Photovoltaic Controller Rectifier Circuit IP67 Protection MPPT Solar Controller 150W Overtemperature Protection For Street Lamp 14.6V

Photovoltaic Controller Rectifier Circuit IP67 Protection MPPT Solar Controller 150W Overtemperature Protection For Street Lamp 14.6V
sku: 1273502513
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$18.30
Shipping from: United States
   Description

Photovoltaic Controller Rectifier Circuit IP67 Protection MPPT Solar Controller 150W Overtemperature Protection for Street Lamp 14.6V Specification: Item Type: MPPT Solar Controller Material: Plastic Product Size: Approx. 40 x 75 x 22mm / 1.6 x 3.0 x 0.9in Photosensitive: No Output During the Day Load Output at Night Suitable for Street Lights Efficiency: Greater than or equal to 95% Noise: 17V PV Input Tracking Voltage: 16 to 25V Output to Battery Current: 10A maximum 12A No Load Loss: 20MA Voltage Regulation Rate: 1% Load Regulation: 5% Full Load Ripple: 400mV No Load Ripple: 100mV Discharge Module: Input Voltage: Equal to Battery Voltage Load Output Voltage: Equal to Battery Voltage Load Output Current: 10V Static Power Consumption: 12mV Load Output Mode: Photosensitive Protection Module: Battery Terminal Short Circuit Protection: Yes Load Short Circuit Protection: Yes Temperature Protection: Yes Anti Backflow Protection: Yes Protection Class: IP67 Operating Temperature: -40 degrees Celsius to +65 degrees Celsius Overheating Protection: When the Internal Temperature of the MPPT Controller Exceeds 100 degrees Celsius the MPPT Controller Will Reduce the Output Power. if the Internal Temperature Continues to Rise to 110 degrees Celsius the MPPT Controller Will Automatically Turn off the Output. when the Internal Temperature of the MPPT Controller is Lower Than 90 degrees Celsius the MPPT Controller Will Automatically Resume Operation. Weight: Approx. 133g/4.7oz Package List: 1 x MPPT Solar Controller Note: 1.The MPPT controller should be fixed on an iron or metal bracket to avoid the vibration of the machine due to instability. 2.The MPPT controller should allow some space around the enclosure. 3.Output and input wires should be kept as short as possible to avoid excessive energy dissipation during transmission. 4.There is high voltage and high current in the machine and non professionals are not allowed to disassemble. 5.The input and output terminals should be reliable and not loose so as to avoid heating at the connection point.

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