ATI Model H10-14 Low Range Ozone (O3) Smart Sensor (Use with F12 Toxic Gas Transmitter)

ATI Model H10-14 Low Range Ozone (O3) Smart Sensor

H10-14LR Datasheet

Model H10-14 Ozone sensor is an electrochemical device used for the detection of O3 gas leaks in ambient air. It is designed to be used in conjunction with ATI’s Model F12 toxic gas transmitters. H10-14 sensors contain internal electronics and

memory that control sensor bias and store calibration data, calibration history, and limited data log. O3 sensors operate by generating a small electrical current proportional to the partial pressure of ozone gas in the surrounding air. The current is the result of the reduction of ozone on the surface of a catalytic electrode, with a resulting signal that is linear with respect to ozone concentration. Ozone sensors are 3-electrode sensors and require oxygen to function.

Operational and Performance Specifications

Primary Response	Volume % O3
Measuring Range	0.01 – 5.00 PPM V/V (0.02 – 9.8 mg/m3 )
Sensor Current	0.25 A/PPM Nominal
Sensor Current Variability	0.1 – 0.5 A/PPM
Linearity	± 3%
Response Time	T50 = 10 Seconds, T90 = 90 seconds
Temperature Range	-20° to +50° C
Memory	Internal e2 memory for Calibration Data and Calibration History
Pressure Range	- 5 to + 50 PSIG
Pressure Variability	Output proportional to O3 partial pressure
Operating Humidity	0-99% RH Non-condensing (Intermittent) 20-90% RH Non-condensing (Continuous)
Zero Stability	± 0.02 PPM at constant temperature ± 0.03 PPM over ±10° C ambient temperature change
Span Drift	<2%/Month
Temperature Effect on Span	See Cutsheet
Operating Life	> 24 Months Typical in Clean Conditions
Storage Recommendation	Recommended maximum of 1 year for best sensor performance. Store at less than 25° C in a sealed container.
Size	1” D x 1.25” H (25 mm x 32 mm)
Weight	17 grams