Background
In the current era where 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 emerged as crucial factors in ensuring the success of experiments and the reliability of data. A certain factory has mandated the online monitoring and management of the environments in multiple laboratories, warehouses, corridors, and other areas to promptly detect abnormal risks and safeguard scientific research safety. In response to this demand, WideIOT offers an Internet of Things (IoT) solution based on industrial intelligent gateways.
By integrating with temperature and humidity sensors, gas detectors, water immersion sensors, smoke detectors, and other equipment, the gateway can collect real-time environmental parameters such as temperature, humidity, harmful gas concentration, air cleanliness, and smoke. These parameters are then transmitted wirelessly to a centralized laboratory management platform, which displays them in real time along with alarm information and handling status. This ensures that the laboratory environment remains in an optimal state at all times, providing a solid environmental foundation for scientific research activities.
Functional Features
1. Real-time Monitoring of Laboratory Environmental Parameters
The system monitors various environmental parameters in real time, including temperature, humidity, carbon dioxide, formaldehyde, volatile organic compounds (VOCs), water immersion, and smoke. Alarm thresholds can be set according to specific needs. When these thresholds are exceeded, the system triggers sound and light alarms, as well as notifications via WeChat, SMS, and email. Additionally, it generates visual data reports for easy reference.
2. Categorized Statistical Analysis and Display of Data from Different Areas
The system enables the categorized statistical analysis and display of data from various areas such as laboratories, warehouses, and corridors. This allows for a quick understanding of environmental parameters and equipment information in each area. The data can be easily exported or written into databases (e.g., MySQL, SQL Server) for archiving purposes, ensuring data traceability and facilitating future analysis.
3. Remote Control and Monitoring of Equipment
The system can be integrated with Programmable Logic Controllers (PLCs) to achieve remote on/off control of lighting, fans, air conditioners, and other equipment. It also provides real-time monitoring of equipment status and power consumption data, enabling centralized equipment management and energy consumption monitoring. This contributes to the creation of a smart laboratory environment and supports unattended operation, enhancing operational efficiency and reducing labor costs.Details please see http://www.wideiot.com/