Boost Module, high conversion efficiency step-up voltage converter (97%), for laboratory solar streetlights

Features: 1. This is a non-isolated DC power converter module with a long lifespan. 2. High power and stable output; it converts 10-60VDC to 12-97VDC. 3. High-quality components ensure high conversion efficiency, up to 97%. 4. Designed with an intelligent temperature-controlled fan, which will automatically operate when the temperature reaches approximately 60℃ and stop when the temperature drops below 60℃. 5. Widely used for driving high-power solar streetlights, various CV LED lighting circuits, powering mobile and vehicle-mounted devices, DIY adjustable DC power supplies, solar power charging, and charging various batteries. Specifications: Features: This is a non-isolated DC power converter module with a long lifespan. High power and stable output, it converts 10-60VDC to 12-97VDC. High-quality components ensure high conversion efficiency, up to 97%. Designed with an intelligent temperature-controlled fan, it will automatically operate when the temperature reaches approximately 60℃ and stop when the temperature drops below 60℃. Widely used for driving high-power solar streetlights, various LED lighting, driving vehicles, powering mounted and mobile devices, DIY adjustable DC/DC power supplies, solar charging, and charging various batteries. Boost module. Input voltage: 10V DC to 60V. Input current: 10V to 30V input voltage, maximum current 35A to 40A. Input voltage: 31 to 60V, maximum current: 30A to 35A. Quiescent current: 15mA (when converting from 12V to 20V, a higher output voltage will increase the quiescent current). Output voltage: 12 to 97V, continuously adjustable (cannot be used for step-down voltage conversion). Output current: 22A (related to the difference between input and output voltage; the greater the voltage difference, the lower the output current. Please improve heat dissipation when the current exceeds 15A). Constant current range: 0.8-22A (+/-0.3A). Reverse input protection: Yes (150A power MOS reverse protection). Low input voltage protection: Yes (10V-50V adjustable, self-recovery). Operating temperature: -40 Temperature range: ℃ to 85℃ (if the temperature is too high, please improve heat dissipation) Frequency: 150 kHz Conversion efficiency: 92% to 97% (efficiency is related to input/output voltage, current, and voltage difference; the smaller the difference, the higher the efficiency) Input overcurrent protection: yes (automatically protects when the input exceeds 40A and the supply voltage does not increase) Short circuit protection: yes (60A input, fuse) Please operate with caution and try to avoid causing a short circuit. Reverse input protection: Yes (150A power MOS tube, can be connected in reverse for extended periods) Installation method: Four 3mm standoffs Wiring method: Terminal blocks (Please use high-current copper wire) Maximum output power = 24V * 30A = 720W Weight: 372g / 13.1oz (approx.) The product will be sent randomly, so please ensure this is acceptable before ordering. Instructions: The module output should not be short-circuited, and the current should not be measured directly with a multimeter; a short circuit will damage the module. Adjustable sub-voltage range: DC10V-50V (clockwise to increase, counterclockwise to decrease). Adjust the sub-voltage first. Set the input voltage to the minimum, then adjust it to the required undervoltage protection value. Slowly increase the undervoltage value clockwise. When the undervoltage indicator is on, turn the dial counterclockwise, then turn it back on. Input undervoltage protection is primarily used to prevent the battery from over-discharging when the input power source is the battery. Low battery voltage will damage the power supply module and the battery. When switching the input power supply, it must also set the low voltage protection. Adjustable constant voltage range: DC12-97V (clockwise to increase, counterclockwise to decrease). First, adjust the voltage to the required voltage, then connect it to the load. Adjustable constant current range: 0.8 to 22A (clockwise to increase, counterclockwise to decrease). First, disconnect the load, then adjust the output voltage to the required voltage. Adjust the current to the minimum (turn the DC potentiometer counterclockwise approximately 30 turns). Connect an ammeter in series with the output, then slowly adjust the current. (The booster module cannot directly adjust the current by short-circuiting.) The input voltage must not be less than 10V or greater than 60V (when the input voltage is less than 12V, please reduce the load accordingly). Ensure that the input voltage is at least 2V lower than the output voltage. If using a switching power supply or other secondary power supply, please ensure that its power is 1.3 times or greater than the power of the power supply module. During overcurrent or undervoltage protection, the output voltage will always be close to the input voltage; this protection means there is no voltage surge.