1. Introduction
This manual provides detailed instructions for the DWIN 5.0-inch HMI Monitor Touch Screen, model DMG80480T050_A5W series. This industrial-grade IPS-TFT-LCD module features an 800x480 resolution, 16.7M colors, and is powered by the T5L ASIC, running the DGUS II system. It supports both capacitive and resistive touch options and is designed for a wide range of applications, including integration with Arduino and STM32 microcontrollers.
Please read this manual thoroughly before operating the device to ensure proper usage and to maximize its performance and lifespan.
2. Features
- Core System: Based on T5L1, running DGUS II system, ensuring industrial-grade reliability and performance.
- Display: 5.0-inch IPS-TFT-LCD with 800x480 pixels resolution and 16.7M colors, offering a wide viewing angle (85°/85°/85°/85° L/R/U/D).
- Touch Screen: Available with Capacitive (CTP) or Resistive (RTP) touch screen options.
- Integrated Components: Features a built-in speaker, LED lamp and Photosensitive sensor for enhanced functionality.
- Durability: Anti-UV properties, conformal coating, and an enclosure for robust operation in various environments.
- Processor: Equipped with T5L ASIC for efficient processing.
- Interface: Supports RS232/RS485 communication.
- Customization: The module is customizable to meet specific application requirements.
3. Product Components and Accessories
The DWIN HMI Monitor package typically includes the following components:
- DWIN HMI Display Module (DMG80480T050_A5WTC or DMG80480T050_A5WTR variant)
- Connection Cable (may require modification for specific applications)
- HDL65011 Cable
- SD001 Micro SD Card Adapter
- KIOXIA 16MB Micro SD Card
4. Specifications
4.1. Display Parameters
| Parameter | Value |
|---|---|
| LCD Type | IPS, TFT LCD |
| Viewing Angle | Wide viewing angle, 85°/85°/85°/85° (L/R/U/D) |
| Resolution | 800×480 pixels (support 0°/90°/180°/270°) |
| Color | 24-bit 8R8G8B |
| Active Area (A.A.) | 108.8mm (W) ×65.6mm (H) |
| Backlight Mode | LED |
| Backlight Service Life | >30000 hours (Time of the brightness decaying to 50% on the condition of continuous working with the maximum brightness) |
| Brightness | WTC: 300nit, WTR: 250nit |
| Brightness Control | 0~100 grade (When the brightness is adjusted to 1%~30% of the maximum brightness, flickering may occur and is not recommended to use in this range) |
4.2. Serial Interface Parameters
| Parameter | Details |
|---|---|
| Mode | UART2: RS232 UART4: RS232 (Only available after OS configuration) UART5: RS485 (Only available after OS configuration) |
| UART2,4 Voltage Level | Output 1: Min -, Typ -5.0V, Max -3.0V Output 0: Min 3.0V, Typ 5.0V, Max - Input 1: Min -15.0V, Typ -5.0V, Max - Input 0: Min -, Typ 5.0V, Max 15.0V |
| UART2,4 Baud Rate | 3150~3225600bps, typical value of 115200bps |
| UART5 Voltage Level | Output 1: Min 2.5V, Typ 5.0V, Max - Output 0: Min -, Typ -5.0V, Max -2.5V Input 1: Min 0V, Typ 2.5V, Max - Input 0: Min -, Typ -2.5V, Max -0.2V |
| UART5 Baud Rate | 3150~921600bps, typical value of 115200bps |
| Data Format | UART2: N81 UART4: N81/E81/O81/N82, 4 modes (OS configuration) UART5: N81/E81/O81/N82, 4 modes (OS configuration) |
| Interface Cable | 8Pin 3.81mm Socket |
4.3. Electrical Specifications
| Parameter | Value |
|---|---|
| Rated Power | <5W |
| Operating Voltage | 7~36V, typical value of 12V |
| Operating Current (max backlight) | 160mA (VCC=12V) |
| Operating Current (backlight off) | 80mA (VCC=12V) |
| Recommended Power Supply | 12V 1A DC |
4.4. Operating Environment
| Parameter | Value |
|---|---|
| Operating Temperature | -20℃~70℃ (12V @ 60% RH) |
| Storage Temperature | -30℃~80℃ |
| Conformal Coating | Yes |
| Operating Humidity | 10%~90%RH, typical value of 60% RH |
| Anti-UV | Yes |
| Protective Level | IP65 (Front) |
4.5. Dimensions and Weight
| Parameter | Value |
|---|---|
| Form Factor | 160.0 (W) × 118.0 (H) × 23.5 (T) mm |
| Net Weight | 300g |
4.6. Pinout (from CAD drawing)
| Pin | Definition | Type |
|---|---|---|
| 1 | Power Input | P |
| 2 | GND | P |
| 3 | UART2 RX2 | I |
| 4 | UART2 TX2 | O |
| 5 | UART4 RX4 | I |
| 6 | UART4 TX4 | O |
| 7 | RS485+ | I/O |
| 8 | RS485- | I/O |
5. Setup and Installation
Before physically installing the DWIN HMI Monitor into your system, it is crucial to first program and test the display module. Direct assembly without prior programming is not recommended.
5.1. Programming Steps
- Identify Software Platform: Refer to the product datasheet to determine the specific software platform the screen uses (e.g., DGUS II).
- Obtain Development SDK: Download and use the correct Development Software Development Kit (SDK) corresponding to your screen's platform. Different platforms require different SDKs.
- Develop and Update Program: Create or modify your user interface and control logic using the SDK. Then, update the software program onto the LCD module.
- Test Functionality: Thoroughly test the programmed display module to ensure all functions operate as expected.
- Assemble: Once testing is successful, you can proceed to assemble the DWIN HMI Monitor into your machine or application.
5.2. Hardware Overview
The rear panel of the display module features various interfaces for connectivity and expansion:
- Nor Flash: Non-volatile memory for storing firmware and data.
- Expand Flash Interface: For additional flash memory expansion.
- SD Card Interface: For loading programs and data from a Micro SD card.
- TP Interface: Touch Panel interface.
- LCM Interface: LCD Module interface.
- PGT05 Interface: Programming interface.
- Speaker Interface: For audio output.
- T5L ASIC: The main processor.
- RTC: Real-Time Clock for timekeeping.
- User Interface: General purpose interface for external connections.
5.3. Working Principle
The DWIN Smart TFT Display with CPU communicates with any external MCU controller via UART (Universal Asynchronous Receiver-Transmitter) using specific instructions. This allows the MCU to control the display and receive input from the touch screen, enabling interaction with various equipment.
6. Operating Instructions
The DWIN HMI Monitor is designed for intuitive operation through its touch interface and powerful DGUS software.
6.1. Basic Touch Control
The display supports various touch interactions for controlling the user interface. This includes:
- Tapping: To select items, activate buttons, or confirm inputs.
- Scrolling: To navigate through lists or larger content areas.
- Data Input: Using on-screen keypads or data windows to enter numerical or textual values.
- Popup Menus: Interacting with context-sensitive menus that appear on the screen.
6.2. DGUS Software for UI Design
The DGUS software facilitates "Zero Code Quick Development" for creating custom user interfaces. It allows designers to easily incorporate elements such as images, icons, and various fonts to create rich and interactive display effects.
6.3. Product Demonstration Video
Watch this video for a quick demonstration of the DWIN HMI Monitor's basic functionality, including power-up and touch interactions.
7. Maintenance
To ensure the longevity and optimal performance of your DWIN HMI Monitor, follow these maintenance guidelines:
- Cleaning: Gently wipe the screen and enclosure with a soft, dry, lint-free cloth. For stubborn smudges, slightly dampen the cloth with water or a mild, non-abrasive screen cleaner. Avoid harsh chemicals, solvents, or abrasive materials.
- Environmental Conditions: Operate the device within the specified operating temperature and humidity ranges (-20℃~70℃, 10%~90%RH). Avoid exposing the device to direct sunlight for prolonged periods or to extreme temperatures and humidity.
- Power Supply: Always use the recommended 12V 1A DC power supply to prevent damage to the unit.
- Physical Protection: While the device has an IP65 front protective level, avoid excessive force or impact on the screen and enclosure.
- Software Updates: Regularly check the DWIN developer forum or international website for firmware and software updates to ensure your device has the latest features and bug fixes.
8. Troubleshooting
This section addresses common issues and provides solutions.
8.1. General Issues
- Q: The display is not turning on or showing unexpected behavior after assembly.
- A: Ensure that the display module has been properly programmed and tested before assembly. It is crucial to update the program to the LCD first. Verify all power and data connections are secure and correctly wired according to the pinout diagram (Figure 4.1).
- Q: Screen flickering is observed.
- A: Check the brightness setting. If the brightness is adjusted to 1%~30% of the maximum brightness, flickering may occur. It is not recommended to use the display in this brightness range. Adjust the brightness to a higher level.
9. User Tips
- Development Workflow: Always follow the recommended development workflow: check the software platform, use the correct SDK, update the program, test thoroughly, and then assemble. This prevents potential issues and saves time during integration.
- Brightness Settings: For optimal visual performance and to avoid flickering, maintain the display brightness above 30% of its maximum capacity.
- Technical Resources: Utilize the extensive online resources provided by DWIN, including their developer forum, international website, development tools, guides, and video tutorials, for any development or technical queries.
10. Technical Support
For product inquiries, after-sales service, and technical assistance, DWIN offers several support channels:
- WhatsApp: +86 19192113166 (Working hours: PST 16:30-6:00 every day)
- Customer Service Email: dwinhmi@dwin.com.cn
- DWIN Developer Forum: https://forums.dwin-global.com/ (For documents, software, demo downloads, FAQs, exchange, and sharing)
- DWIN International Website: https://www.dwin-global.com/
- Development Tool Page: https://www.dwin-global.com/tool-page/
- Development Guide: https://www.dwin-global.com/development-guide/
- DGUS Video Tutorial: https://www.dwin-global.com/t5l-dgus-v7-6-video-tutorial/
