I like your logical based approach, which you back up with the evidence to support your hypothesizes. By presenting the influences of the factors involved in the complete system, you increase the efficiency, while lowering the maintenance involved in keeping a system running. Keep the videos coming! Live long and prosper.
How do you calculate the amount of microns you will get from a system? does it have to do with: PSI from pump, the build of the nozzle, the total amount of pressure that goes from the line to the nozzle, or a combination of these things? im building my own system currently and im not sure how to get in between 17-50 microns. thank you
I need some help. So, I get the pump hooked up to the reservoir, then the pressure switch, then the accumulator, ball valve, solenoid, then pressure regulator. Is this right? I am looking for 65 psi, and I am using senninger fogger nozzles. Should I get a pump that puts out 100 psi, do I regulate the pressure down to 65psi with the pressure switch or the pressure regulator? I am thinking I need to drop the pressure at the regulator and not the switch, right? Because the switch is just for cycling the pump on and off, and the actual psi of the pump is not adjustable until the water hits the pressure regulator at the end of the line, just before the nozzles? I just want to verify I am correct here. If I am wrong at all, please tell me where, and how. Thanks
@@dxhydroponicgardening9906 I find 3 seconds is good, then in mid to early bloom increase to 5-6 seconds as the plants naturally take up more at this stage
