Close proximity panel mount connectors
Close proximity panel mount connectors include a first and a second connector body, each provided with a connection interface at an interface end, a mounting flange with a planar surface at a mounting end, a fastener tab of the mounting flange provided with a tab fastener hole at a male side of the connector body and a fastener slot of the mounting flange formed at a female side of the connector body, a slot fastener hole provided through the mounting flange to the fastener tab slot. The fastener tab of the first connector body seats within the fastener slot of the second connector body when the male side of the first connector body is seated adjacent to the female side of the second connector body, coaxially aligning the tab fastener hole of the first connector body and the slot fastener hole of the second connector body.
1. Close proximity panel mount connectors, comprising:
a first and a second connector body, each of the first and the second connector bodies provided with:
a connection interface at an interface end;
a mounting flange with a planar surface at a mounting end;
a fastener tab of the mounting flange provided with a tab fastener hole at a male side of the connector body; and
a fastener slot of the mounting flange formed at a female side of the connector body, a slot fastener hole provided through the mounting flange to the fastener slot;
the fastener tab of the first connector body seating within the fastener slot of the second connector body when the male side of the first connector body is seated adjacent to the female side of the second connector body, coaxially aligning the tab fastener hole of the first connector body and the slot fastener hole of the second connector body.
2. The connectors of claim 1 , wherein each of the first and the second connector bodies has two fastener tabs and two fastener slots.
3. The connectors of claim 2 , wherein each of the tab fastener holes and each of the slot fastener holes is provided proximate a corner of the mounting flange.
4. The connectors of claim 2 , wherein a perimeter line between each of the tab fastener holes and each of the slot fastener holes is a rectangle in a plane of the planar surface.
5. The connector of claim 2 , further including a flange tab on the male side, between the two fastener tabs and a flange slot on the female side, between the two fastener slots; the flange tab also seating within the flange slot when the male side of the first connector body is seated adjacent to the female side of the second connector body.
6. The connector of claim 1 , wherein the planar surface surrounds the fastener slot on three or more sides.
7. The connector of claim 1 , further including a bore through the connector body between the interface end and the mounting end.
8. The connector of claim 7 , further including a seal groove in the planar surface surrounding the bore; the seal groove open to the mounting end.
9. The connector of claim 1 , wherein the female side of the mounting flange has a female surface provided as a convex surface and the male side of the mounting flange has male surface formed as a concave surface; the convex surface and the concave surface provided with a common radius of curvature.
10. A method for mounting close proximity panel mount connectors on a mounting surface, comprising the steps of:
providing a first and a second connector body, each of the first and the second connector bodies provided with:
a connection interface at an interface end;
a mounting flange with a planar surface at a mounting end;
a fastener tab of the mounting flange provided with a tab fastener hole at a male side of the connector body; and
a fastener slot of the mounting flange formed at a female side of the connector body, a slot fastener hole provided through the mounting flange to the fastener slot;
seating the fastener tab of the first connector body within the fastener slot of the second connector body as the female side of the second connector body is seated adjacent to the male side of the first connector body, coaxially aligning the tab fastener hole of the first connector body and the slot fastener hole of the second connector body.
11. The method of claim 10 , further including the step of inserting a fastener through each of the tab fastener hole, the slot fastener hole and the mounting surface.
12. The method of claim 10 , further including the step of coupling an attaching connector to the connection interface of the first connector body.
13. The method of claim 12 , wherein the coupling is via insertion of the attaching connector into a bore of the first connector body and rotation of a coupling nut engaging the connection interface until the attaching connector is retained against the connection interface.
14. The method of claim 13 , wherein the rotation of the coupling nut is via a wrench with a shaft which extends in a longitudinal axis of the attaching connector.
15. The method of claim 13 , wherein the coupling nut has tool flats on a cable end of the coupling nut.
16. The method of claim 15 , wherein the tool flats are recessed from a maximum outer diameter of the coupling nut.
17. The method of claim 10 , further including the step of mounting an additional connector body adjacent to the second connector body, the additional connector body provided with:
a connection interface at an interface end;
a mounting flange with a planar surface at a mounting end;
a fastener tab of the mounting flange provided with a tab fastener hole at a male side of the connector body; and
a fastener slot of the mounting flange formed at a female side of the connector body, a slot fastener hole provided through the mounting flange to the fastener slot;
seating the female side of the additional connector body adjacent to the male side of the additional connector body, coaxially aligning the tab fastener hole of the second connector body and the slot fastener hole of the additional connector body.