USB Dashboard Buck Converter for eScooter Handlebar, Wide Voltage 20-100v

Input voltage: 20-100VDC (wide voltage - built in voltage buck converter supports most native escooter system voltages such as 48V, 52V, 60V and 72V systems)

Output voltage choice of:

• Standard 5v: 5v/1.0A,2.1A (10/10.5/15.5w) Dual USB Type A supporting 5V fast charge up to 2.1a (10.5w).
• Quick Charge 3.0: 5V/3.4A (17w), 9V/2.5A (22.5w), 12V/2A (24w). Dual USB Type A. Supporting Qualcomm Quick Charge 3.0 (QC 3.0) (Qualcomm Quick Charge 3.0) and standard 5V fast charge up to 3.7a (17w).

Quick charge is recommended for faster charging, especially when running display/screen and GPS radio concurrently to reduce charging heat impact (higher voltage / less current). The QC units are rare commodities as they are only produced periodically and can often be out of stock at times.

Mounting: Includes two mounting brackets to suit handlebar diameter 22cm or motorbike mirror mount bracket / plate.

Switch: Rocker switched with LED indicator to prevent standby draw down.

Protections: IP65 Dust and Waterproof. Output over-current, input over-voltage, input under voltage, output short-circuit protection, over temperature protection

There are two common ways the Dual USB Handlebar Dashboard Output can be implemented to source power from scooter battery:

1. Direct to battery (Always on). Simplest design, compliment with eScootNow XT30 connection cable for battery interconnect. Works well if output is primarily purposed to charge fixed accessories such as auxiliary headlights with self-contained batteries or battery banks/packs. Switch the rocker switch to enable/disable the output (and standby current draw).
2. Switched from battery through scooter power on status: Powers up only when scooter is switched on (recommend 5mm relay). Works well if output is primarily to drive equipment when scooter is in use, and you do not want the output active when scooter is switched off (such as DRL lighting etc). Rocker switch is downstream of scooter power on. Switch/load need not be isolated to prevent standby current draw.

For in-deck applications, check the eScootNow Buck Converter range.