IOT News

In today's era of rapidly advancing IoT technology, grouting machines—as essential equipment in construction—increasingly require intelligent and automated upgrades. By introducing PLC data acquisition technology into grouting machine management systems, it becomes possible to collect and monitor equipment operating status in real time, providing strong support for subsequent data analysis and optimized management.

By connecting WideIOT industrial smart gateways to grouting machine PLCs, the system enables data acquisition and wireless communication (5G/4G), uploading real-time data on operating status, working parameters, and location distribution to a cloud platform. This enables remote monitoring and visual analysis—not only improving construction efficiency but also effectively reducing manual intervention and enhancing project quality.

System Functions

Real-Time Monitoring – Through the IoT platform, users can monitor grouting machine location distribution, operating status, and working parameters in real time. Automated alerts based on intelligent alarm rules (via WeChat, SMS, email, etc.) enable prompt detection and resolution of potential issues, ensuring both personnel and construction safety.

Data Analytics – In-depth analysis of collected data—such as operating efficiency, failure rates, and energy consumption levels—allows for optimization of grouting machine operating parameters, improving construction efficiency and quality. It also provides reliable data support for after-sales service teams and product R&D departments, better guiding their work.

Remote Management – Leveraging the cloud platform, users can perform remote control and management of grouting machines—including remote PLC on/off control, remote PLC programming and debugging, and remote program upload/download. This enables timely fault response and control, helping improve work efficiency and reduce the workload of on-site personnel.

Data Dashboards – Users can freely build custom data dashboards that combine maps, charts, and other information formats to display real-time equipment asset distribution, operational status, and maintenance information. This supports rapid problem identification and is also useful for external presentations or reporting to management.