About Air and Gas Pollution Monitors
| Operating Temperature | -15 Degree C |
| Particle Size Range | PM 1.0,PM 2.5 PM 10 |
| Usage/Application | Ambient Air Quality Monitor |
| Weight | 0.6 Kg |
| Operating Time | 5 hours |
| Flow Rate | 2.83L/min (Imported Pump) |
| Country of Origin | Made in India |
Advanced Monitoring CapabilityOur air and gas pollution monitors are designed for high accuracy and comprehensive measurement, making them ideal for industrial, commercial, and environmental applications. Their digital-only display ensures instant and intuitive data access, while durable metal housing guarantees longevity even in challenging conditions.
Reliable Performance Across ConditionsThese monitors operate within a broad temperature range of 055C and withstand humidity up to 85% RH, making them suitable for varied climates and working environments. The precision measurement capability helps in maintaining regulatory compliance and promoting safer air quality standards.
FAQs of Air and Gas Pollution Monitors:
Q: How do I use the Air and Gas Pollution Monitor for testing and measurement?
A: Simply connect the monitor to an electric power source and position it in the area you wish to survey. The digital display will show real-time pollutant concentration levels between 0.001 and 10 mg/m, making it straightforward to assess air quality.
Q: What are the main benefits of using this pollution monitor?
A: Key benefits include its exceptional 99.99% accuracy, wide measurement range, robust metal build, and electric-powered operation. These features ensure both reliability and durability, making it an indispensable tool for air quality management.
Q: When should regular air and gas pollution monitoring be conducted?
A: Routine monitoring is recommended in industrial zones, laboratories, or environments with suspected pollutant presence. Regular checks help in early detection and timely response, promoting health and regulatory compliance.
Q: Where can these monitors be installed for optimal results?
A: Install the monitor in areas where air quality is critical, such as manufacturing floors, research labs, and public spaces. Their rugged design and adaptability to temperature and humidity variations ensure dependable operation in diverse locations.
Q: What process does the monitor use to ensure accurate readings?
A: The device employs high-sensitivity sensors and a digital-only display to provide real-time, accurate measurements of airborne pollutants within its specified range, accommodating temperature and pressure variations for consistent performance.
Q: How does the digital display enhance usability?
A: The digital display presents clear, immediate pollutant readings, reducing user interpretation errors and facilitating quicker decisions regarding air quality management.