Veichi VI30 HMI Operator Panels — Touchscreen Displays for Industrial Automation
The Veichi VI30 series is a lineup of graphic touchscreen operator panels designed for process visualization and control in industrial environments. The range covers screen sizes from 4.3 to 15.6 inches with 15 modifications tailored to various automation requirements.
All VI30 models are built on ARM9 and Cortex A7 processors running at up to 1 GHz, featuring TFT LCD displays with up to 65K colors and brightness levels of 250-300 cd/m². The panels support the Modbus RTU protocol, while higher-end models also support Modbus TCP via a built-in Ethernet port.
The VI30 series can be used alongside other HMI panels from various manufacturers and integrated with Veichi frequency inverters for comprehensive control system solutions.
VI30 Series Technical Specifications
Key features of the Veichi VI30 panels:
- Processors: ARM9 600 MHz (basic), Cortex A7 800 MHz to 1 GHz (advanced)
- Memory: from 8 MB Flash + 64 MB RAM up to 8 GB Flash + 512 MB DDR3
- Display: TFT LCD, 262K colors, touchscreen
- Interfaces: RS232, RS485, RS422, Ethernet (optional), WiFi (optional), 4G (optional)
- Protocols: Modbus RTU, Modbus TCP
- Power supply: DC 24V, consumption 4-16W
- Enclosure: plastic or metal depending on model
- Real-time clock (RTC): built-in
Veichi VI30 Operator Panel Models
| Model | Display | Interface | Protocol | Features |
|---|---|---|---|---|
| VI30-043-ANL | 4.3" | RS485 | Modbus RTU | ARM9 600 MHz, 64 MB RAM, RTC, 4W |
| VI30-070-ANL | 7" | RS485 | Modbus RTU | ARM9 600 MHz, 64 MB RAM, 5W |
| VI30-070-BNL | 7" | RS232, RS485 | Modbus RTU | ARM9 600 MHz, 64 MB Flash, 5W |
| VI30-070-CNH | 7" | RS232, RS485, RS422 | Modbus RTU | Cortex A7 800 MHz, 128 MB Flash + DDR3 |
| VI30-070-CEL | 7" | RS232, RS485 | Modbus RTU/TCP | Cortex A7, Ethernet, 64 MB Flash |
| VI30-070-CWH | 7" | RS232, RS485, RS422 | Modbus RTU/TCP | Ethernet + WiFi, 128 MB Flash + DDR3 |
| VI30-070-CGH | 7" | RS232, RS485, RS422 | Modbus RTU/TCP | Ethernet + 4G, 128 MB Flash + DDR3 |
| VI30-070-CWM | 7" | RS232, RS485, RS422 | Modbus RTU/TCP | WiFi, 4 GB Flash + 512 MB DDR, 3 serial ports |
| VI30-101-CEL | 10.1" | RS232, RS485, RS422 | Modbus RTU/TCP | Cortex A7, Ethernet, 64 MB RAM, 300 cd/m² |
| VI30-101-CEH | 10.1" | RS232, RS485, RS422 | Modbus RTU/TCP | Cortex A7, Ethernet, 128 MB Flash + DDR3 |
| VI30-101-CWH | 10.1" | RS232, RS485, RS422 | Modbus RTU/TCP | Ethernet + WiFi, 128 MB Flash + DDR3 |
| VI30-101-CWM | 10.1" | RS232, RS485, RS422 | Modbus RTU/TCP | WiFi, 4 GB + 512 MB, metal enclosure |
| VI30-101-CWP | 10.1" | RS232, RS485, RS422 | Modbus RTU/TCP | WiFi, 512 MB Flash + 256 MB DDR3, metal enclosure |
| VI30-156-CWH | 15.6" | RS232, RS485, RS422 | Modbus RTU/TCP | Cortex A7 1 GHz, Ethernet + WiFi, 16W |
| VI30-156-CWM | 15.6" | RS232, RS485, RS422 | Modbus RTU/TCP | 1920x1080, 8 GB Flash + 512 MB DDR3, aluminum enclosure |
VI30 Panel Applications
Veichi VI30 operator panels are used across a wide range of industrial applications:
- VFD control — monitoring motor speed, current, and voltage via Modbus RTU/TCP
- HVAC systems — visualization of air conditioning, ventilation, and heating parameters
- Water treatment and pump stations — pressure, flow rate, and fluid level monitoring
- Packaging equipment — recipe display, cycle counters, alarm messaging
- CNC machines and conveyor lines — real-time operation control and diagnostics
Models with WiFi and 4G connectivity (such as VI30-070-CGH) enable remote equipment monitoring without the need for Ethernet cabling.
Other Operator Panels in Our Catalog
In addition to the VI30 series, our catalog features operator panels from leading manufacturers:
- Kinco HMI Panels — MT4x00, MT5x20, GT10, GT11, GT12, GT15, GT16 series
- Schneider Electric HMI Panels — XBT, STO, STU series
- Delta Electronics HMI Panels — DOP-A, DOP-B, TP series
All HMI operator panels are available for order with delivery across Ukraine.
Warranty and Support
Veichi VI30 operator panels come with a manufacturer's warranty. Our specialists can assist with model selection for your specific application, connection to frequency inverters and PLCs, and configuration of Modbus RTU/TCP data exchange protocols.
