Feature
●【DC-DC Converter】: This is a non-insulated DC power converter module, 1500W boost constant current module, durable and long lasting.
●【High Performance】: High voltage conversion power module with high power and stable output, which converts DC 10V-60V to DC 12V-97V.
●【High Conversion Efficiency】:High quality components ensure high conversion efficiency up to 97%. Conversion efficiency: 92%~97% (the efficiency depends on the input/output voltage, current and voltage difference; the smaller the difference, the higher the efficiency).
●Intelligent control: the step up converter is equipped with an intelligent temperature controlled fan, which works automatically when the temperature reaches about 60 °C, and stops when the temperature drops below 60 °C.
●【Wide Applications】: The boost converter module can be used for high performance solar street lights, various CV drivers for LED lighting, power supplies for cars and mobile devices, adjustable DIY CV-CC power supplies, solar charging and various battery charges.
Description
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DC-DC converterThis is a non-insulated DC power converter module, 1500W boost constant current module, durable and long lasting. |
High performanceHigh voltage conversion power module with high power and stable output that converts DC 10V-60V to DC 12V-97V. |
Intelligent controlThe step up converter is equipped with an intelligent temperature-controlled fan that works automatically when the temperature reaches about 60°C, and stops when the temperature drops below 60°C. |
Instructions
The module output must not be short-circuited or measure the current directly with a multimeter short circuit, as a short circuit makes the module burn out. Undervoltage adjustment range: DC 10V-50V (clockwise to increase, counterclockwise to decrease), first adjust the undervoltage to the minimum, then adjust the input voltage to the required undervoltage protection value, adjust the undervoltage value slowly clockwise to increase it; when the undervoltage indicator lights up, adjust it by a circle counterclockwise and then turn it on again. The input lower mainly mainly to prevent deep discharge of the battery when the input power source is a battery. Low battery voltage will cause damage to the power module and battery. When the input switches the power supply, the undervoltage protection must also be set. Constant voltage adjustment range: DC 12-97V (clockwise to increase, counterclockwise to decrease), first adjust the voltage to the required voltage and then connect to the load.Constant current adjustment range: 0.8-22A (clockwise to increase and counterclockwise to decrease), first disconnect the load, then adjust the output voltage to the required voltage, adjust the current to the minimum (CC potentiometer about 30 revolutions counterclockwise), turn an ammeter in series to the output, then adjust the current slowly. (The booster module cannot adjust the current directly by short circuit. The input voltage should not be lower than 10 V or higher than 60 V (if the input voltage is lower than 12 V, please reduce the load accordingly). Make sure that the input voltage is at least 2 V lower than the output voltage. If you use a switching power supply or other secondary power supply, please make sure that the power is at least 1.3 times the power of the power supply module. During the overCurrent or undervoltage protection is still a voltage close to the input voltage at the output. The protection means there is no gain voltage.
