High Efficiency Solar Power Charge Controller 600W MPPT Boost Regulator for 24V 48V 72V Multiple Battery for Cart

High Efficiency Solar Power Charge Controller 600W MPPT Boost Regulator for 24V 48V 72V Multiple Battery for Cart leírása

Efficient Power Conversion: The 600W MPPT Solar Charger Controller is designed to efficiently convert and regulate input voltages from 24V to 72V, providing a reliable boost charging solution for various battery types.
Wide Compatibility: This MPPT Solar Charger Controller is compatible with lead-acid battery, lithium battery, lithium iron phosphate battery, and gel battery, offering versatile options for your power needs.
User-Friendly LED Display: Equipped with a clear LED display, this solar charger controller allows users to easily monitor input and output voltage information, ensuring optimal performance during the charging process.
High Conversion Efficiency: With a conversion efficiency of to 99%, the 600W MPPT Solar Charger Controller maximizes the power output of your solar panels, converting solar Power into usable battery power effectively and quickly.
Sturdy Outdoor Performance: Built to withstand harsh conditions, this solar charger controller operates within a temperature range of -25C to +65C and has an IP65 waterproof rating, making it ideal for off-grid applications and outdoor use.

How to Use:

1. The device is in normal working status when the green light is . When it enters the charging state, the indicator light① will turn red.
2. Press the setting button shortly to display the current set cutoff voltage.
3. Press and hold button 8 for 5 seconds, the voltage will blink, entering the cutoff voltage setting mode.
4. Use button 6 for small-adjustment increase or button 2 for small-adjustment decrease, to increase or decrease the cutoff voltage. Long press for quick adjustment. After setting, press the setting button 8 to save and exit. If there is no operation for 10 seconds, it will exit without saving.
5. The charging cutoff voltage setting range is 25.6V-87V.



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