What is Labmate LMAQM-A132? 

Labmate LMAQM-A132 is a multi-parameter indoor air quality monitor used to measure CO₂, PM1.0, PM2.5, PM10, formaldehyde (HCHO), TVOC, temperature, and humidity. It provides real-time Air Quality Index (AQI) readings for indoor environments such as laboratories, offices, classrooms, and healthcare facilities.

What does Labmate LMAQM-A132 measure?

LMAQM-A132 measures:

• CO₂ (carbon dioxide concentration in indoor air)

• PM1.0, PM2.5, PM10 (fine particulate matter levels)

• HCHO (formaldehyde gas concentration)

• TVOC (total volatile organic compounds)

• Temperature (ambient indoor temperature)

• Humidity (relative indoor humidity)

• AQI (air quality index based on pollutant levels)

Where is Labmate LMAQM-A132 used?

It is used in environments where indoor air quality monitoring is required:

• Laboratories and research centers

• Healthcare facilities and clinics

• Classrooms and educational institutions

• Office and corporate buildings

• Environmental safety monitoring programs

How does Labmate LMAQM-A132 work?

The device continuously samples indoor air and processes it using multiple sensor technologies:

• CO₂ is measured using NDIR infrared sensing

• PM1.0/PM2.5/PM10 is measured using laser scattering

• HCHO and TVOC are detected using electrochemical sensors

• Temperature and humidity are measured using thermo hygrometric sensors

All readings are processed to calculate a real-time AQI value displayed on the screen.

Why is indoor air monitoring important?

Indoor air monitoring helps identify:

• High CO₂ levels that may affect concentration and comfort

• PM2.5 exposure linked to respiratory irritation

• VOC emissions from chemicals, furniture, or cleaning agents

• Humidity imbalance affecting equipment and health conditions

Core Functional Capabilities

• Real-time monitoring of multiple air parameters

• AQI calculation and digital display

• Portable battery-powered operation

• Automatic calibration system

• Continuous indoor sampling

• Compact design for flexible placement

Technical Specifications

• PM Range: 0–999 µg/m³

• HCHO Range: 0.001–1.999 mg/m³

• TVOC Range: 0.001–9.999 mg/m³

• AQI Range: 0–500

• Sensor Types: NDIR, Laser Scattering, Electrochemical

• Battery: 3000 mAh rechargeable lithium

• Dimensions: 132 × 80 × 68 mm

• Weight: 350 g

How to choose Labmate LMAQM-A132?

Choose this model when:

• Multiple air parameters must be monitored together

• AQI reporting is required for compliance tracking

• Portable monitoring is preferred over fixed systems

• Monitoring is needed in labs, healthcare, or classrooms

Which model should you choose?

• LMAQM-A129 → General indoor monitoring

• LMAQM-A130 → Healthcare and advanced environments

• LMAQM-A131 → Laboratory-focused monitoring

• LMAQM-A132 → Multi-environment advanced monitoring

Frequently Asked Questions

Q1. What is CO₂ monitoring used for?
       It helps assess ventilation quality and indoor air freshness.

Q2. What is PM2.5 in indoor air monitoring?
       PM2.5 refers to fine airborne particles that can enter lungs and affect respiratory health.

Q3. What is TVOC?
       TVOC represents total volatile organic compounds released from materials like paints, furniture, and chemicals.

Q4. Is LabmateLMAQM-A132 suitable for continuous use?
       Yes, it is designed for continuous indoor monitoring with real-time readings.

Q5. How is AQI calculated?
       AQI is calculated using combined values of particulate matter, gases, temperature, and  humidity levels.

Q6. Does it require manual calibration?
       No, it supports automatic calibration for consistent measurement output.

Typical Applications 

• Laboratories: monitors controlled air conditions

• Offices: tracks CO₂ and VOC build up

• Healthcare: supports hygiene and air safety monitoring

• Classrooms: maintains healthy learning environment

Compliance & Standards

Labmate LMAQM-A132 supports structured indoor air monitoring aligned with:

• Indoor air quality assessment frameworks

• Occupational safety monitoring guidelines

• Laboratory environmental control standards

Executive  Summary