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TE-1004-3 PUF Motor Housing

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    Purchase TE-1004-3 PUF Motor Housing

    TE-1004-3 PUF Motor Housing SKU: TE-1004-3

    $276.00
     

    The TE-1004-3 PUF Motor Housing is a critical structural component of Tisch Environmental's polyurethane foam (PUF) high volume air sampling systems. This housing serves as the mounting platform for blower motors used in PUF samplers that collect volatile organic compounds, airborne pesticides, and PFAS in ambient air.

    PUF Sampling Applications

    PUF high volume air samplers meet the requirements for EPA methods TO-4A, TO-9A, and TO-13A, which are used for sampling and analysis of volatile organic compounds in ambient air. These systems operate at flow rates between 125 and 250 liters per minute, with airflow pulled through a critical orifice using brush-style or brushless vacuum blower motor assemblies.

    System Integration

    The TE-1004-3 housing accommodates both brush-style and brushless motor configurations for PUF sampling systems. The housing is designed to withstand harsh environmental conditions and provide reliable operation in outdoor ambient air monitoring applications.

    Compatible Components

    This motor housing is part of the complete TE-1004 PUF motor assembly system, which includes:

    • TE-1004 (110V brush-style motor)
    • TE-1004-BL (110V brushless motor assembly)
    • TE-1004X-BL (220V brushless motor assembly)
    • TE-1004-1 (motor flange)
    • TE-1004-2 (flange gasket)
    • TE-1004-7 (motor back plate)
    • TE-1004-8 (motor spacer ring)
    • TE-1004-15 (pressure tap with nut)

    Proper housing selection ensures correct motor alignment and secure mounting for consistent sampling performance in EPA-compliant air quality monitoring programs.

    Regulatory Compliance

    PUF sampling systems using this housing configuration meet EPA methods including TO-4A and TO-13A specifications for ambient air monitoring of semi-volatile organic compounds. These methods are essential for environmental monitoring, industrial hygiene assessments, and research applications requiring precise collection of airborne contaminants.