[Compatibility] Compatibility with iPhone 17 / 17 Pro / 17 Pro Max / Air / 16 / 16 Pro / 16 Pro Max / 16 Plus / 15 / 15 Pro / 15 Pro Max / 15 Plus / 14 / 14 Plus / 14 Pro / 14 Pro / 14 Pro max / 13 Pro Max / iPhone 13 Pro / 13 / 13 Mini / 12 Pro / 12 / 12 Pro Max / 12 Mini / SE 3 / SE 2 / 11 / 11 Pro / 11Pro Max / X / XS / XR / XS Max / 8 / 8 Plus / Galaxy / Google Pixel and other QI compatible models
[QI Charging & USB Charging] Can be used with QI wireless charging or a USB power source at 12V.
Output: QI 15W/10W/ 7.5W /5W, USB (Type C) 36W (5V3A/9V2A/12V3A) *Charges with the power required by the model. 12V input: Connect to your motorcycle 12V power source for wireless charging and USB power supply. Cannot be used with battery-less motorcycles, 6V and 24V batteries.
USB input: Cannot be used with USB input.
Power switch: ON/OFF only. When you receive 12V from 0V state, it will automatically turn up. 12V
Wiring: 5.9 ft ( 1.75 m) discreet black ble cable (with white writings for the positive cable. With a fuse holder, bullet connectors, and convertible to spade terminals. )
[Caution] If you are unfamiliar with voltage drops (including professionals), connect the negative wire directly to the batterys negative terminal. Follow these guidelines to ensure proper operation: Body
grounding: Body grounding can only be used if the resistance between the batterys negative terminal and the grounding point is confirmed to be
0. Avoid grounding to unstable resistance points, such as handlebars.
Crimp terminals: Be cautious of voltage drops caused by reduced contact surface area on crimp terminals.
[Important Notes on Grounding] The resistance of a ground point may appear normal under no-load conditions but can cause voltage drops when under load. To accurately check the power supply, measure the load voltage under the following conditions: 1- The wiring is connected, and the circuit is complete. 2- The smartphone holders power switch is turned ON. 3- A probe is applied to measure at the SAE connector with a slight gap.
Note: Voltage measurements under no-load conditions cannot determine the reliability of the power supply.