SPECIFICATIONS

Mcezdy Electric Bike LCD Display - UART 2 P3C Electric Bike LCD Display Meter – 24V-60V, 5-Pin, USB Charging, No.2 Protocol

Product Description

Elevate your electric biking experience with the Mcezdy UART 2 P3C Electric Bike LCD Display Meter. Crafted for mountain electric bikes and scooters, this high-performance display offers seamless integration and advanced features to enhance your ride.

Key Features:

• 5-Pin Connectivity: Ensures stable and reliable communication between the display and controller.
• USB Charging Port: Conveniently charge your mobile devices on the go.
• 24V-60V Compatibility: Supports a wide range of electric bike systems.
• UART No.2 Protocol: Designed to work with controllers using the No.2 communication protocol.
• Clear Display: Provides essential riding information at a glance.
• Durable Construction: Built to withstand the rigors of mountain biking.

Important Note: This display is compatible only with controllers that use the UART No.2 communication protocol. Ensure compatibility before purchase to avoid functionality issues.

Key Specifications

• Brand: Mcezdy
• Model: P3C
• Type: LCD Display Meter
• Connectivity: 5-Pin
• Communication Protocol: UART No.2
• Voltage Compatibility: 24V-60V
• USB Charging Port: Yes
• Display Type: LCD
• Application: Electric Mountain Bikes and Scooters

Note:

Tips: The protocol of this product is UART2. If it does not match the protocol of the controller, it may not work properly!

The default speed of our product is unlimited (100). If your controller has a speed limit, our display can only display the corresponding speed.

Questions & Answers

Q:After connecting the instrument, the instrument interface displays E10

A:① The communication protocol used in the instrument and controller does not match, and the two cannot communicate;

② The original condition of the entire vehicle is already in poor condition. One of the three devices, namely the booster, rotary knob, and motor, not only breaks down but also has a short circuit. At this time, the controller not only cannot detect it, but also causes the controller to not work, resulting in communication failure between the instrument panel and the controller;