Battery connection system for an outboard engine

1. An electrical system for an outboard engine comprising:

a generator;

a starter motor electrically connected to ground;

a connector having first, second and third connector terminals, the first connector terminal being electrically connected to the generator, the second connector terminal being electrically connected to the starter motor, and the third connector terminal being electrically connected to ground;

a battery electrically connected to the starter motor and the second connector terminal;

an engine management module (EMM) electrically connected to the generator and to the first connector terminal, the generator being electrically connected to the first connector terminal via the EMM; and

a cap connected to the connector and covering at least the first and second connector terminals, the cap having first and second cap terminals, the first cap terminal being electrically connected to the first connector terminal, the first cap terminal being electrically connected to the second cap terminal, and the second cap terminal being electrically connected to the second connector terminal.

2. The electrical system of claim 1 , wherein the EMM is electrically connected to the first connector terminal by a first connection; and

wherein the EMM is electrically connected to the starter motor by a second connection.

3. The electrical system of claim 2 , wherein the generator is electrically connected to the starter motor via the EMM and the second connection.

4. An outboard engine comprising:

an internal combustion engine;

a driveshaft operatively connected to and driven by the engine;

a propeller shaft operatively connected to and driven by the driveshaft;

a propeller connected to and driven by the propeller shaft; and

the electrical system of claim 1 ,

the generator being connected to and driven by the engine, and

the starter motor being selectively operatively connected to the engine for starting the engine.

5. The outboard engine of claim 4 , further comprising a cowling defining an engine compartment;

wherein the engine, the generator and the starter motor are disposed in the engine compartment; and

wherein the connector and the cap are disposed outside the engine compartment.

6. The outboard engine of claim 5 , wherein the cowling defines a rigging area; and

wherein the connector and the cap are disposed in the rigging area.

7. The outboard engine of claim 6 , wherein the battery is disposed outside of the cowling.

8. An electrical system for an outboard engine comprising:

a generator;

a starter motor electrically connected to ground;

an engine-side connector having first, second and third engine-side connector terminals, the first engine-side connector terminal being electrically connected to the generator, the second engine-side connector terminal being electrically connected to the starter motor, and the third engine-side connector terminal being electrically connected to ground;

a battery-side connector connected to the engine-side connector and covering the first, second and third engine-side connector terminals, the battery-side connector having first and second battery-side connector terminals, the first battery-side connector terminal being electrically connected to the first engine-side connector terminal, and the second battery-side connector terminal being electrically connected to the third engine-side connector terminal; and

a battery having a first terminal electrically connected to the first battery-side connector terminal and a second terminal electrically connected to the second battery-side connector terminal.

9. The electrical system of claim 8 , wherein the battery is a first battery; and

further comprising a second battery electrically connected to the starter motor.

10. The electrical system of claim 9 , further comprising an engine management module (EMM) electrically connected to the generator and to the first engine-side connector terminal; and

wherein the generator is electrically connected to the first engine-side connector terminal via the EMM.

11. The electrical system of claim 10 , wherein the EMM is electrically connected to the first engine-side connector terminal by a first connection; and

wherein the EMM is electrically connected to the starter motor by a second connection.

12. The electrical system of claim 11 , wherein the generator is electrically connected to the starter motor via the EMM and the second connection.

13. An outboard engine comprising:

an internal combustion engine;

a driveshaft operatively connected to and driven by the engine;

a propeller shaft operatively connected to and driven by the driveshaft;

a propeller connected to and driven by the propeller shaft; and

the electrical system of claim 8 ,

the generator being connected to and driven by the engine, and

the starter motor being selectively operatively connected to the engine for starting the engine.

14. The outboard engine of claim 13 , further comprising a cowling defining an engine compartment;

wherein the engine, the generator and the starter motor are disposed in the engine compartment; and

wherein the engine-side connector, the battery-side connector and the battery are disposed outside the engine compartment.

15. The outboard engine of claim 14 , wherein the cowling defines a rigging area; and

wherein the engine-side connector and the battery-side connector are disposed in the rigging area.

16. The outboard engine of claim 15 , wherein the battery is a first battery; and

further comprising a second battery electrically connected to the starter motor, the first and second batteries being disposed outside of the cowling.

17. A method for connecting a second battery to an outboard engine,

the second battery having a first terminal electrically connected to a first battery-side connector terminal of a battery-side connector and a second terminal electrically connected to a second battery-side connector terminal of the battery-side connector,

the outboard engine having:

an internal combustion engine;

a driveshaft operatively connected to and driven by the engine;

a propeller shaft operatively connected to and driven by the driveshaft;

a propeller connected to and driven by the propeller shaft; and

a generator connected to and driven by the engine;

a starter motor selectively operatively connected to the engine for starting the engine and electrically connected to ground;

an engine-side connector having first, second and third engine-side connector terminals, the first engine-side connector terminal being electrically connected to the generator, the second engine-side connector terminal being electrically connected to the starter motor, and the third engine-side connector terminal being electrically connected to ground;

a cap connected to the engine-side connector and covering at least the first and second engine-side connector terminals, the cap having first and second cap terminals, the first cap terminal being electrically connected to the first engine-side connector terminal, the first cap terminal being electrically connected to the second cap terminal, the second cap terminal being electrically connected to the second engine-side connector terminal; and

a first battery electrically connected to the starter motor;

the method comprising:

disconnecting the cap from the engine-side connector; and

connecting the battery-side connector to the engine-side connector such that the battery-side connector covers the first, second and third engine-side connector terminals, the first battery-side connector terminal being electrically connected to the first engine-side connector terminal, and the second battery-side connector terminal being electrically connected to the third engine-side connector terminal.

18. The method of claim 17 , wherein the outboard engine also has a cowling defining an engine compartment and a rigging area, the cowling having a cover defining at least in part the rigging area;

wherein the engine, the generator and the starter motor are disposed in the engine compartment; and

wherein the engine-side connector and the cap are disposed in the rigging area;

the method further comprising:

removing the cover from a remainder of the cowling to reveal the rigging area prior to disconnecting the cap from the engine-side connector; and

connecting the cover to the remainder of the cowling after connecting the battery-side connector to the engine-side connector.