Double- atanga output force chhiar dan.pneumatic cylinder hmanga siam a ni: Thrust chu a double em? Formula leh hriatthiam lohna chipchiar taka sawifiahna
Double-Pneumatic cylinder thlan hian zawhna bulpui ber pakhat chu: "A thrust hi single-Pneumatic cylinder aiin a let hnih a ni em?" A chhanna chu: Theoretically chuan a ni, mahse practical application-ah chuan rationally-a thlir a ngai a ni. He thuziak hian double-pneumatic cylinder-a force application principle chu thuk takin a zirchiang ang a, chhut dan chipchiar tak tak a pe ang a, hriat tur pawimawh tak takte a tarlang ang a, chu chuan chhut dik leh duhthlanna dik siam turin a pui ang che.
I. Core Principle: Engvangin nge Thrust hi "doubling" anga ngaih theih?
Double-Pneumatic cylinder design essence chu bore khata single-rod Pneumatic cylinder pahnih parallel-a connect a, mechanically synchronize a ni a, piston pahnih hian output end plate an khalh dun a ni.
Power source double: Working air pressure (P) chu a inang vek anga ngai ila, Pneumatic cylinder pahnih chu a ruala inflated a nih chuan an theoretical thrust zawng zawng chu natural takin Pneumatic cylinder pakhat aiin a let hnih a ni.
Structural synchronization: Common end plate inzawmkhawm hmang hian piston pahnih kal dan chu a inmil a, force te chu a inzawm khawm a, output a ni.
Chuvangin, ideal condition hnuaiah chuan double-pneumatic cylinder theoretical output thrust chu pneumatic cylinder pakhat-pneumatic cylinder aiin a let hnih zetin a chhut theih a ni.
Ii. Thrust Calculation Formula leh Entirna chipchiar tak tak
Theoretical thrust formula (a awm dan tur tha ber) .
Hei hi maximum possible thrust chhut nan a bulpui ber a ni.
F_ theory=P ×A ×2 tih a ni
F_ Theory: Double-Pneumatic cylinder atanga theoretical Output Force (N) hmanga siam chhuah a ni
P: Hnathawh pressure (MPa) (Note unit thlak danglam) .
A: Pneumatic cylinder piston pakhata hnathawhna hmun (mm2) tha tak
Push (extending) hunah : A=π×(D/2)2 (D chu Pneumatic cylinder diameter a ni) .
Pul (retracting) hunah): A=π×[(d/2)2 - (d/2)2] (chutah chuan d chu piston rod diameter a ni) .
2. Thrust formula tak tak (engineering thlan dan tur formula) .
Selection tak takah chuan theoretical thrust hi direct-a hman tur a ni ngai lo. Load rate (η)-a key safety factor chu dah luh a ngai a ni.
F_ a takah chuan=P ×A ×2 ×η
F_ Actual: Pneumatic cylinder hian him taka a pek theih output force (N) tak tak
η: Load rate (or efficiency coefficient), a tlangpuiin 0.5 (50%) anga lak a ni a, low-speed scenario-ah chuan 0.7 (70%) anga lak theih a ni.
3. Chhiar dan entirnan: Snway 12-CXSL32-75-Y69BZ thrust chu 0.6 MPa-ah
A pek: Pneumatic cylinder diameter D=32 mm, piston rod diameter d ≈12 mm (typical value), pressure P=0.6 MPa, load rate η hian 0.5 a la a ni.
Step 1: Pneumatic cylinder pakhat piston area chu chhut la
Thrust area (rod-free cavity) A_push=π×(32/2)2= π×256 ≈804.25 mm2 a ni
Tensile area (rod cavity) A_pull=PI * [(32/2) squared - (12/2) squared]=PI * (256-36) material 691.15 mm squared
Step 2: Output force tak tak chu chhut rawh
Theoretical thrust f_theoretical push=0.6 ×804.25 ×2=965.1 N. A rilru a hah lutuk chuan a rilru a buai em em a, a rilru a hah lutuk chuan a rilru a buai em em bawk a
Thrust tak tak f_actual _push=0.6 ×804.25 ×2 ×0.5=482.55N
Theoretical pull force f_theoretical pull=0.6 ×691.15 ×2=829.38 N. A rilru a hah lutuk chuan a rilru a buai em em a, a rilru a hah lutuk chuan a rilru a buai em em bawk a
Pul force tak tak f_pull tak tak=0.6 ×691.15 ×2 ×0.5=414.69 N
Thutlukna: He 32mm double-Pneumatic cylinder hian 0.6MPa pressure-ah him takin thrust Newton 483 vel leh tensile force Newton 415 vel a pe thei a ni.
Iii. Hriatthiam lohna leh fimkhurna pawimawh
Thrust chu a let hnih a ni a, mahse volume leh air consumption pawh a let hnih a ni: Output power thatna chauh ngaihtuah suh. Double-pneumatic cylinder hi a zau zawk a, hmun a luah tam zawk bawk. Pneumatic cylinder pahnih a ruala nawr a nih chuan Pneumatic cylinder pakhat aiin boruak hman zat a let hnih a ni a, valve leh pipeline flow rate tling tak takte chu a inmil a ngai a ni.
Load rate (η) hi key a ni: I load chu theoretical thrust nen i match ngai lo tur a ni. Pneumatic cylinder chu a la thawk nghet thei a, shock, vibration, leh friction ang chi dinhmun tha lo tak hnuaiah pawh service life rei tak a la awm theih nan 50% load rate hi margin tul tak a ni. Pneumatic cylinder hi theoretical value atanga thlan a nih chuan a chhe nghal vat ang.
What doubles chu force a ni a, performance dang a ni lo:
Speed chu a let hnih a ni lo vang: Air source khat hnuaiah chuan load leh friction a san avangin Pneumatic cylinder pakhat aiin speed a hniam tak tak thei.
Precision hi hmasawnna mai a ni lo: Double-Pneumatic cylinder thatna chu a structure-ah a awm a, chu chuan rigidity sang tak leh bending moment resistance a thlen a, chu chuan load-a eccentric force avanga jamming leh deformation awm chu a ti tlem a, indirect takin action stability leh repeatability a ti sang bawk. Mahse guide rod Pneumatic cylinder angin high-precision positioning atan siam a ni lo.
Thil dang enfiah rawh: Output standard zawm hi thlan dan hmasa ber chauh a ni. Lateral load, kinetic energy absorption, etc. kha khauh taka enfiah a ngai a, chutiang a nih loh chuan eng ang pawhin thrust lian mahse normal operation a awm thei lo.
He product hi double-Pneumatic cylinder-a "power leh stability" ziarang lantir tha tak a ni:
Output advantage pawimawh tak: 32mm Pneumatic cylinder bore hian standard working pressure hnuaiah 500N vel thrust rintlak tak a pe thei a, hei hi medium leh heavy-duty pushing leh handling operation tam zawk handle nan a tawk a ni.
High-rigidity structure: Double piston rod design hian a bending moment resistance chu single-rod Pneumatic cylinder aiin a ti sang zawk a, load offset tlemte pawh a do thei a, output force stable zawk a pe bawk.
Hydraulic buffer (CXSL series): A buffering capacity tha tak hian output chak tak hnuaiah a tawp lama impact lo chhuak chu tha takin a absorb thei a, hmanrua a humhim thei a, ri a ti tlem thei a, a hnathawh dan pawh a awlsam zawk thei bawk.
Scenario tling: Thrust nasa tak leh rotation tel lova smooth movement mamawhna dinhmun atan a tha hle a, chu chu parts press-fitting, material pushing, leh flipping mechanisms etc. te hi a ni.
A chungah hian double-pneumatic cylinder output force Calculation a awm a: Thrust hi a double em? Formula chipchiar taka sawifiahna leh thupui hriatthiam lohna. A kaihhnawih thu belhchian dawl zawk hriat duh chuan tlawh theih a nihttps://www.joosungauto.com/ ah hian a awm bawk..
