ALTERNATOR COMPONENT

1 . An alternator for a three-phase generator, the alternator comprising:

a rotor;

a stator having a plurality of coils arranged thereon, each coil of the plurality of coils including two associated leads;

a terminal block assembly to which each one of the two associated leads of each one of the plurality of coils are attached, the terminal block assembly including a plurality of terminals, each one of the two associated leads of each one of the plurality of coils being connected to a terminal; and

a cartridge that is selectively connected to the terminal block assembly, the cartridge being electrically coupled to a plurality of the leads when the cartridge is connected to the terminal block assembly, the cartridge including a conductive portion that extends between and electrically couples a first lead to a second lead of the plurality of the leads.

2 . The alternator of claim 1 , wherein the alternator is configured to produce a three-phase output.

3 . The alternator of claim 1 , wherein the alternator is configured to produce a single phase output.

4 . The alternator of claim 1 , wherein each port of the plurality of terminals includes a lead connection post and a cartridge connection post, the lead connection post being electrically coupled to the cartridge connection post by a connection bar.

5 . The alternator of claim 4 , wherein the each one of the two associated leads of each one of the plurality of coils are electrically coupled to each one of the lead connection posts of each one of the plurality of terminals.

6 . The alternator of claim 5 , wherein the cartridge includes a plurality of tabs, wherein each one of the plurality of tabs includes a hole arranged therethrough, wherein each one of the holes of each one of the plurality of tabs receives one of the cartridge connection posts when the cartridge is selectively connected to the terminal block assembly.

7 . The alternator of claim 1 , wherein the cartridge is a first cartridge, and wherein the alternator further comprises a second cartridge, wherein either one of the first cartridge or the second cartridge is selectively coupled to the terminal block assembly.

8 . The alternator of claim 7 , wherein the terminal block assembly produces a first output voltage when the first cartridge is connected thereto, and wherein the terminal block assembly produces a second output voltage when the second cartridge is connected thereto.

9 . The alternator of claim 8 , further comprising a third cartridge, wherein either one of the first cartridge, the second cartridge, or the third cartridge is selectively coupled to the terminal block assembly, and wherein the terminal block assembly produces a third output voltage when the third cartridge is connected thereto.

10 . The alternator of claim 1 , further comprising a plurality of output leads, the plurality of output leads being configured to provide an output voltage from the terminal block assembly.

11 . A connection assembly for reconfiguring the voltage output from an alternator, the connection assembly comprising:

a terminal block assembly comprising a plurality of terminals; and

a first cartridge that is selectively connected to the terminal block assembly;

the terminal block assembly being configured to receive a plurality of leads from the alternator within the plurality of terminals; and

the terminal block assembly further being configured to receive the first cartridge, the first cartridge providing an electrical connection between a first lead of the plurality of leads and a second lead of the plurality of leads when the first cartridge is received within the terminal block assembly.

12 . The connection assembly of claim 11 further comprising:

a second cartridge that is selectively connected to the terminal block assembly, the second cartridge providing an electrical connection between a third lead of the plurality of leads and a fourth lead of the plurality of leads.

13 . The connection assembly of claim 12 , wherein only one of the first cartridge and the second cartridge is connected to the terminal block assembly at a time.

14 . The connection assembly of claim 12 , wherein the first cartridge is configured to cause the terminal block assembly to produce a first output phase-to-phase voltage and a first output phase-to-neutral voltage and wherein the second cartridge is configured to cause the terminal block assembly to produce a second output phase-to-phase voltage and a second output phase-to-neutral voltage.

15 . The connection assembly of claim 14 , wherein the first output phase-to-phase voltage is a three-phase 240V voltage and the first output phase to neutral voltage is a three-phase 120V voltage.

16 . The connection assembly of claim 14 , wherein the first output phase-to-phase voltage is a three-phase 208V voltage and the first output phase-to-neutral voltage is a three-phase 120V voltage.

17 . The connection assembly of claim 14 , wherein the first output phase-to-phase voltage is three-phase 480V voltage and the first output phase-to-neutral voltage is three-phase 277V voltage.

18 . The connection assembly of claim 14 , wherein the first output phase-to-phase voltage is a single-phase 240V voltage and the first output phase-to-neutral voltage is a single-phase 120V voltage.

19 . The connection assembly of claim 11 , wherein each terminal of the plurality of terminals includes a lead connection post and a cartridge connection post.

20 . The connection assembly of claim 19 , wherein the cartridge connection posts are configured to extend through holes in conductive tabs of the first cartridge.