Specifications:
Features:
This is a long life uninsulated DC power converter module.
High power and stable output, convert 10-60VDC to 12-97VDC
High quality components ensure high conversion efficiency of up to 97%.
It is designed with a smart temperature control fan that automatically operates when the temperature reaches about 140°F (60°C).
High power solar street light drive, CV drive for various LED lighting, widely used in vehicles. Powered by mounting and mobile devices, DIY adjustable CV CC power, solar power charging, and various battery charges.
Specifications:
Name: 1500W Step-Up Constant Current Module
Type: Non-Insulated Step-Up Module (BOOST)
Input Voltage: DC 10V - 60V
Input current: 10V - 30V input voltage, maximum current is 35A - 40A. 31‑60V input voltage, maximum current is 30A‑35A
Static current: 15mA (When converting 12V to 20V, higher output voltage will increase static current)
Output Voltage: 12 – 97 V continuous adjustable (buck voltage).
Output current: 22A (relating to the input/output voltage difference, the higher the voltage difference, the smaller the output current will be If the current exceeds 15A, please increase the heat dissipation.)
Constant Current Range: 0.8 – 22A (+/‑0.3A)
Reverse Input Protection: Yes (150A Power MOS Reverse Protection)
Input Low Voltage Protection: Yes (10V - 50V adjustable and self-recovery)
Operating Temperature: -40°C to 85°C (If the temperature is too hot, please increase the heat dissipation).
Frequency: 150KHz
Conversion efficiency: 92% to 97% (efficiency involves input/output voltage, current, and voltage difference) The difference is less, the more efficient.)
Input overcurrent protection: Yes (It will automatically protect the input over 40A, and the power supply voltage will not rise)
Short circuit protection: Yes (input 60A) fuse; Please operate with care not to cause short circuits.
Reverse input protection: Yes (150A power MOS tube, can be reverted for a long time.
Installation Method: 4 3mm standoffs
Wiring Method: Terminal block (use large current copper wire)
Output power: maximum output power = input voltage * 30A (input 12V, maximum output power = 12V * 30A = 360W)
(Input 24V, maximum output power = 24V * 30A = 720W)
Weight: 372g / 13.1 (Approx.)
Package List:
1 x Module
Note:
Please be aware of this fan. The product will be sent randomly, please make sure you have no problems before you place the order.
Instructions:
Do not short-circuit output or measure current directly with the short-circuit of the multimeter. Short circuit burns out the module.
If Voltage Adjustment Range: DC 10V - 50V (increased clockwise, decreases counterclockwise), first adjust the shortage voltage to the minimum, then adjust the input voltage to the desired shortage voltage protection, and slowly adjust the incoming voltage to increase by clockwise adjustment. When the lack voltage light is on, adjust the clockwise one circle and then turn on again.
Input shortage voltage protection is primarily used to prevent battery from overdischarging if the input power is a battery. Low battery voltage will damage the power module and battery. If the input is a switching power supply, you also need to set low voltage protection.
Constant Voltage Adjustment Range: DC 12-97V (increased clockwise, decreases counterclockwise), first adjust the voltage to the required voltage and then connect to the power supply.
Constant Current Adjustment Range: 0.8‑22A (increased clockwise, decreases counterclockwise), first cut the load and then adjust the output voltage to the required voltage, adjust the current to the minimum (counterclockwise turning the CC potentiometer about 30 yen in the clockwise direction), connect the ammeter to the output in series and adjust the current slowly (The booster module cannot adjust the current directly by short circuit.)
The input voltage should not be less than 10V or more than 60V (if the input voltage is less than 12V, please decrease the load properly).
Make sure the input voltage is at least 2V lower than the output voltage.
When using secondary power such as switching power supply, please ensure that the power of the power module is 1.3 times more than the power supply.
During overcurrent or undervoltage protection, the output will still be under voltage. When close to the input voltage, the protection means there is no booster voltage.