If you have the controller properly wired and configured as a charge controller, the low voltage disconnect does not function. That only occurs when it is in load control mode.
The first recommendation is to disconnect the pair of panels that contains the Kyocera 130W. Get the system working with the 4 Evergreens. Then you could attempt to add the mixed pair back in to see how much it drags the array down. Personally, I would purchase another Evergreen 210W and get rid of the Kyocera (or just stick with the 4 panels). Miss-matched panels in the same array cause problems.
For additional help, we need more info on your system. Describe where and how the controller is wired. Where are the loads wired to ? What are the jumper settings ? What did you set the potentiometers too ? When it is supposed to be charging, what is the LED doing ? The more info you provide, the more likely someone is to spot the glitch.
I realized after posting my question the LVD does not make any difference in charge control mode.
After reading some of the posts, I did take the Kyocera out of the mix and only have the Evergreen panels wired in now. Of course, the sun hasn't been shining here for 2 days so I haven't been able to see if I am getting any charge after my changes.
My jumper settings are for charge control mode, 24v and manual equalization. I have the potentiometers set on Bulk--28.0 and Float--26.0 as the manual recommended Bulk 26.0 to 30.0 and Float 25.0 to 29.0 for a 24v set up.
My panels are wired into the controller and then from the controller to the batteries. From the batteries I am wired into a Xantrex TR3624-120-60 Inverter/Charger. I don't have the funds yet to purchase a good generator(only have a portable one) so I don't have a generator wired into the inverter yet. When the sun is shining the LED just blinks green all the time.
Thanks for any ideas!
