Mi 37W Dual-Port Car Charger

Description

The Mi 37W Dual-Port Car Charger is a high-performance power solution designed specifically for in-car use. This cigarette lighter charger allows road professionals and travellers to keep their devices charged with maximum efficiency. Its robust CNC-machined brass alloy chassis is not just aesthetic: it ensures superior heat dissipation compared to plastic models, guaranteeing stable power even during prolonged use in high cabin temperatures.

Technically, this car charger features an asymmetric dual-port architecture to meet various needs. The USB port identified in red is the high-performance port, capable of delivering up to 27W for fast charging of compatible smartphones and tablets. The second port (black) offers a 10W output, ideal for continuously powering on-board accessories such as a GPS navigation system or a dashcam. This total of 37W allows for the simultaneous charging of two devices without compromising the vehicle's electrical safety.

For optimal ease of use during night driving, the charger features a white ring LED indicator that allows ports to be located instantly without creating glare. Its universal compatibility with 12V and 24V inputs makes it suitable for use in passenger cars as well as lorries or commercial vehicles.

Technical Specifications

• Product type: Car charger (Cigarette lighter socket)
• Material: High thermal conductivity brass alloy
• Power input: 12V - 24V (Cars / HGVs)
• Standard port output (Black): 5V / 2A (10W)
• Fast port output (Red): 5V/3A, 9V/3A, 12V/2.25A, 20V/1.35A (27W Max)
• Total power: 37W combined
• Safety: Multi-layer protection (overvoltage, short circuit, temperature)

Workshop Advice & Usage

To exploit the full 27W power, it is recommended to use the red port with a USB cable certified for fast charging. In a professional context (Private Hire/Delivery drivers), always use the red port for the navigation smartphone to prevent GPS application consumption from exceeding the charging speed. The metal body may heat up slightly during operation; this is normal behaviour related to the brass's thermal dissipation, aimed at protecting the device's internal components.