Modal Gallery Slideshow
Systech EC92DIS ATEX Portable Oxygen Analyzer
Intrinsically Safe Portable Oxygen Analyzer EC92DIS
Modal Gallery Slideshow
Intrinsically Safe Portable Oxygen Analyzer EC92DIS
The portable ATEX oxygen analyzer used to measure oxygen levels from Systech.
The EC92DIS portable oxygen analyzer can be used in hazardous areas – approved for II 1G Ex ia IIc Ga T4 – Zone 0 (ATEX). It is designed to measure oxygen levels and can detect oxygen levels as low as 1ppm, up to high percent oxygen levels and can be used on most industrial gases and atmospheres. There is no need for routine maintenance of the fuel cell, and the oxygen analyzer instrument may be easily calibrated, using ambient air or standard calibration samples.
SKU: 092 025
Applications: Gas Analysis Testing
Materials: Gas
Gas : Oxygen
Application : Intrinsically Safe
Measurement range : ppm and %
Technology : Electrochemical
ATEX Approval : 0
Power supply : 2 x PP3 dry batteries, fitted internally
Ingress protection : IP40
Dimensions : 102H x 257W x 271D mm
Approvals : ATEX II 1G Ex ia IIC Ga T4
Accurate oxygen level monitoring needed → Adopted Systech EC913 Process Oxygen Analyzer → Waste reduced, efficiency increased ✓
Sunshine Minting Inc. – a leading manufacturer of metal and base metal mint products – was in need of a process oxygen analyzer to ensure the perfect finish for a wealth of highly important customers. Specifically, they were searching for a solution to conduct oxygen detection in heat treating/annealing furnace atmosphere when it comes to the manufacturing of precious and non-precious metal coins.
Concentrations as low as 1,000 ppm can cause oxidation of certain metals at high temperature – and this can lead to cosmetic flaws. For example, the coin could result in a dull finish. That’s why we recommended our Systech EC900 Oxygen Process Analyzer – this monitors any oxygen (air) intrusion and ensures that any leaks can be blocked or plugged.
A spokesperson said, “‘The Systech O2 sensor has worked great and found 2 separate points of O2 intrusion in the Hayes furnace as well as proving to the annealing supervisors and operators that certain procedures were introducing O2 into all the furnaces. Installing the EC913 has resulted in savings of 800 cubic feet per hour of nitrogen on the Hayes alone.’ “
© 2026 Industrial Physics. All rights reserved. Privacy Policy Manage consent
Arrange a Service 
Make an Inquiry 
Request a Quote 
Get Product Support 
Arrange a Service 
