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ESP-HMI-5C-VI
ESP32-based Human Machine Interface
O HMI NORVI ESP32 é um HMI programável + controlador com suporte para LVGL (Light and Versatile Graphics Library), oferecendo aos utilizadores um ambiente gráfico rico para uma interação perfeita. E programável com Arduino, esta HMI oferece uma plataforma poderosa e versátil para criar interfaces de utilizador intuitivas, utilizando as capacidades dos microcontroladores ESP32. Além disso, a sua integração com o LVGL permite a criação de interfaces visualmente atraentes, responsivas e ricas em funcionalidades, tornando-o ideal para várias aplicações que exigem interações fáceis de utilizar, como dispositivos IoT, sistemas de automação e muito mais.



Suporta



Comunicação



Especial



Advantages of ESP32-S3-WROOM
- Enhanced CPU Performance
- Secure Connectivity
- Rich Set of I/O Interfaces
- Advanced Security Features
- Low Power Consumption
- Integrated Peripherals
- AI Acceleration
- Compatibility and Development Support
The ESP32-S3 integrates cutting-edge features tailored for IoT applications. Firstly, its enhanced CPU performance enables faster processing, crucial for handling complex tasks efficiently. Additionally, with robust security measures like secure boot and cryptographic hardware accelerators, it ensures data integrity and confidentiality. Supporting various wireless protocols like Wi-Fi and Bluetooth, it guarantees reliable and secure connectivity, vital for IoT device communication. Moreover, its rich set of I/O interfaces, including digital and analog interfaces, GPIO pins, and integrated peripherals such as timers and UART, facilitates seamless integration with sensors and peripherals, enhancing versatility. Furthermore, its low power consumption makes it suitable for battery-operated devices. Lastly, selected variants offer AI acceleration hardware for machine learning applications at the edge. Supported by the ESP-IDF, it provides a comprehensive development ecosystem with libraries, tools, and documentation, simplifying the development process.
Advantages of LVGL Support Display
1. Lightweight and Efficient
2. Rich and Customizable Graphics
3. Easy to Use and Learn
4. Versatility and Flexibility
5. Community Support and Active Development
6. Open-Source License
7. Performance Optimization
LVGL, a versatile graphics library, offers several key benefits. Firstly, it’s lightweight and efficient, optimized for microcontrollers and resource-constrained systems. Additionally, it provides rich and customizable graphics, allowing easy adaptation to specific design requirements. Furthermore, LVGL is easy to use and learn, with comprehensive documentation and examples facilitating quick implementation. Moreover, its versatility and flexibility enable seamless integration with various input devices and display types, catering to different application needs. Furthermore, LVGL benefits from strong community support and active development, ensuring continuous improvement. Additionally, its open-source license fosters collaboration and innovation. Finally, LVGL excels in performance optimization, ensuring smooth animations and responsiveness even on devices with limited processing power.
Operating Systems and Softwares
- Arduino (C++)
- MicroPyton
- ESP-IDF (Espressif IoT Development Framework)
NORVI ESP32-based HMI Applications
- Industrial Process control
- Energy Management
- Transportation
- Healthcare
- Smart Homes
- Consumer Devices
- Public Infrastructure Managemnet
- Simple process controller
Main | |
Range of Product | NORVI HMI Controller |
Product Type | Programmable HMI |
Certifications | EN 61131-2:2007 EN 61010-1:2010+A1:2019 EN IEC 61010-2-201:2018 2014/30/EU- Electromagnetic Compatibility (EMC) Annex III, Part B, Module C |
Rated supply voltage | 12 - 24V DC |
Communication | RS-485 Ethernet |
Inputs and Outputs | 4 x Digital Inputs 4 x Analog Inputs 4-20mA 4 x Transistor outputs |
Displays and Visual Indicators | LCD Display |
Complementary | |
Product Unified Code | ESP-HMI-5C-VI |
Product Part Numbers | ESP-HMI-5C-VI |
Mechanical Properties | |
Enclosure | OP-300-B |
Mounting / Installation Method | DIN Panel Mount / Cutout 116 x 163 mm |
Terminal Type | SCREW TERMINAL |
Terminal Arrangement | Top and Bottom |
Length | 179.6 mm |
Height | 129.6 mm |
Width | 42.6 mm |
Environment | |
IP degree of protection | IP20 |
Operating altitude | 0 - 2000 meters |
Operating Temperature | -10 - +85C (185 °F) |
Storage altitude | 0 - 3000 meters |
Shock resistance | 15 gn for 11ms |
Resistance to electrostatic discharge | 4kV on contact 8kV on air |
Resistance to electromagnetic fields | 10 V/m (80 MHz - 1GHz) 3 V/m (1.4 MHz - 2 GHz) 1 V/m (2 MHz - 3 GHz) |
Electrical Characteristics | |
Rated Supply Voltage (V) | 24V DC |
Current Consumption (mA) | 100mA |
Recommended Power Source | 2W |
Processing | |
SOC / MCU | ESP32-S3-WROOM32-1-N16R8 |
Flash Memory | 16MB |
ROM | 384 KB |
SRAM | 512 KB |
PSRAM | 8 MB (Octal SPI) |
Peripherals | |
microSD Card support | |
Card Type | microSD |
Interface | SPI |
SD CARD CS | GPIO37 |
MISO | GPIO19 |
MOSI | GPIO12 |
SCLK | GPIO13 |
SD Detect | NOT CONNECTED |
Internal RTC | |
RTC Chip | DS3231 |
Backup Battery Type | CR2032 |
Interface | I2C |
I2C Address | 0x68 |
SCL Pin | GPIO19 |
SDA Pin | GPIO20 |
TFT LED Display | |
Display Driver | ER-TFT050-3 |
Display Size | 5 inch |
HSYNC | GPIO6 |
VSYNC | GPIO5 |
DEN | GPIO4 |
DCLK | GPIO7 |
DISP CS | GPIO39 |
R0 | Connected to GND |
R1 | Connected to GND |
R2 | Connected to GND |
R3 | GPIO1 |
R4 | GPIO41 |
R5 | GPIO40 |
R6 | GPIO38 |
R7 | GPIO45 |
G0 | Connected to GND |
G1 | Connected to GND |
G2 | GPIO48 |
G3 | GPIO47 |
G4 | GPIO21 |
G5 | GPIO14 |
G6 | GPIO9 |
G7 | GPIO3 |
B0 | Connected to GND |
B1 | Connected to GND |
B2 | Connected to GND |
B3 | GPIO8 |
B4 | GPIO18 |
B5 | GPIO17 |
B6 | GPIO16 |
B7 | GPIO15 |
INPUTS and OUTPUTS | |
Digital Inputs | |
Number of Digital Inputs | 4 |
Digital Input Polarity | Sink and Source |
Digital Input Maximum Voltage | 32V DC |
Digital Input Minimum Voltage | 18V DC |
Maximum Switching Frequency | 1 kHZ |
IO Connection | Via PCA9535PW SCL - Pin 14 SDA - Pin 15 I2C Address - 0x73 |
Terminal Arrangement | Digital Input 0 - IO0 Digital Input 1 - IO1 Digital Input 2 - IO2 Digital Input 3 - IO3 |
Analog Inputs | |
Number of Analog Inputs | 4 |
Analog Input Measurement Range | 0-10V |
Analog Input Maximum Voltage | 38V DC |
Analog to Digital Converter (ADC) | ADS1115 |
Analog to Digital Converter (ADC) Communication | I2C |
Analog to Digital Converter (ADC) Address | 0x48 |
Terminal Arrangement | A0 : Analog Input 0 - ADS1115 - 0x48 - AIN0 A1 : Analog Input 1 - ADS1115 - 0x48 - AIN1 A2 : Analog Input 2 - ADS1115 - 0x48 - AIN2 A3 : Analog Input 3 - ADS1115 - 0x48 - AIN3 |
Transistor Outputs | |
Number of Transistor Outputs | 4 |
Transistor Output Type | OPEN COLLECTOR |
Maximum Sink/Source Current (mA) | 100mA |
Maximum Applicable Voltage | 40V DC |
Maximum Switching Frequency | 1 kHz |
IO Connection | Via PCA9535PW SCL - Pin 14 SDA - Pin 15 I2C Address - 0x73 |
Terminal Arrangement | TR01 - IO4 TR02 - IO5 TR03 - IO6 TR04 - IO7 |
RS-485 Communication | |
Communication Mode | FULL-DUPLEX |
Transceiver | SP490CN-L |
Unit Load | 1 |
TX Pin | GPIO3 |
RX Pin | GPIO35 |
Ethernet SPI - W5500 | |
Transceiver | W5500 |
Speed | 10BaseT/100BaseTX |
Supports Auto Negotiation | Yes |
TX/RX Buffer Size | Internal 32 Kbytes Memory |
Supported Hardwired TCP/IP Protocols | TCP, UDP, ICMP, IPv4, ARP, IGMP, PPPoE |
Number of Simultaneous independent sockets | 8 |
SCSn | GPIO10 |
MISO | GPIO11 |
MOSI | GPIO13 |
SCLK | GPIO12 |
IO Expander | |
PCA9535PW PIN | Connection |
1 - A0 | Pulled up to 3.3V |
2 - A1 | Pulled up to 3.3V |
3 - RESET | Pulled up to 3.3V |
4 - IO0 | Digital Input 1 |
5 - IO1 | Digital Input 2 |
6 - IO2 | Digital Input 3 |
7 - IO3 | Digital Input 4 |
8 - VSS | GND |
9 - IO4 | Transistor Output 1 |
10 - IO5 | Transistor Output 2 |
11 - IO6 | Transistor Output 3 |
12 - IO7 | Transistor Output 4 |
13 - INT | Pulled up to 3.3V |
14 - SCL | SCL |
15 - SDA | SDA |
16 - VDD | 3.3V |
Entrega Normal | 5 a 7 dias úteis
Entrega Urgente | 3 a 5 dias úteis
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