Connector assembly with guide projections
A connector assembly is provided with an electric wire-side housing ( 51 ) to be fit on a device-side connector ( 10 ) that has relay terminals ( 20 ). Guide projections ( 58 ) project out from an outer peripheral surface of a wire-deriving tube ( 52 ) of the wire-side housing ( 51 ). The guide projections ( 58 ) guide a shielding tube ( 71 ) of a shielding shell ( 70 ) in position with respect to the wire-deriving tube ( 52 ). Therefore in fixing the shielding shell ( 70 ) to a connector-mounting member ( 40 ), an inner peripheral surface of the shielding tube ( 71 ) contacts the guide projections ( 58 ) of the wire-side housing ( 51 ) to fit the shielding shell ( 70 ) on the wire-side housing ( 51 ) without dislocation.
1. A connector assembly comprising: a device-side connector having device-side terminals; a wire-side housing having a front end to be fit on the device-side connector and a rear end defining a wire-deriving tube; wire-side terminals accommodated in the wire-side housing and connected to wires projecting through the wire-deriving tube, the wire-side terminals being connected respectively to the device-side terminals when the wire-side housing is fit on said device-side connector; a shielding shell fit on and shielding the wire-side housing, the shielding shell having a shielding tube covering an outer side of said wire-deriving tube and shell-mounting pieces for bolting said shielding shell to a device, a guide ring curved in at an edge of said shielding tube; a braided wire tube surrounding said wires and having an end fit on a periphery of said shielding tube; and guide projections extending between an outer peripheral surface of the wire-deriving tube and an inner peripheral surface of said shielding tube for positioning said shielding tube with respect to said wire-deriving tube before the wire-deriving tube penetrates through the shielding tube while fitting the shielding shell on the wire-side housing.
2. The connector assembly of claim 1 , wherein said wire-deriving tube is sectionally oblong, said guide projections being formed integrally on said peripheral surface of said wire-deriving tube at positions symmetrical with respect to a longitudinal axis of said wire-deriving tube in a direction of a major transverse axis thereof.
3. The connector assembly of claim 1 , wherein said wire-side terminals have plate-shaped portions projected beyond a front end of said wire-side housing and contacting said respective device-side terminals accommodated in the device-side connector when said wire-side housing is fit on said device-side connector, bolt insertion holes are formed at positions of contact between the device-side terminals and the wire-side terminals for receiving connection bolts for tightening said device-side terminals and said wire-side terminals.
4. The connector assembly of claim 3 , wherein said bolt insertion holes in at least one of said device-side terminals and said wire-side terminals are long in a direction in which said wire-side housing is fit on said device-side connector.
5. The connector assembly of claim 1 , wherein said device-side connector has a working hole at corresponding to said bolt insertion holes of said device-side terminals for accessing the connection bolts.
6. The connector assembly of claim 5 , further comprising a cap mounted on said working hole; and said cap having a sealing ring for sealing a gap between said cap and said working hole with said sealing ring in close contact with a surface of said working hole.
7. The connector assembly of claim 1 , further comprising a caulking ring caulked to an end of the braided wire tube and fixing said braided wire tube to said shielding shell.