Solar Charge Controller 60A, 12V/24V/36V/48V Auto, 160VDC Max Input, LCD Backlight, for Vented/Sealed/Gel/NiCd/Lithium Batteries [Software Update]

Revised Content:

Charging 3-stage: Constant Current (MPPT), Constant Voltage (Absorption Voltage), Floating Charge Selectable Battery Types: Vented, Sealed, Gel, NiCd, Lithium (default is Sealed); user can define voltage for other battery types Soft Start Time ≤1S, Dynamic Response and Recovery Time 100μs Max Efficiency ≥98.1%, PV Utilization ≥99% To reduce the cost of electricity due to high current, PV and battery each have two terminals

Multiple Electronic Protections: - Short-circuiting - Reverse-current - Overcharging - Overload - Over-discharging - Reverse polarity protection - Positive Ground

60A MPPT Charge Controller: 12V/24V/36V/48V System Voltage Automatically Identified Battery System Voltage: DC9V~DC15V (12V), DC18V~DC30V (24V), DC32V~DC40V (36V), DC42V~DC60V (48V) Max. Solar Panels Input Power: - The maximum PV input voltage (Voc): DC160V - Max Input Power: DC20V~DC80V (12V), DC37V~DC105V (24V), DC50V~DC160V (36V), DC72V~DC160V (48V)

Intelligent Charging Protection: - Rated charge current: 60A, Discharge current: 5A - 3-stage charging (constant current (MPPT), constant voltage (Absorption Voltage), floating charge) - Rapid, efficient, and safe charging - Advanced Ultra Fast Maximum Power Point Tracking - Innovative MPPT technology with high tracking efficiency up to 99% and peak conversion efficiency of 98%, even in cloudy environments

Design Features: - True MPPT controller, with three copper coils playing a step-down role to ensure a more stable system - Three electronic transformers for enhanced safety - Good heat dissipation with intelligence fan-on temperature >45°C and off <40°C, using bearing technologies to increase life up to 5000 hours in normal use - Two connectors for each positive and negative on solar and battery connections, with 9AWG copper wires, to reduce cost for larger-diameter wires

Connectivity and Applications: - Recommend connecting a fuse directly to the battery to protect against any short circuit - Support parallel connection (two 60A controllers in parallel for 120A) - Work with inverters to power AC loads (refrigerator, fan, washing machine, computer, etc.)

Tips: - Always connect the battery first, ensuring the battery voltage is sufficient for the controller to recognize the correct system voltage - Never connect the solar panel array to the controller without a battery - Do not connect any inverter, wind, alternator, or charger to the charge controller; connect the inverter directly to the battery - Ensure the solar input voltage is at least 3V higher than the battery voltage, and the total input power is within the range - Parameter setting rules: Floating voltage > Low voltage reconnect > Low voltage discharge - Install the charge controller as close to the battery as possible, and tighten the wires - When the controller makes a buzzing sound, it's working hard to dissipate heat, and the sound will stop when the temperature returns to normal

From the brand PowMr: Low Carbon, New Life - Focus on solar energy, Interpret new life.

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