Feature: 1. Premium Materials: The voltage regulator converter is made of premium components, synchronous voltage stabilizing technology, extremely low heat generation, ample power, stable status, high performance, and high conversion rate. 2. High Current: The voltage regulator power converter features multiple ultra low impedance ripple electrolytic capacitors, iron silicone aluminum magnet ring multi wire wound inductance, low heat generation, capable of handling large currents. 3. Perfect Sealing: The voltage regulator converter module is fully sealed housing serves as a heat resisting sheet, waterproof, shock proof, moisture resistant, dust proof, and highly durable. 4. Multiple Guard: The voltage regulator converter transformer has design of built in over voltage, under voltage, overload, overheat, and short circuit protection, ensuring safe usage. 5. Versatile Functionality: The boost converter voltage regulator converter is widely applicable to vehicles, security systems, hospital equipment, telecommunications, electrical equipment, LED light strips, motors, security devices, and more. Specification: Item Type: DC Voltage Regulator Converter Input Voltage: 12V (9-20V) Output Current: 20A Output Voltage: 24V Output Power: 480W Operating Temperature: -20°C to 80°C Waterproof Level: IP67 . Package List: 1 x DC Voltage Regulator Converter Note: 1. To ensure the normal operation of the converter, the input voltage should not fall below the minimum or exceed the maximum input value specified for the product. The input voltage must be at least 2V higher than the output voltage. If there is no 2V voltage difference, the output value may decrease, but it will not damage the converter. 2. The input current must be greater than or equal to the power required by the output load device (e.g. if the load device requires 100W, the input power must be greater than or equal to 100W). During the use of the converter, the current of the load device must not exceed the maximum current value that the converter can withstand, leaving some margin to ensure that the converter operates normally and achieves the highest conversion efficiency. 3. The positive and negative terminals of the converter must not be connected in reverse, as this may cause damage to the converter. It is recommended to add a suitable fuse to the input terminal when using. 4. When there is no load, the chip operates in light load mode, and the output voltage may vary within a certain range.