Pro O2 Analyzer - Panel Mount Remote

Designed for installation on a control panel or other flat surface, the Nuvair Pro O2 Remote Panel Mount Analyzer samples in-line oxygen when the analyzer is mounted a short distance from the gas source or area requiring analysis. Choose from four power options.

SKU
9460
$265.00

When oxygen analysis is required away from where a panel mounted analyzer is installed, the Nuvair Pro O2 Panel Mount Remote Analyzer is the answer. Its threaded oxygen sensor is ideal for in-line gas sampling or monitoring of contained spaces. Used in a variety of industries including diving, inerting, welding, medical, and laboratories. Compatible with mixed gases like nitrox, heliox, and trimix. Three power options available.

Replacement Sensor

Sensor Replacement 9506

Power Options

  • 9-volt battery (SKU 9460-B)
  • Rechargeable lithium battery (SKU 9460-LB)
  • Wall plug-in (international) (SKU 9460-E)
  • DIN rail (SKU 9460-DP)

Specifications

Maximum Gas Flow Rate 0.5-2 L/min (~1 bar)
Accuracy ±1% of full scale at constant temperature and pressure (0-1 atm) when calibrated with 100% oxygen
Sensor Type electrochemical
Expected Sensor Life 36 months in air at 25°C/77°F and 50% rh
Range 0-100% oxygen
Response Time <6 seconds for 90% of final value
Operating Temperature 32-104°F (0-40°C)
Storage Temperature 32-122°F (0-50°C)
Operating Humidity 0-99% rh, non-condensing
Power 9-volt battery, rechargeable lithium battery, wall plug-in, or DIN rail
Dimensions
(L x W x H)
2 x 4 x 5-1/2 in
(5 x 10.2 x 14 cm)
Weight 11 oz (312 g)
Warranty 0 – 12 months free replacement
13 – 18 months 50% off replacement
19 – 24 months 25% off replacement

PLEASE NOTE: Never expose gas sensors to pressure or you may cause damage and/or false readings. Damaged sensors will not provide accurate gas analysis. Inaccurate gas analysis can lead to serious personal injury or death. Most gas analyzers can be used to analyze a regulated gas sample flow, the contents of a gas cylinder, or the flow from a regulator. The flow rate of gas must equal 1-5 L/min. To produce this flow, a Flow Restrictor and Regulator may be required.