The testo 350 is a rugged, easy to use exhaust gas analyzer for carrying out precise industrial emission measurements and providing proper data administration. &nbsp;The Analysis Box can be operated with up to 6 gas sensors (5 optional). &nbsp;Select from sensors for CO, NO, NO2, SO2, H2S, CxHy and CO2

testo 350 &ndash; The testo 350 Process Kit is a base kit designed for special processes or uncommon industrial and commercial combustion applications. It contains the minimum required parts and allows for an unlimited choice of sensors, probes, and hardware upgrades. It&rsquo;s our go-to kit when you need a special or customer configuration. Examples of such testing kits are for: 
 
&bull; Continuous CO2 and O2 monitoring&nbsp; 
&bull; High concentration (up to 400,000 ppm) monitoring of NOX, SO2, H2S, or CO. 
&bull; Special combustion R &amp; D projects (i.e., catalysts, fuels development, combustion/flame assessment) 
&bull; Semi continuous monitoring using remote access (Modbus or analog output)&nbsp; 
 
A variety of hardware choices like precision valves that allow for programable automatic data logging programs, long-life sample pumps. Data connection cables that can exceed 1000&rsquo;s of feet, or BT connection to over three hundred feet away. &nbsp; This analyzer is truly remarkable.&nbsp; 
Contact us with your ideas and we will configure the analyzer for your application.&nbsp;

Equip your flue gas analyzer with an additional measurement parameter. This retrofit sensor enables SO2 low measurement in the flue gas and ensures activation of the measurement parameter in the flue gas analyzer. Particularly practical: you can insert the precalibrated sensor into the compatible measuring instrument effortlessly yourself.

General technical data	Weight 0.64 oz. / 18 g
	Dimensions 2 x 1 x 1 in. (LxWxH) / 40 x 30 x 30 mm (LxWxH)
	Housing Plastic
	Product colour green; grey

SO2 low retrofit sensor

SO2 low retrofit sensor

General technical data

General technical data

	Measuring range 0 to 200 ppm
	Resolution 0.10 ppm