admin@mazurekgravity.in

A hydraulic press has a ram of 150 mm diameter and plunger of 25 mm diameter. The stroke length of the plunger is 250 mm. The weight lifted by the press is 2000 N and the distance moved by the weight is 1.5 m in 30 min. Determine (a) the force applied on the plunger, (b) number of strokes performed by the plunger and (c) the power required to drive the plunger.

Question-Answer › Category: Fluid Mechanics › A hydraulic press has a ram of 150 mm diameter and plunger of 25 mm diameter. The stroke length of the plunger is 250 mm. The weight lifted by the press is 2000 N and the distance moved by the weight is 1.5 m in 30 min. Determine (a) the force applied on the plunger, (b) number of strokes performed by the plunger and (c) the power required to drive the plunger.
0 Vote Up Vote Down
Kristin asked 1 year ago

A hydraulic press has a ram of 150 mm diameter and plunger of 25 mm diameter. The stroke length of the plunger is 250 mm. The weight lifted by the press is 2000 N and the distance moved by the weight is 1.5 m in 30 min. Determine (a) the force applied on the plunger, (b) number of strokes performed by the plunger and (c) the power required to drive the plunger.

1 Answers
0 Vote Up Vote Down
MG answered 1 year ago

 
 

Given& force applied on plunge As presure on both arde is Some plurgr Rom P-P2 Fi F2 A A2 Ar Fi A 2. 쯩(0.025)2. : 200DX F 55.volume of qud dle plaed by p lunger in one shoke Avea of plugk lengfh Total Volume of Irquid ohsplaed in ylndv ニ Area of Pomwork done bi press per second Time - 2000 x5 667 Nmg 츠 pouw require to Drive plunger - work clone 667 p0 00 1667 ki powev po

Your Answer

18 + 3 =