Menu
Your Cart

Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen

Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen
  • Availability: Directly available from warehouse in Eindhoven
  • SKU: 007317
Based on 0 review(s) - Write a review
€54.00
Ex Tax: €44.63
Add to Cart
Add to wishlist

Complete HMI display with touchscreen. This display can be controlled serially via a UART port and also has GPIO outputs that can be controlled via the Nextion Editor software. The graphical interface of this module can be programmed via an SD card or via the UART connection.

The Edge series is easier to install compared to other Nextion models.

Note: It is important that you use a good quality power supply, the display will get damaged quickly if the power supply provides a too low voltage.

See the following page for more information: Manufacturer page

Please login or register to review
Tags: Embedded , Nextion , Nextion Edge NX4880E043-011C HMI Display 4.3 Inch 800x480 with Capacitive Touchscreen , 007317 , Nextion , NX4880E043-011C , Microcontroller (MCU) , SD-card adapter , Audio amplifier , Battery holder , Touchscreen , Display , RTC , PWM , GPIO , UART

Specifications

General
Brand Nextion
Manufacturer model/SKU NX4880E043-011C
Norm conformity CE
RoHS
Minimum operating humidity [%R.H.] 10
Maximum operating humidity [%R.H.] 90
Minimum operating temperature [°C] -20
Maximum operating temperature [°C] 70
Features RTC
Display
Touchscreen
Battery holder
Audio amplifier
SD-card adapter
Microcontroller (MCU)
General physical appearance
Main color Black
Weight [g] 60
Dimension X [mm] 114
Dimension Y [mm] 67
Mounting options Adhesive layer
Form factor Module (general)
General electrical properties
Minimum supply voltage [V DC] 4.7
Maximum supply voltage [V DC] 6.5
Minimum recommended supply current [A] 1
Indication average current consumption [mA] 300
Minimum IO-pin input voltage [V] 2
Maximum IO-pin input voltage [V] 5
(UART)
3.3
(GPIO)
IO-pin output voltage [V] 3.3
Maximum IO-pin source current [mA] 1
Maximum IO-pin sink current [mA] 1
MCU
Maximum clock frequency [MHz] 200
Internal memory
SRAM [KB] 512
Flash memory [MB] 128
EEPROM [B] 1024
EEPROM type Built-in
Communication
Hardware interface(s) PWM
GPIO
UART
Number of IO-pins 8
Maximum available hardware PWM channels 4
Default baudrate 9600
Supported SD card size Micro SD
Supported SD File Format FAT32
Maximum supported SD capacity [GB] 32
Display
Type TFT
Screen diagonal [inch] 4.3
Number of pixels long side 800
Number of pixels short side 480
Display shape Rectangular
Pixel colors RGB
Maximum brightness [cd/m²] 300
Touchscreen
Touch type Capacitive
Multi-touch support Yes
RTC
Back-up battery/capacitor Optional
Audio amplifier
Number of (normal) channels 1
Maximum power per (normal) channel [W] 2.0
Battery holder
Suitable battery form factor Button cell 1220
(for RTC)
Suitable number of batteries 1
Connectors
Power supply connector(s) JST-XH (compatible) male
IO-connector(s) FFC female 10p 1.00mm
JST-XH (compatible) male
Speaker connector(s) Molex Picoblade (compatible) male
Package contents
Package contents 1x Display module
1x JST-XH 4p to DuPont cable
1x Micro USB to pin header adapter

Product FAQ

Can I power the device with an Arduino or other development board?

This is not possible in most cases. Most development boards (including Uno, Mega, NodeMCU, D1 Mini V3, etc.) have a diode between the 5V pin and the USB input that lowers the voltage. If the voltage from the 5V pin is lower than the required minimum of the device (see specifications) then it cannot function properly. In addition, many development boards can only provide little power. This can also cause it to malfunction. Using an insufficient power supply can even damage the device. Therefore, make sure that you use a suitable power supply and that it is connected correctly. It is advised to verify the supply voltage by measuring it.

The HMI is not functioning properly. What causes this?

In most cases, this is caused by insufficient power supply condition. Nextion HMIs require a good quality power supply. When the power supply provides too little current, has too low a voltage and/or generates too much ripple, several problems can arise, such as:

  • Flashing
  • Blurred screen
  • Freeze
  • Damage to the HMI

A good quality CE-approved power supply is required that can supply enough current and has the correct voltage. If necessary, measure the voltage directly on the Vcc and GND pins of the HMI.

If you have a question or problem regarding a product, please contact us by using one of the buttons below.

Product questions
Warranty and problems
Mistake on this product page
1
false
true
true
Remove
Change
tr