Electrical connector with conical split snap ring retainer
A connector assembly for securing an electrical conductor to an electric box which includes a metallic connector body having an inlet end portion and an outlet end portion with a frustro-conical snap fit retainer ring circumscribing the outlet end portion of the connector body. The frustro-conical, snap fit, retainer ring is formed from an elongated blank of spring steel material having integrally blanked out of the plane thereof a series of holding tangs bent outwardly from the plane of the ring with one or more grounding tangs disposed in co-planar relationship relative to the surface of the frustro-conical ring, whereby the outlet end of the connector assembly can be readily inserted through a knock-out hole of an electric box for securely locking the connector assembly to an electric box and insuring a positive electrical grounding effect.
1. A connector assembly comprising:
a connector body having an inlet end and an outlet end,
a bore extending through said inlet end and outlet end,
a stop flange circumscribing said connector body between said outlet end and inlet end,
a radially outwardly forward flange circumscribing the opening of said outlet end,
said outlet end having an outer surface that slopes downwardly from said stop flange toward said forward flange,
and a resilient split retainer ring disposed about said outlet end between said stop flange and forward flange,
said retainer ring having a frustro conical configuration which substantially complements said outer surface of said outlet end,
said retainer ring having a series of holding tangs formed out of the surface of said retainer ring, and
a series of grounding tangs disposed between adjacent pairs of said holding tangs.
2. A connector assembly as defined in claim 1 wherein said grounding tangs are normally in co-planar relationship to the surface of said retainer ring.
3. A connector assembly as defined in claim 2 wherein said holding tango are normally cantilevered outwardly from the surface of said retainer ring at a greater angle than that of the grounding tangs.
4. A connector assembly as defined in claim 1 whereby the sloping outer surface of said outlet end and the complementary sloping inner surface of said retaining ring normally defines a slight angle therebetween.