|
73
June 2020
|
Solar Stik
®
, Inc.
24VDC PRO-Verter 5000-120 AGS Operator Manual
Restart a System with Overdischarged Batteries
Overdischarged System batteries should not occur in a System that is setup and maintained
properly.
Restart with the PRO-Verter System Recovery Button
1. Turn off the AC Output Breakers on the PRO-Verter Faceplate.
2. Connect a 120 VAC power source to the PRO-Verter.
3. Ensure that the AC input breaker on the PRO-Verter Faceplate is turned on.
4. Press the HOME button on the PRO-Verter User Interface. A battery fault will appear on screen.
5. Push the SETUP button and scroll to 03 Charger Setup. Press SELECT knob.
6. Scroll to 03E, MAX Charge Rate. Reduce to 30%. Press SELECT knob. Press HOME button.
7. Press and HOLD the SYSTEM RECOVERY switch until the red FAULT LED turns off and the
CHG LED is constant green, no longer blinking.
8. Return 03E Charge Rate to 100% AFTER at least four (4) batteries have a green battery status
LED.
9. Charge all batteries fully.
10. Turn on AC output breakers on the PRO-Verter Faceplate to support loads.
The amount of time required for the CHG LED to become solid green (Step 7 above) will vary
depending on the degree to which the System batteries are overdischarged; it may require several
minutes of constantly pressing the SYSTEM RECOVERY button.
AC Breaker
DC Breakers
Status LEDs
SYSTEM
RECOVERY
BUTTON
Note:
Solar Arrays, when connected via a Power Hub 3500, will wake up the System and charge
the batteries when the solar output voltage is 5 VDC greater than the battery voltage. Solar
power can continue to charge the batteries as long as the input voltage is at least 1 VDC greater
than the battery voltage.
Figure 25. PRO-Verter Faceplate
SUPPORTING INFORMATION
