N.S.I.T. Dwarka, New Delhi, Delhi
GST No. 07DPQPK2722K1ZJ
Call 08047826423 83% Response Rate
Send Enquiry
Minimum Order Quantity: 1 Piece
| System type | Continuous |
| Parameters | PM10 PM2.5 |
| Data logging | Yes GSM |
| Enclosure type | Wall mount |
| Power supply | 230V AC |
| Communication | RS485 |
| Display type | LED |
| Mounting height | 5 m |
AAQMS is designed for continuous, real-time measurement of ambient air pollutants in the environment. It’s used for environmental compliance, air quality assessment, research, and health & safety monitoring in urban, industrial, and peri-urban areas.
Applications:
Environmental monitoring networks
Industrial fence line monitoring
Mobile and stationary air quality studies
Government/regulatory ambient air quality reporting
Research & academia air quality projects This system is highly configurable, allowing users to select the gases and particulate sensors needed based on local regulatory or project requirements — often supporting 30+ pollutant sensors.
Note: Specific features and sensor combinations are customized per customer requirement.
📡 Monitoring CapabilitiesAAQMS can monitor a wide range of ambient pollutants, including:
Gaseous Pollutants: SO₂, NO₂, CO, O₃, VOCs, NH₃ (selection based on sensor configuration)
Particulate Matter: PM2.5, PM10 and potentially TSP (as configured)
These pollutant measurements enable compliance with national and international air quality standards (e.g., NAAQS / CPCB guidelines).
🔍 System Components & FeaturesHousing / Enclosure: Powder-coated mild steel, IP-rated for outdoor protection
Power Supply: Typically 12.7 V DC battery support for backup operations
Data Display: On-device display for live data visualization
Data Logging: Internal memory for storing historical data
User Interface: Keypad for on-site configuration
Communication: Modem or external communication for cloud data upload / remote monitoring (e.g., GSM / GPRS – subject to configuration)
Environmental Protection: Designed for long-term field deployment under varying climate conditions
| Parameter | Typical Capability |
|---|---|
| Operating Environment | Outdoor, varying climates (with weather-proof enclosure) |
| Sensor Flexibility | Supports 30+ pollutant sensors by user requirement |
| Data Output | Display + remote/cloud transmission (modem) |
| Data Storage | Internal memory for logging |
| Power Backup | Battery support for continuity |
✔ Real-time continuous monitoring
✔ Customizable sensor suite based on application needs
✔ Robust outdoor enclosure suitable for permanent installation
✔ Integrated display and data storage
✔ Remote connectivity for centralized data reporting
Additional Information:
View Complete details
Minimum Order Quantity: 1 Piece
| Monitoring Mode | Online Continuous |
| Parameters Measured | SOx, NOx , & other parameter on demand |
| Measurement Technology | NDIR |
| Digital Output | RS485 |
| Analog Output | 4 to 20 mA |
| Brand | GREENCARE |
| Operating Temperature | 0-60 Degree C |
| Accuracy | ±2 % |
| Material | Mild Steel |
| Voltage | 230 V |
The Online Continuous Emission Monitoring System (CEMS) is an industrial-grade monitoring solution designed for real-time, continuous measurement of air pollutant emissions from industrial stacks, flues, and exhaust points. This system helps industries comply with environmental regulations, monitor pollutant levels, and maintain optimal combustion and pollution control performance.
CEMS are used across industries such as power plants, cement, steel, chemical, petrochemical, waste incinerators, and process industries where gas emissions monitoring is mandatory. Quick Engineering’s CEMS typically integrates gas analyzers, data acquisition, and display systems to deliver ongoing emission data.
🧰 Typical ApplicationsIndustrial stack emission monitoring
Regulatory compliance (CPCB/SPCB guidelines)
Environmental reporting and auditing
Combustion efficiency analysis
Pollution control and process optimization
Measured Parameters
Continuous monitoring of key pollutants such as:
SO₂ — Sulphur Dioxide
NO/NOx — Nitrogen Oxides
CO — Carbon Monoxide
CO₂ — Carbon Dioxide
O₂ — Oxygen
Particulate matter (PM / SPM) if configured
(May include other gases depending on sensors installed)
NDIR (Non-Dispersive Infrared) sensors typically used for gas concentration measurement.
High-resolution and fast-response analyzers for accurate trending.
Display offering real-time concentration graphs and data trends.
Measuring range: Approx. 0–1000 ppm or configurable per gas.
Resolution: ~0.1 ppm / appropriate per gas.
Response Time: ≤30 seconds to detect changes in gas levels.
Operating Environment: –20°C to +50°C typical, 15–90% RH non-condensing.
Color touch display (e.g., 7″ HMI) for real-time monitoring and user interface.
Trend graphs for SOx, NOx, and other pollutant parameters.
Data logging and storage with timestamped records.
Common interfaces include RS-485 / Modbus for integration with DCS/SCADA or external DAHS systems.
Data output for environmental reporting and compliance checks.
Standard industrial supply 230 VAC power source with internal conditioning.
Extractive sampling from stack with filtering and conditioning before analysis.
Gas sample fan and internal pump unit for reliable sampling.
✔ Continuous real-time emission monitoring
✔ High-resolution gas detection and trend graphs
✔ User-configurable sampling intervals
✔ Automatic calculation and display of pollutant values
✔ Data storage and export options
✔ Communication interfaces (Modbus/RS-485/DCS
Additional Information:
View Complete details
A Dust Monitoring System is an environmental control solution designed to measure and manage airborne particulate matter in real time. It uses sensors to detect dust particles such as PM2.5 and PM10 in industrial, construction, mining, and urban areas. The system collects data continuously and displays it through digital dashboards or cloud platforms for analysis and reporting. Advanced models include alarms, automated water sprinklers, and IoT connectivity for remote monitoring. By providing accurate readings, it helps industries comply with environmental regulations, improve air quality, protect worker health, and reduce pollution-related risks. Overall, it ensures safer workplaces and cleaner surrounding environments.
View Complete details
A Ground Water Level Indicator is a device used to measure and monitor the depth of water below the earth’s surface in wells or boreholes. It helps determine the availability of groundwater for domestic, agricultural, and industrial use. The system typically consists of a probe, sensor cable, and a display unit that shows the water level accurately. When the probe touches water, it sends a signal indicating the depth. This instrument is essential for managing water resources, preventing over-extraction, and planning irrigation. It provides reliable data for environmental studies, construction projects, and sustainable groundwater management practices.
View Complete details