Through-wall and water seal electric connector

Abstract

A through-wall and water seal electric connector consists of a plug and a socket, wherein the plug comprises a threaded sleeve, a plug sealing gasket, a plug casing, a jack and a plug base fitting; the jack is formed in the plug base fitting and is mounted in the plug casing; the threaded sleeve is sleeved at the butting end of the casing; the plug sealing gasket is mounted at the corresponding end face between the threaded sleeve and the butting end of the casing; the socket comprises a socket casing, socket sealing gaskets, two socket base fittings and a contact pin; the socket base fittings are sleeved at two ends of the contact pin and are mounted into the socket casing; two socket sealing gaskets are respectively mounted between the socket casing and end faces of two socket base fittings; a cable at the tail end of the socket casing is a sealing cable; and sealant is filled between the two socket base fittings. The through-wall and water seal electric connector disclosed by the invention has the characteristics of simple structure, excellent effect and stable and reliable performance; and the through-wall and water seal electric connector is suitable for application occasions having requirements on wall penetration and waterproof seal and can meet the service demand of novel equipment.

Description

technical field [0001] The invention relates to the technical field of electrical connectors. Background technique [0002] In various electronic systems, electrical connectors are the basic components necessary to form a complete system for electrical connection and signal transmission between devices and devices, components and components, systems and systems. At present, in deep water and marine fields, electrical connectors are rarely used, and the technology in this area is relatively vacant. Under certain water depth conditions, water-sealed electrical connectors not only require waterproof and sealing functions, but also require the system to work normally under certain water pressure conditions. . [0003] Ordinary connectors cannot be used underwater because the joint section and the tail end are not sealed. At present, the butt end of the existing waterproof connector adopts a sealing sleeve or a sealing gasket, and the tail end adopts the form of a sealing sleev...

AI Technical Summary

Problems solved by technology

[0003] Ordinary connectors cannot be used underwater due to the lack of sealing measures for the docking section and the tail end

At present, the butt end of the existing waterproof connector adopts a sealing sleeve or a sealing gasket, and the tail end adopts the form of a sealing sleeve to make the connector achieve the overall sealing effect, which can ensure normal application under certain water depth conditions, but it is relatively deep under water. Conditions are not available

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