IOT News

An enterprise specializes in the production and sales of various breads, pastries and other food products, with a continuously expanding market scale. To meet the challenges brought by increased production capacity, the enterprise has automated its packaging process, covering the full workflow of case unpacking, bag sleeving, case packing, weighing and case sealing. It now requires data collection from packaging production line equipment, with data connected to the on-site duty room for visual display, so as to improve management standards and operational efficiency.

On-site equipment including case unpackers, bag sleeving machines, weighing machines and case sealers are controlled automatically via PLC. By deploying WideIOT industrial intelligent gateways to connect to the PLC controllers, the system can collect real-time data such as operating status, packaging output, weighing values and equipment uptime. The gateways exchange data with the local monitoring system through Ethernet, enabling remote equipment monitoring, fault alarming, remote control and data management, and establishing a digital production management mechanism.

Functional Features

1. Real-time and Accurate Data Collection
The gateway acquires key data from case unpackers, bag sleeving machines, weighing machines, case sealers and other equipment with high precision and low latency. Collected data includes the unpacking cycle and success rate of case unpackers, product specifications, running speed and anomaly counts of bag sleeving machines, product weight and weight deviation from weighing machines, as well as sealing quality and sealing time of case sealers. It lays a solid foundation for production management and quality control.

2. Efficient and Stable Data Transmission
The gateway supports multiple communication protocols and seamlessly connects with PLC controllers of various brands and models to guarantee compatible and stable data acquisition. It features strong network adaptability and can transmit data to the local monitoring system steadily over both wired and wireless networks. Built-in offline data caching ensures automatic resumption of uploads after network recovery, maintaining data integrity and continuity.

3. Intuitive Visual Presentation
After data integration and analysis by the local monitoring system, information is presented on user-friendly interfaces. The large screen displays the overall status of the production line in real time, including equipment parameters, production progress and early fault warnings. Dynamic charts show the trend of packaging output, and color coding indicates equipment status for rapid troubleshooting. Multi-dimensional data query and statistical analysis are also available to support production decision-making.

4. Intelligent Fault Alerting
Based on the collected data, the system adopts advanced algorithm models to identify and predict potential equipment faults. When parameters deviate from normal ranges, alerts are sent to management personnel via SMS, email, audible and visual notifications. Alarm messages specify the fault location, fault type, cause analysis and recommended handling actions for fast response and loss reduction.

5. Remote Control and Maintenance
Managers can operate and adjust equipment parameters locally or remotely. Technical staff can remotely access equipment for fault diagnosis, program upgrade, parameter calibration and other maintenance work, boosting efficiency and cutting maintenance costs.

6. Data Management and Analysis
Massive production data is stored in the local database for organized classification and long-term retention. The system supports data query, export and backup for full traceability. Built-in analysis tools help mine data insights to identify hidden risks and optimization opportunities, supporting optimized production scheduling and more consistent product quality.