Penghitung silinder piston pneumatik/hidrolik
Note: hanya untuk referensi saja.
Penghitung silinder piston
Masukan nilai:
Panjang Stroke (L) :
| (inc) | |
Diameter silinder (D) :
| (inc) | |
Diameter rod (d) :
| (inc) | |
Tekanan (P) :
| (psi) | |
Cylinder Blind End Area :
| (inc2) | |
Cylinder Rod End Area :
| (inc2) | |
Tekanan silinder :
| (pound) | |
Tarikan silinder :
| (pound) |
konversi 1 pound = 0,4535 kg
Contoh Perhitungan Silinder Hidrolik
Cylinder Blind End Area (inch2):
π x (rSilinder) 2
Contoh : Berapa luas silinder diameter Ø6 " ?
Dsilinder = Ø6 " rSilinder = 1/2 x Dsilinder Ø6
= 3 "
Cylinder Blind End Area :
π x (rSilinder) 2 = 3,14 x (3) 2
= 3,14 x 9
= 28,26 inch2
Cylinder Rod End Area (inch2):
Cylinder Blind End Area - Rod End Area :
Contoh : Berapa bidang ujung batang silinder diameter Ø 6 "yang memiliki batang diameter Ø 3"?
Cylinder Blind End Area = 28,26 inch2
Drod
= Ø 3" rrod
= 1/2 x Ø 3”
= Ø 3" rrod
= 1/2 x Ø 3”
= Ø 1,5 "
Rod End Area = π x rrod 2 = 3,14 x 1.52 = 7,07 inch2
Cylinder Rod End Area = Cylinder Blind End Area - Rod End Area
= 28,26 inch2 - 7,07 inch2
= 21,19 inch2
Cylinder Output Force atau gaya dorong silinder (satuan dalam pound):
Tekanan (dalam PSI) x Area Silinder
Contoh : Berapa gaya dorong silinder diameter Ø 6 " yang beroperasi pada tekanan 2.500 PSI?
Cylinder Blind End Area = 28,26 inch2
Tekanan = 2.500 psi
Cylinder Output Force = Tekanan x Cylinder Blind End Area
= 2.500 X 28,26 inch2
= 70.650 pound
Berapa gaya tarik silinder diameter Ø 6" dengan batang rod diameter Ø 3" yang beroperasi pada 2.500 PSI?
Cylinder Rod End Area = 21,19 inch2
Tekanan = 2.500 psi
Tekanan x Cylinder Rod End Area = 2.500 psi x 21,19 inch2
= 52,975 pound