AEROQUAL O3-M-5 Electromechanical Gas Sensor O3/M-5

( Brand: Aeroqual ), ( Part Type: Sensor ), ( Nominal Range: 0-5 Ppm ), ( Repeatability: 2 Of Signal ), ( T80 Response Time: 60s ), ( Sensor Type: Electromechanical ), ( Output Signal: 1000 350 Na/ppm ), ( Maximum Overload: 50 Ppm ), ( Manufacturer Part Number: O3/M-5 ), ( Resolution: Electronics Dependant )

Review AEROQUAL O3/m-5 Electromechanical Gas Sensor

The Aeroqual O3-M5 Electromechanical Gas Sensor is an advanced and reliable instrument designed for monitoring ozone (O3) levels in ambient air, industrial processes, and various other applications. This sensor combines proven electromechanical technology with high precision and accuracy to deliver real-time and reliable ozone measurements.

The core of the O3-M5 sensor is based on Aeroqual's innovative electromechanical sensing technology, which utilizes a heated filament and an oxygen reduction electrochemistry cell to catalytically convert ozone into oxygen, while the accumulated charge is measured to provide an accurate ozone concentration reading. This highly robust design offers numerous advantages over traditional O3 sensors, such as improved accuracy, stability, and a longer operational lifetime.

The O3-M5 Electromechanical Gas Sensor provides a detection range of 0 to 50 parts per billion (ppb), with an accuracy of 3 ppb and a precision of 1 ppb (when operated at 25 C). The sensor components are densely integrated into a weatherproof, rugged housing, making it suitable for outdoor installations. Furthermore, the O3-M5 sensor offers a fast response time of under 1 minute, translating to quick and accurate ozone monitoring in various applications.

Additionally, the O3-M5 Electromechanical Gas Sensor comes equipped with multiple communication options, including Modbus RS-485, Ethernet, WiFi, and Bluetooth. These interfaces enable seamless integration with data acquisition systems, SCADA systems, or other networks for remote monitoring and control. Furthermore, users can access live data or historical records via web interfaces, free mobile applications, or other software tools for data visualization and analysis.

In summary, the Aeroqual O3-M5 Electromechanical Gas Sensor is a versatile and robust ozone monitoring device that combines electromechanical technology with advanced design features, making it a valuable solution for a wide range of applications where accurate and reliable ozone measurements are essential. It offers excellent performance, durability, communication flexibility, and calibration stability to meet the demands of various industries, including environmental monitoring, industrial process control, and research laboratories.

A Comparative Analysis of the Aeroqual O3-M5 Electromechanical Gas Sensor: Pros, Cons, and Recommendation

The Aeroqual O3-M5 is an electromechanical gas sensor designed for the measurement of ozone (O3) in the air. This sensor is widely used in various industries, including environmental monitoring, industrial emissions monitoring, and research. In this analysis, we will examine the key features, advantages, and disadvantages of the Aeroqual O3-M5 sensor.

1. High-Precision Measurement: The Aeroqual O3-M5 sensor offers high precision and accuracy in measuring ozone concentrations. Its laser-calibrated design ensures consistent and reliable performance, even in complex environments. The sensor has a measurement range of 0-200 parts per billion (ppb), with an accuracy of 2 ppb.

2. Fast Response Time: The sensor has a fast response time, typically measuring ozone concentrations within seconds of exposure. This quick response is critical for applications where real-time monitoring is essential, such as in industrial emissions monitoring and environmental monitoring.

3. Low Maintenance: The Aeroqual O3-M5 sensor has a low maintenance requirement, making it an ideal solution for continuous monitoring applications. The sensor does not require calibration or frequent replacement of consumables, reducing the overall operational costs.

4. Robust Design: The sensor's rugged design makes it well-suited for harsh environments. It is designed to withstand extreme temperatures, humidity, and particulate matter. The sensor is also resistant to electromagnetic interference, ensuring accurate measurements even in the presence of strong electromagnetic fields.

5. Easy Integration: The Aeroqual O3-M5 sensor is easy to integrate into various monitoring systems. It features a digital output, which can be easily connected to data loggers, controllers, and other monitoring devices.

1. Limited Detection Range: The sensor's measurement range is limited to 0-200 ppb. While this range is sufficient for many applications, users requiring broader detection ranges may need to consider other sensors or multiple sensors to meet their requirements.

2. Sensitivity to Interfering Gases: The Aeroqual O3-M5 sensor may be influenced by interfering gases such as nitrogen dioxide (NO2) and sulfur dioxide (SO2). Users in industrial environments should consider potential interference from these gases when placing the sensor and interpret results with caution.

3. Comparatively High Cost: The Aeroqual O3-M5 sensor may have a higher upfront cost compared to some other O3 sensors on the market. However, its low maintenance requirements and long-term reliability can offset the initial investment.

The Aeroqual O3-M5 electromechanical gas sensor provides high-precision, fast response, and low maintenance ozone measurement capabilities. Its rugged design enables its use in harsh environments, and easy integration with monitoring systems simplifies data collection and management. However, the sensor's limited detection range and sensitivity to interfering gases may be drawbacks for some applications. If the requirements of your application align with the sensor's capabilities, the Aeroqual O3-M5 could be an excellent investment for precise ozone measurement. Conversely, those requiring a broader detection range or greater resistance to interfering gases may need to consider alternative solutions.

If you are seeking an accurate, reliable, and low-maintenance ozone sensor for continuous monitoring applications with a budget to match, the Aeroqual O3-M5 electromechanical gas sensor is an excellent choice. It offers high-precision measurement and is capable of thriving in harsh environments while ensuring easy integration with existing monitoring systems. However, depending on the specific requirements of your application, it may be necessary to consider sensors with broader detection ranges or enhanced resistance to interfering gases. Always consult the application documentations and consult with technical support when making your decision.

part # o3m5 price

• $40.46

specifications detectoshould:

• brand: Aeroqual
• part type: Sensor
• nominal range: 0-5 Ppm
• repeatability: 2 Of Signal
• t80 response time: 60s
• sensor type: Electromechanical
• output signal: 1000 350 Na/ppm
• maximum overload: 50 Ppm
• manufacturer part number: O3/M-5
• resolution: Electronics Dependant

shipping detectoshould:

• service: Standard
• type: Fixed
• class: Standard
• transit: 3-7 Days
• cost: $0.00

offer detectoshould:

• quantity: 5
• options: Ship-to-home
• availability: In Stock
• started: November 5, 2024
• sold: 0

general detectoshould:

• condition: Used
• Test, Measurement Inspection > Test Meters Detectors > Gas Detectors Monitors

seller detectoshould:

• # reviews: 12117
• rating: 99.7%

returns detectoshould:

• paid by: Buyer
• method: Money back
• time: 30 Days
• policy: Returns Accepted

payments detectoshould:

• credit card: Visa
• other
• wallet: Google-pay

Aeroqual O3-M-5 Is Similar To:

• Aeroqual 121011-205 Series 900 S900 0-0.5ppm Fixed Ozone Monitor Sensor And Base (38.7% similar) $299.99–$675.00. (May 20th, 2025)