The Samkoon WiFi/4G HMI Extension Module delivers an industrial-grade solution developed specifically for HMI remote monitoring and data communication. Functioning as a high-efficiency PLC data collection module and centralized communication hub, this hardware bridges the operational gap between field-level data producers (including PLCs, VFDs, Remote I/O, and sensors) and data consumers (such as HMIs, SCADA systems, PCs, and mobile phones). Natively compatible with dedicated HMIs and HMI+PLC all-in-one controllers, it allows engineering teams to dynamically present real-time industrial datasets directly onto cross-platform web pages with the exact same intuitive visual layout of traditional HMI screens.

Key Features

• Multi-Source Data Collection and Visualization: Seamlessly gathers real-time industrial datasets from multi-brand PLCs, VFDs, Remote I/O nodes, and sensors. Natively presents all aggregated variables onto responsive web pages, maintaining the exact same user-friendly configuration layout as local HMI screens to ensure accurate cross-platform data visualization.
• WiFi/4G Flexible Wireless Networking: Provides interchangeable options between WiFi and 4G cellular network configurations to directly match specific onsite environment infrastructure. Guarantees stable, secure, and highly efficient data communication whether deployed in standard smart factories, remote unmonitored facilities, or mobile industrial setups.
• Simple Setup & Plug-and-Play Operation: Shipped with a native plug-and-play architectural framework that eliminates complex network configuration overhead. Operators can establish immediate connectivity simply by selecting the active WiFi SSID directly on the HMI terminal interface and inputting the authorization password, saving deployment time without requiring specialized technical expertise.
• Cloud Integration and Remote Monitoring: Fully integrated with the secure Samkoon Display Control Cloud 3.0 Platform to enable immediate remote access, execution control, and real-time tracking of critical field registers. Empowers engineers to securely manage, monitor, and troubleshoot distributed industrial operations from any connected PC, tablet, or smartphone terminal anytime, anywhere.