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Zoeller 266-0001 M266 Waste-Mate Sewage Pump 1/2 HP Automatic

CODE: 1200-1100M266


Price: $449.99

In stock

The Zoeller M266 Waste-Mate Automatic Cast Iron Sewage Pump is a submersible sewage/*effluent or dewatering pump.

The "Waste-Mate" series of submersible pumps is designed for use in residential or light commercial dewatering and wastewater applications and can be used to transfer groundwater, effluent or raw sewage. The innovative vortex impeller design reduces the risk of clogging and allows each pump to pass 2" (50 mm) spherical solids. These durable cast iron pumps include a powder coated epoxy finish to prevent corrosion and are designed to provide great heat dissipation from the motor, ensuring a long service life. As with every Zoeller pump, each one is 100% pressure-tested, submerged and run to ensure quality and reliability for years of trouble-free performance!

Features:

  • Automatic operation
  • Float operated, submersible (NEMA 6) 2-pole mechanical switch
  • Durable cast construction, ASTM Class 25 cast iron, switch case and pump housing
  • Engineered plastic base
  • Non-Clogging Vortex Impeller Design. Engineered plastic impeller with metal inserts on models 266, 267 & 268 (1 PH). Model 267 available with cast iron impeller option. (Cast iron impeller standard on 3 Ph models)
  • Not affected by materials normally found in drainage and sewage pumps
  • Stainless steel screws, bolts, handle, guard and arm and seal assembly
  • Neoprene square ring & gasket
  • Oil filled, hermetically sealed motor
  • Oil lubricated bearings
  • Carbon and ceramic shaft seal
  • 10 ft. UL listed, 3-wire cord and plug
  • Passes 2" (50mm) spherical solids
  • 2" female and 3" NPT male discharge
  • On point: 12" (30 cm) (automatic units)
  • Off point: 4" (10 cm) (automatic units)
  • Corrosion-resistant, powder coated epoxy finish
  • Completely submersible
  • Watertight and dust tight
  • Automatic reset thermal overload protection (1 Phase only)

* May be used in those states where codes do not restrict solids size in effluent systems.