600W Boost Power Supply
Delivery: 2-5 working days
600W DC-DC Boost Step-up Module
Description:
Non isolated 600 Watt boost module with constant voltage and constant current output. This module has an aluminium clad PCB thus eliminating the need for a bulky heatsink. The module can provide a max peak output current on 10Amp. The output voltage is adjustable from 12 - 60 volts.
This module has constant voltage and constant current output which can be adjusted using the multiturn potentiometer (20 turns) on the module. This 600 Watt DC - DC Boost module is perfect for charging your battery packs.
Specifications:
- Non-Isolated Boost Module (BOOST)
- Input voltage : DC 10 to 60 Volts
- Input current : 10 (MAX) Ampere
- Static operating current : 10 mA (12 Volt 20 Volt, the higher the output voltage, static and current will increase)
- Output voltage : 12 to 60 Volt adjustable
- Output current : 10 Ampere ( MAX < 30 Seconds ) - More than 5 Ampere must add additional cooling.
- Constant current range : 0.2 - 10 Ampere
- Operating temperature : -40 ~ +85 degrees (enhance the heat when the ambient temperature is too high)
- Operating frequency : 150KHz
- Conversion efficiency : 92%-96% (efficiency related to input, output voltage, current, differential pressure)
- Reverse input protection : None (note that positive and negative should not be reversed)
- Wiring method : Soldered wire output
Power Calculation: Output Voltage * Output Current: ie (20V x 10A = 200W), (24V x 1A = 24W), (36V x 5A=180W), (60V x 10A=600W)
Output voltage regulation : Adjust CV-ADJ potentiometer, according to your battery or LED, set the output voltage to your desired voltage value. Turn clockwise the voltage reduce and turn it counterclockwise, it becomes larger.
Output current adjustment : Adjust the CC-ADJ potentiometer clockwise by 20 turns, set the output current to the minimum, connect to the LED, and adjust the CC-ADJ potentiometer to your desired current. For battery charging, after discharging the battery, connect it to the output and adjust the CC-ADJ to your desired current.
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