OEM gas analysis solution reduces costs and board sizes but increasing possibilities

Measurement and testing

OEM gas analysis solution reduces costs and board sizes but increasing possibilities

29 Oct, 2019

Published over 6 years ago. See the latest and most current information on Measurement and testing.

Cambridge Sensotec have been offering high-performance gas analysers that have been meeting gas analysis requirements for almost 20 years. What you might be unfamiliar with, however, is the OEM solutions side of their business.

OEM gas analyser solutions has seen a steady growth over recent years, with customer demand for smaller, more compact OEM’s becoming greater. It is now possible to strip back the electronics of an OEM board, remove unwanted components in the process and ultimately, lower the cost.

Because of this, Cambridge Sensotec decided to the create the Rapidox 2100-OEM-RSB (Reduced Sized Board) range. These versions are miniature 24V editions of their existing high-performance zirconia oxygen (O2) analyser. With all the same original OEM features as well as multiple improvements, Cambridge Sensotec claim that the RSB range is the future of OEM solutions.

Features of the Rapidox 2100-OEM-RSB include a zirconia sensor supplied with bespoke cable, a miniature circuit board with DIN rail mount enclosure options, pre-calibrated sensors for uninterrupted service, analogue and digital outputs, two programmable alarms and a type K thermocouple option

All the above features, along with Modbus-RTU as the coms protocol, come as standard. These help make an ideal OEM solution for remote in-situ gas analysis over the full oxygen range 10-20ppm to 100% O2.

To further emphasise how flexible this OEM is, Cambridge Sensotec have made this analyser available in four different configurations: a basic circuit board, a custom DIN rail version and a full metal DIN rail enclosure, with or without local display and keypad. Across the RSB configurations, the technology and the quality remains unchanged.

PIN 27.2 Apr/May 2026

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