WideIOT

  Water is vital for life and production, but traditional water conservancy management grapples with challenges like scattered sites, harsh outdoor conditions, diverse equipment brands, and data-sharing difficulties. WideIOT offers efficient IoT solutions for real-time monitoring and precise control of water, rainfall, and engineering conditions.   Taking a provincial smart water conservancy platform as an example, it manages numerous reservoirs, sluices, pumping stations, and dikes. WideIOT's industrial gateway (RTU) is tailored for water scenarios: It supports multi-network backup and data resumption to ensure integrity during network fluctuations.   The gateway seamlessly integrates with various hydrological instruments and PLCs, collecting and standardizing key data like water levels and gate openings. Built-in edge computing enables local anomaly detection, triggering immediate alerts for flood control decisions.   Security and stability are paramount. The gatew...

  A large mineral processing enterprise owns dozens of crushers, which are widely applied in core processes such as ore mining and construction aggregate production. Due to long-term operation under harsh conditions of high load, strong vibration, and high dust, key components wear out quickly and are prone to hidden faults. The traditional operation and maintenance (O&M) model relies on manual inspections, resulting in delayed fault detection and slow maintenance responses. To address this pain point, WideIOT utilizes an industrial intelligent gateway + remote O&M system to achieve precise data acquisition and intelligent remote O&M for crushers. By leveraging the gateway's multi-protocol compatibility and stable data transmission capabilities, combined with a cloud-based management platform, comprehensive acquisition of crusher operational data, remote equipment control, intelligent fault预警 (warning), and closed-loop work order management are realized. T...

  A steel plant converts industrial converter gas (mainly CO) into ethanol and acetic acid via microbial fermentation, generating steam and achieving energy savings. To collect data from the tail gas recovery system to the central management platform, WideIOT offers a solution: deploying sensors and meters at key sections, using industrial data acquisition gateways for real-time data collection and Ethernet transmission to the platform. This enables automated data acquisition, alerting, and breakpoint resumption.   System benefits include real-time data acquisition and transmission via protocols like MQTT, Modbus, and OPC UA; automatic alerting with centralized management; gateway features like multiple communication interfaces and industrial protection; data standardization and visualization on a dashboard; and informed decision-making through statistical reports to enhance energy utilization and management.   ※ Main Products ▷ WG783 - Industrial Intelligent Gateway: Fea...

  As urbanization speeds up, booster pump stations, key to stable water supply, face issues with traditional management like delayed responses and high costs, especially in distributed settings.   WideIOT uses industrial IoT gateways to connect pump station devices for real-time data collection and wireless access, enabling remote monitoring and digital management upgrades.   ※ Functions include: ▷ Full-process data collection and remote monitoring of booster pump stations. ▷ Real-time monitoring of core equipment with fault warnings, reducing manual checks. ▷ Real-time data recording, querying, and analysis for informed decision-making. ▷ Electronic work order management, forming an O&M knowledge base. ※ Main Products ▷ WG783 - Industrial Intelligent Gateway: Features 5G/WiFi/Ethernet connectivity, 3 Gigabit Ethernet ports, and 2 serial ports (RS485/232). ▷ WR583 - Industrial Router: Offers 4G/WiFi/Ethernet connectivity, 3 Fast Ethernet ports, and 2 serial ports (RS4...