The Rochette sensor is a sensor for measuring oxygen concentration in many different applications such as industrial process control, environmental monitoring, medical devices and aerospace. The Rochette sensor is based on an electrochemical principle that allows for fast and accurate measurement of oxygen concentration. Measuring oxygen concentration is critical in many applications where variations in oxygen concentration can lead to serious consequences.
How do I use a Rochette sensor?
The steps for using a Rochette sensor are as follows:
1. Preparation
Before you can use a Rochette sensor, you need to prepare some tools and materials. These tools and materials include:
- Rochette Sensor
- Oxygen Concentration Calibration Gas
- Oxygen Concentration Calibrator
- Cleaning Cloth
- Record Sheet
2. Calibrate the Sensor
Before you use the Rochette Sensor, you need to calibrate the sensor. To calibrate the sensor, proceed as follows:
- Insert the sensor into the oxygen concentration calibrator.
-Turn on the oxygen concentration calibrator and set it to the desired oxygen concentration.
-Wait a few minutes until the sensor stabilizes at the desired oxygen concentration.
- Record the sensor reading and compare it to the desired oxygen concentration to ensure the accuracy of the sensor.
3. Measuring Oxygen Concentration
After calibrating the sensor, you can use the Rochette sensor to measure the oxygen concentration. To measure the oxygen concentration, proceed as follows:
- Insert the sensor into the oxygen environment to be measured.
-Wait a few minutes until the sensor stabilizes at the desired oxygen concentration.
- Record the sensor reading and compare it to the desired oxygen concentration to determine if the oxygen concentration is within the desired range.
4. Cleaning the Sensor
After using the Rochette sensor, the sensor needs to be cleaned. The steps to clean the sensor are as follows:
- Gently wipe the sensor surface with a cleaning cloth to remove dust and dirt.
-Do not use water or chemicals to clean the sensor as this may damage the sensor.