1. Low Input Voltage Protection Adjustment: When setting up low input voltage protection for a 12V battery, connect the inputs to a voltage of 10V and adjust RV1 (increase clockwise, decrease counterclockwise) until the UVLO lights up. The protection voltage is now set to 10V, meaning that when the battery voltage drops to 10V, the module will not boost, and the output voltage will match the input voltage. 2. Current Setting: Before connecting to the load, turn the 'CC AADJ' potentiometer approximately 30 turns counterclockwise to minimize the output current. Then, adjust 'CC AADJ' clockwise to set the desired current value. If using the module to charge a battery, connect it to the output after the battery is fully discharged, as the remaining energy affects the charging current (the more energy left, the lower the charging current). 3. Notes: The output wiring must not be reversed or shortcircuited. When connecting to an inductive load, the minimum input voltage should be higher (e.g., 24V), and the maximum output power should be lower (e.g., 500W). If using a current source, switching power supply, solar panel, or electric generator as the input, set the undervoltage protection value lower to avoid potential damage. 4. Instructions: Voltage Adjustment: Turn on the module without connecting it to the load, then adjust the 'VADJ' potentiometer (clockwise to increase, counterclockwise to decrease). Due to the large output capacitance, the response is slower when adjusting voltage compared to low voltage.