Gas sampling probes from Bühler Technologies GmbH
Gas sampling probe with outlet filter, integrated glass bead jar and weather protection cover. Optimized for applications with low dust loading. The probe filter can be changed without tools.
Sample Gas Probe GAS 222.20 Ex2 : Bühler Technologies GmbH
Gas sample probe for Zone 2 hazardous areas and with IECEx approval. With electronically controlled heating and integrated particle filter. Bühler Technologies GmbH
Portable gas sampling probe: Bühler Technologies GmbH - Home
Buehler Technologies - a global supplier of equipment for gas analysis - has a comprehensive programme for portable gas analysis in its portfolio.
Sample Gas Probe GAS 222.15 : Bühler Technologies GmbH
Heated probe with integrated particle filter for gas sampling from processes with low dust load. The filter can be replaced without tools. The heater is self-regulating.
Portable Probe Type Smartline : Bühler Technologies GmbH
Even under this premise, extracting the sample gas must meet high standards to ensure the measurements are reliable. The Smartline series of portable gas sampling probes features a lightweight, self-regulating or temperature controlled heated sample gas …
Fine Mesh Filter AGF-PV-30 : Bühler Technologies GmbH
Even if the particular contaminant has already been removed at the extraction point through effective particle filtration inside the gas sampling probe, in long or branched sample gas line there is a risk of secondary contamination.
Sample Gas Probe GAS 222.21 : Bühler Technologies GmbH
Sample gas probe with weather protection and in-situ filter with blowback system. With temperature adjustable heater and integrated safety filter. For applications with high dust load.
Gasentnahmesonde GAS 222.17 ANSI/CSA
Feuille de données sonde de prélèvement de gaz modèle GAS 222.17 ANSI/CSA, PDF (1 MB)
La energía del gas de muestreo y en primera aproximación el potencial de enfriamiento Q utilizado se establecen a través de tres parámetros de temperatura de gas ϑ G , punto de condensación τ e (grado de humedad) y flujo volumétrico v.