Sample Filters | #A39/12G-DX-2


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A39/12G-DX-2

Sample Filters | #A39/12G-DX-2

Membrane Coalescing Filter


Technical Specifications

  • Filtration Efficiency: 93%
  • Flow Rate (CFM): 2.47
  • Maximum Operating Pressure (psig): 100
  • Materials of Construction: Stainless Steel, Pyrex
  • Port Connection (inch): 1/2
  • Filter Type: Membrane Coalescing Filter
  • Port Size: 1/2 inch
  • Maximum Operating Pressure: 100 psig, 6.9 barg
  • Port Type: NPT
  • Micron Rating: Various depending on media selected.
  • Materials of Construction: Stainless Steel, Pyrex
  • Volume: n/a
  • Maximum Operating Temperature: 400 °F, 204 °C
  • Flow Rate: 2.47 ft3/min
  • Height: 7.3 inch, 185.4 mm
  • Width: 3.3 inch, 83.8 mm
  • Weight: 2.4 lb, 1.1 kg
  • Drain Port Size: n/a
  • Compatible Element: 150-12-?? (Dependent on Filter Media Grade)
  • Brand: Balston
  • Filter Type: Membrane Coalescing Filter
  • Filter Efficiency Rating: 93 %
Safety Warning

Item Information

Parker Balston samples analyzer filters protect sensistive process instrumentation from sample impurities by removing solids and liquids from gases with 99.99999+% efficiency at 0.01 micron. The sample filters also provide liquid filtration to 1 micron or lower.

To satisfy a wide range of requirements, Balston sample filters are offered in a wide range of materials including stainless steel, polyproylene, and other corrosion resistant materials. The high efficiency filter elements are inert to most all liquids and gases.

Product Functions:
Separate liquids from gases
Draining collected liquid
Coalesce and separate two liquid phases
Membrane separation of sample streams
Removing gas bubbles from liquids
Quantitative measurement of solids in gas
Slipstream or bypass sampling
Slipstream sampling plus coalescing filtration
Quantitative measurement of liquids in gas

Features:
Filter solids and liquids from gases with 99.99999+% efficiency at 0.01 micron
Inert, non-contaminating disposable filter element
Temperature resistance to 900°F (482°C)
Low pressure drop
Long life between filter element changes

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