IOT News

Drawing machines are widely used across the metal processing industry, covering sectors such as wire and cable manufacturing, steel reinforcement processing, electronics, automotive, aerospace, hardware fabrication, petrochemicals, plastics, and mechanical manufacturing. With ongoing technological advancements and shifting market demands, the drawing machine industry is evolving toward greater automation, intelligence, and connectivity—enabling more flexible, controllable, and intelligent production processes that enhance both efficiency and product quality.

As the control unit of drawing machines, the programmable logic controller (PLC) manages the input, output, startup, shutdown, jogging, and other logic-related operations of each machine on the production line, ensuring automated coordination across all equipment. To address this need, WideIOT offers a PLC data acquisition and remote monitoring system solution based on PLC intelligent gateways. This solution enables drawing machine data to be uploaded to cloud platforms, supporting remote monitoring, fault alerting, remote maintenance, online management, and data analytics.

Key Features

1. Data Acquisition and Real-Time Monitoring

The system captures critical production parameters—such as drawing process data, motor frequency, and switch states—in real time. These data are transmitted to the cloud platform via 4G networks through the PLC intelligent gateway, allowing users to access visualized dashboards and reports for precise production management.

2. Equipment Fault Alarming

Pre-set alarm thresholds are configured within the system. When collected data exceeds normal operating ranges, an alert mechanism is automatically triggered. Managers receive notifications through multiple channels, including WeChat, SMS, and email, enabling them to promptly identify issues and take corrective actions.

3. Intelligent Data Analytics

By analyzing key performance indicators—such as equipment utilization, production efficiency, and energy consumption—managers gain clear visibility into production status and can formulate data-driven production plans and management strategies. This analytical capability also provides valuable support for process optimization and cost reduction.

4. Remote Equipment Maintenance

Through a secure remote PLC maintenance platform, engineers can perform remote programming, debugging, and program upload/download operations on PLCs located at distant sites. This approach not only improves maintenance efficiency and reduces service costs but also minimizes production disruptions caused by extended equipment downtime.