The AQI has been breaking records with its numbers lately. With scores exceeding 300+ every day, tracking indoor air quality has become even more important. An Air Quality Monitor is an essential device that tracks harmful gases (Ozone (O3), CO2, VOCs and CO) and measures the level of pollutants and particles present in the air. Creative OZ Air provides advanced Air Quality Monitor solutions, built on proven technology and trusted standards. Creative Oz Air's products are developed in collaboration with CSIR-NEERI-approved systems.
These air quality monitors are designed with the latest sensor technology to provide reliable performance for every area, including industrial and consumer-grade. With accurate and real-time readings, these monitors manage workplace compliance and monitor indoor air quality. These monitors work efficiently, which helps workplaces to maintain a cleaner, safer, and healthier environment.
Air Quality Monitors designed by Creative Oz Air, built with advanced sensors and long-lasting components for continuous and accurate air-quality tracking. These systems come with Gas Sensitive Semiconductor (GSS) technology. They are easy to install and need minimal maintenance. They also support standard output signals for smooth integration with HVAC, BMS, and automation systems.
Air Quality Monitors help maintain a safe and controlled indoor environment, which makes it suitable for industries, offices, hospitals, labs, as well as hotels and homes. It's very easy to combine them with air-management systems. That makes it an ideal device for real-time monitoring, compliance and tracking air quality performance data.
Air Quality Monitor plays a key role in Large factories, production facilities, and manufacturing areas. These monitors track the quality of the air. Industries need to provide a safe environment for their employees. For this, air quality monitors become a handy system to keep track of the air pollutants in the air.
Using an Air Quality monitor for standard offices, corporate buildings, and large shopping malls is one of its important applications. These monitors help to maintain a clean and comfortable environment while supporting automated HVAC control. Because of this, you can improve the whole building's performance while ensuring the well-being of workers with no more complaints.
The healthcare industry needs constant air monitoring to make sure the environment is clean and it will not put the patient's life at stake. Whether it's Hospitals, clinics, operating theatres, or patient rooms, air quality monitors play their role efficiently. Hospitals need accurate and real-time air quality data to take action immediately.
Air Quality Monitors are also used by science and research labs where experiments are conducted. It is really important to maintain controlled air conditions in a lab, otherwise, the sensitive experiments can be ruined. Air quality monitoring ensures the safety of equipment and the protection of researchers. Continuous monitoring provides compliance with safety standards and reduces the risk of contamination.
In easy language, it is a broad system that manages a building's overall air quality. This device works with HVAC and air filtration systems with full automation. This feature makes it energy efficient, as it only runs at full capacity when necessary, not all the time. So, if the monitor detects dust in the air, the system automatically turns on the filter, and when the air is clean, it turns it down.
This Ozone Monitor & Controller delivers fast, accurate ozone concentration tracking using advanced semiconductor sensing. This monitor samples the environment continuously and automatically adjusts the control outputs to keep the ozone level on safety limits. With a smart alarm system, a clear LED display, and reliable, long-life components makes it a practical, low-maintenance solution for any ozone-regulated space.
| Type | Specification |
|---|---|
| Product Identifier | Ozone Air Monitor & Controller (OZ-AIR®) |
| Analyte Gas | Ozone (O3) |
| Sensor Technology | Built-in Gas Sensitive Semiconductor (GSS) |
| Alarm Set Point Range | Settable Throughout The Range |
| Detection Range | 10 - 1000 PPB (Parts Per Billion) |
| Resolution or Precision | 1 PPB (Parts Per Billion) |
| Calibration Accuracy | ± 2% |
| Analog Signal Output (BMS Interface) | 0 - 5V DC |
| Digital Communication Protocol | RS 232 (Optional) |
| Switching Output Capacity (Relay) | 24 V; 5A (MAX), 220 V AC, 2 Amp |
| Operational Temperature Limits | -5oC to 50oC |
| Power Input Requirement | 11 - 24V DC |
| Maximum Power Draw | 2.5 - 6 Watts (MAX) |
| Operational Relative Humidity | 5% to 95% (Non Compensating) |
| IP/NEMA Rating (Ingress Protection) | IP 20 & NEMA 1 Equivalent |
| Compliance or Certifications | Part 15 of FCC Rules |
| Housing Material | Flame resistant Thermoplast PS/SS |
This VOC Monitor & Controller uses advanced semiconductor sensors. This monitor is designed for accurate, real-time detection of indoor VOCs and odors. This VOC monitor gives full flexibility to different types of ventilation setups by supporting duct, plenum, and space mounting. Continuously tracks the VOC level and sends perfect, accurate, and stable signals to the central controller that enable dynamic adjustment of ozone-based purification systems. The best option for improving indoor air quality with a reliable, efficient, and low-maintenance solution.
| Type | Specification |
|---|---|
| Product / Instrument Name | VOC Monitor & Controller (Creative OZ-AIR®) |
| Sensing Technology | Gas Sensitive Semiconductor (GSS) |
| Analyte Detected | Total Volatile Organic Compounds (TVOCs) |
| Measurement Range | 0 - 500 ppm |
| Display Resolution | 1 ppm |
| Measurement Uncertainty | < ±10% |
| Monitoring Mode | Continuous |
| Display Type | LCD / LED Display |
| Alarm Setpoint | User Adjustable (Settable Throughout Range) |
| Analog Output | 0 - 5 VDC |
| Digital Output | RS-232 (Optional) |
| Operating Temperature Range | -5oC to 40oC |
| Input Power Requirement | 11 - 24V DC |
| Relay Output (Switching Capacity) | 24V DC, 5A (Max) / 220V AC, 2A |
| Operating Relative Humidity (RH) | 5% to 95% (Non-Condensing) |
| IP/NEMA Rating (Ingress Protection) | IP 20 & NEMA 1 Equivalent |
| Compliance or Certifications | Part 15 of FCC Rules |
| Housing Material | Flame resistant Thermoplast PS/SS |
CO₂ monitors deliver exact and maintenance-free air quality measurement. This monitor uses a gold-plated NDIR sensor, an advanced sensor technology. This monitor accurately detects CO₂ levels up to 2000 ppm and converts the reading into a stable 0–10 V or HI/LO output signal. This feature makes it a good choice for climate zones and ventilation ducts. This monitor also provides reliable performance, long service life, and simple installation, which makes it fit seamlessly into modern HVAC and automation systems.
| Type | Specification |
|---|---|
| Product Identifier | CO2 Monitor & Controller (Creative OZ-AIR®) |
| Analyte Gas | Carbon Dioxide(CO2) |
| Mounting Configuration | Wall Mounted / Duct Mounted |
| Sensor Technology | Gas Sensitive Semiconductor (GSS) |
| Measurement Range | 0 - 2000 PPM |
| Max Power Consumption | 2.56 Watts (MAX) |
| Measurement Accuracy | ± 30 ppm ± 2% of reading |
| Display | 4 digits, 7 segments LCD with ppm indicator |
| Digital Communication | RS 485 |
| Operational Temperature Range | -5oC to 50oC |
| Input Power Requirement | 24 VDC |
| Alarm Setting | Settable Throughout The Range |
| Digital-to-Analog Resolution (D/A) | 10 bits, 10 mV |
| Operating Relative Humidity (RH) | 0% to 95% non condensating |
| Response Time | < 10 sec. @ 30 cc/min flow rate |
| Analog Output Signal | 0 - 10 VDC for 0 - 2000 ppm vol |
| Ingress Protection (Enclosure Rating) | IP 20 & NEMA 1 equivalent |
This integrated IAQ monitor is designed to measure up to six key indoor air quality parameters with one compact instrument. With dedicated sensors, this monitor provides exact numbers and real-time data continuously for detecting CO₂, CO, TVOC, ozone, temperature, and humidity. This monitor is built for reliable, long-term monitoring in professional and residential environments. With advanced sensing technology, these monitors also provide fast sampling and easy integration.
| Type | Specification |
|---|---|
| Product Series | AQM 6 Series (Integrated Air Quality Monitor) |
| Simultaneous Parameters | Up to 6 Parameters (Single Instrument) |
| Target Gases & Parameters | CO2, CO, TVOC, Ozone(O3), Temp, Humidity |
| Sensor Technology | GSS, Optical (PID / NDIR) |
| Sampling Method | Active Air Sampling (With Pump/Fan) |
| Calibration | Zero and Span Calibration Facility |
| Display Interface (Model Dependent) | 5.7" Color Touch Screen / Backlit LCD / LED Indicators |
| Data Logging | SD Card & PC Logging Support |
| Analog Output Options | 0 - 10V DC, 0 - 5V DC, or 4 - 20mA |
| Mounting Options | Duct Mounted / Space (Wall) Mounted |
| Control Interface | Programmable Dry Contacts (User Assignable) |
| Operation Mode | 11 - 24V DC |
Creative OZ AIR gives you an Air Quality Monitor that is essential to any business and promotes safety, compliance, and productivity as core requirements. Designed to constantly monitor real-time air quality, detect multi-parameters, and integrate easily into any existing system, this air quality management tool assures that your facility meets the industry demands and is a safe environment for its employees and equipment. The Air Quality Monitor is a progressive investment to keep air quality at its highest level for industries.
An ozone monitor is a device used to measure the concentration of ozone gas (O3) in the atmosphere or in enclosed spaces.
Ozone monitors typically use sensors or detectors that respond specifically to ozone molecules. When ozone is present, the sensor generates a signal proportional to the concentration of ozone in the air.
Ozone concentration is commonly measured in parts per million (ppm) or micrograms per cubic meter (µg/m³), depending on the specific application and regulatory requirements.
Ozone monitors are used for environmental monitoring of outdoor air quality, occupational safety in workplaces where ozone may be generated, and indoor air quality assessment in environments where ozone-generating devices are used.
Ozone monitors require periodic calibration according to manufacturer specifications to ensure accuracy. The frequency of calibration depends on factors such as the type of monitor, usage conditions, and regulatory requirements.
In addition to calibration, ozone monitors may require routine maintenance such as sensor cleaning, sensor replacement, and checks for drift or contamination to ensure reliable performance.
Yes, many jurisdictions have regulations and guidelines governing ozone exposure limits for both outdoor and indoor environments. Ozone monitors play a crucial role in assessing compliance with these standards.
Some ozone monitors are equipped with data logging capabilities, allowing for the recording of ozone concentration measurements over time. This data can be used for analysis, trend monitoring, and regulatory reporting purposes.
When selecting an ozone monitor, consider factors such as the intended application, measurement range, accuracy requirements, regulatory compliance, and budget. It's also essential to choose a monitor from a reputable manufacturer with a track record of reliability and customer support.
You can find more information about ozone monitors from manufacturers, environmental agencies, occupational safety organizations, and scientific publications specializing in air quality monitoring and instrumentation. Additionally, consulting with experts in the field can provide valuable insights and recommendations.
