testo 340 four-sensor emissions analyser enables flexible measurement
in industrial applications

Increasing fuel costs and the drive for optimum efficiency are spotlighting the growing need for monitoring combustion processes by means of emission measurements. Measurement technology specialist Testo AG has now introduced a four-sensor instrument that will make accurate emission measurements easier, more flexible and quicker in the future. The handheld emissions analyser testo 340 enables one-hand spot measurement with optimal handling on burners, industrial engines and the like.

The testo 340 emissions analyser incorporates a measuring range extension for unrestricted measurement, even at high gas concentrations.

The standard testo 340 comes with an O2 sensor. Three further toxic sensors (e.g., CO, COlow, NO, NOlow, NOor SO2) can be individually configured at any time, hence providing optimum configuration for the respective measurement task. Sensors can be exchanged directly by the user in the field, thus minimizing service time.

The instrument‘s integrated protective rubber housing shields it from impact in demanding environments.

The new emissions analyser from Testo is designed for commissioning, service and maintenance work, as well as for monitoring measurements on:

› industrial burners
› stationary gas engines
› gas turbines and
› thermal processing equipment
x

Related articles:

Issue 01/2009

testo 350 portable flue gas analyser – now with wireless data transmission

The testo 350-S/-XL portable flue gas analyser with large display, for fast and easy reading of the measured values, has proven itself worldwide as an ideal tool for the professional commissioning,...

more
Issue 03/2009

Industrial humidity transmitters in roof tile production

1 Introduction It has been a long journey from the first tiles, formed by hand and dried in the sun, to the industrial series production of roof tiles with modern preparation and production...

more
Issue 03/2021

New gas analyser for continuous selective determination of sulphur dioxide, ulphur trioxide and hydrogen chloride

Fuel-related and raw material-related corrosive gases such as sulphur dioxide (SO2), sulphur trioxide (SO3) and hydrogen chloride (HCI) contained in the exhaust gas of kiln can be analysed...

more
Issue 05/2022

Analysis of the thermal runaway in microwave-assisted firing using distributed fibre-optic sensor measurement systems and temperature-dependent permittivities

1.Introduction The European Green Deal, uniting the duties of the energy transition and the circular economy, combines the objectives of a climate-neutral and resource-efficient industry with an as...

more
Issue 5/2018 John Sanders Ph.D, PE

Mercury emissions from US brickmaking materials

1 Sources of mercury Mercury is widely distributed in the earth’s crust in ultra-trace amounts. Based on our research, the average mercury concentration in most clays and shales is around 45 parts...

more