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OVERVIEW

 

Available in versatile 6000 GPM, 8000 GPM, and 10,000 GPM Models, WILLIAMS FIRE & HAZARD CONTROL (WILLIAMS) DEPENDAPOWER Transportable Pumps are diesel- driven, horizontal split case centrifugal pumps utilizing premium CATERPILLAR* or John Deere diesel drivers along with Goulds or Patterson water pumps to deliver exceptional performance evidenced by a 10 ft (3.05 m) lift of 6,000 gpm (22,712 Lpm) rating at 150 psi (10.3 bar) net outlet pressure at sea level. Our 8000 GPM and 10,000 GPM Models offer diverse pressure requirements with flooded suction systems.

 

Rugged corrosion-resistant designs, including full stainless steel manifolds and Belzona internal pump coating, produce an ideal system for draft and relay pump operations with fresh water, sea water, or brackish water. The pump, driver, and built-in fuel cell are integrated on a modular independent skid, which may be configured into various transportation modes, such as trail- ers or hook load skids to provide additional mobility.

 

WILLIAMS' DEPENDAPOWER line of pumps offers standard configurations built with popular features to get you up and running fast. This includes an extensive list of optional items, accessories, and pump sizes that provide great flexibility in customizing a pump solution to meet your most challenging water management needs.


Note: Contact your Williams Fire & Hazard Control Technical Advisor or Customer Service for additional custom configurations. Email: sales@williamsfire.com

DependaPower Pumps

Quantity
  • The adequate supply and management of water resources are critical to the success of any firefighting emergency response effort. Whether drafting from natural water sources or feeding off a facility’s positive pressure water system, relaying water over miles of hose can be challenging. 


    WILLIAMS DEPENDAPOWER product line is a customizable, high-performance offering with three primary pump size options. Field-proven, these workhorse pumps have demonstrated they are built to run tirelessly, sustain high pressure, and deliver the large water volumes required for the most challenging industrial firefighting scenarios. 

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