12V USB Outlet Qidoe Dual 18W Quick Charge 3.0 Port & 20W PD 12V USB C Car Charger Socket with Voltmeter and Power Switch, Waterproof Multiple Car USB Port Adapter for Car Boat Marine Truck Golf RV

12V USB outlet Specification: LED Voltmeter: Blue Light Input voltage: 12V/24V; Rated voltage: 12V/24V Dual quick charge 12v USB port output: 5V/3A,9V/2A,12V/1.5A (per 18W) USB Type-C PD port output: 5V/3A, 9V/2A-3A,12V/1.5-2.5A, 15V(20V)/1A-1.5A (Max 20W for 12V, Max 30W for 24V cars.) 12v USB outlet Total output: ?56W Operating temperature: -°C40 to +°C60 Product size: 1.42*1.77 inches Material: plastic roduct Parts: 1x Dual QC3.0 port&USB C car charger adapter with ring and detachable cap 1x 23.6 Inches wire with 10A fuse Product weight: 35g fast charging: The car charger socket USB A port is suitable for most Android phones and iPad pro that support fast charging, iphone13 and above series, etc. The USB C port of the 12 volt quick charger is suitable for Samsung Galaxy/Ultra/Ultra Note, LG Stylo/ThinQ, Google Pixel, Moto/HTC,iphone13 and above series, etc. Non-Fast Charge Compatible Devices: Qidoe multiple port car charger outlets provide 1.5x faster than normal charging for non-fast charging cell phones, tablets, digital cameras, PDAs, PSPs, MP3, MP4 and other USB devices. Car outlet replacement Attemtion? 1. The fast charging protocol of Galaxy Note 10 series is not supported.For Galaxy Note 10/ Note 10+, it's output is 9V/1.63A 15W. 2.12 volt USB charger socket does not support charging for Lenovo, HP, Dell, Macbook and other laptops. 3. When the USB outlet is 12v, the USB PD port can charge the iPad series, the QC3.0 port can charge (normal speed), and when the USB OUTLET is 24V, the PD port can fast charge the iPad series, and the QC3.0 port can charge at normal speed. wiring problem? 1. The input voltage of this USB socket supports DC 12V to 24V and cannot be used as a power adapter at home. Suitable for Car accessories, ships, trucks, RVs, motorcycles, mountain bikes, desert cars, etc. 2. "+" is connected to the positive pole of the power supply, and