IOT News

At a time when scientific research activities are becoming increasingly frequent and the requirements for experimental precision are constantly rising, the stability and controllability of the laboratory environment have become crucial factors in ensuring the success of experiments and the reliability of data. A certain factory requires online monitoring and management of the environment in multiple laboratories, warehouses, corridors, and other areas to promptly identify abnormal risks and safeguard scientific research safety. In response, WideIOT provides an IoT solution based on industrial intelligent gateways.

By connecting to equipment such as temperature and humidity sensors, gas detectors, water immersion sensors, and smoke detectors, the gateway can collect environmental parameters such as temperature, humidity, harmful gas concentration, air cleanliness, and smoke in real-time. It then connects to the laboratory centralized management platform via wireless networks, displaying various parameters, alarm information, handling status, etc., in real-time. This ensures that the laboratory environment is always in an optimal state, providing a solid environmental guarantee for scientific research activities.

Functional Features:

1. Real-time monitoring of laboratory environmental parameters (temperature, humidity, carbon dioxide, formaldehyde, VOC, water immersion, smoke, etc.). The system sets alarm thresholds as needed, triggering audible and visual alarms, WeChat notifications, SMS messages, emails, etc., for notification purposes. It also generates visual data reports.

2. Classification, statistics, and display of data from various laboratories, warehouses, corridors, and other areas, enabling quick access to environmental parameters and equipment information in these areas. The data can be quickly exported or written into databases (such as MySQL, SQL Server, etc.) for archiving purposes.

3. Integration with PLCs to enable remote on/off control of equipment such as lighting, fans, and air conditioners. It also allows real-time monitoring of equipment status and power consumption data, facilitating centralized equipment management and energy consumption monitoring. This helps in building a smart laboratory and achieving unattended operation.