QD6000 IoT Multi point Monitoring Combustible Gas Detection and Alarm Controller is used to detect the content of combustible or toxic gases in the air. It can be equipped with multiple detection probes and centrally control multiple points. This system uses a microprocessor as the control unit and high-performance gas sensors as the detection sensors, with high sensitivity and fast response speed. When the concentration of flammable and toxic gases in the environment reaches or exceeds the preset alarm value, the controller immediately emits an audible and visual alarm; And drive exhaust or other peripheral actions; At the same time, real-time data and alarm information can be uploaded to the cloud and viewed anytime and anywhere through mobile phones and computers. To prevent explosion and poisoning accidents and ensure the safety of life, this system can be widely used in factories, oil depots, liquefied gas stations, gas stations, gas stations, paint spraying rooms and other places that require fire and explosion prevention, as well as toxic and harmful gas leakage for safety detection and alarm.

IoT features:

The advantage of Zhong'an Detection IoT Cloud Platform is that customers do not need to deploy and maintain it, and can real-time control remote data from industrial sites, which is convenient to view and saves manpower and resources.

Cloud monitoring platforms can help enterprises improve their information technology construction, innovate safety supervision models, and at the same time, large-scale operation can greatly reduce the rate of safety accidents and minimize losses of life and property.

The Zhong'an Detection Cloud Supervision Platform consists of various wired or wireless intelligent monitoring terminals, data collection software, database servers, and application servers.

The intelligent monitoring terminal collects real-time monitoring data from the detection equipment and sends the monitoring data to the data collection software through GPRS or WiFi Ethernet network; The data collection software analyzes the data returned by the monitoring terminal and stores it in the data server center. The application server pushes the recorded data information, allowing the user monitoring security officer to view the real-time device operation status of each monitored object, saving a lot of manpower and material resources while improving the user's management level.

Data collection: It can collect on-site data from intelligent monitoring terminals such as gas concentration, and can also support remote transmission to directly collect data from intelligent instruments

Real time data release: The operating interface supports multiple ways of display, making it convenient for management personnel to monitor data information, alarm information, historical data, various graphical information, statistical reports, etc. of each point through multiple modes.

Alarm information push: The system can notify responsible personnel based on the alarm information and schedule task processing according to the execution status of the task. You can query the latest, notified, and processed alarm information for any time period, and directly jump to the trend chart interface of the instrument for detailed data viewing and analysis.

Graphic Data Display: Supports geographic map based data display, allowing users to query the terminal data of various safety monitoring points through marked geographic locations. The map will display detailed locations of each safety monitoring point, installation information of terminal devices, configuration information of terminal devices, and real-time data of terminal devices. In case of over limit alarms, they can be highlighted.

Graphic interface display: The system can display various scale map data, Baidu map data, national standard surveying data, and image data standards, and can display various map data in one interface; Capable of completing various map operations and compatible with mainstream databases. Users may quickly locate the specific location of security risks through the system, so that customers can make timely decisions and avoid unnecessary economic losses.

Intelligent monitoring terminal equipment: The intelligent monitoring terminal integrates sensing technology, wireless transmission technology, ultra-low power consumption technology, network transmission technology, and computer technology, and is suitable for monitoring parameters such as gas concentration in relevant gas fields, in compliance with relevant national explosion prevention and protection standards.

Big data: Through the collection, storage, and application of massive real-time data, cloud supervision platforms utilize specific tools and algorithms to mine, utilize, and integrate data, providing users with optimized management processes. In practical application, the monitoring points are comprehensive, the data is abundant, emergency response is timely, the analysis report is accurate, and it can analyze and provide the abnormal patterns of the user end equipment, diagnose the causes, and make effective management such as summary, prediction, and timely decision-making.