CiTiceL 4OXY (CT) Oxygen Sensor

Key Features of the CiTiceL 4OXY (CT) Oxygen Sensor

Technology and Measurement Range

The CiTiceL 4OXY (CT) operates on advanced electrochemical technology, allowing for precise oxygen level detection within the range of 1-25% volume O2. This wide measurement range ensures its versatility across different use cases.

Maximum Overload Capacity

This sensor can handle up to 30% volume O2 as its maximum overload, making it robust for demanding applications where occasional spikes in oxygen concentration might occur.

Output Signal and Response Time

The output signal of the CiTiceL 4OXY (CT) is 0.10 ± 0.02 mA in air, ensuring accurate readings. Moreover, it boasts a quick response time of less than 15 seconds, critical for real-time monitoring and adjustments in various industrial processes.

Zero Current Offset

With a zero current offset of less than 0.6% volume O2, this sensor ensures minimal drift, maintaining the integrity of its measurements over time.

Operating Temperature Range

The CiTiceL 4OXY (CT) functions effectively within a temperature range of -20°C to +50°C, making it suitable for diverse environmental conditions.

Advantages of the CiTiceL 4OXY (CT) Oxygen Sensor

High Accuracy and Stability

The CiTiceL 4OXY (CT) is renowned for its high accuracy and long-term stability, making it a reliable choice for continuous monitoring in critical applications.

Fast Response Time

A fast response time of less than 15 seconds ensures that the sensor can provide real-time data, essential for dynamic environments requiring immediate action based on oxygen levels.

Durability and Long Life

Designed to withstand harsh conditions, the CiTiceL 4OXY (CT) offers exceptional shock and vibration resistance, contributing to its long operational life.

Compatibility with Various Gases

While sensitive to some interfering gases such as ozone and chlorine, the sensor remains highly compatible with most other common gases, ensuring broad applicability.

Disadvantages of the CiTiceL 4OXY (CT) Oxygen Sensor

Interference from Certain Gases

Despite its strengths, the CiTiceL 4OXY (CT) can be affected by highly oxidizing gases like ozone and chlorine, which can interfere with its oxygen readings.

Unsuitability for High CO Concentrations

This sensor is not recommended for use in environments with high concentrations of carbon monoxide (CO) above 25% volume, as it may affect the accuracy of oxygen measurements.

Applications of the CiTiceL 4OXY (CT) Oxygen Sensor

• Air Quality Control: Ensuring safe and breathable environments.
• Industrial Process Monitoring: Precise measurements for various processes.
• HVAC Systems: Maintaining optimal indoor air quality.
• Medical Applications: Essential in respiratory and anesthetic equipment.
• Agricultural Uses: Influencing plant growth in greenhouses.
• Scientific Research: Providing reliable data for experiments and studies.

Important Considerations

When using the CiTiceL 4OXY (CT) sensor, avoid exposure to high concentrations of solvent vapors, which can affect performance. Protect the sensor from gases like ozone and chlorine that interfere with oxygen measurements. Acidic gases such as CO2 and SO2 can be absorbed by the sensor’s electrolyte, altering the oxygen signal.

For more detailed information, including specific application guidelines and lead times for custom-imported equipment, refer to the product catalog.

FAQs

What technology does the CiTiceL 4OXY (CT) Oxygen Sensor use?

The CiTiceL 4OXY (CT) Oxygen Sensor uses advanced electrochemical technology for precise oxygen level detection.

What is the measurement range of the CiTiceL 4OXY (CT) Oxygen Sensor?

It measures oxygen levels within the range of 1-25% volume O2 and can handle up to 30% volume O2 as its maximum overload.

How fast is the response time of the CiTiceL 4OXY (CT) Oxygen Sensor?

The sensor boasts a quick response time of less than 15 seconds, ensuring real-time data monitoring.

What environments are suitable for the CiTiceL 4OXY (CT) Oxygen Sensor?

It operates effectively within a temperature range of -20°C to +50°C, suitable for diverse environmental conditions.

Are there any gases that can interfere with the CiTiceL 4OXY (CT) Oxygen Sensor?

Yes, highly oxidizing gases like ozone and chlorine can interfere with its oxygen readings.

What are the main applications of the CiTiceL 4OXY (CT) Oxygen Sensor?

It is used in air quality control, industrial process monitoring, HVAC systems, medical applications, agriculture, and scientific research.