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    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
    HOFFMAN 4008 New Other for saleHOFFMAN 4008 New Other for sale
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    HOFFMAN 4008

    Other
    EUR € 0,88 
    Price entered as: USD $1.03
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    Seller Information

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    Midwest Machinery Company

    Contact:Chris Terry

    Omaha, Nebraska, USA 68122

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    General

    Category
    Other
    Manufacturer
    HOFFMAN
    Model
    4008
    Serial Number
    P014757
    Condition
    New
    Stock Number
    A1806
    Description
    Hoffman Lamson 4008-GBGIZ Multi-stage Centrifugal Blower Number of stages: 1 through 10 (11 for 50 Hz) Inlet connection: 4" (102mm) flange, ANSI 125# drilling. Outlet connection: 2.5" (64mm) flange, ANSI 125# drilling. Operating speed: 3550 RPM. Seals (air): Felt seal inlet end Seals (gas): Two carbon rings on outlet end and inert gas purge taps on the inlet end Bearings: Ball, 10 year minimum life per AFBMA Lio standards. Lubrication: Grease standard (oil system available). Impeller diameter: 14" (356mm). Impeller tip speed: 217 FPS. First critical speed: 4791 RPM (10 stage): Direct drive: Yes, also available for V-belt Vibration tolerance: 0.28"/sec (7.1mm/sec). Shaft end: 7/8" (23mm) diameter, outlet end drive s t a n d a r d . Rotor balance: Impellers are statically balanced individually. Complete rotating assemblies are dynamically balanced.