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Armstrong 174034MF-013, In-Line Pump, Without Flanges, 1/6 HP, 115 V , 1 Ph,

$ 466.04

Availability: 74 in stock
  • Frequency: 60 Hz
  • Temperature: 107 °F
  • UPC: 672807424664
  • Voltage: 115 V
  • Condition: New
  • Phase: 1
  • Manufacturer: Armstrong
  • Brand: Armstrong
  • Series: H
  • Material: Cast Iron
  • Model: H-32
  • Speed: 1800 RPM
  • Flow Rate: 36 GPM
  • Horse Power: 1/6 HP
  • MPN: 174034MF-013

    Description

    Armstrong Series H Maintenance Free Circulator Pump
    This Armstrong In-Line circulator is suitable for hydronic heating and cooling, multi-stage zoning and general industrial service applications. It is built using a standard three-piece design that features a radially-split body, oversized shaft, centrifugal impeller, positive mechanical seal and modular construction. This circulator has been used by HVAC professionals for decades because it is cost-effective, durable and easy to maintain.
    Features
    Maintenance free design which has permanently lubricated ball bearings and requires no maintenance at all
    Radially-split body can be left in-line while servicing pump, eliminating disconnecting of pipes
    Oversized shaft made from stainless steel
    Balanced centrifugal impeller ensures maximum water delivery in the HVAC system
    Proven seal design made from strong and long-lasting materials for extended operating life
    Three piece modular construction and back pull-out design for easy replacement of wear components
    Note: Flanges are sold separately. Options include 106073-011, 104300-011, 104301-011.
    Specifications:
    Brand: Armstrong
    Mfg. Number: 174034MF-013
    Model: H-32
    Product Type: In line Circulator
    Series: H
    Application: HVAC/General purpose
    Horsepower: 1/6 HP
    Voltage: 115 Volts
    Phase: 1
    Frequency: 60 Hz
    Speed: 1800 RPM
    Design: Three piece
    Motor Type: ODP
    Flanges: Sold separately
    Maximum Flow: 36 GPM
    Maximum Head: 12 ft
    Pump Body: Cast iron
    Volute Material: Cast iron
    Impeller Material: Non-ferrous
    Thermal Overload Protection: Yes
    Maximum Fluid Temperature: 107°F
    Maximum Operating Conditions: 148 psi at 225°F