Comprehensive Environmental Monitoring

Relative Humidity & Temperature

The precise monitoring by temperature and humidity sensors or IAQ sensors provides critical data for maintaining appropriate relative humidity and temperature, which is crucial for ensuring the accuracy of laboratory results, the proper functioning of instruments and equipment, and safeguarding the health and safety of laboratory personnel.

Carbon Dioxide (CO₂)

The precise monitoring of ambient carbon dioxide concentrations by IAQ sensors provides critical data for evaluating and improving laboratory ventilation and air quality. This is vital for protecting the health and comfort of laboratory personnel, maintaining their alertness, and ensuring a safe working environment.

PM2.5 & PM10

The precise monitoring of PM2.5 and PM10 by IAQ sensors provides critical data for assessing particulate matter pollution levels in laboratory air. This is crucial for protecting the respiratory health of personnel, preventing damage to sensitive instruments, and maintaining the cleanliness of experimental environments with stringent air purity requirements.

TVOC

The precise monitoring of TVOCs by IAQ sensors provides critical data for assessing total volatile organic compound pollution levels in laboratory air and identifying potential sources. This is essential for safeguarding personnel from harmful chemical vapors, enabling timely detection of spills or contamination events, and maintaining compliant indoor air quality.

Formaldehyde (HCHO)

The precise monitoring of ambient formaldehyde (HCHO) by IAQ sensors provides critical data for assessing contamination levels and identifying potential emission sources (e.g., reagents, materials, or equipment). This is vital for protecting personnel from this carcinogenic irritant, ensuring long-term health and safety, and maintaining air quality standards.

Barometric Pressure

The precise monitoring of laboratory barometric pressure by IAQ sensors provides critical data for calibrating pressure-sensitive instruments and standardizing experimental conditions. This is indispensable for ensuring accuracy and reproducibility in experiments involving gas volumes, boiling point determinations, or analytical instruments like mass spectrometers.

Light

The precise monitoring of ambient light levels by IAQ sensors provides critical data for evaluating and adjusting illumination in work areas. This is crucial for protecting personnel’s visual health and operational safety, enhancing work efficiency, and minimizing errors.

Motion

The motion sensor detects on-site presence via PIR. When the PIR value remains 0 (Vacant) for 20 minutes, the screen ceases updates to conserve power.

Headcount

The precise monitoring and analysis of occupancy and foot traffic in specific laboratory areas provide critical data and insights for optimizing spatial layouts, allocating resources efficiently, assessing equipment utilization rates, and ensuring personnel safety during emergencies or in controlled zones with occupancy limits.

Specific Gas Concentrations

The precise and continuous monitoring of a range of critical gas concentrations in the laboratory—including carbon monoxide, carbon dioxide, nitrogen, oxygen, various combustible gases (such as hydrogen, methane, ethane, and acetylene), TVOCs, and other specific gases—by various explosion-proof gas concentration detectors provides critical data for assessing laboratory air quality and identifying potential gas leak sources or hazardous accumulations. This is essential for safeguarding personnel from toxic exposures, asphyxiation risks, and fire or explosion hazards, enabling prompt emergency response to and handling of gas-related incidents, and ensuring the working environment complies with occupational health and safety regulations.