Secure Checkout
Motor Flange for MFC Motor Assembly

Thumbnail Filmstrip of Motor Flange for MFC Motor Assembly Images

    Purchase Motor Flange for MFC Motor Assembly

    Motor Flange for MFC Motor Assembly SKU: TE-5005-1

    $130.00
     

    The TE-5005-1 motor flange provides secure mounting for both brush-style and brushless motors in Mass Flow Controlled (MFC) blower motor assemblies. This precision-machined mounting component creates a rigid connection between the motor and aluminum housing, ensuring proper alignment and vibration dampening for reliable high-volume air sampling operations.

    Technical Design

    The motor flange features a bolt-pattern design that interfaces directly with the motor housing and provides multiple mounting points for secure attachment. Working in conjunction with the motor gasket (TE-5005-2), the flange creates a sealed connection that maintains proper airflow dynamics while isolating the motor from housing vibrations. The flange's robust construction withstands the continuous operation demands of EPA-compliant ambient air monitoring systems.

    Compatibility

    The TE-5005-1 flange is compatible with multiple MFC motor configurations:

    • TE-5005 brush-style motor assemblies (110V and 220V versions)
    • TE-5005-BL brushless motor assemblies for both voltage configurations
    • All MFC-equipped high volume air samplers requiring precise flow control

    When replacing this component, also inspect the motor gasket (TE-5005-2) that seals between the motor and flange. The flange works as part of the complete assembly that includes the aluminum motor housing (TE-5005-3), motor cushion (TE-5005-4), and spacer ring (TE-5005-5) to provide a complete mounting solution for MFC motor systems.

    Installation Notes

    Proper flange installation requires attention to bolt torque specifications and gasket sealing. Ensure the motor gasket is properly seated before tightening the flange bolts in a cross-pattern sequence. The flange must be flush against both the motor and housing surfaces to prevent air leaks that could affect flow control accuracy in MFC systems.