Instruments

The principle of chemiluminescence detection is an extremely selective method for measuring nitrogen oxides precisely, with high linearity over a wide concentration range and with very high reproducibility. These qualities are the basis for the acknowledged high performance of ECO PHYSICS CLD NOx analyzers in tracing nitrogen oxides even down to the low ppt level.

Within each series, the second digit in the model name defines the measurement range of your first channel. If you estimate your highest concentration to be below 5000 ppm, you will have the choice of full range of any figure between 5 and 5000 ppm, e.g. 33 ppm or 850 ppm. Please consider, instruments configured with smaller measurement ranges of course possess a higher resolution.

Many scientists, technicians and engineers depend on the NOx readings from their ECO PHYSICS analyzers. Many more would like to – and now they have a choice: The cost-effective nCLD Economical Line. The simplified setup makes it easy for every system integrator.

The nCLD Modular Line covers multiple applications, including ambient air, stack emission, combustion and gas manufacturing monitoring. Equipped with the latest graphical user interface and multiple connectors for data transmission, calibrate, operate and maintain your neoCLD according to your individual needs.

This sophisticated analyzer starts up automatically and begins the intended measurements immediately upon reaching its ope­rating state. In the same simple manner you may operate and adapt all available parameters.

The nCLD Ambient Line analyzers are specifically designed for continous Ambient Air, Indoor and Clean Room monitoring of NO, NO2, NOx and NH3.

The NO analyzer for scientific research of the free troposphere. Specially designed to rapidly detect very low NO/NOX concentrations in the range of parts per trillion, the CLD 780 TR is a tailor-made solution for aircraft and vertical flux measurements.

M17 provides a solution for a wide range of complex problems associated with CMP process control. This has been used successfully in manufacturing and development lines worldwide since 1996. The basic approach to control a CMP process containing a nitride change at the stoplayer is the foundation of this M17 system. M17 has been developed jointly by ECO PHYSICS and a leading edge semiconductor company in 1996.

Our auxiliary devices cover a range of applications and purposes including analyzers, air generators, converters, and purifiers. These products are designed to work in line with our other devices providing additional functionality in operation.