A rilru a buai em em a, a rilru a hah em em bawk a. -.Pneumatic cylinder hmanga siam a ni
Pneumatic Cylinder chi hrang hrang
1.1 Straight Line Class hrang hrangte
Standard Pneumatic cylinder, Pneumatic cylinder te tak te, pen- ang chi Pneumatic cylinder te
Clamping Pneumatic cylinder: Lock, air cut-off lock, leh anti-air cut-off venhimna nei
Pneumatic cylinder positioning: Pneumatic cylinder ngei pawh hian multi-point positioning emaw double stroke emaw a support lo
Double-axis Pneumatic cylinder: Double output force, bending moment thenkhat tuar thei.
Pneumatic cylinder positioning dikna chu a limit-ah a innghat a ni. Output force lian tak emaw, speed sang tak emaw hmanga hman hunah chuan limit dah belh a ngai a ni. A chhan chu piston hi a tlak lutuk loh nan leh Pneumatic cylinder head awlsam taka a tihchhiat loh nan a ni. Piston te tak te, short-stroke Pneumatic cylinder te hian anmahni hard steel an rinchhan a
Guide structure: Single-axis Pneumatic cylinder-ah hian a tlangpuiin direct-a load tur a ni lo va, guide/load-bearing structure (guide shaft, linear bearings, linear guide) dah a ngai a ni. Piston te tak te, short-stroke Pneumatic cylinder te, load lian tak tak phurh loh lai te, leh guiding/load-bearing structures nei lo te pawh hi pawm theih a ni. Three-axis Pneumatic cylinder hian guide rod ang chi a nei a
Anti-self-rotation tehna: Cross-section mumal lo, guide rod nei
1.2 Rotary chi hrang hrang: Rotary Pneumatic cylinder a ni
1.3 Hnathawh tur chi hrang hrang: Gripper Pneumatic cylinder/finger Pneumatic cylinder, blocking Pneumatic cylinder
2. Pneumatic cylinder atanga theoretical output force awm thei
Double-acting Pneumatic cylinder pangngaia theoretical thrust (N) chu: Fa=0.25π*D^2*P a ni
Formula-ah chuan:
Pneumatic cylinder sei zawng (mm.) a ni
Pneumatic cylinder a hnathawhna pressure (MPa) a ni.
Theoretical tensile force (N) chu: Fa=0.25π*(D-d)^2*P a ni
Formula-ah chuan d chu piston rod (mm) diameter a nih chuan d=0.3D.
3. Pneumatic cylinder chhunga load rate
Pneumatic cylinder-a load rate: Pneumatic cylinder-a load force tak tak F leh theoretical output force F0 inkar ratio a kawk a ni.
Pneumatic cylinder thlan nan hian load capacity hi thil pawimawh tak a ni. Piston shaft-a load force hnathawk tak tak chu load condition hrang hrangah a danglam thin.
Pneumatic cylinder load tak tak chu hnathawh dan a zirin a innghat a ni. Load rate η tih a nih chuan Pneumatic cylinder theoretical output pawh hriat theih a ni. Load rate η thlan hi Pneumatic cylinder load performance leh Pneumatic cylinder movement speed nen a inzawm a ni.
4. Pneumatic cylinder atanga output thrust leh air consumption chhiar
Pneumatic cylinder atanga output thrust chhiar dan. Figure 10-14-a single-rod double-acting Pneumatic cylinder hi entirnan la ila, piston rod-in dinglam a a kal chuan thrust F1 a siam a, piston rod-in veilamah a kal chuan pulling force F2 a siam chhuah chu equation (10-2) leh (10-3) angin chhut theih a ni :
(2) Pneumatic cylinder-a reciprocating stroke khat chhunga compressed air air consumption q chu equation (10-4) hmangin chhut theih a ni :
Pneumatic device tinte mamawh working pressure a danglam avangin boruak hman zat chhiarna tur unified pressure standard a awm tur a ni. A tlangpuiin, pressure hrang hranga compressed air flow rate chu chhut nan standard atmospheric pressure-a free air flow rate-ah an chantir a, chu chu:
Q=q× (p+0.103) /0.103
Formula-ah hian: Q - free air consumption (m3/s), p - Compressed air hnathawhna pressure (Mpa) .
5. Pneumatic cylinder thlan dan tur
Hnathawh tur mamawh leh dinhmun a zirin Pneumatic cylinder chi dik tak thlang rawh.
Pneumatic cylinder hian stroke tawp a thlen chuan impact phenomenon emaw impact noise emaw a awm loh chuan buffer Pneumatic cylinder thlan tur a ni. Light weight a ngai a nih chuan light-duty Pneumatic cylinder thlan tur a ni. Installation space a tawi a, stroke a tawi a nih chuan Pneumatic cylinder te tak te thlan theih a ni. Lateral load a awm a, Pneumatic cylinder guide rod nei chu duhthlan theih a ni. Braking accuracy sang tak a ngai a, locking Pneumatic cylinder thlan tur a ni. Piston rod chu a inher phal lo. Pneumatic cylinder, non-rotating rod function nei chu thlan theih a ni. Heat-resistant Pneumatic cylinder te hi temperature sang-temperature sang takah thlan tur a ni. Corrosive environment-ah chuan corrosion-resistant Pneumatic cylinder thlan tur a ni. Leivut awmna hmun khirh takah chuan piston rod tawp zau takah leivut khuhna dah a ngai a ni. Pollution-free a ngai a nih chuan oil-free emaw oil{17}}free lubricated Pneumatic cylinder, etc. thlan tur a ni. Pneumatic cylinder thlan diameter chu a load inzawm, air pressure hman leh a hnathawhna lam atanga teh a ni
Pneumatic cylinder stroke leh workpiece kalna hlat zawng thlang rawh:
A hmanna hun leh mechanism stroke nen a inzawm a, mahse a tlangpuiin full stroke hi piston leh Pneumatic cylinder head a insu loh nan thlan tur a ni lo. Clamping mechanism, etc. atana hman a nih chuan stroke mamawh zat chhut angin allowance 10 atanga 20 mm vel dah belh tur a ni.
Pneumatic cylinder series chu thlang rawh
Pneumatic cylinder dahna tur chi chu thlang rawh
Series hrang hrang hian installation method hrang hrang an nei a, a bik takin basic type, foot type, flange type, U-shaped hook, leh shaft ear type te a ni
Buffer te chu thlang rawh: buffer awm lo, rubber buffer, air buffer, leh hydraulic shock absorber te
Magnetic induction switch thlan chhuah hi position detection atan hman a ni ber a, Pneumatic cylinder chhungah magnetic ring siam a ngai a ni
Pneumatic cylinder part thlan chhuah zingah hian joint kaihhnawih te pawh a tel
6. Pneumatic cylinder brand thlan chhuah tlangpui: Airtac leh SMC
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