FIBER OPTIC SPLICE CLOSURE AND TERMINAL MODULE FOR SPLICE CLOSURE

The invention relates to splice closures for connecting fiber-optical communication lines. A technical result of the invention is reducing the labor intensity of installation activities.The technical result is achieved by the fiber optical splice closure containing a hollow housing with a removable head having at least one nozzle for inlet of the optical cable into the splice closure on the outside. The head provides at least one window where a removable terminal module connected with the head is installed within the splice closure dimensions. The module housing provides oppositely oriented nozzles with through sockets in the nozzles for installation of adapters of optical connectors and cable plugs, one nozzle is located in the sealed housing cavity formed by the module elements, which is located on the outside of the head. The housing is located on the outside of the head, wherein the housing cavity can accommodate plugs of optical connectors, ends of subscriber cables and adapters connected with plugs. One embodiment of the terminal module contains a housing with oppositely oriented nozzles and sockets in nozzles for adapters, a housing flange for connection with the head flange, a housing basis stretching from the housing, and a cover closing the basis in a sealed manner forming a sealed cavity of the casing together with the basis and housing with passages in the casing for subscriber cables. Another embodiment of the terminal module contains a housing with oppositely oriented nozzles and sockets in nozzles for adapters, a housing flange for connection with the head flange, wherein a pair of covers attached to each other in a sealed manner is connected with the housing forming a sealed cavity of the casing together with the housing with passages in the casing for subscriber cables.