Quote:
Originally Posted by unbreakable
BTW, let me know how you setup your waterbug to your apex system!
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I spent a good amount of time reviewing the Unofficial User Manual at the top of this group.
Physical Setup:
1) You need a WaterBug Sensor, WaterBug Relay Module, Power Adapter, and either a Neptune Systems Breakout Box or make your own 2-wire connector to go from the WaterBug Relay Module to the Apex Base (or PM1, PM2 or PM3).
2) Instead of dropping $50 on a Neptune Systems Breakout Box, I just used 2 wires and ran them into the #1 (from "c" on WaterBug) and #8 (from "NO" on WaterBug) on the I/O input on the Apex Base. You can buy male Minidin 8 connectors to do this.
Software Setup:
1) Create a Virtual Outlet by adding a Module in the Web Interface. Pick any one of the modules...I just added an EB8, which gave me 8 virtual outlets.
2) Change the name of one of the VO (virtual outlets) to "WaterBug"
3) Apply the following statements
If Switch1 OPEN Then OFF
If Switch1 CLOSED Then ON
4) Go to the pump outlet you want to turn off when water is detected.
5) Apply the following statements
Fallback ON
If Outlet WaterBug = ON Then OFF
If FeedD 000 Then ON
The 3rd line allows one to easily turn the pump back on after the WaterBug turns the pump off. You just go into the web interface "All Status" and run the Feed D. Then turn it off right away. This will restart the pump.
I wanted the return pump to stay off if water was on the floor or spilling over the display tank top (I have a WaterBug sensor on the top of my Display Tank.) I wanted the return pump to stop if there is a large leak in the sump (water on the floor) so that if the sump empties, the pump will not run dry. Secondly, I wanted the return pump to stop if the Overflow Drain Pipe clogs, thus causing the Display Tank to overflow and sump to drain.