iTEAD NX4024T032 3.2inch Nextion HMI Touch LCD Display

The iTEAD NX4024T032 3.2 Inch Nextion HMI Touch LCD Display is a TFT HMI display for control and visualization applications. It combines a hardware TFT board with Nextion Editor software for interface creation. The display uses UART serial communication and is designed as a touch LCD display with a resistive touch panel. It includes 4M Flash memory and a micro SD slot. The module supports adjustable brightness and is certified for CE/EMC and RoHS.

This HMI display is suitable for projects that need a compact serial interface display. It provides a 400 x 240 resolution screen and color touch operation. The product is compatible with Arduino and Raspberry Pi A+, B+, Pi 2, and Pi 3. The board includes a 4-wire resistive touch panel and a TTL serial host interface. The iTEAD NX4024T032 is built for use with Nextion-based GUI development.

Features of iTEAD NX4024T032 3.2 Inch Nextion HMI Touch LCD Display

• 3.2 inch TFT display
• Resistive touch panel
• UART serial communication
• Nextion Editor support
• 4M Flash memory
• Micro SD slot
• Adjustable brightness
• CE/EMC and RoHS certified

Specifications of iTEAD NX4024T032 3.2 Inch Nextion HMI Touch LCD Display

• Resolution: 400 x 240
• Color: RGB 65K
• Touch type: Resistive touch
• Touch panel: 4-wire resistive touch panel
• Flash memory: 4M
• Screen size: 3.2”
• Brightness adjustment: 0~230 nit
• Brightness adjustment interval: 1%
• Compatible with Arduino
• Compatible with Raspberry Pi A+
• Compatible with Raspberry Pi B+
• Compatible with Raspberry Pi 2
• Compatible with Raspberry Pi 3
• Certification: CE/EMC
• Certification: RoHS
• Display controller: None
• Interface: Serial
• Board dimensions: 95mm*47.6mm
• Weight: 75 g
• Visual area: 69.60mm(L)×41.76mm(W)
• Power consumption: 5V85mA
• TTL serial host interface: 4 pin
• RAM: 2KByte

How to Use iTEAD NX4024T032 3.2 Inch Nextion HMI Touch LCD Display

1. Connect the display to a UART serial host.
2. Use Nextion Editor to design the interface.
3. Load the application and data to the display.
4. Use the micro SD slot for firmware upgrade when needed.

More Info

• HMI stands for Human Machine Interface.
• The board uses a single serial port for communication.
• The display is intended for interface and visualization projects.