weather parameter
10 types of weather parameters to accurately track the atmosphere around you
Designed with cutting-edge technology, this system is designed for Continuous Monitoring Application to be installed open to sky at the prescribed monitoring location. With its robust construction, user-friendly interface, seamless integration and connection capabilities, the SAM-X delivers reliable performance and peace of mind. The system has a facility to incorporate Meteorological parameter measurements.
Continuous Weather Monitoring
Track the real-time weather changes around you
Features
Digital display, easy to read and operate
Email and SMS alerts, FTP to other servers and USB data recording
Easy configurator with inbuilt Web UI
No Pre-heating time required , Low Maintenance
Long term calibration stability with high resolution readings at low cost
Customer Support and consumables/spares are readily available
Best in class* User Experience
Real-Time Data Transmission & Analysis tool to find pollutants trends
Explore Datalogging Excellence using Data Drishti Software
Parameters
Carbon Monoxide
Odorless gas; causes fatal poisoning in confined spaces.
Sulphur Dioxide
Pungent gas ,respiratory problems and acid rain contributor.
CARBON DIOXIDE
Non-toxic normally; high concentrations can cause suffocation
AMMONIA
Toxic, corrosive; respiratory damage and environmental contamination risk.
CHLORINE
Highly toxic; corrosive leaks pose immediate health dangers.
OZONE
Reactive gas; causes respiratory issues and lung damage
hydrogen chloride
Corrosive gas; severe respiratory damage upon contact or inhalation
Nitrogen Dioxide
Significant pollutant; irritates lungs, contributes to urban smog.
Oxygen
Asphyxiants displace oxygen, causing oxygen deficiency and harm.
Technical Specifications
Use Cases
Industrial Parks
Monitoring air quality across large industrial parks to track emissions from multiple factories and plants
Benefit: Ensuring regulatory compliance and protecting nearby communities from harmful pollutants
Commercial Zones
Installing AQI monitors in commercial zones to track emissions from vehicles, businesses, and public spaces
Benefit: Improving public awareness of air quality in busy shopping and entertainment areas
Industrial Manufacturing
Monitoring air quality in large industrial manufacturing zones to track emissions of pollutants such as volatile organic compounds (VOCs), CO2, and SO2
Benefit: Ensuring compliance with emission norms and minimizing environmental impacts
Power Plants
Monitoring the air quality around power plants to measure emissions of CO2, SO2, NOx, and particulate matter
Benefit: Ensuring compliance with emission limits and protecting surrounding communities
Transportation Hubs
Monitoring air quality at transportation hubs where high levels of vehicular and train emissions are present
Benefit: Reducing air pollution exposure for commuters and ensuring a healthier environment
Public Events
Monitoring air quality during large public events where crowd activity can cause short-term spikes in pollution
Benefit: Ensuring the safety and comfort of attendees by providing real-time AQI data
Traffic Congestion Areas
Installing AQI monitors in high-traffic zones to track vehicle emissions, especially NOx, CO, and particulate matter
Benefit: Reducing pollution levels by enabling real-time traffic management and route optimizations
School & Institutions
Monitoring air quality around schools to protect children from exposure to harmful pollutants like PM2.5 and NOx
Benefit: Ensuring a healthy learning environment and reducing long-term health risks for students
Fertilizer Manufacturing
Monitoring air quality in areas around fertilizer plants, where ammonia (NH3) and other harmful gases may be emitted
Benefit: Ensuring that emissions from fertilizer production are within safe limits for both workers and nearby residents
Ports & Logistics Hubs
Monitoring emissions from cargo handling, logistics operations, and diesel-powered equipment at large ports
Benefit: Reducing air pollution from logistics operations and ensuring compliance with air quality regulations
Houses Near industry
Monitoring air quality in residential areas adjacent to industrial zones to track pollutants like SO2 and particulate matter
Benefit: Ensuring air quality remains safe for residents and identifying industrial sources of pollution
Airports
Monitoring air quality at airports, where aircraft emissions, vehicular traffic, and industrial operations happens
Benefit: Protecting workers and travelers from exposure to pollutants, and ensuring compliance with environmental standards
Construction Sites
Tracking dust, particulate matter (PM2.5, PM10), and other pollutants from construction activities in urban areas
Benefit: Mitigating health risks to nearby residents and workers, and ensuring compliance with environmental regulations
Mining Operations
Installing AQI monitors around mining operations to measure dust, particulate matter, and other pollutants
Benefit: Protecting workers and nearby residents from harmful air pollutants and ensuring adherence to environmental laws
Cement Plants
Tracking emissions of particulate matter, CO2, and other pollutants from cement production
Benefit: Ensuring regulatory compliance and protecting nearby communities from air pollution
Oil Refineries
Monitoring emissions of VOCs, sulfur compounds, and particulate matter in areas surrounding refineries
Benefit: Protecting workers and communities from exposure to harmful chemicals
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