The design of the sample conditioning system is extremely important to ensure a clean regulated sample is provided to the analyzer. Depending on the sample gas composition, as well as the sample pressure, along with other factors, the conditioning system may have to be modified for each specific application. The sample conditioning system should be mounted below the analyzer (if possible). The typical system may consist of a drip pot, one or two regulators and a membrane filter. Depending on the sample an additional pressure regulator may be required at the sample tap. One to three pressure drops maybe be necessary to ensure the analyzer receives a sample free of liquids.

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The design of the sample conditioning system is extremely important to ensure a clean regulated sample is provided to the analyzer. Depending on the sample gas composition, as well as the sample pressure, along with other factors, the conditioning system may have to be modified for each specific application. The sample conditioning system should be mounted below the analyzer (if possible). The typical system may consist of a drip pot, one or two regulators and a membrane filter. Depending on the sample an additional pressure regulator may be required at the sample tap. One to three pressure drops maybe be necessary to ensure the analyzer receives a sample free of liquids.

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The design of the sample conditioning system is extremely important to ensure a clean regulated sample is provided to the analyzer. Depending on the sample gas composition, as well as the sample pressure, along with other factors, the conditioning system may have to be modified for each specific application. The sample conditioning system should be mounted below the analyzer (if possible). The typical system may consist of a drip pot, one or two regulators and a membrane filter. Depending on the sample an additional pressure regulator may be required at the sample tap. One to three pressure drops maybe be necessary to ensure the analyzer receives a sample free of liquids.

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The design of the sample conditioning system is extremely important to ensure a clean regulated sample is provided to the analyzer. Depending on the sample gas composition, as well as the sample pressure, along with other factors, the conditioning system may have to be modified for each specific application. The sample conditioning system should be mounted below the analyzer (if possible). The typical system may consist of a drip pot, one or two regulators and a membrane filter. Depending on the sample an additional pressure regulator may be required at the sample tap. One to three pressure drops maybe be necessary to ensure the analyzer receives a sample free of liquids.

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The SS 1200-GF-S1-C is recommended for gas samples with heavy particulate and heavy to moderate condensable contamination. These demanding applications require the highest performance and the most reliable separator and filters. The addition of a cooler to the standard SS1200-GF-S1 provides the additional benefit of cooling the sample to increase condensation, thereby maintaining a single phase sample.

SS1200-GF-S1-C is also recommended for critical applications requiring infrequent filter changes. The Sheffield patented dual chamber separator with cooler provides maximum separation of condensable and immiscible contaminants while the second, polishing chamber provides final clean-up.

Kinetic Separation Technology is the most innovative technology available today for sample conditioning.

The Sheffield patented dual chamber separator provides maximum separation of condensables and particulate. Although kinetic energy will physically separate impurities, it will not alter the chemical composition of the sample.

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