US AII O2 Oxygen Sensor PSR-11-77
US AII O2 Oxygen Sensor
US AII O2 Oxygen Sensor

US AII O2 Oxygen Sensor - PSR-11-77

Excellent stability and accuracy

Model: PSR-11-77

Product Introduction

US AII O2 Oxygen SensorPSR-11-77 Description:
Amperometric oxygen percentage sensor with excellent stability and accuracy under demanding application conditions. All oxygen sensors undergo extensive stability testing, including output in air, 30-inch water column pressure test, and stability test in 100% oxygen. All oxygen sensors provided by Analytical Industries Inc. are 'Made in the USA'.


Certifications

FDA, MDSAP, ISO13485, ISO9001


Replacement Guide

City Technology | MOX-4                                              
EnviteC | OOM105
International Technologies | M-07
IT Gambert | M-07
Maxtec | MAX-17/ R116P10
MSA | 804674
Pacifitech | PT-03
Penlon MTS
Sensor Tec | ST-03
Sensoronics | SS-03
Teledyne | T-7 (A51327)
Teleflex (Hudson) | 5558/ V-03


OEM Equipment

Monitors
Newport OM100
Sechrist 650
Teledyne 191

Teledyne 200



Analyzers

Teledyne 60T



US AII O2 Oxygen SensorPSR-11-77 Parameters:




1. In air at 25°C and 1 atm. Expected life is inversely proportional to changes in oxygen concentration, temperature, and pressure.
2. Under constant conditions. Calibrate as close to sample conditions as possible. For oxygen concentrations greater than 40%, calibrate with 95-100% oxygen.
3. Recommended temperature is 0-40°C. Sensor should only be stored intermittently at temperatures from -10 to 55°C.
4. At factory, unless otherwise agreed in writing. Under normal application conditions, Analytical Industries Inc. warrants this sensor to be free from defects in materials and workmanship during the warranty period; Analytical Industries Inc. will not be liable for damage caused by customer negligence.
5. Since customer applications are beyond our control, the information provided carries no legal liability. Customers should test under their own conditions to ensure the equipment is suitable for the intended application.