Product Parameters:
| Model | FLYB-0110 |
| Protection Level | IP65 |
| Operating Voltage | DC9~32V |
| Operating Temperature | -30°C ~ +70°C |
| Storage Temperature | -30°C ~ +80°C |
| Communication Mode | CAN |
| Interface Type | 6098-3572 |
| Resolution | 800*480 |
| Screen | 3.97-inch TFT Color Screen |
| Dimensions(mm) | 146*93*46 |
| Product Certification | Compliant with CE, FCC , UL, RoHS 2.0, ISO 7637-2:2011 |
| Functions | It adopts push-button operation, and the screen displays comprehensive vehicle information such as speed, working hours, battery level, turn signals and fault codes. It also supports IC card swiping. |
This 3.97-inch landscape-oriented color display for electric vehicles features a high-performance industrial-grade microcontroller as its main controller, with integrated CAN bus communication and IC card reading capabilities. It provides a comprehensive view of vehicle information, and users can easily switch between functions using four buttons, ensuring intuitive operation and high visual clarity.
Key Advantages
1. Utilizes a high-performance industrial-grade microcontroller as the main controller, integrating CAN Bus communication and IC card swiping functions. Supports real-time vehicle information display and access control, enhancing operational safety and management efficiency.
2. Equipped with a 3.97-inch TFT color screen, allowing for quick function switching via four adjustment buttons. Operation is convenient, and information is displayed clearly and intuitively.
3. Supports an ultra-wide operating temperature range of -30°C to +70°C and features an IP65 protection rating. It offers excellent anti-interference performance and withstands harsh operating conditions such as vehicle vibrations, humidity, and electromagnetic interference.
4. Displays comprehensive real-time vehicle information, including speed, battery level, gear position, operating hours, and fault codes. Data exchange is stable and efficient, with high visual clarity.
Supports in-depth functional customization, allowing interfaces, parameters, and features to be tailored to specific vehicle models and customer requirements. It perfectly adapts to electric construction and industrial vehicles, meeting personalized needs across various scenarios.