Test and monitoring system for a sump pump installation including trend analysis of pump performance

1. An automated system for testing and monitoring a sump pump installation of the type having a liquid container, a motor driven pump which when powered discharges liquid from the container, and a switch circuit which supplies current to power the pump motor upon the liquid level in the container rising to a predetermined level, and removes current from the motor upon the liquid level in the container falling to a lower predetermined level, the test and monitoring system comprising:

a liquid conduit including an electrically-actuated valve which admits liquid to the liquid container in response to a valve control signal;

a test control module which when actuated supplies a valve control signal to initiate a test cycle having an elapsed time during which liquid is admitted to the container to cause the liquid level in the container to rise to at least the predetermined level, to test the pump discharging of liquid from the container , said test control module then supplies a valve control signal to stop the admittance of liquid upon a predetermined event terminating the test cycle;

a processor circuit for recording the elapsed time of successive test cycles;

wherein the test control module includes an indicator circuit which indicates in response to completion of the test cycle whether the pump discharges from the container a portion of the liquid.

2. A test and monitoring system as defined in claim 1 wherein the system further includes a current sensor for sensing current supplied to the pump motor during operation of the sump pump, along with the elapsed time of test cycles to identify and report trends and anomalies in the operation of the sump pump during the test cycles.

3. A test and monitoring system as defined in claim 1 or 2 wherein the processor circuit records and reports the date and time of each recorded test cycle.

4. The test and monitoring system of claim 1 , wherein the processor circuit is further for providing a signal related to the elapsed time of successive test cycles.

5. The test and monitoring system of claim 1 , wherein the processor circuit is further for providing a signal related to trends of successive test cycles.

6. The test and monitoring system of claim 1 , wherein the processor circuit is further for providing a signal related to anomalies of successive test cycles.

7. An automated system for testing and monitoring a sump pump installation of the type having a liquid container, a motor driven pump which following activation operates until subsequently deactivated by a predetermined control effect to pump liquid from the container, and a pump switch circuit which supplies current to the pump motor to activate the pump upon sensing the liquid level in the container having risen to a first predetermined level, the system comprising:

a liquid conduit connected to an external liquid source and including an electrically-actuated valve which when open flows liquid from the external source into the container;

a test control module which when actuated open the electrically-actuated valve to initiate a test cycle having an elapsed time during which liquid flows into the container to cause the liquid level therein to rise to at least the first predetermined level, after which the motor driven pump is activated to pump liquid from the container and the test control module closes the valve to terminate the flow of liquid into the container, the pump continuing to operate until occurrence of the predetermined control effect;

a processor circuit for recording the elapsed time of successive test cycle;

wherein the test control module further includes an indicator circuit which indicates a successful test upon deactivation of the pump.

8. The system of claim 7 , wherein the processor circuit provides a signal indicative of the successive test cycles.

9. The system of claim 7 , wherein the processor circuit provides a signal indicative of trends related to the successive test cycles.

10. The system of claim 7 , wherein the processor circuit provides a signal indicative of anomalies related to the successive test cycles.

11. An automated system for testing an monitoring a sump pump installation of the type having a liquid container, a motor driven pump which following activation operates until subsequently deactivated by a predetermined control effect to pump liquid from the container, and a pump switch circuit which supplies current to the pump motor to activate the pump upon sensing the liquid level in the container having risen to a first predetermined level, the system comprising:

a liquid conduit connected to an external liquid source and including an electrically-actuated valve which when open flows liquid from the external source into the container;

a test control module which when actuated opens the electrically-actuated valve to initiate a test cycle having an elapsed time during which liquid flows into the container to cause the liquid level therein to rise to at least the first predetermined level, after which the motor driven pump is activated to pump liquid from the container and the test control module closes the valve to terminate the flow of liquid into the container, the pump continuing to operate until occurrence of the predetermined control effect;

a processor circuit for recording the elapsed time of successive test cycle;

wherein the test control module includes a current sensor circuit sensing current supplied to the pump motor by the pump switch circuit; and,

wherein the test control module further includes an indicator circuit which indicates a successful test upon deactivation of the pump.

12. The system of claim 11 , wherein the processor circuit provides a signal indicative of the successive test cycles.

13. The system of claim 11 , wherein the processor circuit provides a signal indicative of trends related to the successive test cycles.

14. The system of claim 11 , wherein the processor circuit provides a signal indicative of anomalies related to the successive test cycles.