Shop-Vac® 14 Gallon* 6.5 Peak HP** Stainless Steel Wet Dry Vac

Catalog No. - 9604810  Model No. - 92P650C  

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Peak HP**

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Shop-Vac®Stainless Steel Series Wet Dry Vacs

The Shop-Vac® 14 Gallon* 6.5 Peak HP** Stainless Steel Wet Dry Vac was designed to vacuum liquids from one location and pump out the tank in another, by simply attaching a garden hose (not included). No more lifting heavy tanks of water. Includes an onboard accessory holder.


  • Cord Length: 18 Feet
  • Hose Size: 1.25" and 2.5" Diameter
  • Warranty: 1 Year
  • Tank Drain
  • Lock-On® Hose
  • Blower Feature
  • Built In Water Pump



  • 8-foot by 1.25-inch diameter Lock-On® hose with curved end
  • two 1.25-inch diameter extension wands
  • 10-inch by 1.25-inch diameter wet/dry nozzle
  • 6-foot by 2.5-inch diameter lock-on® hose
  • two 2.5-inch diameter extension wands
  • 14-inch by 2.5-inch diameter wet/dry floor nozzle
  • 2.5-inch diameter elbow grip
  • 2.5-inch diameter crevice tool
  • 8-inch by 2.5-inch diameter utility nozzle
  • 2.5-inch diameter concentrator nozzle
  • hose holder clip
  • tool storage basket


  • Cartridge Filter
    (90304 Type U)
  • Foam Sleeve
    (90585 Type R)
  • 10-14 Gallon* High Efficiency Disposable Filter Bag
    (90672 Type I)


Airflow, Max

200 CFM

Sealed Pressure

60 Inches

Electrical Ratings

120V 60Hz 12.0 Amps

Peak Air Watts


Performance tested by Shop-Vac® lab method, not ASTM test method 

Horsepower Rating

**"Peak Horsepower" (PHP) is a term used in the wet-dry vacuum industry for consumer comparison purposes. It does not denote the operational horsepower of a wet-dry vacuum but rather the horsepower output of a motor, including the motor’s inertial contribution, achieved in laboratory testing. In actual use, Shop-Vac motors do not operate at the peak horsepower shown.

CFM (Cubic Feet Per Minute)

CFM is a measure of the quantity of air moved by the vacuum motor at a particular system load, such as 2-1/2" orifice. Your actual system load is determined by the type, size and length of the hose used, the accessory tool used and the filter system used. A dirty filter system can drastically affect the suction and air flow. The filters need to be cleaned regularly and replaced as necessary to avoid reduced suction and air flow.

SP (Sealed Pressure)

Suction pressure represents how far up a glass tube a vacuum motor will lift a column of water. This function is measured in inches. Maximum suction pressure or sealed water lift is obtained at zero air flow. Suction pressure decreases as air flow increases.

Vacuum Performance

Vacuum performance or air power is the rate of work performed by a vacuum cleaner. Air power is a function of suction and air flow at an operating point. Air power is reduced by dirty filters, leaks and attachments used.