60A MPPT Solar Panel Battery Regulator Charge Controller Auto 12V 24V 36V 48V

Description: sss Features of the MPPT 60A charge controller: Maxium 60A MPPT solar charging current Maximum Power Point Tracking (MPPT technology) 3-stage charging optimizes battery performance Overcharge protection, overtemperature protection Suitable for battery types such as sealed lead-acid, vented gel and lithium battery, etc Automatic battery voltage detection for 12V/24V/36V/48V Battery over-voltage protection, low battery protection, solar panel over-voltage protection, Overcharge protection, overtemperature protection, reverse polarity protection Multifunctional LCD display with backlight for easy monitoring and parameter setting Easy to install Solar charger controller Maximum PV input power Ensure that the solar input voltage exceeds 3V or more than the battery voltage 12V battery system: Maximum PV input 900W, the recommended solar input voltage range is 20-150VDC 24 V battery system: Maximum PV input 1800W, the recommended PV input voltage range is 37-150 VDC 36 V battery system: Maximum PV input 2600W, the recommended PV input voltage range is 50-150 VDC 48 V battery system: Maximum PV input 3200W, the recommended PV input voltage range is 72-150 VDC Installation steps 1）Install a switch between the controller and batteries 2）Install a switch between the controller and PV modules 3）Check whether "+" and "-" of the PV and "+" and "-" of the battery are connected correctly 4）Open the battery switch first, then the PV switch via code EQU: Equalization of the charging voltage BST: Boost charging voltage FLD: Float charge voltage LDV: Over-discharge voltage LRV: Recovery voltage for over-discharge Bst-R: Boost charge recovery voltage Battery type: FLD/SEL/GEL/LI/USE (The standard parameters for lead-acid batteries do not need to be set, only lithium batteries need to be set, select "LI" or "USE" to set the parameters) Technical data of the mppt solar charge controller 60a Model ICharger-MPPT-4860 Charging mode Constant current (MPPT); Constant voltage; Floating System voltage 12/24/36/48/Auto Max. PV input voltage 150 Voc Max. PV input power 900W/12V; 1800W/24V; 2600W/36V; 3200W/48V Bat Automatic detection 12V (DC8.7V-DC15.5V); 24V (DC16V-DC31V); 36V (DC33V-DC41V); 48V (DC42V-DC64V) Limited current protection 60A Overcharge protection voltage 12V System (16V); 24V System(32V); 36V System (48V); 48V System(64V) Maximum efficiency ≥98,1 % PV utilization ≥99 % Fan on temperature >45℃ Fan off temperature <40℃ Overcharge protection voltage In accordance with EN61000, EN55022, EN55024 Size 201*201*80.3mm Net weight 1.72kg Enclosure IP21 60A-Silver FEATURE Charging 3-stage: constant current(MPPT), constant voltage(Absorption Voltage), floating charge Selectable battery type Vented / Sealed / Gel / NiCd / Lithium battery (default is Sealed) (defined voltage for other battery by user) Soft start time ≤1S, Dynamic response and recovery time 100us Max efficiency ≥98.1%, PV utilization ≥99% In order to reduce the cost of electricity caused by high current, PV and battery each have two terminals MULTIPLE ELECTRONIC PROTECTIONS Short-circuting Reverse-current Overcharging Overload Over-discharging Reverse polarity protection Maximum PV Input Power Ensure that the solar input voltage exceeds 3v or is higher than the battery voltage. 12 Volt Battery Systems: Maximum PV input power 720 watts, recommended solar input voltage range 20 - 80 volts DC. 24 Volt Battery Systems: Maximum PV input power 1440 watts, recommended PV input voltage range 37 - 105 VDC 36 volt battery system: 2100 watt maximum PV input, recommended PV input voltage range 50 - 150 volts DC 48 volt battery system: 2800 watt maximum PV input, recommended PV input voltage range 72 - 150 volts DC Installation Procedure Installation Procedure Install the switch between the controller and the battery. Install a switch between the controller and the PV module. Check that the "+" and "-" of the PV module and the "+" and "-" of the battery are correctly connected. Turn on the battery switch first, then turn on the PV switch. LCD display ESC: Exit the setting without saving the data. UP: Scroll down, adjust the parameter by increasing the value. DOWN: Scroll up, adjust the parameter by decreasing the value. ENTER: Short press to move to the next setting page, long press to exit the setting and save the data. Display Code Meaning Display Code Meaning EQU: Load voltage compensation BST: Pulse charging voltage FLD: Load voltage hold LDV: Over-discharge voltage LRV: Over-discharge recovery voltage BST - r: Pulse charge recovery voltage Battery type: FLD/SEL/Gel/Lithium/Use Warning and Caution 1. the battery voltage must be higher than 12v for the controller to start. 2. make sure that the solar input voltage exceeds 3v or the battery voltage. 3. hold the wiring correctly and do not change the wiring. 3. hold the wiring correctly and do not change the wiring. pay attention to the order of the terminal wiring. 4. if it is a lead acid battery, if it is not professional, do not set any parameter, because in addition to the lithium battery, the controller also works well in the standard state. 5. do not connect solar inverters / generators / wind turbines to the controller. 6. Install the controller indoors to prevent the components from entering the water. 7.Maximum PV input voltage (voc): 180 V dc, the controller cannot work for a long time under this voltage, which will damage the controller. 8. Disconnect the battery and reconnect to save the configuration. On Jan 14, 2024 at 19:49:20 PST, seller added the following information:

Price: 72.19 USD

Location: Chino, California

End Time: 2025-01-15T03:44:01.000Z

Shipping Cost: 0 USD