Hydraulic Press actual Press Force (tons)

AI Thread Summary
The discussion centers on verifying the calculation of actual pressure exerted by a hydraulic press, specifically the Enerpac RC1510 with a maximum gauge pressure of 10,000 psi and an actual reading of 2,500 psi. The calculation shows that the actual pressure is 3.75 tons, derived from the formula (2500/10000) X 15 tons. Further calculations using the effective area of 3.15 in² yield a force of 15.75 tons at maximum pressure and approximately 3.94 tons at the actual reading. However, caution is advised regarding the precision of these figures. Overall, the calculations provide a reasonable estimate but should be verified for accuracy in critical applications.
Bobby Tay
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Hi all. I am new to this site and I would like to verify the following calculation. Is it correct to do it this way? Please advise. Thanks.

Hydraulic Press: 15 tons (Enerpac RC1510)
Gauge Max Pressure: 10000 psi
Actual Gauge Reading: 2500 psi

Actual pressure (tons) = (2500/10000) X 15 tons = 3.75 tons
 
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Yes. From the datasheet, the effective area is 20.3 cm², which is 3.15 in². Multiply this area by the pressure (in psi) to get the force in lb.

10 000 psi X 3.15 in² = 31 500 lb (or 15.75 ton)
2 500 psi X 3.15 in² = 7 875 lb (or 3.9375 ton)

But I wouldn't rely on these numbers if precision is important.
 
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Likes Bobby Tay
Thank you for the input. Appreciate it.
 
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