The BatteryMINDer is a 3-mode maintenance charger and desulphator-conditioner that extends performance and life of all types of 12 Volt lead acid batteries. These include maintenance-free, marine, sealed, AGM, dry and valve-regulated batteries.
This BatteryMINDer provides full-time desulphation in all modes.
The unit comes with a Battery Condition Indicator that has a push button for testing the condition of the battery.
Please note: With 1 amp charge output, the battery size must be considered. Large Deep Cycle/RV batteries can be maintained but not fully recharged from a deep discharge with this panel. If you have any questions, please contact one of our battery specialists.
Features
Includes one lug harness
Brackets included
15 watt amorphous silicon solar panel
Comes with mail-in offer for free SureGuard that retails for $29.95 which will protect and display the condition of your battery and charging system instantly - through VDC directly.
PulseMode Circuitry
Auto-Float control
Automatic 3-mode operation
Dissolves power robbing sulphation and prevents new sulphation (caused by self-discharge).
LED indicators for Charge, Polarity Reversed and Solar Power.
Shuts off completely when sunlight is reduced with no drain on the batteries.
Meets exact maintenance float charge rate of all major sealed, dry-type battery makers.
Guarantees full charge without ever overcharging.
Prevents permanent cell damage due to self-discharge.
Allows battery to be stored safely at -0°F to +120°F.
Supplies exact voltage and current required – never more.
Temperature short circuit and polarity reversal protected.
Designed/engineered in the USA.
Built in strict accordance with ISO 9001 Quality Certification.
1-year money-back guarantee handled directly through VDC.
General Specifications
Model SCC015
Output 12 volts @ 1 Amps
Charge Voltage 14.2 Vdc
Float Voltage 13.2 Vdc
Desulphation Pulse 1A @ 3.26 MHz
Float Current 5 Ma – 1 Amp*
18 ft Panel to Controller Cable
Solar Panel Size: 12.5"W x 36"L x 1"H
* Actual current output is determined by individual battery demand.
