The Rapidox 1100 Oxygen Gas Analyser: Entry Level Oxygen Gas Analyzer based on Electrochemical OR Zirconia Oxygen Sensors

New for 2009 Cambridge Sensotec are pleased to offer the Rapidox 1100; our entry level oxygen gas analyser.  Based on the successful Rapidox 3100 this unit is smaller and more compact, yet retains many of the features offered in its larger brother.  It is our first ever unit offered with EITHER an electrochemical cell OR a zirconia cell at the same price!  The R1100 has a fixed flow sample pump for continuous sampling of the gas, and comes packed with features such as data-logging software, programmable alarms, programmable outputs and data-logging software.

The R1100E is based on the World-renowned Yuasa electrochemical cell which has a very long life (3-5 years) and is resistant to poisoning from carbon dioxide.  The 1100E is suitable for use with hydrogen, helium and CH₄ containing gases that are not compatible with zirconia.  Range is 0.01% to 100% O₂

The R1100Z is based on our Rapidox 3100 system and contains a zirconia sensor for enhanced range and speed.  Zirconia sensors have many advantages over electrochemical sensors such as speed of response and low ppm measurements.  However not all gases (e.g. flammable) are suitable for use with a zirconia sensor and in this case the R1100E is more appropriate.  Range is 1.0ppm to 100% O₂

Features

Applications

Continuous gas sampling via powerful internally located pump. Fast measurement response (around 10 seconds for a 90% response). Measurement range available 0% to 100% oxygen for E version and 1ppm to 100% for Z version Accuracy ± 1% of full scale with a stability better than ± 2% full scale per month. Easy to calibrate by the user using either one, two or three calibration gases (such as air). 0-5V and 4-20mA current loop outputs (both user programmable). RS232 data-output. Windows data logging software with MS-Excel compatible graphing. Programmable alarms (low and high condition) with outputs and visual warning. Up to five years sensor life expectancy.

Laboratory scale experiments where the control and monitoring of residual oxygen is critical. Air separation plants Medical Monitoring Industrial processes using low oxygen environments. E.g. wave soldering under nitrogen, vacuum welding, testing nitrogen generators Glove Boxes Control of critical oxygen atmospheres where high partial pressures are required. Food production Testing the purity of oxygen gas cylinders Gases containing hydrogen, helium or CH4 with the E version

Download a full R1100E specification (pdf)

Download a full R1100Z specification (pdf)

For more information, please contact Technical Sales who would be delighted to discuss your needs