90 S E R I E S Catalogue 200 Stainless steel Cylinders Series 90 DIN/ISO 643 Single and double-acting (magnetic) ø 32, 40, 50, 63, 80, 00 and 25 cushioned Stainless steel cylinders Series 90 ø 32, 40, 50, 63, 80, 00 and 25 have been designed to comply with the sizes of standard DIN/ISO 643. These cylinders are suitable for use in harsh environmental conditions as in the off-shore, naval, pharmaceutical, nuclear and food industries. A permanent magnet is mounted on the piston in these cylinders. The position of the cylinder is obtained by the magnetic proximity switches mounted on the cylinder. This series of cylinders is normally equipped with adjustable end-stroke cushioning. In addition these cylinders are equipped with a mechanical cushioning in order to make the impact of the piston less noisy as it reaches the end of the stroke. DIN/ISO 643 Clean design Stainless steel AISI 36 GENERAL DATA Type of construction Operation Materials Type of mounting Stroke Bore Ports Assembly position Operating temperature 00 end block secured to the tube without tie-rods single-acting or double-acting Stainless steel AISI 36 (SS 2343) end block, tube, rod NBR seals front and rear flange - feet front and rear bracket - swivel combination standard (see table) ø 32, 40, 50, 63, 80, 00, 25 32 = G/8, 40/50 = G/4, 63/80 = G3/8, 00/25 = G/2 any position 0 80 C (with dry air - 20 C)
Catalogue 200 S E R I E S 90 PNEUMATIC SPECIFICATIONS Operating pressure Speed Fluid CYLINDER CODING SERIES 90 = 32 25 DIN/ISO 643 magnetic MODIFICATIONS M = standard, magnetic OPERATION = single-acting (front spring) 2 = double-acting (front and rear cush.) 6 = double-acting (through-rod with front and rear cushions) 0 bar 0 000 mm/sec (no load) clean air, with or without lubrication 90M2A050A0200 BORE in mm MATERIALS A = stainless steel AISI 36 (SS 2343), Viton rod seal, others NBR V = stainless steel AISI 36 (SS 2343), all Viton seals (only on request) STROKE in mm SPECIAL to be specified TYPE OF DESIGN A = standard B = feet C = rear bracket, female D = rear flange E = front flange H = rear bracket, female I = swivel combination L = rear bracket, male ZC = 90 bracket, male G = rod fork GA = spherical fork end for rod S = pin U = lock nut for rod Note: the brackets are not mounted on the cylinders. TABLE SHOW THE STANDARD STROKE FOR DOUBLE-ACTING CYLINDER SERIES 90 Double-acting 90M2A Strokes available in stock Series ø 25 50 75 80 00 25 50 60 200 250 300 320 400 500 600 700 800 90 32 90 40 90 50 90 63 90 80 90 00 90 25 CHARACTERISTICS OF SINGLE-ACTING CYLINDER SERIES 90 Series ø min max stroke Thrust (N) Force spring at rest (N) Force of compressed at 6 bar (stroke 75 mm) spring (N) 90 32 0 75 425 3 57 90 40 0 75 664 35 57 90 50 0 75 037 60 5 90 63 0 75 650 60 5 90 80 0 75 2660 84 33 90 00 0 75 454 84 33 Note: The Series 90 single-acting cylinders size L and L2 are increased by 25 mm. 002
90 S E R I E S Catalogue 200 TABLE SHOWING AIR CONSUMPTION OF SERIES 90 ø cyl. ø Rod Operating pressure in bar in mm. in mm. Working area in cm 2. 2 3 4 5 6 7 8 9 0 Air consumption in NL/min. for each 0 mm. of stroke 32 2 Thrust side 8.03 0.06 0.024 0.032 0.040 0.048 0.056 0.064 0.072 0.080 0.088 Traction side 6.9 0.04 0.02 0.028 0.035 0.042 0.048 0.055 0.062 0.069 0.076 40 6 Thrust side 2.56 0.025 0.038 0.050 0.063 0.075 0.088 0.00 0.3 0.26 0.38 Traction side 0.56 0.02 0.032 0.042 0.053 0.063 0.074 0.085 0.095 0.06 0.6 50 20 Thrust side 9.6 0.039 0.059 0.079 0.098 0.8 0.37 0.57 0.77 0.96 0.26 Traction side 6.48 0.033 0.050 0.066 0.083 0.099 0.5 0.32 0.48 0.65 0.82 63 20 Thrust side 3.5 0.062 0.094 0.25 0.56 0.87 0.28 0.249 0.280 0.32 0.343 Traction side 28 0.056 0.084 0.2 0.40 0.68 0.96 0.224 0.252 0.280 0.308 80 25 Thrust side 50.25 0.0 0.5 0.20 0.25 0.302 0.352 0.402 0.452 0.503 0.553 Traction side 45.35 0.09 0.36 0.8 0.227 0.272 0.37 0.363 0.408 0.454 0.499 00 25 Thrust side 78.5 0.57 0.235 0.34 0.392 0.47 0.550 0.628 0.707 0.785 0.864 Traction side 73.6 0.47 0.22 0.295 0.368 0.44 0.55 0.589 0.663 0.736 0.80 25 32 Thrust side 22.65 0.245 0.368 0.49 0.64 0.736 0.859 0.982.04.227.350 Traction side 5.6 0.229 0.344 0.459 0.573 0.688 0.803 0.97.032.47.26 THE VALUES SHOWN IN THE TABLE WERE OBTAINED USING THE FOLLOWING FORMULAE: Qs = D 2.. (P + ) 4. 000. H Qn = (Qs+Qt) n Qt = (D 2 - d 2 ).. (P + ) 4. 000. H Qs = consumption on thrust side D = diameter on thrust side in cm. Qt = consumption on traction side d = diameter of rod in cm. Qn = consumption of cylinder H = cylinder stroke in cm. n P = number of cycles per minute = operating pressure in bar TABLE SHOWING THE OUTPUT FORCE OF SERIES 90 ø Cyl. ø Rod Operating pressure in bar in mm. in mm. Working area in cm 2. 2 3 4 5 6 7 8 9 0 Output force in N (efficiency factor = 0,9) 32 2 Thrust side 8.03 70 40 20 283 354 425 494 595 635 706 Traction side 6.9 60 20 80 243 305 365 426 487 548 608 40 6 Thrust side 2.56 0 220 330 443 554 664 775 886 998 08 Traction side 0.56 93 86 280 375 465 559 652 745 838 93 50 20 Thrust side 9.6 73 346 58 692 865 037 20 382 556 729 Traction side 6.48 45 290 436 582 727 872 07 63 308 454 63 20 Thrust side 3.5 275 550 824 098 373 650 923 298 2472 2747 Traction side 28 247 494 740 988 235 480 729 976 2222 2470 80 25 Thrust side 50.25 443 886 330 772 226 2660 300 3545 3990 4432 Traction side 45.35 400 800 200 600 2000 2400 2800 3200 3600 4000 00 25 Thrust side 78.5 692 385 2077 2770 3460 454 4847 5540 6320 6923 Traction side 73.6 650 300 948 2608 3245 3895 4544 593 5842 6492 25 32 Thrust side 22.65 090 280 3270 4360 5450 6540 763 872 98 090 Traction side 5.6 09 2037 3056 4075 5093 62 730 849 968 086 THE VALUES SHOWN IN THE TABLE WERE OBTAINED USING THE FOLLOWING FORMULAE: Ss = D 2. 4. P. η St = (D 2 - d 2 ). 4. P. η Ss = output force on thrust side St = output force on traction side P = operating pressure in bar D = diameter on thrust side in cm. d = rod diameter in cm. η = efficiency factor 003
Catalogue 200 S E R I E S 90 Cylinders Series 90 Series ø cyl. A AM B E F I KK L2 P SW TG WH 90 32 2 22 30 45 6 G/8 M0x,25 20 M6 0 32,5 26 90 40 6 24 35 55 20 G/4 M2x,25 35 M6 3 38 30 90 50 20 32 40 65 25 G/4 M6x,5 43 M8 7 46,5 37 90 63 20 32 45 75 25 G3/8 M6x,5 58 M8 7 56,5 37 90 80 25 40 45 95 33 G3/8 M20x,5 74 M0 22 72 46 90 00 25 40 55 5 37 G/2 M20x,5 89 M0 22 89 5 90 25 32 54 60 40 45 G/2 M27x2 225 M2 27 0 65 Cylinders Series 90 Through rod. Series ø cyl. A AM B E F I KK L P SW TG WH 90 32 2 22 30 45 6 G/8 M0x,25 94 M6 0 32,5 26 90 40 6 24 35 55 20 G/4 M2x,25 05 M6 3 38 30 90 50 20 32 40 65 25 G/4 M6x,5 06 M8 7 46,5 37 90 63 20 32 45 75 25 G3/8 M6x,5 2 M8 7 56,5 37 90 80 25 40 45 95 33 G3/8 M20x,5 28 M0 22 72 46 90 00 25 40 55 5 37 G/2 M20x,5 38 M0 22 89 5 90 25 32 54 60 40 45 G/2 M27x2 60 M2 27 0 65 004
90 S E R I E S Catalogue 200 Foot mount Mod. B... Mod. øcyl. TR AB AH C HH SA XA G TG AO B-90-32 32 32 7 32 5 35 42 66 45 32,5 B-90-40 40 36 9 36 5 40 6 87 55 38 2 B-90-50 50 45 9 45 5 45 70 207 65 46,5 3 B-90-63 63 50 9 50 5 45 85 222 75 56,5 3 B-90-80 80 63 2 63 5 60 20 255 95 72 9 B-90-00 00 75 4 7 5 60 220 270 5 89 9 B-90-25 25 90 6 90 9 75 250 324 40 0 20 Front and rear flange Mod. D... Mod. øcyl. øfb ZF C G TG TF R UF W D-E-90-32 32 7 30 0 45 32,5 64 32 80 6 D-E-90-40 40 9 45 0 55 38 72 36 90 20 D-E-90-50 50 9 55 2 65 46,5 90 45 0 25 D-E-90-63 63 9 70 2 75 56,5 00 50 25 25 D-E-90-80 80 2 90 6 95 72 26 63 54 30 D-E-90-00 00 4 205 6 5 89 50 75 86 35 D-E-90-25 25 6 245 20 40 0 80 90 224 45 Rear trunnion, female Mod. C... Mod. øcyl. UB CB øcd XD C G TG C-H-90-32 32 45 26 0 42 22 45 32,5 C-H-90-40 40 52 28 2 60 25 55 38 C-H-90-50 50 60 32 2 70 27 65 46,5 C-H-90-63 63 70 40 6 90 32 75 56,5 C-H-90-80 80 90 50 6 20 36 95 72 C-H-90-00 00 0 60 20 230 4 5 89 C-H-90-25 25 30 70 25 275 50 40 0 005
Catalogue 200 S E R I E S 90 Rear trunnion, male Mod. L... Mod. øcyl. EW øcd XD C G TG L-90-32 32 26 0 42 22 45 32,5 L-90-40 40 28 2 60 25 55 38 L-90-50 50 32 2 70 27 65 46,5 L-90-63 63 40 6 90 32 75 56,5 L-90-80 80 50 6 20 36 95 72 L-90-00 00 60 20 230 4 5 89 L-90-25 25 70 25 275 50 40 0 Swivel combination Mod. I... Mod. øcyl. EW UB CB øcd XD C G TG I-90-32 32 26 45 26 0 42 22 45 32,5 I-90-40 40 28 52 28 2 60 25 55 38 I-90-50 50 32 60 32 2 70 27 65 46,5 I-90-63 63 40 70 40 6 90 32 75 56,5 I-90-80 80 50 90 50 6 20 36 95 72 I-90-00 00 60 0 60 20 230 4 5 89 I-90-25 25 70 30 70 25 275 50 40 0 90 male trunnion Mod. ZC-90... Mod. øcyl. EM øck G C H6 K2 K S5 D G2 G3 L3 L5 M H3 max max ZC-90-32 32 26 0 2 32 8 5 38 6,6 63 8 3 0,6 ZC-90-40 40 28 2 24 36 0 54 4 6,6 84 22 35 5,6 ZC-90-50 50 32 2 33 45 2 65 50 9 203 30 45 6,6 5 ZC-90-63 63 40 6 37 50 2 67 52 9 227 35 50 6,6 5 ZC-90-80 80 50 6 47 63 4 86 66 257 40 60 20 2,5 8 ZC-90-00 00 60 20 55 7 5 96 76 285 50 70 20 2,5 8 ZC-90-25 25 70 25 70 90 20 24 94 4 345 60 90 30 3,2 20 006
90 S E R I E S Catalogue 200 Rod fork end Mod. G-90... Mod. øcyl. øp T U V W X Z G-90-25-32 32 0 20 0 20 52 40 M0x.25 G-90-40 40 2 24 2 24 62 48 M2x.25 G-90-50-63 50-63 6 32 6 32 83 64 M6x.5 G-90-80-00 80-00 20 40 20 40 05 80 M20x.5 G-90-25 25 30 55 30 55 48 0 M27x2 Swivel ball joint Mod. GA-90... Mod øcyl. øp (H7) U U V W W X Z Z α SW GA-90-32 32 0 0.5 4 28 56 20 43 M0x.25 5 8 7 GA-90-40 40 2 2 6 32 65 22 50 M2x.25 7.5 8 9 GA-90-50-63 50-63 6 5 2 42 83 28 64 M6x.5 22 8.5 22 GA-90-80-00 80-00 20 8 25 50 00 33 77 M20x.5 27.5 9 30 GA-90-25 25 30 25 37 70 45 5 0 M27x2 40 7 4 Clevis pin Mod. S-90... Mod. ø cyl. d L L S-90-32 32 0 5 45 S-90-40 40 2 58 52 S-90-50 50 2 66 60 S-90-63 63 6 76 70 S-90-80 80 6 97 90 S-90-00 00 20 20 0 S-90-25 25 25 39 30 Piston rod lock nut Mod. U-90... Mod. ø cyl. d H SW U-90-25-32 32 M0x.25 6 7 U-90-40 40 M2x.25 7 9 U-90-50-63 50-63 M6x.5 8 24 U-90-80-00 80-00 M20x.5 9 30 U-90-25 25 M27x2 2 4 007