Product Profile of Electrochemical Ozone Sensor With Low Detection Limit

Electrochemical Ozone Sensor with Low Detection Limit is available in complete stainless steel construction which is ideal for harsh chemical conditions and high pressures. The Ozone Sensor of series number 51301 can measure of a range from trace to saturation level of 0.1 ppb to 400 ppm. The Ozone Sensor is extensively used in In-line or at-line, dissolved and gaseous applications, semiconductor, power -steam, pharmaceutical and chemical industries. Electrochemical Ozone Sensor with Low Detection Limit is designed with protection cap with special surface treatment.

Ashutosh Overseas Enterprises is an all India distributor for Dextens, Switzerland and can offer electrochemical and thermal conductivity sensors and instruments for high precision measurements of Oxygen [O2], Ozone [O3], Carbon Dioxide [CO2], Hydrogen [H2] and Nitrogen [N2]. The products find application in beverage industry, pharmaceutical industries, chemical and petrochemical industries, semiconductor industry, nuclear plants and power plants.

Applications of Electrochemical Ozone Sensor with Low Detection Limit:

• In-line or at-line

• Dissolved and gaseous applications

• Semiconductor

• Power -steam,

• Pharmaceutical and chemical industries




Key Features of Electrochemical Ozone Sensor With Low Detection Limit

• Measurement gases in both dissolved and gaseous phase
• Detection limits less than 0.1 ppb (dissolved) or 0.5 ppm (v/v) gaseous
• Minimal membrane surface in contact with the sample reduces maintenance frequency
• Large anode surface: the anode is less quickly consumed by the electrochemical reaction and must thus be changed less frequently
• Easy calibration process: single point calibration due to absolute zero
• An Eeprom stores the calibration parameters and avoids recalibration process if the sensor is connected to another instrument
• Temperature sensor is integrated in the cathode assembly, enabling a faster temperature reading
• Protection cap with special surface treatment: the sensor is very hygienic
• Carbon-Di- Oxide insensitive configurations during oxygen measurement
• Protection cap with special surface treatment: the sensor is very hygienic
• Stainless steel construction: ideal for harsh chemical conditions and high pressures
• Very low detection limit and fast response time
• Easy calibration process