For future reference, just use the search bar at the top of our website to find any of our products. Sorry for the late reply but hope this help. www.advantagelifts.com/products/air-bag-jack?_pos=1&_sid=9d8a217f8&_ss=r
I see car and semi truck shops all using air jacks now. Air jacks have a risk of dropping, always use a jack stand. If you change tires all day you may not use a jack stand if you are knowing what you are doing and quick. Different sizes for different sizes of vehicles.
Theoretically, you could even use a hand powered air pump if you had the right air hose fittings / adapters... It would take quite a bit of time though and you would probably exert more effort than it would take to just use a scissor jack... As far as a 12V sir compressor goes, your prime concern is going to be the time it takes to fill it all the way, not whether it *technically* work with it... If you don't have a reservoir tank on that compressor, you could get a rough estimate by knowing the output rate of your compressor at the target pressure (psi) that the jack needs and the likely volume of air that needs to go in the jack. As a rough estimate for the volume of air needed, I'm thinking that probably about the same as a cylinder of 7" in diameter and 16" in height... Volume of cylinder = height * pi * radius^2, so equal to 16 * 3.141592 * 3.5 * 3.5 = 615.752 cu-in or about 0.3563 cu-ft... Couldn't find the pressure requirements on this one, but the Vevor one (which looks very similar) needs 8-10 ATM (i.e. 117.6-147 psi). Does your compressor do that? Let's ASSUME that your 12V compressor can do 0.63 cu-ft per minute (CFM) at 35 psi AND that linearly scales to 140 psi (it probably won't though)... That means that it is going to take 4 times as long to get to a similar volume. We're only looking at 56.56% of the rated capacity for a minute though, so this will work out to be about 2.26 minutes in the absolute best case... If you have more accurate CFM rates for higher PSIs for your particular compressor, just plug them into the equations and figure it out... OR you could just carry a large enough air tank to make up for the reduced CFM of your air compressor... LPG tanks make for good air tanks since they are rated to over 300 psi... FYI -- many of the "fix-a-flat" cans use LPG to refill your tire in combination with whatever sealant they are using,... With the proper adapters, you could even take an air bag jack like this and use a propane camping / torch canister to pressurize it... LPG expands about 250 times when going from liquid to gaseous... Of course, if you don't know how to safely do this, you probably shouldn't be doing it...
Are you getting four of these or using one at a time to get it on jack stands?
Just looked - I couldn't find it on their website either.
www.advantagelifts.com/collections/lift-accessories
Where can you buy this? It’s not on the website
For future reference, just use the search bar at the top of our website to find any of our products. Sorry for the late reply but hope this help.
www.advantagelifts.com/products/air-bag-jack?_pos=1&_sid=9d8a217f8&_ss=r
Hello.. Can I rely on this for my work.. I work in installing tires, I think the work is exhausting, can this be possible
I see car and semi truck shops all using air jacks now. Air jacks have a risk of dropping, always use a jack stand. If you change tires all day you may not use a jack stand if you are knowing what you are doing and quick. Different sizes for different sizes of vehicles.
Can a 12v Milwaukee air compressor fill this up?
Theoretically, you could even use a hand powered air pump if you had the right air hose fittings / adapters... It would take quite a bit of time though and you would probably exert more effort than it would take to just use a scissor jack... As far as a 12V sir compressor goes, your prime concern is going to be the time it takes to fill it all the way, not whether it *technically* work with it... If you don't have a reservoir tank on that compressor, you could get a rough estimate by knowing the output rate of your compressor at the target pressure (psi) that the jack needs and the likely volume of air that needs to go in the jack. As a rough estimate for the volume of air needed, I'm thinking that probably about the same as a cylinder of 7" in diameter and 16" in height... Volume of cylinder = height * pi * radius^2, so equal to 16 * 3.141592 * 3.5 * 3.5 = 615.752 cu-in or about 0.3563 cu-ft... Couldn't find the pressure requirements on this one, but the Vevor one (which looks very similar) needs 8-10 ATM (i.e. 117.6-147 psi). Does your compressor do that? Let's ASSUME that your 12V compressor can do 0.63 cu-ft per minute (CFM) at 35 psi AND that linearly scales to 140 psi (it probably won't though)... That means that it is going to take 4 times as long to get to a similar volume. We're only looking at 56.56% of the rated capacity for a minute though, so this will work out to be about 2.26 minutes in the absolute best case... If you have more accurate CFM rates for higher PSIs for your particular compressor, just plug them into the equations and figure it out...
OR you could just carry a large enough air tank to make up for the reduced CFM of your air compressor... LPG tanks make for good air tanks since they are rated to over 300 psi... FYI -- many of the "fix-a-flat" cans use LPG to refill your tire in combination with whatever sealant they are using,... With the proper adapters, you could even take an air bag jack like this and use a propane camping / torch canister to pressurize it... LPG expands about 250 times when going from liquid to gaseous... Of course, if you don't know how to safely do this, you probably shouldn't be doing it...
Toto Wolff's dad?
Yes