WideIOT · WG series industrial intelligent gateway is a high reliability industrial intelligent gateway that supports the collection of data of various industrial equipment such as PLC, instrument, water environmental protection, power equipment, CNC, and has protocol analysis and edge computing. It is the core edge node for building industrial Internet system.
WideIOT WD Series IOT Terminals are industrial wireless terminals that support IO acquisition control and serial port transparent transmission. They support data acquisition and control of multiple channels of DI, DO, AI, AO in industrial sites, and offer LoRa local networking and 4G data upload to the cloud. Thus, they realize wireless data acquisition and remote control of numerous on-site devices such as sensors, instruments, indicator lights, actuators, and main controllers.
WideIOT·WR series industrial wireless router is a network connection that supports 5G/4G/WIFI/Ethernet, etc., supports VPN networking, and provides low-latency, high-reliability, and high-security network access for field devices. input, so as to realize large-scale equipment networking applications.
The WideIOT WS-Series Industrial Switches deliver high stability,re- liability and security with easy maintenance. Featuring dual power and network redundancy, they are ideal for smart grids, rail transit,smart cities, safe city projects, new energy and intelligent manufacturing.
The WideIOT NAT Coupler is a specialized security isolation device for production networks. It supports IP renaming for unified IP planning, enables cross-segment device access via network segmentation, and effectively mitigates same-segment conflicts and broadcast storms. It is ideal for industrial networks demanding high data reliability, including those with PLCs, HMIs, CNCs, DCSs, and MES.
WideIOT Modbus Serial-Ethernet Gateway are industrial‑grade smart terminals that convert Modbus RTU (serial) to Modbus TCP (Ethernet). They bridge traditional serial‑based devices to modern Ethernet networks, enabling seamless integration with SCADA, MES, and cloud platforms.
The WEC Series Industrial Edge Computers from WideIOT are designed for industrial digitalization and smart IoT scenarios. They offer integrated capabilities including high-computing-power data acquisition, protocol parsing, edge computing, AI inference, local decision-making, and secure cloud connectivity. Powered by an open Linux operating system and equipped with rich interfaces, these edge computers support rapid deployment of complex algorithms and applications. They are capable of collecting data from a wide range of devices, including various energy and power equipment, energy storage systems, special-purpose vehicles, PLC controllers, meters (electricity, water, heat, gas meters, etc.), and sensors.
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In water pollution control efforts, monitoring scenarios such as drainage outlets and river inlets is the first step. Establishing an efficient and reliable online monitoring system for sewage outlet water quality enables the rapid identification of abnormal fault information, facilitating quick location, diagnosis, and implementation of measures to ensure timely control of water pollution and prevent the escalation of pollution incidents.
By connecting water quality monitors at various factory sewage outlets through a hydraulic and hydrological gateway RTU, key water quality indicators such as permanganate, chemical oxygen demand (COD), ammonia nitrogen content, phosphorus content, and nitrogen content are collected in real time.
The collected data is then transmitted to a remote monitoring and management platform via 4G networks using protocols such as HJ212, MQTT, and Modbus, enabling real-time monitoring, early warning, and efficient management to provide scientific decision-making support for ecological and environmental protection efforts.
The hydraulic and hydrological gateway RTU accurately collects key water quality indicators and transmits the data to the remote platform via 5G/4G networks in accordance with SL651, Modbus, and other protocols, ensuring real-time and accurate upload of data even from remote sewage outlets.
The remote platform analyzes and processes the data in real time, displaying it in charts and curves, and annotates the locations and water quality conditions of monitoring points on maps using GIS technology, allowing management personnel to grasp the regional water quality distribution at any time.
An integrated water quality standard threshold library enables real-time comparison and analysis of data. When thresholds are exceeded, early warnings are triggered and relevant personnel are notified through interface prompts, SMS, email, WeChat, etc., to prevent water quality deterioration.
The platform stores water quality data over the long term to form a historical database. Management personnel can flexibly set conditions for querying and analyzing long-term trends in water quality, providing data support for governance plans.
Algorithmic models are employed to deeply mine and analyze data, identify the distribution and migration patterns of pollution sources, predict water quality changes, generate reports and recommendations, and assist in environmental protection decision-making and enterprise production optimization.
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