Feature

●The Boost module is a durable, non-isolated DC power converter module.
●The high output power is stable and converts 10-60VDC to 12-97VDC.
●Voltage monitoring power modules ensure high conversion efficiency of up to 97%.
●It 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.
●Step up converters are widely used in high-performance solar street light drives, various constant voltage drives for LED lighting, power supplies for vehicles and mobile devices, DIY power supplies with adjustable constant voltage and constant current, solar charging and various battery charges.

Description

The booster module is a high and stable output power converter that converts 10-60 volts DC to 12-97 volts DC into a durable, non-isolated DC power converter module.

DC-DC Boost Module

Protection from undervoltage at the input: Yes (10V-50V adjustable, self-recovery)

Output power: Max. Output power = input voltage x 30 A (when input 12 V, the maximum output power = 12 V x 30 A = 360 W)

(With an input voltage of 24 V, the maximum output power is 24 V x 30 A = 720 W)

Instructions:

Module output should not short circuit or measure current directly with multimeter short circuit, short circuit will burn out module.

Voltage adjustable range: DC10V-50V (clockwise to increase, reduce counterclockwise), first set under voltage to the minimum, then set input voltage to required undervoltage protection value, slowly increase under voltage value clockwise; when the undervoltage light is on, set counterclockwise from a circle, then turn on again.

The undervoltage protection at the input is mainly used to protect the battery from over-discharge when the input power source is a battery. Too low battery voltage will cause damage to the power module and battery. If the input is a switching power supply, the undervoltage protection must also be set.

Constant voltage adjustable range: DC12-97V (clockwise to increase, reduce counterclockwise), first adjust the voltage to the desired voltage and then connected to the load.

Adjustable constant current range: 0.8-22A (clockwise to increase and counterclockwise to reduce), first disconnect the load, then adjust the output voltage to the desired voltage, adjust the current to the minimum (CC potentiometer counterclockwise by approx. 30 revolutions), connect 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 10V and no higher than 60V (if the input voltage is lower than 12V, please reduce the load accordingly).

Make sure the input voltage is at least 2V lower than the output voltage.

If you use a switching power supply or other secondary power supply, please make sure the power is at least 1.3 times higher than the power of the power supply.

During over-current or undervoltage protection, the output still has a voltage close to the input voltage; the protection means that the voltage is not increased.

Input voltage:	DC 10 V to 60 V
Input current:	10V-30V input voltage, maximum current is 35A-40A; 31-60V input voltage, maximum current is 30A-35A
Quiescent current:	15 mA (when converting 12 V to 20 V, a higher output voltage increases the quiescent current)
Output voltage:	12-97 V infinitely adjustable (cannot be used for voltage reduction)
Output current:	22A (depending on the difference between input and output voltage, the greater the voltage difference, the lower the output current. Please improve heat dissipation if the current is above 15A) Constant current range: 0.8 - 22 A (+/-0.3 A)
Operating temperature:	-40°C to 85°C (if the temperature is too high, please improve heat dissipation)
Frequency:	150 kHz
Conversion efficiency:	92% to 97% (the efficiency depends on the input/output voltage, current and voltage difference. The smaller the difference, the higher the efficiency)
Installation method:	Four 3 mm standoffs
Wiring:	Terminal Blocks (Please use high amperage copper wire)