Piston- (mm)ExtensionRetraction32 430 N (96.6 lbf.) 370 N (83.2 lbf.) 40 680 N (152.8 lbf.) 570 N (128.1 lbf.) 50 1060 N (238.3 lbf.) 890 N (200.1 lbf.) 63 1680 N (377.7 lbf.) 1510 N (339.5 lbf.) 80 2700 N (607.0 lbf.) 2550 N (573.3 lbf.) 100 4240 N (953.2 lbf.) 3970 N (892.5 lbf.) 125 6630 N (1490.5 lbf.) 6200 N (1393.8 lbf.) Pressure 6 bar. The internal friction is considered. >

Flexible coupling FK Page 8.203 Foot mount Rod clevis with pin Page 8.202 FD + RD Page 8.018 Sensors h > XLB--06 Page 8.019Swivel mount 90 XLB-ؘ-12 Page 8.017Swivel mount XLB--04 Page 8.017Clevis mount with bushing XLB-ؘ-03 Page 8.016Clevis mount XLB--02 Page 8.016Flange mount XLB-ؘ-01 Page 8.018Trunnion mount XLB--05 Page 8.019 Swivel mount withspherical bearing XLB-ؘ-08 Page 8.020Clevis pin XLB--09 XLB-11 0.5m Rod eye Page 8.221Cover for sensor groove KA- Page 8.020Bearing block Page 8.220Connecting cable XLB-ؘ-10 Trunnion flange mount XLB--11 Page 8.021 Small clevis mount with non rotating...

(1 pair) Order number = 1 pair Order numberABCDEFGHIKXLB-032-09 116.6123246157301810.5 XLB-040-09 159163655189362112 XLB-063-09 18112042652011402313 XLB-100-09 201425507525135028.516Material: steel (zinc-plated), bronze >

Cable: PUR, black, 3 x 0,25 mm > 2 , l 3.9, high flexibleOperating voltage 0 ؅ 48 V AC/DC Material: PA, steel zinc plated Order numberLength of cableConnectionKA-30 3 m8 mm sensor snap-in, straight KA-50 5 m8 mm sensor snap-in, straight KA-51 5 m8 mm sensor snap-in, 90 KA-100 10 m8 mm sensor snap-in, straight > BU 34 BK1 BN KA-101 10 m8 mm sensor snap-in, 90а > Order numberZS-6300ZS-6301ZS-7300ZS-7301Design electronic, magnet-induktive sensor,normally open PNP output Cable l 3, LifYY-11Y, PUR Cable cross section 3 x 0.14 mm > 2 Cable lengths 3 m0.3 m3 m0.3 m 8 Cable plug M8֖M8 Overtravel speed...

Piston rod-ؘ > Stroke of cylinder Critical load for the piston rod Fk (N) is calculated with a safety factor of 5-times. Elastic cases of buckling according to Eulerē F > k = permitted critical force (N) E > = elasticity module (N/mm 2 ) First elasticcase of buckling l > = moment of inertia (mm 4 ) Second elasticcase of buckling L > k = effective length of critical load open end at Bfixed restraint at A Lk = 2 x L joint at Bjoint at A Lk = L S > = security 8.240 > Subject to change size="-2">