Feature

●Parameters The power supply module uses double Sendust magnets wrapped with 1.2mm copper wires. The module has an input voltage of DC10V to 60V, an output voltage of 12V to 90V and max. 20A. Output Current
●Application The module has a low impedance 100V/210A MOS with large current and current input, which is suitable for LED motors with large power.
●PERFORMANCE Support reverse input protection with MOS, so you dont have to worry about wrong input lines and blown power supply. Can reverse input protection and lower voltage protection.
●SAFETY Low voltage protection protects the module and battery from damage caused by over-discharge when a storage battery is used as input. Thickened heat sink and intelligent fan with temperature control dissipate heat better.
●Warning: The output wiring cannot be switched or short-circuited. If a storage battery, switching power supply, solar panel or electric generator is used as input power source, the low voltage protection value should be set lower as this may cause damage.


Description

Technical data:
Type: Non-Isolated Step Up Module (BOOST)
Max. Input current: 30 A (input voltage 10 V to 30 V) 25 A (input voltage 31 V to 60 V).
Quiescent current: 15 mA.
Max. Output current: 20 A.
Constant current range: 0.8A to 20A (+/- 0.3A)
Operating temperature: -40 °C to +85 °C.
Frequency: 150 kHz.
Conversion efficiency: 92% to 97%.
Input over current protection: yes.
Short circuit protection: yes.
Wiring method: clamps
Max. Output power = input voltage * Maximum current.
Size: 130 x 84 x 52 mm/5.11 x 3.3 x 2.04 inches.

Instructions:
Voltage adjustment:
Turn on the module while not connecting to charging. Adjust the potentiometer "V-ADJ" clockwise to increase it, counterclockwise to decrease.
Current adjustment:
Set potentiometer "CC A-ADJ" counterclockwise approx. 30 circuits to minimize the output current before connecting to the load. Then set "CC A-ADJ" clockwise to the current value you need.
Low input voltage protection setting:
If we put a low input voltage protection for a 12V battery, connect input to 10V voltage, then adjust RV1 until UVLO lights up. Now the protective voltage is 10 V. If the battery voltage drops to 10 V, the module does not increase the voltage and the output voltage is the same as the input voltage.

Note:
When the module is connected to an inductive load, the minimum input voltage should be higher (e.g. B. 24 V) and the maximum output power is lower (e.g. B. 500W)

Package includes:
1 x module.