The Rexroth simulators have the following component specifications: Double acting cylinders with piston diameters of 25-mm and rod diameters of 16-mm. Cylinder stroke of 40-cm for the large cylinder and 20-cm for the small cylinder(s). Pump rated output of 8 liters/minute. Maximum cylinder pressure of 105 bar (10500 kPa). Calculate the following based on the above system specifications. Refer to the formula sheet attached to this lab: a. Piston area [AP] and rod area [AR] in units of m2. 2. Ap = AR x De = x 0.025 x 0-016? = 0.00049 m? 0.00020 mR b. Maximum cylinder force in extension [FE], retraction [FR] and regeneration [Fregen]: C. Theoretical rod speed [cm/sec] in extension [VE], retraction [VR] and regeneration [Vregen]:
The Rexroth simulators have the following component specifications: Double acting cylinders with piston diameters of 25-mm and rod diameters of 16-mm. Cylinder stroke of 40-cm for the large cylinder and 20-cm for the small cylinder(s). Pump rated output of 8 liters/minute. Maximum cylinder pressure of 105 bar (10500 kPa). Calculate the following based on the above system specifications. Refer to the formula sheet attached to this lab: a. Piston area [AP] and rod area [AR] in units of m2. 2. Ap = AR x De = x 0.025 x 0-016? = 0.00049 m? 0.00020 mR b. Maximum cylinder force in extension [FE], retraction [FR] and regeneration [Fregen]: C. Theoretical rod speed [cm/sec] in extension [VE], retraction [VR] and regeneration [Vregen]:
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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can you please find solution for part c?
![The Rexroth simulators have the following component specifications:
Double acting cylinders with piston diameters of 25-mm and rod diameters of 16-mm.
Cylinder stroke of 40-cm for the large cylinder and 20-cm for the small cylinder(s).
Pump rated output of 8 liters/minute.
Maximum cylinder pressure of 105 bar (10500 kPa).
Calculate the following based on the above system specifications. Refer to the formula sheet
attached to this lab:
a. Piston area [Ap] and rod area [AR] in units of m2.
DR
AR =
Ap=
Dp
4
二
x 0.016?
=x0.025
4
0.00020 m?
= 0.00049 m?
11
b. Maximum cylinder force in extension [FE], retraction [FR] and regeneration [Fregen]:
Well
c. Theoretical rod speed [cm/sec] in extension [vE], retraction [VR] and regeneration [Vregen]:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbc9e1181-1430-499b-82e0-78a1d3a26295%2F8fec8502-b3ab-4144-8355-57329e4bddb6%2Fooph9if_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The Rexroth simulators have the following component specifications:
Double acting cylinders with piston diameters of 25-mm and rod diameters of 16-mm.
Cylinder stroke of 40-cm for the large cylinder and 20-cm for the small cylinder(s).
Pump rated output of 8 liters/minute.
Maximum cylinder pressure of 105 bar (10500 kPa).
Calculate the following based on the above system specifications. Refer to the formula sheet
attached to this lab:
a. Piston area [Ap] and rod area [AR] in units of m2.
DR
AR =
Ap=
Dp
4
二
x 0.016?
=x0.025
4
0.00020 m?
= 0.00049 m?
11
b. Maximum cylinder force in extension [FE], retraction [FR] and regeneration [Fregen]:
Well
c. Theoretical rod speed [cm/sec] in extension [vE], retraction [VR] and regeneration [Vregen]:
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