• A unique combination of NDUV and NDIR gas sensors in one module caters for a wide range of applications

Gas sensors

A unique combination of NDUV and NDIR gas sensors in one module caters for a wide range of applications

The photometric gas analysis of complex gas mixtures is carried out either in the UV range (200nm-400nm) or in the IR range (2µm-12µm). Depending on which gas is to be measured, the optimum sensor technology (NDIR or NDUV) is selected.

With the KOMBI.sens, Wi.Tec has created a combined measurement option that unites both technologies. This globally unique product enables a wide range of applications in environmental and process measurement technology. In the UV range (ULTRA.sens), is the ideal option for SO2, H2S, NOx O3 and Cl2 measurements. The IR range (INFRA.sens) facilitates a variety of different gas measurements such as CO, CO2, H2O, CH4, CnHm, SF6, CF4, N2O etc. The ULTRA.sens can also measure 2 gases simultaneously, while the INFRA.sens can even measure 3 gases in one module. The KOMBI.sens is therefore ideal for a multi-gas application of up to 5 components in complex gas mixtures.

The possible measuring ranges range from a few ppm up to 100 % by volume, depending on the type of gas. Wi.Tec also offers different housing variants, which also enable optional heating (e.g. 55°C) and piping (stainless steel). Additional gas sensors are also available to measure Oxygen (O2.sens) and humidity (HUMI.sens) in combination with the KOMBI.sens module.


Digital Edition

AET 28.4 Oct/Nov 2024

November 2024

Gas Detection - Go from lagging to leading: why investment in gas detection makes sense Air Monitoring - Swirl and vortex meters will aid green hydrogen production - Beyond the Stack: Emi...

View all digital editions

Events

Abu Dhabi Sustainability Week

Jan 12 2025 Abu Dhabi, UAE

World Future Energy Summit

Jan 14 2025 Abu Dhabi, UAE

Clean Fuels Conference

Jan 20 2025 San Diego, CA, USA

Carrefour des Gestions Locales de L'eau

Jan 22 2025 Rennes, France

Safety, Health & Wellbeing LIVE

Jan 22 2025 Manchester, UK

View all events