OEM-O3 Replacement Ozone Sensor Module

SKU: OEM-O3

Category: Measuring Instruments

The Eco Sensors OEM-O3 is a user-replaceable ozone sensor module for OEM, service and integration applications. It is available with 0.1 ppm, 1.0 ppm or 10.0 ppm output options and provides both digital UART communication and a buffered 0-2 V analog output.

648,55 €

incl. 19% VAT , plus

Available

pcs

This item has variations. Please select the requested variation.

Available

OEM-03 Replacement Ozone Sensor Module

The OEM-O3 Replacement Ozone Sensor Module is a compact sensor board designed for ozone measurement and integration into monitoring or control systems. It uses an electrochemical SPEC sensor and is available in three selectable ranges: 0-0.1 ppm, 0-1.0 ppm or 0-10.0 ppm.

For flexible system integration, the module provides a serial UART interface for data transmission and settings changes, as well as a buffered analog voltage output from 0-2 V. A zero signal input allows convenient re-zeroing of the sensor module via an instrument button.

With its compact 30 x 24 mm design, the OEM-O3 is suitable for OEM devices, replacement applications and technical service use. Please select the required ppm output range before ordering.

Key Features:

User-replaceable ozone sensor module
Selectable 0.1 ppm, 1.0 ppm or 10.0 ppm options
Electrochemical SPEC sensor
Digital UART interface for data and settings
Buffered 0-2 V analog voltage output
Zero signal input for easy re-zeroing
Compact 30 x 24 mm module size

Technical Data:

SKU: OEM-O3
Sensor: Electrochemical SPEC sensor
Ranges: 0-0.1 ppm / 0-1.0 ppm / 0-10.0 ppm
Resolution: 0.005 ppm / 0.01 ppm / 0.1 ppm
Sensitivity: 0.03 ppm
Response time: < 30 s to 50% FS, < 180 s to 90% FS
Data update rate: 1 second
Interface: Serial UART
Analog output: Buffered 0-2 V
Supply voltage: 3.5-15 VDC, 100 mA
Recommended temperature range: 10-30 °C
Temperature compensation: 10-40 °C
Recommended humidity range: 25-75% RH
Size: 30 x 24 mm
Warm-up time: 1 hour before testing, 12 hours recommended for best continuous-use results