The Model OxyTrans is simple, accurate and economic measurement of Oxygen at trace and % levels. A simple Display and one point calibration allow easy and fast start-up of the instrument.
optional 1/2 G Ex ia IIC T4 (ATEX)
Parameters | Oxygen % Oxygen ppm |
Method | Electro chemical |
ATEX | Ja |
SIL | Ja |
Range | 0 – 100 % (on request) |
Accuracy | +/- 2 % FSD |
Response time T 90 | 0 – 10 ppm = 45s |
Output | 4 – 20 mA |
Supply Voltage | 10 – 35V |
One User specific measuring range
The unit will be available with ranges between 0-10 ppm and 0 – 100% of oxygen. The ppm range can be switch at 10.000/ 1.000/ 100/ 10 ppm and the % range at 25/ 2,5/ 0,25 % O2.
Sensor
The OxyTrans uses a special fuel cell to measure the oxygen concentration. The sensor meets the industrial requirements for accuracy, sensitivity, easy to use and operating life.
Calibration
The calibration of the instrument for trace oxygen measurements in gas, should be done with a calibration gas. The concentration can be chosen freely within the measuring range. In the percent range the unit can calibrated with air. A zero set point is also possible.
Features
Flow-through measuring cell in Stainless Steel
Parameters | Oxygen % Oxygen ppm |
Method | Electro chemical |
Range | 0 – 100 % (on request) |
ATEX | Ja |
SIL | Ja |
Accuracy | +/- 2 % FSD |
Resolution | 0,1 ppm |
Flow rate | ca. 1 l/m |
Pressure | 0,1 – 1 bar |
Calibration | Air |
Response time T 90 | 0 – 10 ppm = 45s |
Gas temperature | 0 – 50 °C |
Output | 4 – 20 mA |
Supply Voltage | 10 – 35V |
Display | LCD 6 Digits |
Protection Class | IP 65 |
Connection | 6 mm |
Dimensions | 120 x 160 x 65 |
Weight | 2 Kg |
Your satisfaction is our top priority. That is why we have made it our mission to offer our customers a comprehensive portfolio. We are happy to conduct detailed consulting and coordination discussions in order to find optimal solutions for your concerns together in cooperation with you. Through our years of experience in gas analysis and moisture measurement we are your ideal partner.