Maxtec MaxO2 OM-25A - 7 Specifications; Base Unit Specifications; Sensor Specifications

866.4.Maxtec www.maxtecinc.com8
»
The MAXO
2
®
analyzer may be disinfected using standard topical
disinfectants.
»
The MAXO
2
®
analyzer is not intended for steam, ethylene oxide or
radiation sterilization.
»
Store the MAXO
2
®
analyzer in a temperature similar to its ambient
environment of daily use.
7.0 SPECIFICATIONS
7.1 Base Unit Specications
Measurement Range:................................................0.0-100%
Resolution: ........................................................... 0.1%
Accuracy and Linearity: ................ ±1% of full scale at constant temperature, R.H.
and pressure when calibrated at full scale
Total Accuracy: ..........±3% Actual Oxygen Level over full operating temperature range
Response Time: ............... 90% of nal value in approximately 15 seconds at 23°C
Warm-up Time:................................................. none required
Operating Temperature: ............................... 15°C - 40°C (59°F - 104°F)
Storage Temperature:.................................. -15°C - 50°C (5°F - 122°F)
Atmospheric Pressure: .........................................800-1013 mBars
Humidity: .............................................0-95% (non-condensing)
Power Requirements:......................... 2, AA Alkaline batteries (2 X 1.5 Volts)
Battery Life: ...............................approximately 3000 hours in typical use
Low Battery Indication: .......................... "LOW BAT" icon displayed on LCD
Sensor Type: ................................. Maxtec MAX-250 galvanic fuel cell
Expected Sensor Life: ....... >1,500,000% O
2
Hours, over 2 years in typical applications
Dimensions: ....................3.5"(W) x 5.5"(H) x 1.5"(D) [89mm x 140mm x 38mm]
Weight: ........................................... approximately .92 lbs. (417g)
7.2 Sensor Specications
Type: .............................galvanic fuel sensor (0-100%)
Life: .............................. 2 years in typical applications
Interferent Volume % Dry Interference in O2%
Nitrous Oxide
75% <2%
Carbon Dioxide 10% <2%
Halothane 5% <2%
Enurane 5% <2%
Isourane 5% <2%
Helium 70% <2%
Sevourane 6% <2%
Desurane
15% <2%