#14 in Wet & dry vacuums
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Reddit mentions of Shop-Vac 9650610 3.0-Peak Horsepower Right Stuff Wet/Dry Vacuum 6-Gallon with Tool Storage & Accessories, Uses Type X Cartridge Filter & Type H Filter Bag & Type R Foam Sleeve

Sentiment score: 1
Reddit mentions: 1

We found 1 Reddit mentions of Shop-Vac 9650610 3.0-Peak Horsepower Right Stuff Wet/Dry Vacuum 6-Gallon with Tool Storage & Accessories, Uses Type X Cartridge Filter & Type H Filter Bag & Type R Foam Sleeve. Here are the top ones.

Shop-Vac 9650610 3.0-Peak Horsepower Right Stuff Wet/Dry Vacuum 6-Gallon with Tool Storage & Accessories, Uses Type X Cartridge Filter & Type H Filter Bag & Type R Foam Sleeve
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    Features:
  • HEAVY DUTY CLEANING: This wet/dry vacuum features a 6-gallon tank and a 3 peak horsepower motor. The large top carry handle and onboard cord and accessory storage make it extra portable, & a rear blower port allows you to convert it into a powerful blower
  • VERSATILE ACCESSORIES: This wet-dry shop vacuum features a 12-foot power cord, 1.25" diameter 8-foot Lock-On hose, 2 extension wands, 10-inch wet/dry floor nozzle, crevice tool, gulper nozzle, plus an Ultra Web cartridge filter & disposable filter bag.
  • GOT DIRT? Shop-Vac's full line of products includes cordless, rechargeable wet dry vacuums, automotive vacuum systems, air movers, attachments & more. Whatever the job, Shop-Vac has you covered!
  • AN AMERICAN ORIGINAL: Shop-Vac offers the most complete line of vacuum cleaners, bags, filters, attachments, kits, & other cleaning tools available for home, industrial, & commercial applications.
  • TOUGH & DEPENDABLE: Shop-Vac Corporation is the recognized world leader in wet/dry vacuum cleaners. Since 1965, we have made innovative, high quality vacuum cleaners, filters, bags, & other accessories.
Specs:
ColorYellow/Black
Height17 Inches
Length21 Inches
Number of items1
Size6 Gallon
Weight6.15 Pounds
Width17 Inches
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Found 1 comment on Shop-Vac 9650610 3.0-Peak Horsepower Right Stuff Wet/Dry Vacuum 6-Gallon with Tool Storage & Accessories, Uses Type X Cartridge Filter & Type H Filter Bag & Type R Foam Sleeve:

u/DStoo ยท 6 pointsr/AskEngineers

Could anyone compare and contrast a dust collector vs shop vacuum.

Dust collectors are designed to move a high volume of air but don't have a lot of static lift. It's designed to move a lot of dust but don't do well if you 'clog' them. Where as with a shop vac have lower flow rates but have better static lift. (~90"H2O/6.6"Hg/7.5 kPa abs). With 406"H2O/29.92"Hg/0 kPa being the theoretical maximum.

Cincinnati Fan has a nice document that shows the different wheel types and then it loses me in tables I try to block out of my memory. I'm pretty sure both types of vacuums (well all vacuums cleaner) use a variation of the centrifugal blower.

A few questions:

  1. What is the theoretical and real world max static lift that you can achieve with a centrifugal blower vs a positive displacement pump (which is what most vacuum pumps use).

  2. What are the different parameters that determine what a centrifugal blowers specs are? Would there be a way to do something similar to a VNT turbo[gif] [html5] to change those specs?

  3. Is there any type of positive displacement pump that has a similar performance/size to a centrifugal blower? You can hold a 1000 cfm centrifugal fan in your arms.

  4. Some fans are 'ok' with being operated in a vacuum, some don't. For example if I 'stall' my fan (doing static vacuum tests). Is this more of a function of the motor? Lower air flow = no load = motor speeds up = it gets hot since it's an unregulated motor. Or do centrifugal pumps not like to be run in a vacuum? (Is there such thing as cavitation with air?). But if you designed the motor that could operate at the higher speeds with either better cooling or speed control.

  5. How does whether it's blower or a sucker affect the design. For example a shop vac and dust vac vs a HVAC fan. Where one has to draw through the system vs the other what blows through it? HVAC blowers seem to have lots of small flat blades (Squirrel cage) vs a dust fan.

    5a) Does it affect the ducting? For example a 1000 cfm centrifugal fan needs a large intake or needs to operate as close atmospheric as possible. Where as as a blower it needs a bit of resistance from the system. Or does a centrifugal fan just always operate best in an 'open' atmosphere?

    ELIFE (Explain it like I'm a freshmen engin