-40%

ARMSTRONG H-64-1 BF BI 3/4 HP 115 230 single phase Centrifugal hot water pump

$ 475.2

Availability: 100 in stock
  • All returns accepted: ReturnsNotAccepted
  • MPN: N/A
  • Housing Material: Cast Iron
  • Brand: Armstrong Pumps Inc.
  • Rated Power: 3/4 hp
  • Condition: New

    Description

    New in original box.
    Never  installed but may have sat in inventory
    for extended period.  May or may not show signs of shelf wear.
    If you have any questions about anything please ask us we are happy to answer them, and we try out best to answer them in a quickly manner.
    Please contact us before placing negative or neutral feedback as we do our best to work out problems with our customers.
    We are a small family owned business that gets scratch and dent item from auctions and pass the savings onto you and your company.
    We do not allow any returns or cancellations of orders Thanks
    Specs:
    Item
    Hot Water Circulating Pump
    HVAC Circulating Pump Type
    Hot Water Circulating Pump
    HP
    3/4
    Voltage - Pumps
    115/230VAC
    Phase - Pumps
    1
    Connection Style
    Flange
    Inlet/Outlet Size
    1-1/2"
    Shut-Off
    45 ft.
    Housing Material - Pumps
    Cast Iron
    Max. GPM @ Head
    62 gpm @ 13 ft.
    Series
    H-64
    Face to Face Dimension
    13-1/2"
    Best Efficiency GPM @ Head
    40 gpm @ 37 ft.
    Min. GPM @ Head
    15 gpm @ 44 ft.
    Drive Type
    Direct
    Height
    13-1/2"
    Length
    23"
    Width
    10"
    Loop Configuration
    Closed
    Flange/Union Included
    Yes
    Includes
    (2) Flanges, Nuts and Bolts, and (2) Gaskets
    Max. Operating Pressure
    125 psi
    Max. Temp.
    225 Degrees F
    Amps
    11.80/5.90
    RPM
    1750
    Number of Speeds
    1
    Thermal Protection
    Yes
    Pump Mount
    In Line
    Impeller Material
    Non-Metallic
    Shaft Material
    Carbon Steel
    Mechanical Seal
    Silicon Carbide Mechanical Seal
    Features
    3 Piece Oil Lubricated Booster
    Standards
    UL
    Compliance
    cUL