Water sensor with bracket mount

1. A leak detector system for detecting leaks comprising:

a leak detector having first and second electrodes, the leak detector configured to generate an alert when moisture is detected by the electrodes or when moisture is detected by a remote probe electrically coupled to the first and second electrodes;

a wall bracket mountable to a surface, the wall bracket having a body with first and second terminals supported on the body, and a receptacle for receiving the leak detector; and

wherein the first and second terminals of the wall bracket and the first and second electrodes of the leak detector are electrically coupled when the leak detector is received in the receptacle of the bracket.

2. The leak detector system of claim 1 , further comprising at least one remote probe having first and second probe electrodes, wherein the at least one remote probe is electrically coupled to the terminals of the wall bracket, whereby the first and second probe electrodes of the at least one remote probe act as the first and second electrodes of the leak detector when the leak detector is received in the wall bracket.

3. The leak detector system of claim 2 , wherein the at least one remote probe is hardwired to the wall bracket.

4. The leak detector system of claim 2 , wherein the at least one remote probe is removably coupled to the wall bracket.

5. The leak detector system of claim 4 , wherein the at least one remote probe is removably coupled to the wall bracket with mating male and female coaxial jacks.

6. The leak detector system of claim 1 , wherein the terminals of the wall bracket are biased in a direction to maintain contact with the electrodes of the leak detector.

7. The leak detector system of claim 6 , further comprising first and second spring elements for biasing the terminals in a direction to maintain contact with the electrodes of the leak detector.

8. The leak detector system of claim 1 , further comprising a splitter interposed between the wall bracket and the at least one probe, the splitter couplable to at least one additional remote probe.

9. The leak detector of system claim 1 , wherein the leak detector includes leak detector circuitry configured to generate the alert when moisture is detected by the electrodes or when moisture is detected by a remote probe electrically coupled to the first and second electrodes, wherein the circuitry includes an orientation sensor for detecting an orientation of the leak detector and generating a signal indicative of said detected orientation, wherein the leak detector circuitry uses the signal to determine whether the leak detector is being used in conjunction with the wall bracket.

10. The leak detector system of claim 1 , wherein the wall bracket has a first and second side flanges extending from a base wall of the body on opposite edges thereof, the side flanges and being generally concave, and wherein the leak detector has convex side walls adapted to accommodate by the side flanges when the leak detector is in the receptacle of the wall bracket.

11. The leak detection system of claim 10 , wherein a distal end of each side flange is recurved to facilitate alignment and acceptance of the leak detector into the receptacle of the wall bracket.

12. The leak detection system of claim 11 , wherein the wall bracket further includes a bottom flange extending from the base wall between the first and second side flanges.

13. A wall bracket for a leak detection system comprising:

a body with first and second terminals supported by the body; and

a receptacle for receiving an associated leak detector of the leak detector system;

whereby the first and second terminals of the wall bracket are configured to electrically couple with first and second electrodes of the associated leak detector when the associated leak detector is received in the receptacle of the wall bracket.

14. The wall bracket of claim 13 , further comprising at least one remote probe having first and second probe electrodes, wherein the at least one remote probe is electrically coupled to the terminals of the wall bracket, whereby the first and second probe electrodes of the at least one remote probe act as the first and second electrodes of the associated leak detector when the leak detector is received in the wall bracket.

15. The wall bracket of claim 14 , wherein the terminals of the wall bracket are biased by spring elements in a direction to maintain contact with the electrodes of the associated leak detector.

16. The wall bracket of claim 13 , wherein the wall bracket has a first and second side flanges extending from a base wall of the body on opposite edges thereof, the side flanges being generally concave.

17. The wall bracket of claim 16 , wherein the wall bracket further includes a bottom flange extending from the base wall between the first and second side flanges.

18. A method of installing a leak detection system comprising:

mounting a wall bracket to a surface, the wall bracket having a body with first and second terminals supported on the body, and a receptacle for receiving a leak detector;

coupling first and second electrodes of a leak detector to the terminals of the wall bracket by inserting the leak detector into the receptacle of the wall bracket; and

positioning a remote probe connected to the wall mount in a location for detecting moisture in said location, the remote probe having first and second probe electrodes;

wherein the at least one remote probe is electrically coupled to the terminals of the wall bracket, whereby the first and second probe electrodes of the at least one remote probe act as the first and second electrodes of the associated leak detector.