So for example a 50kg weight would depress the cylinder right? Should be able to calculate it backward too, to find out how much weight on an air cylinder creates how much air pressure? Like if i knew i had 10kg and i want to find out how much pressure it puts on the air cylinder piston.
Hi Tony. That’s correct a 50kg weight would depress the cylinder. If you want to work out how much pressure is on the cylinder you can rearrange the calculation. Pressure = Force / Area and this should give your answer. Hope this helps
Dear Sir............Example Problem I have a single acting hydraulic cylinder with a stroke of 300 mm, a bore of 18 mm and a rod of 10 mm if the press weight is 1 mm on the Piston Head what is the pressure.....Please explain the calculations
When we say weight = 43 kg does it mean that it can push a block of 43kgs? How can i calculate force required to push a 20 kg object at distance of 3mm?
Correct yes, this 30mm bore cylinder will be capable of pushing a weight of up to 43kg vertically upwards. 20kg as a force is 196N Force (N) = mass (kg) x acceleration (m/s) 196N = 20kg x 9.8m/s Assuming you are using a slide to lift the 20kg weight 3mm then add 30% safety factor 196N x 1.3 = 255N Summary you need a cylinder with a pushing force of 255N
@@manchette4840 assume using 10 bar because most of air compressors using 10 bars. d: piston diameter [cm] A : piston area [cm^2] p : operating pressure [bar] So, convert d to cm => 32mm = 3.2 cm use the formula F = p * A = p * 10 * (d^2 * pi / 4) = 10 * 10 * (3.2 * 3.2 * 3.14) / 4 =803.84 N divide by 9.8 to convert to kg =82 kg
600,000 X 0.000706= 423.6 but he didn’t round so he left it at 423 and if you want to convert to pounds you multiply 43 by 2.2 which is 94.6 pounds of force.
can you explain more details that,area(m²)=(π x (0.0030m)²)/4.
Looking for this. Thanks for sharing
Great video thank you
Thank you, straight forward :)
Very informative video.
Sir pump lpm change krke pressure de developed krsakte hai?
Thank you I just did the math on my 63mm bore at 140 psi and it puts out 699 lbs of force.
So for example a 50kg weight would depress the cylinder right? Should be able to calculate it backward too, to find out how much weight on an air cylinder creates how much air pressure? Like if i knew i had 10kg and i want to find out how much pressure it puts on the air cylinder piston.
Hi Tony. That’s correct a 50kg weight would depress the cylinder. If you want to work out how much pressure is on the cylinder you can rearrange the calculation. Pressure = Force / Area and this should give your answer. Hope this helps
Great video!!
Thanks Lisa, did you learn anything?
Yes. I learned how to calculate the force of cylinders :)
Dear Sir............Example Problem I have a single acting hydraulic cylinder with a stroke of 300 mm, a bore of 18 mm and a rod of 10 mm
if the press weight is 1 mm on the Piston Head what is the pressure.....Please explain the calculations
thank you
whats that in inches and pounds
What cylinder diameter for 3 tons weight? Pressure is 6 bar
When we say weight = 43 kg does it mean that it can push a block of 43kgs?
How can i calculate force required to push a 20 kg object at distance of 3mm?
Correct yes, this 30mm bore cylinder will be capable of pushing a weight of up to 43kg vertically upwards.
20kg as a force is 196N
Force (N) = mass (kg) x acceleration (m/s)
196N = 20kg x 9.8m/s
Assuming you are using a slide to lift the 20kg weight 3mm then add 30% safety factor
196N x 1.3 = 255N
Summary you need a cylinder with a pushing force of 255N
@@justinwaugh8003 hi , cylinder 32mm Bore 300mm Stroke , how many KG i can push with this cylinder?
@@manchette4840 assume using 10 bar because most of air compressors using 10 bars.
d: piston diameter [cm]
A : piston area [cm^2]
p : operating pressure [bar]
So, convert d to cm => 32mm = 3.2 cm
use the formula F = p * A
= p * 10 * (d^2 * pi / 4)
= 10 * 10 * (3.2 * 3.2 * 3.14) / 4
=803.84 N
divide by 9.8 to convert to kg
=82 kg
Nice
There is something I don't understand how did you find 423 ??
600,000 X 0.000706= 423.6 but he didn’t round so he left it at 423 and if you want to convert to pounds you multiply 43 by 2.2 which is 94.6 pounds of force.
Pressure does not have units of Nm^2
Kristoffer Gaard what do you think of this?
www.sensorsone.com/nm2-newton-per-square-metre-pressure-unit/
@@justinwaugh8003 N/m^2 not Nm^2. If you're going to be an educator get it right.
This is a great example. The unit for pressure is N/m² Please correct the unit.