Very nice, someone else working on a project I am.
Here my watering system layout from supply to plant.
Pre filter for sediment-> RO system-> 275 gallon tank, with air stone and circulation pump-> 110v pump, remote controlled, or timer activated-> jandy valve motor activated-> 2-275 tank with air stone and circulation pump, one for the veg room, one for the bloom room-> 110v pump, remote controlled, or timer activated-> sprinkler manifold with solenoid valves, remote controlled or timer activated-> 1/2 PVC lines with drip line manifolds every 4'-> 1/4 lines with drip emitters 1/2 gpm, four per plant.
Pre filter $20.00
RO. $200.00
275 tank. $100.00 ea
In line transfer pump. $20.00 ea
Sprinkler manifold w/ valves. $30.00 ea
1/2 PVC sch 20 20' length $2.00 ea
1/4 drip line 100'. $10.00
1/2 gpm drip emitters 50pcs. $1.00
12 station orbit IRIS timer w/ remote $200.00
Single pole 120v w/ 24v coil contactor. $10.00 ea
Sprinkler timer box. $10.00 ea
12x12x4 ele pull box. $20.00
With this system I'm able to water from anywhere in the world as it's web based, I will hard pipe my warehouse with the PVC, I will be using the sprinkler timers 24v signal to activate contactors to operate my transfer pumps either by the timer, with the remote that the timer comes with, or with the web access app.
RO will fill the 275 tank for storage, a pump will move it to a motorized jandy valve that will fill the tank either in the bloom, veg, or mother rooms
The sprinkler manifolds will have the same transfer pump system before the valves, this will be my pressure to the sprinkler manifold, which of course will be hooked to the timer, and will feed the drip system at each table.
Waste water will be drained from tables and into collection for testing.
In front of the RO and in back of the RO is a dual TDS sensor, it costs $30.00
And the Hanna monitoring system is $600.00
So for 1000 bucks I have a system I can operate with a remote control, it's on timers, and I can access it from the web.
Thank you I'll be here all week.
