Feature

●【DC-DC Step-Up Converter Power Supply Module】This is a non-insulated DC power converter module with long service life. The high output power is stable and converts 10-60VDC to 12-97VDC. High-quality components ensure high conversion efficiency of up to 97%.
●Application: DC-DC boost module widely used in high-performance solar street light drives, LED lighting constant voltage drives, power supplies for vehicles and mobile devices, self-adjustable constant voltage constant current supplies, solar energy and various battery charges.
●【Enter over current protection】The step up converter automatically protects when the input exceeds 40A; short circuit protection: input 60A fuse; reverse polarity protection: 150A power MOS tube; input low voltage protection: 10V-50V adjustable.
●【High conversion efficiency】Frequency: 150KHz; Input current: 10V-30V input voltage; Maximum current 35A-40A; 31-60V input voltage; Stop when the temperature is below 60°C. The input undervoltage protection is mainly used to prevent battery over-discharge when the input power is a battery.
●Installation method: four 3mm supports; wiring method: clamp (please use high current copper wire); adjustable range of constant voltage: DC12-97V (clockwise increased, counterclockwise reduced), adjust the voltage first. Connect the load to the required voltage.


Description

Boost Module DC-DCBoost Module DC-DC

1500 W upward converter module

Up converter moduleUp converter module

DC-DC upward power supplyDC-DC upward power supply

DC-DC upward power supplyDC-DC upward power supply

Widely used for high performance solar street lamp drive, various LED lighting CV drives, vehicle mounted and mobile device power supply, self-adjustable CV-CC power supply, solar power charging and various battery charges.

Equipped with an intelligent temperature control fan that works automatically when the temperature reaches about 60 °C, and stops when the temperature falls below 60 °C.

This is a non-insulated DC power inverter module with long service life. High performance and stable output, converts 10-60VDC to 12-97VDC. High quality components ensure high conversion efficiency of up to 97%.

Input voltage: DC 10 V to 60 V
Output voltage: 12-97 V infinitely adjustable (cannot be used to lower the voltage)
Input current: 10V-30V input voltage, maximum current is 35A-40A; 31-60V input voltage, ma
Output current: 22A (Related to the input and output voltage difference, the greater the voltage difference, the smaller the output current. Please improve heat dissipation if the current is above 15A.)
Quiescent current: 15 mA (when converting 12 V to 20 V, a higher output voltage increases the quiescent current)
Constant current range: 0.8-22 A (+/-0.3 A)
Reverse polarity protection: Yes (150A power MOS reverse polarity protection)
Input low voltage protection Yes (10V-50V adjustable, self-recovery)
Input overcurrent protection: Yes (automatic protection if the input is more than 40A and the supply voltage does not increase)
Short circuit protection: Yes (input fuse 60A), please work carefully, try not to cause short circuit.
Operating temperature: - 40 °C to 85 °C (if the temperature is too high, please improve heat dissipation)
Conversion efficiency: 92% to 97% (efficiency refers to input/output voltage, current and voltage difference. The smaller the difference, the higher the efficiency)
Up converter moduleUp converter module

Installation

Installation method: Four 3mm spacers

Wiring method: Terminal blocks (please use copper wire with large current)

Frequency: 150 kHz

Output power: max. Output power = input voltage x 30 A (at input 12 V, maximum output = 12 V x 30 A = 360 W)

(With input 24 V, maximum output power = 24 V x 30 A = 720 W)

DC-DC upward power supplyDC-DC upward power supply

Instructions:

The module output should not measure short circuit or current directly with a multimeter short circuit. The short circuit burns the module.

Under voltage adjustable range: DC10V-50V (to increase clockwise, reduce counterclockwise) first set the undervoltage to the minimum and then set the input voltage to the required undervoltage protection, slowly adjust the undervoltage value clockwise. When the undervoltage light turns on, set counterclockwise of a circle and then insert again.

Input low voltage protection mainly used to prevent the battery from exceeding the input power source. Low battery voltage damages the power module and battery. When the input switches the power supply, the protection must also be adjusted with low voltage.

Product information