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A coaxial cable and an electrical connector therefor including a back-nut threaded to a body to receive a female fitting. The body has a stop for the back-nut. The back-nut has an internal shoulder. The body has an internal frusto-conical surface. A conductive ferrule is also provided. A cylindrical member clamps a cylindrical portion of the ferrule to the cable outer conductor. The ferrule has a shoulder. The ferrule also has a slotted frusto-conical surface to fit against the frusto-conical surface of the body. The slots form spring projections that are held in pressure contact with and in good electrical contact with the said body surface. The back-nut shoulder pushes the ferrule toward the body as the back-nut is threaded thereto. The back-nut has a flange behind which a gasket gland is retained. The clamping member is held in axial compression between the ferrule shoulder and the gasket gland. The gasket gland then provides a seal between the back-nut and the cable, the cable being surrounded by the flange.
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Coaxial Cable, a high frequency transmission cable that consists of a center wire surrounded by insulation and then a grounded shield of braided wire. Coaxial cable may be rigid or flexible. Rigid types have a solid sheath, while flexible types have a braided sheath, both usually of thin copper wire. The inner insulator, also called the dielectric has a significant effect on the cable's properties, such as its characteristic impedance and its attenuation. The inner insulator may be solid or perforated with air spaces. Coaxial cable has the advantage of very minimum electrical and radio frequency interference and also it can carry a lot a data. Coaxial cabling is the primary type of cabling used by the cable television and is also widely used for computer networks as Ethernet. Although more expensive than standard telephone wire, it is much less susceptible to interference and can carry much more data.
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Coaxial dryer ducts save energy and increase productivity. The coaxial duct systems provide outside make-up air directly to commercial tumblers. This is done primarily to eliminate negative air pressure within the building, reduce energy consumption, and improve tumbler performance. It is fabricated from galvanized steel. The inner exhaust duct section shall be fabricated from a minimum 20 gauge galvanized steel. The outer intake duct shall be fabricated from a minimum 18 gauge galvanized steel for all coaxial ducts systems. The system consists of two separate ducts, the inner exhaust duct shall terminate with a flange connection, for connecting to the exterior exhaust duct which will run to the lint collector. The outer intake duct which extends to the atmosphere approximately 3'0″ above the roof level.
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