Mechanical interface converter for making non-ruggedized fiber optic connectors compatible with a ruggedized fiber optic adapter
An interface converter is provided for mechanically and optically coupling a non-ruggedized fiber optic connector with a ruggedized adapter port. In a preferred embodiment, the interface converter attaches to an SC fiber optic connector and together form a converted fiber optic connector compatible with the ruggedized adapter port. In certain embodiments, a retractable release sleeve may be removed from the SC fiber optic connector prior to attaching the interface converter. In certain embodiments, the interface converter may be inserted into the ruggedized adapter port prior to being attached to the SC fiber optic connector.
1. A converter for converting a non-ruggedized SC connector to a ruggedized connector, the non-ruggedized SC connector including a ferrule supported by an SC connector body and a release sleeve that mounts over the SC connector body, the converter comprising:
a converter housing including a first end and an opposite second end, the converter housing defining a central axis that extends through the converter housing from the first end to the second end, the converter housing defining a central passage sized to receive the SC connector body with the ferrule of the non-ruggedized SC connector aligned along the central axis and located adjacent the first end of the converter housing, the first end of the converter housing including opposing first and second paddles positioned at opposite sides of the central axis;
a coupling nut that mounts at the second end of the converter housing, the coupling nut being rotatable relative to the converter housing about the central axis;
the converter housing including a first housing piece and a second housing piece that cooperate to define the central passage of the converter housing such that the SC connector body is retained between the first housing piece and the second housing piece when the SC connector body is mounted within the converter housing, at least one of the first and second housing pieces of the converter housing defining a slot for receiving a retention shoulder of the SC connector body to limit axial movement of the SC connector body relative to the converter housing;
the first housing piece including an integrated tool for use in removing the release sleeve from the SC connector body;
the first and second housing pieces including half-pieces that each generally receive one half of the SC connector body, wherein the first and second housing pieces meet at a plane that extends along the central axis from the first end to the second end of the converter housing; and
a release sleeve pushing tool is integrated into the second housing piece,
wherein the integrated tool of the first housing piece includes an opening for receiving the ferrule of the non-ruggedized SC connector and a bearing force surface for engaging an end of the SC connector body of the non-ruggedized SC connector.
2. The converter of claim 1 , wherein the first housing piece includes the first paddle and the second housing piece includes the second paddle.
3. The converter of claim 1 , wherein the first housing piece includes two axial tongues and the second housing piece includes two axial grooves, and wherein the axial tongues slide axially into the axial grooves to secure the first and second housing pieces together.
4. The converter of claim 3 , wherein the slot for receiving the retention shoulder of the SC connector body is provided at only one of the first and second housing pieces.
5. The converter of claim 3 , wherein the second housing piece includes recessed regions positioned axially adjacent the axial grooves for laterally receiving the axial tongues of the first housing piece prior to axially sliding the axial tongues into the axial grooves.
6. The converter of claim 1 , wherein the first housing piece includes two latching clips and the second housing piece includes two clip receivers that receive the latching clips to secure the first and second housing pieces together, and wherein the latching clips slide laterally into the clip receivers when the first and second housing pieces are brought together in a direction generally perpendicular to the central axis of the converter housing.
7. A converter for converting a non-ruggedized SC connector to a ruggedized connector, the non-ruggedized SC connector including a ferrule supported by an SC connector body and a release sleeve that mounts over the SC connector body, the converter comprising:
a converter housing including a first end and an opposite second end, the converter housing defining a central axis that extends through the converter housing from the first end to the second end, the converter housing defining a central passage sized to receive the SC connector body with the ferrule of the non-ruggedized SC connector aligned along the central axis and located adjacent the first end of the converter housing, the first end of the converter housing including opposing first and second paddles positioned at opposite sides of the central axis;
a coupling nut that mounts at the second end of the converter housing, the coupling nut being rotatable relative to the converter housing about the central axis;
the converter housing including an integrated tool for use in removing the release sleeve from the SC connector body;
the converter housing including first and second half-pieces that each generally receive one half of the SC connector body, wherein the first and second half pieces meet at a plane that extends along the central axis from the first end to the second end of the converter housing, wherein the integrated tool is provided at the first half-piece; and
a release sleeve pushing tool is integrated into the second half-piece, wherein the integrated tool of the first half-piece including an opening for receiving the ferrule of the non-ruggedized SC connector and a bearing force surface for engaging an end of the SC connector body of the non-ruggedized SC connector.
8. A converter for converting a non-ruggedized SC connector to a ruggedized connector, the non-ruggedized SC connector including a ferrule supported by an SC connector body and a release sleeve that mounts over the SC connector body, the converter comprising:
a converter housing including a first end and an opposite second end, the converter housing defining a central axis that extends through the converter housing from the first end to the second end, the converter housing defining a central passage sized to receive the SC connector body with the ferrule of the non-ruggedized SC connector aligned along the central axis and located adjacent the first end of the converter housing, the first end of the converter housing including opposing first and second paddles positioned at opposite sides of the central axis;
a coupling nut that mounts at the second end of the converter housing, the coupling nut being rotatable relative to the converter housing about the central axis;
the converter housing including an integrated tool for use in removing the release sleeve from the SC connector body;
the converter housing including first and second housing pieces between which the SC connector body is mounted, wherein the integrated tool is provided at the first housing piece; and
a release sleeve pushing tool is integrated into the second housing piece, wherein the integrated tool of the first housing piece includes an opening for receiving the ferrule of the non-ruggedized SC connector and a bearing force surface for engaging an end of the SC connector body of the non-ruggedized SC connector.
9. The converter of claim 8 , wherein the release sleeve pushing tool includes a slot formed in the second housing piece for engaging the release sleeve.
10. A converter for converting a non-ruggedized SC connector to a ruggedized connector, the non-ruggedized SC connector including a ferrule supported by an SC connector body and a release sleeve that mounts over the SC connector body, the converter comprising:
a converter housing including a first end and an opposite second end, the converter housing defining a central axis that extends through the converter housing from the first end to the second end, the converter housing defining a central passage sized to receive the SC connector body with the ferrule of the non-ruggedized SC connector aligned along the central axis and located adjacent the first end of the converter housing, the first end of the converter housing including opposing first and second paddles positioned at opposite sides of the central axis;
a coupling nut that mounts at the second end of the converter housing, the coupling nut being rotatable relative to the converter housing about the central axis;
the converter housing including an integrated tool for use in removing the release sleeve from the SC connector body; and
the integrated tool including a clearance opening for receiving the ferrule of the non-ruggedized SC connector and a bearing force surface for engaging an end of the SC connector body of the non-ruggedized SC connector.
11. The converter of claim 10 , wherein the clearance opening is defined within a lateral projection provided on the converter housing, and wherein the lateral projection is sized to fit within an end of the release sleeve.
12. The converter of claim 10 , wherein a recessed region surrounds the bearing force surface.