Weatherproof compression connecting assembly for securing electrical metal tubing

1. A pipe assembly comprising:

a coupler body having a bore extending therethrough, said bore defining opposed end portions terminating in an end opening,

each of said end portions having a first inner linear length and a second outer linear length,

a metal conduit receivable in each of said opposed end portions,

each of said first inner linear length having a shape and size to snugly receive an end portion of an associated metal conduit, and

each of said second outer linear length having an internal surface that diverges outwardly toward an associated end opening,

a tubular sealing gland having a bore sized to be fitted onto the end portion of each of said metal conduits,

each of said tubular sealing glands having a diverging outer surface complementing the diverging interior surface of said second linear length,

a metallic split compression ring loosely fitted onto the end portion of each of said metal conduits,

and a fastening nut fitted onto the end portion of each of said metal conduits for securing each of said metal conduits to each of said opposed end portions whereby said sealing gland is urged into sealing relationship with said internal surface of an associated second linear length, and compressing said metallic compression ring onto said metal conduit,

said bore including an internal stop shoulder defining a stop to limit the distance each of said metal conduits is inserted into its corresponding end portion, and

an intermediate shoulder within each of said end portions longitudinally spaced from said stop shoulder to define said first linear length from said second linear length in said end portions.

2. A pipe assembly as defined in claim 1 wherein each of said plastic sealing glands includes

a laterally outwardly flange circumscribing about one end thereof,

said laterally outwardly flange having an outer diameter greater than said end opening whereby said laterally outwardly flange abuts the periphery edge of said end opening.

3. A pipe assembly as defined in claim 2 wherein said tubular sealing gland is formed of a resilient material.

4. A pipe assembly as defined in claim 1 wherein said sealing gland includes:

a ring portion having a ring inlet opening and a ring outlet opening,

said ring portion having an outer peripheral surface that tapers radially outwardly toward said ring inlet opening,

and a radially outwardly extending flange circumscribing said ring inlet opening,

said radially outwardly extending flange having an outer diameter which is greater than the diameter of said inlet opening of said coupler body,

said radially outwardly extending flange being disposed in abutting sealing relationship with the peripheral edge of said coupler body defining said inlet opening of said coupler body.

5. A pipe assembly comprising:

a coupler body having a bore extending therethrough,

said coupler body having, opposed end portions terminating in an end opening,

each of said end portions including a first inner linear length sized and shaped for receiving an end portion of an electrical metal conduit therein, and

a second linear length having a sloping inner surface diverging outwardly toward said end opening,

a tubular sealing gland having a bore sized to be fitted onto an end portion of an electric metal conduit,

said sealing gland having a sloping outer surface complementing said diverging inner surface of said second linear length,

a metallic split compression ring adapted to be fitted onto an end portion of an electric metal tube, and a fastening nut fitted onto an end portion of an electric metal tube whereby said sealing gland is urged into sealing relationship with said inner surface of said second linear length as said fastening nut is tightened onto its associated end portion.