Xayma dooley génnug ñaari -silindre pneumatik: Ndax doole ji dafay yokk ñaari yoon? Faram-fàcce gu leer ci formul yi ak njuumte yi
Sooy tànn silindre pneumatik bu am ñaari -, benn ci laaj yi ñuy gëna faral di laaj mooy: "Ndax dooleem ñaari yoon dooley benn silindre pneumatik?" Tontu li mooy: Ci wàllu theorie, waaw, waaye ci jëfandikoo gi, fàww ñu xool ko ci anam wu rasionel. Artikle bii dafay jàngat bu baax njàngalem jëfandikoo doole ci silindre pneumatik bu am ñaari -, joxe formul xayma yu leer, ba noppi wane poñ yu am solo yi nga wara bàyyi xel, di jàppale la nga def xayma ak tànneef yu jaar yoon.
I. Njàngale mu am solo: Lu tax ñu mëna jàppee doole ni "ñaari yoon"?
Li gëna am solo ci jëmmal silindre pneumatik bu am ñaari - mooy boole ñaari silindre pneumatik yu am benn batone ci benn forage, ñu boole leen ci anam wu mekanik, ñaari piston yi boole dawal benn plaque de sortie.
Ñaari yoon source puissance bi: Bu ñu jàppee ni pression air biy liggéey (P) benn la, suñu gonfle ñaari silindre pneumatik benn yoon, puissance theorique bi ñuy defar dafay nekk ñaari yoon doole bi benn silindre pneumatik di defar.
Synchronisation structurel: Jaaraleko ci lëkkaloo plate yu mujj yi, dafay fexe ba yengu-yengu ñaari piston yi synchronise ak doole yi boole génne.
Kon, ci anam yu baax, mën nañu xayma puissance theorique bi ci silindre pneumatik bu am ñaari - ñaari yoon bu benn silindre pneumatik.
Ii. Formul xayma doole ak misaal yu leer
Formul théorique de poussée (conditions ideales)
Loolu mooy fundamaasu xayma puissance bi gëna mag biñ mëna am.
F_ teori=P × A × 2
F_ Teori: Dooley génnug teori (N) bu ñaari silindre pneumatik
P: Pression de travail (MPa) (Note de conversion de unité)
A: Barab bi ñuy liggéey (mm2) ci benn piston silindre pneumatik
Sooy tëye (di yokk): A=π×(D/2)2 (D mooy diametru silindre pneumatik bi)
Sooy xëcc (dellu ginaaw): A=π×[(d/2)2 - (d/2)2] (fu d mooy yaatuwaayu batone piston bi)
2. Formul puissance dëgg (formul tànneef ingenieur)
Ci tànneef dëgg, puissance theorique waru ñu ko jëfandikoo ci saasi. Facteur de sécurité bu mag bi mooy taux de charge (η) dañu ko wara dugal.
F_ ci dëgg=P × A × 2 × η
F_ Actual: Dooley génnug (N) bi silindre pneumatik bi mëna joxe ci jàmm
η: Tolluwaayu sargal (wala koeffisientu efficacité), ñu koy faral di jàppee ni 0.5 (50%), te ci senaario yu gaawaay bu woyof, mën nañu ko jàppee ni 0.7 (70%).
3. Misaalu xayma: dooley Snway 12-CXSL32-75-Y69BZ ci 0.6 MPa
Dañu jox: Diametru silindre pneumatik D=32 mm, diametru batone piston d ≈12 mm (valeur typique), presion P=0.6 MPa, viteesu sargal η dafay jël 0.5.
Xaymal yaatuwaayu piston bi ci benn silindre pneumatik
Area de poussé (baton - cavité libre) A_poussé=π×(32/2)2=
(32/2) karé - (12/2) karé]=PI * (256-36) matériel 691,15 mm karé
Xaymal dooley génne gi
f_push theorique=0.6 ×804.25 ×2=965.1 N
Push réel f_push réel=0.6 ×804.25 ×2 ×0.5=482.55N
Dooley xëcc f_ xëcc xam-xam=0.6 ×691.15 ×2=829.38 N
Dooley tëye dëgg f_ tëye dëgg=0.6 ×691.15 ×2 ×0.5=414.69 N
Conclusion: Bii silindre pneumatik bu am ñaari 32mm mën na joxe lu tollu ci 483 Newton ci doole ak 415 Newton ci dooley traction ci presioŋ bu 0.6MPa.
3. Juumte yu am solo ak moytu
Puissance bi dafay yokk ñaari yoon, waaye volume bi ak consommation air bi itam dañuy yokk ñaari yoon: Bul bàyyi sa xel ci njariñu doole jiy génn rek. Silindre pneumatik bu am ñaari - moo gëna yaatu te dafay jël palaas bu gëna bari. Sudee dañuy push ñaari silindre pneumatik benn yoon, li ñuy jëfandikoo ci air bi dafay ëpp ñaari yoon li benn silindre pneumatik di jëfandikoo, ba noppi dañu wara méngale vanne yi ak tuyo yi am debit bu doy.
Taux de charge (η) mooy caabi bi: Warul musa méngale sa charge ak puissance theorique. 50% ci charge bi mooy marge bi war ngir silindre pneumatik bi mëna wéy di dox bu baax ba noppi mëna wéy di dundu lu yàgg ci anam yu metti yu melni choc, vibration ak friction. Sudee silindre pneumatik bi dañu ko tànnee ci valeur theorique bi, dafay gaawa yàqu.
Liy yokk ñaari yoon mooy doole, du beneen performance:
Gaawaay bi du yokk ñaari yoon: Ci suufu benn balluwaay ngelaw, ndax yokkuteg sargal ak friksioŋ, gaawaay bi mën na gëna néew bu benn silindre pneumatik.
Jaar-jaar du yokkute rek: Njariñu ñaari silindre pneumatik mingi ci liggéeyam, luy indi dëgëraay bu rëy ak bañaale moment coudé, loolu mooy wàññi jamming ak deformation yi force excentrique bi sarge bi waral, ba noppi indirectment yokk stabilite ak reaction. Waaye defaruñu ko ngir positionnement bu jaar yoon melni baton guide silindre pneumatik.
Saytu yeneen mbir: Déggoo ak standard biy génne mooy jéego bu njëkk bi ci tànneef bi. Dafay am solo lool ñu saytu bu baax sargu lateral bi, absorption energie kinetik bi, ak ñoom seen. Luko moy, ak dooley puissance bi, mënu ñu garanti liggéey bu jaar yoon.
Produit bii dafay wane bu baax màndarga "doole ak dayo" yu ñaari -silindre pneumatik:
Njariñu génne gu am solo: Forage cylindre pneumatique bu 32mm mën na joxe puissance bu wóor buy dem ba 500N ci suufu presion standard, loolu doy ngir mëna liggéey ci liggéey yu yam ak yu diis.
Structure rigidité bu kawe: Design batone piston bu am ñaari piston dafay tax resistance moment de coudé bi ëpp bu baax bu benn batone silindre pneumatique, di baña déplacement de charge bu woyof ba noppi di joxe force de sortie bu gëna dëgër.
Tampon hydraulique (CXSL series): Kàttan tampon bu baax bi mën na dindi bu baax impact biy génn ci njeexte gi ci suufu génn gu dëgër, aar ekipmaa bi, wàññi bruit bi, ak fexe ba liggéey bi gëna neex.
Senaario yi méngoo: Mën na nekk ci anam yu bëgg doole bu bari ak yëngu bu neex te du am wëréelu, lu ci melni pièce yuñ tëye -fitting, tëye macceer, ak mekaniism yuy wëlbati, ak ñoom seen.
Ci kaw mooy xayma dooley génnug silindre pneumatik bu am ñaari -: Ndax puissance bi dafay yokk ñaari yoon? Faram-fàcce yu leer ci formul yi ak ñàkka xam ëmbiit li. Ngir am ci yeneen leeral yu jëm ci loolu, dem cihttps://www.joosungauto.com/.
