs and splicing involving various types of cables. Fusion splices are so perfect that splice joint cannot be identified in OTDR testing.
Fusion Splicing Process
Fusion splicing process involves the melting of two fibres together by an electric arc generated in the fusion splicing machine. The fusion splicing operation is to be done in an open space due to safety considerations. It is advisable to perform the operation in an elevated position above the ground level, to ensure a pollution free atmosphere for splicing. This operation requires the deployment of the fusion splicer or fibre optic splicer. The two ends of the fibers to be joined are to be aligned with great precision to ensure perfect fusion joint. A small electric arc is generated to fuse the fibres and weld them together. A fusion splicer can perform just one splicing operation at a time. You have to employ a mass fusion splicer when you want to connect all 12 fibres in a ribbon at single stroke.
To buy the finest fibre optic splicer, choose to shop from Techwin (China) Industry Co. Ltd.
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