Description
Features:
- ๐ย DETECT:ย Full range 0-100% O2 purity check for O2 machines or tanks.
- ๐ย LIFE:ย 9V lithium battery, and 2-3 year sensor life.
- โ๏ธย ย TEST:ย Dome compatible with tank Yoke or DIN valves.
- ๐ต๏ธย ย TRUSTWORTHY:ย 1-year limited warranty. Signed and dated calibration certificate included.
Details:ย A robust oxygen analyzer built to test full-range 0-100% O2 purity for O2 machines or compressed tanks. Comes with a dome fitting that is compatible with Yoke/DIN valves. IP67-rated waterproof and shockproof (20ft drop) makes it a robust unit for outdoor use. Comes with an installed 9V lithium battery, 2-3 year sensor lifespan, calibration/QA certificates, and 1-year warranty. USA-tested and verified. Professional reliability meets rugged durabilityโthe trusted choice for oxygen monitoring in demanding environments.
Included:ย Oxygen analyzer, user manual, rubber dome, calibration cap, a metal alligator belt clip, and aย calibration certificate.
Calibration Options:ย ย
Calibration Service by Forensics Detectors
Calibration Tutorial (DIY)
Calibration Kit Itemsย (DIY sold separately):
Calibration Gas (N2)
Calibration Gas Regulator (C10)
Bump Gas (N2)
Tubing
Other Accessoriesย (sold separately):
Gas Sensor Replacementย (O2)
Gas Detector Hard Case
Gas Detector Pouch
Gas Detector Stand
Pump and Probe
Specifications
Oxygen (O2) Detection:ย 0 โ 100% with 0.1% resolution
Response Time:ย 120 sec
Error:ย Better than +/- 5% full scale
Display:ย Bright backlight, high contrast LCD
Operating Temperature:ย 0 โ 130F
Operating Humidity:ย < 95% RH non-condensing
Gas Sensor Type:ย Electrochemical Gas Sensor
Sensor Life:ย 2-3 years
Recommended Calibration Period:ย 12 months
Weight:ย about 5.3 oz(including battery)
Dimensions:ย 110 mm ร 45 mm ร 31 mm
Protection Category:ย IP67
Certification:ย CE
Calibration Location (USA):ย Los Angeles, California, USA
Calibration Standard (USA):ย USA NIST Traceable Gas Source
Calibration Location (Europe):ย Athens, Greece
Calibration Standard (Europe):ย European NPL Traceable Gas Source

