Water-proof installation process and construction method for communication optical cable line connector box

Abstract

The invention relates to a water-proof installation process and construction method for a communication optical cable line connector box. The water-proof installation process and construction method for the communication optical cable line connector box comprises the following steps of: 1, opening a box and checking accessories; 2, cleaning the body of the box; 3, drying the box body and finally cleaning all surfaces, coated with plaster, of the two box bodies by using alcohol and cotton; 4, cleaning an optical cable; 5, stripping the optical cable; 6, fixing a soleplate and a fiber-melting disk; 7, making a choke plug; 8, fixing the optical cable; 9, coiling fibers; and 10, coating seal gum. The water-proof installation process and construction method for the communication optical cable line connector box has the advantages that: 1, the construction method of water-proof treatment for an optical cable connector box is summarized systematically for guiding construction and improving work efficiency; 2, the connector box covers five imported connector boxes and two homemade connector boxes largely used in domestic market at present, accounts for about 95 percent, and has high university; 3, the water-proof installation process and construction method for the communication optical cable line connector box does not need to use additional water-proof materials, and has economical efficiency; and 4, the installation quality can be improved by operating according to the water-proof installation process and construction method provided by the invention.

Description

technical field [0001] The invention relates to a communication optical cable line installation process and construction method, in particular to a communication optical cable line joint box waterproof installation process and construction method. Background technique [0002] From 1996 to 2003, Jiangsu Telecom successively carried out more than ten first-level and second-level trunk direct-buried optical cable line projects. The telecommunications cable maintenance department often finds water in the cable splice box during daily maintenance. Long-term immersion of the optical fiber causes the coating layer to fall off, and the properties of the optical fiber change, causing the optical fiber to be fragile and affecting the normal use of the optical cable. In these cases, the optical cable splice box can only be gradually replaced by cutting off the circuit, which not only affects the normal communication, but also wastes manpower, material and financial resources. And the...

AI Technical Summary

Problems solved by technology

In the daily maintenance process of the telecommunications optical cable maintenance department, it is often found that the optical cable splice box has water ingress, and the long-term immersion of the optical fiber causes the coating layer to fall off and the properties of the optical fiber to change, causing the optical fiber to be fragile and affecting the normal use of the optical cable.

In these cases, the optical cable splice box can only be gradually replaced by cutting off the circuit, which not only affects the normal communication, but also wastes manpower, material and financial resources.

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