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ZOELLER WASTE-MATE 267 Sewage Pump, 1/2 HP Automatic – Heavy-Duty Submersible

$ 158.39

Availability: 100 in stock
  • Supply Voltage: 115 V
  • Brand: ZOELLER
  • Rated Power: 1/2 hp
  • Features: Submersible
  • Discharge Diameter: 2 in
  • MPN: 267
  • Condition: New
  • Housing Material: Cast Iron
  • All returns accepted: ReturnsNotAccepted

    Description

    Zoeller Waste-Mate 267 Sewage Pump
    HEAVY-DUTY SUBMERSIBLE SEWAGE, EFFLUENT OR DEWATERING PUMP
    Zoeller Waste-Mate 267 is considered one of America’s most popular sewage ejectors and is known for reliability, durability, and performance. Each sewage pump is industry-proven and constructed using cast iron and stainless-steel hardware with an integral, 2-pole, snap-action float switch. The heat-dissipating cast iron body has a powder coated epoxy finish that provides maximum pumping performance under the most extreme conditions, a cool run design, and a non-clogging vortex impeller.
    Made in the USA using a majority of US content
    1/2 HP submersible sewage pump, 100% factory tested
    Automatic and non-automatic options available
    2" NPT discharge, passes 2" spherical solids
    Performance: 128 GPM at 5' TDH, shut-off: 21.5' TDH
    Cast iron construction
    Waste-Mate 267 Specifications
    Zoeller Waste-Mate 266 sewage pump has an engineered plastic base, while Zoeller Waste-Mate 267 sewage pump has a cast-iron base. Each model has a non-clogging vortex design that utilizes either a plastic or cast-iron impeller to disintegrate and pass solids up to 2” (spherical).
    All pumps are completely submersible, hermetically sealed to be watertight and dust-tight, and utilize stainless steel components, such as screws, bolts, handle, guard and arm,
    and seal assembly. The shaft seal is manufactured from carbon and ceramic, while the square ring and gasket are Neoprene. Both Zoeller Waste-Mate 266 and 267 sewage pumps are ideal for residential, commercial, and new construction uses, and have a powder coated epoxy finish that provides maximum pumping performance under the most extreme conditions.