The GPR™ consists of a housing and a membrane-tipped probe regulator. The housing is installed in a depressurized pipeline through a vertically mounted thread-o-let or flange
Why the need for sample gas filters? Even when the contaminants have been removed at the extraction point through effective particle filtration inside the sample gas probe, there is still a risk of finer dust entering the measuring system.
For this reason effective analysis filters are required, but also for use in stationary or portable sample gas conditioners. These can be in-line filters or panel filters with housings made from various material combinations. Equipped with easy to change filter elements with various retention rates and an adequate filter size they can be used for a wide range of applications.
Genie 170 Lab Membrane Separator – A+ Corporation
The Model 170 protects gas systems requiring very low sample flow rates on a continuous or intermittent basis.
Avenger 38M Particulate Coalescing Filter – A+ Corporation
The Avenger™ Model 38M is the same size as the Model 38, and contains Genie® Membrane Technology™.
Buhler 222
In gas analysis, the sample point is a critical interface between the process and the analysis system. Probes for this harsh and demanding environment must be specially designed. Robust and flexible design provides low operational cost. The GAS 222 series of probes features a modular design allowing the easy adaptation to application specific requirements. The[…]
Buhler ADFPV30l
In some analyzer systems designs, removal of gas components by adsorbent or absorbent techniques may be required. For this purpose, Buhler offers a modified filter which can be filled with the appropriate sorbent material. The gas enters at the bottom of the unit and exits at the top, maximizing contact time with the sorbent material.[…]
Buhler AGFFA5
Buhler’s AGF-FA-5 filters are designed for panel mounting. The main body is attached onto the front panel. The filter bowl threads onto the main body and seals with an O-Ring. All wetted parts resist to aggressive media. The filter element consists of sintered PTFE. Changing filter media is done by simply removing the bowl. The[…]
Buhler AGFFE
Filter types AGF-FE have been particulary designed to fit into front panels of analyzers or systems. The main body is fixed to the front panel. The filter bowl fits on a thread on the main body and seals on a O-Ring. Change of filter elements is done by turning off the bowl. The dirt load[…]
Buhler AGFFE4
Buhler’s AGF-FE-4 filters are designed for panel mounting. The main body is attached to the front panel. The filter bowl threads onto the main body and seals with an O-Ring. Changing filter media is done by simply removing the bowl. The dust loading on the filter is visible through the transparent bowl. The sample gas[…]
Buhler AGFPV30
Sample gas streams must be conditioned to provide particulate and moisture-free gas to the analyze. The AGF-PV-30 with the Buhler Unique QC bracket provides fine filtration and easy replacement of the filter media can be changed in an matter of seconds. The QC bracket rotates 180° making the mounting of the bracket of the filter[…]
Buhler AGFT30
Sample gas streams must be conditioned to provide particulate and moisture-free gas to the analyzer. Some applications require components made of highly corrosion resistant materials while others require inert materials. The AGF-T-30 is made of Duran glass and PTFE and is an excellent solution for many corrosive applications and most reactive gas applications. The filter[…]
Buhler AGFVA23
Sample gas streams must be conditioned to provide particulate and moisture-free gas to the analyzer. The AGF-VA-23 with the Buhler Unique QC mounting block provides fine filtration and easy replacement of the filter media without the use of tools. This means the filter media can be changed in a matter of seconds. The QC block[…]
Buhler AGFVA350
Sample gas streams must be conditioned to provide particulate and moisture-free gas to the analyzer. The AGF-VA-350 provides fine filtration and easy replacement of the filter media without the use of tools. This means the filter media can be changed in a matter of seconds. The mounting bracket can be installed at an angle of[…]
Buhler AHF22
The traditional design of heated particulate filters requires considerable maintenance and down time due to the work required to change the filter media. Buhler’s AHF-22 incorporates a new advanced design that eliminates much of this work and sets new standards for ease and speed of maintenance. A spent filter can be changed in seconds and[…]
Buhler BF2S
Using the croos flow (inertial) principle, this filter is an alternative to traditional filters. Filtre of the type provide the lowest maintenance cost and longest life of any filter technology. A grooved core is pressed into a filter element made of sintered stainless steel. The main sample gas stream enters the groove from the top[…]
Buhler KAGFPV30
The removal of aerosols from sample gas streams is a requirement in many applications. To meet this need, the Buhler Model K-AGF-PV-30-A filter makes use of a coalescing element made of borosilicate fibers. The gas stream passes through the element from inside to outside. The aerosols are caught in the matrix forming steadily growing droplets[…]
Buhler KAGFVA23
The removal of aerosols from sample gas streams is a requirement in many applications. To meet this need, the Buhler Model K-AGF-VA-23 filter makes use of a coalescing element made of borosilicate fibers. The gas stream passes through the element from inside to outside. The aerosols are caught in the matrix forming steadily growing droplets[…]
Ambient air filter RAF-PV-30 – Bühler
Ambient air filter RAF-PV-30 – In ambient air monitoring (workshops, storage facilities, etc.) any particles and particular matter must be removed from the sample gas. The high quality ambient air filter RAF-PV-30 has a transparent housing to easily identify the contamination level. With the Bühler Unique quick-release fastener filter elements can be changed within minutes.[…]