Contact module for communicating with a downhole device

1. A downhole tool, comprising:

a first member having an axis, a distal end configured to be coupled to a downhole device and a central shaft contiguous and monolithic with the first member, and the central shaft extends axially therefrom to a proximal end;

electrical contacts and insulators mechanically coupled to the central shaft, the electrical contacts are electrically insulated from the central shaft, and the central shaft extends through the electrical contacts and insulators;

a second member coupled to the proximal end of the central shaft to axially restrain the electrical contacts and insulators relative to the central shaft;

the electrical contacts, insulators and second member comprise axial faces, and physical contact between the electrical contacts, insulators and second member consists of contact between the respective axial faces thereof; and

the second member comprises a spear tip nose at a proximal end thereof, the spear tip nose is configured to stab into and engage a female receptacle in an overshot tool to carry an entire weight of the downhole tool and the downhole device at the spear tip nose to be retrieved from a well, such that an entire tensile load connection and capacity of the downhole tool is supported by the spear tip nose.

2. The downhole tool of claim 1 , further comprising seal apertures located in the axial faces of the electrical contacts and second member, such that the insulators are free of seal apertures.

3. The downhole tool of claim 2 , further comprising o-ring seals positioned exclusively in the seal apertures.

4. The downhole tool of claim 1 , wherein:

each of the electrical contacts is an annular metal ring that completely circumscribes the central shaft, and each of the insulators is an annular ceramic ring that completely circumscribes the central shaft; and further comprising

additional electrical insulators located between the electrical contacts, respectively, and the central shaft.

5. The downhole tool of claim 1 , wherein:

the electrical contacts are electrically coupled to a communications path with electrical connectors, respectively, via fasteners;

the communications path is connected to the first member via a strain relief;

the central shaft comprises a connections slot to facilitate connecting the electrical connectors to the communications path; and

the central shaft comprises a key slot having an insulated key that engages and limits the electrical contacts from rotation relative to the axis.

6. A spearpoint assembly, comprising:

a first member having an axis and a central shaft that is contiguous and monolithic with the first member, and the central shaft extends to a proximal end of the first member;

a plurality of electrical contacts having a ring shape and coaxially aligned and supported by the central shaft;

a plurality of insulators having a ring shape and coaxially aligned and supported by the central shaft;

the ring shape of the electrical contacts and the insulators extends axially and comprises a constant outer diameter along an entire length of the plurality of electrical contacts and the plurality of insulators;

a second member coupled to the proximal end of the central shaft to axially restrain the electrical contacts and the insulators; and

the first member and the second member are electrically insulated from the electrical contacts.

7. The downhole tool of claim 6 , wherein each of the first member, electrical contacts, insulators and second member comprises axial faces, and physical contact between the each of the first member, electrical contacts, insulators and second member consists of contact between the respective axial faces thereof.

8. The downhole tool of claim 7 , further comprising seal apertures located only in the axial faces of the first member, electrical contacts and second member, such that the insulators are free of seal apertures.

9. The downhole tool of claim 8 , further comprising o-ring seals positioned exclusively in the seal apertures in the axial faces of the first member, electrical contacts and second member.

10. The downhole tool of claim 6 , wherein the electrical contacts are electrically insulated from each other by the insulators.

11. The downhole tool of claim 6 , wherein each of the electrical contacts is an annular metal ring that completely circumscribes the central shaft, and each of the insulators is an annular ceramic ring that completely circumscribes the central shaft.

12. The downhole tool of claim 6 , further comprising semicircular electrical insulators located between the electrical contacts, respectively, and the central shaft.

13. The downhole tool of claim 6 , wherein the electrical contacts are electrically coupled to a communications path with electrical connectors, respectively, via fasteners.

14. The downhole tool of claim 13 , wherein the communications path is connected to the second member via a strain relief.

15. The downhole tool of claim 13 , wherein the central shaft comprises a connections slot to facilitate connecting the electrical connectors to the communications path.

16. The downhole tool of claim 13 , wherein the central shaft comprises a key slot having a key that engages and limits the electrical contacts from rotation relative to the axis and the second member.

17. The spearpoint assembly of claim 6 , wherein the central shaft comprises a central shaft slot.

18. The spearpoint assembly of claim 17 , wherein the electrical contacts are keyed for receipt of a key that is disposed in and engages the central shaft slot to prevent relative rotation between the central shaft and the electrical contacts.

19. The spearpoint assembly of claim 18 , wherein the insulators are keyed for receipt of the key that is disposed in and engages the central shaft slot to prevent relative rotation between the central shaft and the insulators.

20. The spearpoint assembly of claim 6 , wherein the second member comprises a latch rod that can be received by and coupled to an overshot tool.