Please wait...

{{var product.name}}
has been added to your cart!

Continue shopping
View cart & checkout
{{var product.name}}
has been removed from your cart!

Continue shopping
View cart & checkout

DOA K0228 ATEX SP36 Viton Submersible 3" Hydraulic Slurry/Trash Pump

by DOA
SKU
144384
Model
SP36 Viton
The DOA ATEX SP36 Viton Submersible 3-inch hydraulic slurry/trash pump features a stainless steel impeller and shell designed to handle clear and heavily loaded liquids, including dense or muddy water with solids up to 2 inches. It offers flow rates up to 422 gallons per minute, a maximum head of 164 feet, and Viton seals that withstand temperatures up to 392°F. This pump operates with various hydraulic systems and requires minimal maintenance, with a housing that opens quickly for easy inspection. This item is available for purchase only.

Purchase

$5,647.41
Availability: Call for Availability

This pump delivers high performance due to its hydraulic power and exclusive closed single-channel impeller, providing high efficiency with flow rates up to 422 gallons per minute, a maximum head of 164 feet, and the capability to pump dense or very muddy water with suspended solids up to 2 inches in diameter. The SP36 is ideal for maintenance work on urban networks that handle very dense liquids, flood control in civil protection services, and general roadwork.

Key Features:

  • Extremely durable and reliable, requiring minimal maintenance; can run dry indefinitely without damage.
  • The pump housing can be opened in just a few minutes without tools for easy inspection of the impeller and pumping chamber.
  • Operable with small power packs or the hydraulic systems of mini excavators, vans, tractors, and other work vehicles.
  • The hydraulic motor includes a one-way valve to prevent accidental oil leaks if connected to the wrong hydraulic port.
  • Available with "Viton" hydraulic motor seals for handling high-temperature fluids.
  • The single-channel impeller (without vanes) minimizes mechanical impact on the fluid, reducing the formation of emulsions and foams.
  • A key feature for pumping oil spills and oil products from "skimmers" in seas and lakes.