AO2 AA428-210 Fast Response Temperature Compensated O2 Oxygen Sensor

High Accuracy Oxygen Sensor, 0- Range, Fast Response, Temperature Compensated, Compatible with AO2 AA428-210 and AO2PTB-18.10Key Features:1. High Precision & Wide Range: Features exceptional accuracy of 0.01% O2 across a full measurement range of 0- oxygen.2. Rapid Response: Achieves a T90 response time of less than 5 seconds for quick and reliable readings.3. Integrated Temperature Compensation: Built-in thermistor ensures stable and accurate output with minimal variation (less than 2%) across a wide operating temperature range from 0°C to 40°C.4. Long Service Life: Offers extended durability with an expected service life of up to two years in air at STP, or 360,000% O2 hours at 20°C.5. Stable Performance: Designed for reliability with low long-term output drift (less than 10% signal loss per year) and minimal zero offset (under 20µV).Product Details:This is a consumable oxygen sensor commonly used in equipment like oxygen index meters. It initiates a chemical reaction upon contact with air. The integrated thermistor actively compensates for output changes due to temperature, ensuring consistent performance.Specifications: Output in Air: 9-13mV Range: 0- O2 Accuracy: 0.01% O2 Linearity: 0- O2 Response Time: T90 < 5 sec; T99.5 < 40 sec O2 Signal: 100 ± 1% Zero Offset: < 20µV Operating Temperature Range: -20°C to +50°C Temperature Compensation: < 2% variation (0°C to 40°C) Pressure Ranges: Differential: 0-500mbar Max; Absolute: 500-2000mbar Humidity Range: 0-99% RH (non-condensing) Long-term Output Drift: < 10% signal loss/year Min. Recommended Load Resistance: 10kohm Color: Red Material: PlasticPackage Includes:1 x Oxygen SensorImportant Notes: Product appearance may vary slightly between production batches, which does not affect performance. Slight color variations in photos may occur due to lighting and monitor differences. Please verify compatibility with your device before purchase. This sensor is compatible with models such as AO2 AA428-210 and AO2PTB-18.10.