ADLINK PanKonix Series HMI Panel Selection and Deployment Guide

2. Vector graphics library and editor

Built in 100+predefined graphic objects (buttons, indicator lights, numerical displays, bar charts, dashboards, sliders, trend charts, lists, tables, message displays, etc.), supporting drag and drop editing. Users can import external images (such as device CAD drawings or logos) to create realistic device monitoring interfaces. Supports multiple languages (16 types), and switching interface languages does not require repeated development.

3. Data Trends and Logs

Trend charts support up to 32 curves to be drawn simultaneously, with the ability to scale, pan, and replay historical data.

Data logs can be exported in TXT, CSV, or PDF formats for easy report generation and quality traceability.

The alarm system supports pop-up notifications, message push notifications, alarm level classification, and can store alarm records.

4. Formula management

Built in recipe table function, supports uploading, downloading, and batch editing of multiple sets of recipe parameters, suitable for switching production scenarios across multiple varieties.

5. Macro programming (LUA syntax)

Supporting LUA scripts, users can write custom logic (such as data preprocessing, conditional judgment, mathematical operations) without relying on external controllers, improving on-site flexibility.

6. Network and Remote Access

Built in VNC server, allowing remote desktop monitoring; Supports VPN and FTP file transfer, facilitating remote maintenance and data exchange.

7. Cloud Connection

Through RESTful API, MQTT, and OPC UA, device data can be directly uploaded to cloud platforms such as Azure, AWS, and Alibaba Cloud, enabling predictive maintenance of devices and visualization of production lines through dashboards.

Deployment and installation precautions

1. Installation environment requirements

Working temperature: Atom series (SP2-AL) is -10~60 ℃, Core series (SP2-KL) is 0~60 ℃, STC2-KL series is -10~50 ℃. Ensure the heat dissipation of the cabinet in high temperature environments.

Humidity: 10%~95% (no condensation), be careful to avoid condensation.

Vibration and shock: 1Grms (5~500Hz), 20G/11ms shock, suitable for general industrial vibration environments (non heavy machinery).

2. Wiring Guide

Power supply: 9-36V DC, it is recommended to use a 24V regulated power supply. The wiring terminals should be labeled with V+and V -, and polarity should be noted. Power on in AT mode to start up immediately; ATX mode requires a power button (additional wiring is required).

Serial port: The COM port supports RS-232/422/485, and can switch modes through software. Pin definitions should refer to the detailed manual. When connecting multiple RS-485 stations, terminal resistors need to be added.

Ethernet: Dual network ports support independent IP, enabling one network to connect to PLC and the other network to connect to upper layer MES or cloud.

USB: It is recommended to use shielded cables to avoid electromagnetic interference causing touch misoperation.

3. Software installation and authorization

PanKonix comes pre installed with Windows 10 IoT Enterprise (or customized with Linux options), and the iFACE software has been activated. Users only need to import project files through a USB flash drive or network. Engineering development can be carried out offline on the PC and then deployed to the device.

Typical application scenarios and advantages

1. Machine vision and data monitoring

Paired with a USB camera or GigE camera, PanKonix can display real-time images and overlay HMI controls (such as inspection results and statistics), making it suitable for packaging inspection, appearance inspection, and other scenarios.

2. Production line data acquisition and edge computing

Aggregate data from multiple PLCs through Modbus and OPC UA, perform LUA macro operations locally (such as OEE calculations and device efficiency statistics), and then upload them to the cloud platform through MQTT to reduce the burden on the upper computer.

3. Remote operation and maintenance

By using VNC and VPN, engineers can remotely diagnose on-site HMI from headquarters, modify parameters or update screens, reducing travel costs.

4. Multi axis motion control (SuperCAT model)

Built in EtherCAT master station function, directly controls servo drives through HMI programming, without the need for an independent motion controller, suitable for small automation workstations such as winding machines and assembly machines.

5. Building automation (supported by BACnet)

Built in BACnet protocol, it can directly exchange data with Building Control System (BAS) to achieve energy management and environmental monitoring.

Comparison with competitors and selection suggestions

Compared to traditional HMIs such as Weilun Tong and Pro face, PanKonix's core advantages lie in:

High performance x86 platform, capable of running complex applications (such as C #, Python), not just configuration screens.

Native IT/OT Fusion: Supports RESTful, MQTT, OPC UA directly without the need for an additional gateway.

Open Expansion: The Mini PCIe slot supports wireless modules and has built-in GPIO for external buttons or indicator lights.