Feature
●Function -- This is a non-insulated DC power converter module with long service life. It can convert 10-60VDC to 12-97VDC.
●High quality: this boost converter is equipped with high-quality components to ensure high conversion efficiency of up to 97%.
●Design -- The voltage converter is equipped with an intelligent fan for temperature control, which works automatically when the temperature reaches about 60 °C, and stops when the temperature falls below 60 °C.
●Application -- This step converter module is often used for the operation of solar street lights with high power, various CV drives of LED lighting, the power supply of vehicles and mobile devices, the self-adjustable CV-CC power supply, charging solar energy and charging various batteries.
●Tips -- The module output should not short circuit or measure the current directly with a multimeter short circuit, a short circuit burns out the module. During over-current or undervoltage protection, the output still has a voltage close to the input voltage, protection means no boost voltage.
Description
Constant current range: 0.8-22A (+/-0.3A)
High voltage applications where a reduction of voltage is not possible)Output current: 22 A MAX more than 15 A, please strengthen the heat dissipation (with the input and output pressure difference, the larger the pressure difference, the smaller the output current). Output power: = input voltage x 30 A, e.g.: Input 12 V x 30 A = 360 W. The maximum power at the input 12 V is 360 W; input voltage x 30 A e.g.: Input 24 V x 30 A = 720 W.
Parameters of the module.
Input voltage: DC10-60 V
Module name: 1500 W Boost Constant Current Module Type: Non-insulated boost module (BOOST). Input voltage: DC10-60. Input current: 10-30V input voltage, maximum current 35A-40A; 31-60V input voltage, maximum current 30A-35AStatic working current: 15 mA (at 12 V to 20 V, the higher the output voltage, the higher the static current). Output voltage: 12-97 V infinitely adjustable (for low and high voltage applications where a reduction of the voltage is not possible)
- Overcurrent protection at input: Yes (input over 40A, automatic protection, power supply is not amplified)
- Short circuit protection: Yes (input fuse 60A). Please operate with care, please do not short-circuit.
- Input reverse polarity protection: Yes (150A power MOS tube against reverse polarity. Can be undone for a long time)
- Protection against undervoltage at the input: with (10-50 V adjustable) self-recovery type
- Connection for anti-reverse at the input: Yes (150A Power MOS anti-reverse lock)
Caution:
The power supply has an intelligent temperature controlled fan. If the temperature of the power supply is approx. 60 degrees, the fan turns on automatically when the temperature of the power supply is approx. 60 degrees, the fan turns off automatically. The output of the module cannot be short-circuited or short-circuited directly with a universal meter to measure the current; a short circuit leads to the module burn-out. The input voltage cannot be lower than 10 V or higher than 60 V (please reduce the load corresponding to the load corresponding to if the input voltage is lower than 12V). The input voltage must be at least 2 V lower than the output voltage when used. If you use a switching power supply or other secondary power supply, please make sure that the power of the power supply should be more than 1.3 times the power of this module. If the power supply is over. current or under voltage is protected, the output still has a voltage close to the input value and the protection is only that the power supply does not boot up.
Installation: 4 x 3 mm copper columnsWiring method: Terminal Block (Please use pure high current copper wire)Module size: 130 mm long x 52 mm wide x 84 mm high (height with copper column and fan), 130 mm long x 52 mm wide x 67 mm high (height without copper column and fan). Module weight per unit: approx. 490gOperating temperature: -40~+85 degrees (please strengthen heat dissipation if the ambient temperature is too high)Operating frequency: 150KHzConversion efficiency: 92%-97% (the efficiency depends on the input and output voltage, current and differential pressure. (High efficiency with low differential pressure)