Batteryminder, Model scc180 – BatteryMINDer SCC180 User Manual
Page 5

BatteryMINDer
®
Model SCC180
Rev. B-073108
Page 5
P/N VDCSCC180-MNL
Frequently Asked QUESTIONS
Q: Can the Solar BatteryMINDer be used to charge, maintain and 
desulphate any size or type lead acid 12-volt battery such as sealed gel, 
agm, deep cycle, marine, maintenance free electrolyte?
A: YES, BatteryMINDer can charge, maintain and desulphate any 
type size lead acid based battery, regardless of construction or brand. 
If possible, always charge your battery(s) to full capacity using a plug-in 
type 120 Vac input high output charger, before connecting it to your solar 
maintenance charger. 
Q: Can BatteryMINDer be used to maintain and desulphate more than 
one battery at a time?
A: YES, but remember the limitation of the solar panel will determine 
how much current output your Solar BatteryMINDer can supply to the 
battery. See our definition of a “good” battery in instructions for the 
BatteryMINDer SCC180 solar maintenance charger-desulfator. 
Q: Why do the solar LED indicators turn off and then suddenly turn on 
seconds later?
A: When the sun goes behind a cloud the solar controller shuts down, 
in order to prevent the battery from being discharged due to low or no 
solar energy. As soon as sufficient solar energy is detected by the solar 
controller, the LED indicators turn on again and unit resumes its function 
as a charger-maintainer-desulphator.
Q: Why doesn’t the
GREEN
LED start blinking immediately after low
solar shut off, when just before the LEDs turned off, the
GREEN
LED
was blinking?
A: For the 
GREEN
charge power LED to blink unit must first charge
battery to approximately 14.2-volts. Once it reaches this voltage the unit 
automatically switches to a lower float-maintenance level where it holds 
the battery’s voltage at approximately 13.4-volts. For the 
GREEN
LED
to start blinking the unit must first charge the battery again to the 14-volt 
level. This can take from several minutes to several hours, depending on 
battery size and the amount of solar energy hitting the solar panel.
