Cylinders Series 40 (DIN/ISO 6431)Single and double-acting (magnetic)Bore: 32, 40, 50, 63, 80, 100, 125, 160, 200 cushionedIncorporated flow control valve optionø 125, 160, 200 double acting cushioned

The series 40 cylinders with diameters 32, 40, 50, 63, 80,100, 125, 160 and 200 have been designed so as tocomply with the diameters laid down in the DIN/ISO6431 standards.A permanent magnet is mounted on the piston in thesecylinders. The position of the cylinder is obtained by themagnetic proximity switches mounted on the cylinders.This cylinder series is normally equipped with adjustableend-stroke cushioning. Moreover, these cylinders areequipped with a mechanical cushioning in order tomake the impact of the piston less noisy as it reachesthe end of the stroke. In both the front and rear endcaps it is possible to obtain a flow control valve whichallows the velocity of the cylinder to be adjustedthroughout the stroke (up to ø 100). Whenever themaximum velocities used are greater than the capacityof the incorporated regulator, the unidirectional valvelocated at the entrance port can be removed bymeans of a screwdriver.The cylinder series can also accomodate stroke lengthsup to 1000 mm for bore sizes shown in the table, thanksto the antifriction guide on the piston and the bronzebush that guides the rod. When choosing the magneticswitches you should refer to the section �Accessories forcylinders� in the catalogue.Note: The mounting brackets are supplied separately.For rod accessories, see page 1.15.003. Sensors areshown on page 1.13.003 and 1.14.003.N.B.: The brackets and sensors have to be orderedseparately.

Table showing the standard strokes for double-acting cylinders Series 40Cylinder stroke available in stock series

Series Ø 25 50 75 80 100 125 150 160 200 250 300 320 400 500 600 700 800 900 100040 32 � � � � � � � � � � � � � � � � � � �40 40 � � � � � � � � � � � � � � � � � � �40 50 � � � � � � � � � � � � � � � � � � �40 63 � � � � � � � � � � � � � � � � � �40 80 � � � � � � � � � � � � � � � � � �40 100 � � � � � � � � � � � � � � � � � �40 125 � � � � � � � �40 160 � � � � � � � �40 200 � � � � � � � �

Characteristics of single-acting cylinders (Series 40)

Series dia. min-max strokeThrust (N)at 6 bar

Force of springat rest (N)

Force of compressedspring (N)

40 32 10 � 75 425 31 5740 40 10 � 75 664 35 5740 50 10 � 75 1037 60 11540 63 10 � 75 1650 60 11540 80 10 � 75 2660 84 13340 100 10 � 75 4154 84 133

N.B.: The S. 40-41-42 single-acting cylinders� sizes L1 and L2 are increased by 25 mm

General datatype of construction with tie-rods

operation single-acting or double-acting

materials aluminium end-blocks other parts see coding

min. pressure: 1 baroperating pressure

max. pressure: 10 bar

operating temperature 0 ÷ 80°C (with dry air �20°C)

fluid clean air, with or without lubrication

minimum = 10 mm/sec (NO LOAD)speed

maximum = 1000 mm/sec (NO LOAD)

bore series 40 from dia. 32 to 200 mm

stroke standard see tabletype of mounting with tie-rods, front flange, rear flange, feet, centre trunnion, front and

rear trunnion, swivel combinationspecial designs for use in damp, dusty and aggressive environments

Cylinder coding40 M 2 L 050 A 0200

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Series 40 = Dia. from 32 - 200

DIN / ISO 6431

ModificationsN = standard no magnetic

*R = with regulator, no magneticM = standard magnetic

*P = with regulator, magnetic*S = special to be specified

Operation1 = single-acting (front spring)2 = double-acting (front and rear cushions)3 = double-acting (no cushion)4 = double-acting (rear cushions)5 = double-acting (front cushion)6 = double-acting (through-rod with front and

rear cushions)7 = single-acting (through-rod)

MaterialsA = rolled stainless steel rod - coated ST35 tube

up to ø 100 - NBR seals - nuts and tie-rods zinc-plated steel

L = rolled stainless steel rod - anodizedaluminium round tube - NBR seals - nutsand tie-rods zinc-plated steel

*T = rolled stainless steel rod - anodizedaluminium round tube - NBR seals - nutsand tie-rods stainless steel

Bore in mm

Type of designA = tie-rodsB = feetC = rear trunnion, femaleD = rear flangeE = front flangeF = centre trunnionH = front trunnionI = swivel combinationL = rear trunnion, maleR =trunnion ball-jointZ = 90° swivel combination

Stroke in mm

The company reserves the right to vary modelsand dimensions without notice. 1.06.003.98

Note: Accessories are not mounted on the cylinders

For accessories, indicate the type of accessoryrequired underneath the cylinder code. * only on request

* Optional (on request)

40M2L = Standard version in stock40N2A = Standard version in stock

* Standard** On request

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The company reserves the right to vary modelsand dimensions without notice.1.06.013.98

Table showing air consumption of Series 40Operating pressure in bar

1 2 3 4 5 6 7 8 9 10cylinder

dia. in mmrod dia.in mm

Working area in cm2

Air consumption in NL/min. for each 10 mm of strokeThrust side 8.03 0.016 0.024 0.032 0.040 0.048 0.056 0.064 0.072 0.080 0.088

32 12Traction side 6.9 0.014 0.021 0.028 0.035 0.042 0.048 0.055 0.062 0.069 0.076

Thrust side 12.56 0.025 0.038 0.050 0.063 0.075 0.088 0.100 0.113 0.126 0.13840 16

Traction side 10.56 0.021 0.032 0.042 0.053 0.063 0.074 0.085 0.095 0.106 0.116

Thrust side 19.6 0.039 0.059 0.079 0.098 0.118 0.137 0.157 0.177 0.196 0.21650 20

Traction side 16.48 0.033 0.050 0.066 0.083 0.099 0.115 0.132 0.148 0.165 0.182

Thrust side 31.15 0.062 0.094 0.125 0.156 0.187 0.218 0.249 0.280 0.312 0.34363 20

Traction side 28 0.056 0.084 0.112 0.140 0.168 0.196 0.224 0.252 0.280 0.308

Thrust side 50.25 0.101 0.151 0.201 0.251 0.302 0.352 0.402 0.452 0.503 0.55380 25

Traction side 45.35 0.091 0.136 0.181 0.227 0.272 0.317 0.363 0.408 0.454 0.499

Thrust side 78.5 0.157 0.235 0.314 0.392 0.471 0.550 0.628 0.707 0.785 0.864100 25

Traction side 73.6 0.147 0.221 0.295 0.368 0.441 0.515 0.589 0.663 0.736 0.810

Thrust side 122.65 0.245 0.368 0.491 0.614 0.736 0.859 0.982 1.104 1.227 1.350125 32

Traction side 115.6 0.229 0.344 0.459 0.573 0.688 0.803 0.917 1.032 1.147 1.261

Thrust side 201 0.402 0.603 0.804 1.005 1.206 1.407 1.608 1.810 2.011 2.212160 40

Traction side 138.5 0.377 0.565 0.754 0.942 1.131 1.319 1.508 1.696 1.885 2.073

Thrust side 314 0.628 0.942 1.257 1.571 1.885 2.199 2.513 2.827 3.142 3.456200 40

Traction side 301.5 0.603 0.905 1.206 1.508 1.810 2.111 2.413 2.714 3.016 3.317The values shown in the table were obtained using the following formulae: D2 · π · (P+1)Qs = ��������� · H Qn=(Qs+Qt) · n Qs = consumption on thrust side D = diameter on thrust side in cm 4 · 1000 Qt = consumption on traction side d = diameter of rod in cm (D2 - d2) · π · (P+1) Qn = consumption of cylinder H = cylinder stroke in cmQt = ��������� · H n = number of cycles per minute P = operating pressure in bar 4 · 1000

Table showing the output force of Series 40Operating pressure in bar

1 2 3 4 5 6 7 8 9 10cylinder

dia. in mmrod dia. in

mm Working area in cm2

Output force in N (efficiency factor = 0,9)Thrust side 8.03 70 140 210 283 354 425 494 595 635 706

32 12Traction side 6.9 60 120 180 243 305 365 426 487 548 608Thrust side 12.56 110 220 330 443 554 664 775 886 998 1108

40 16Traction side 10.56 93 186 280 375 465 559 652 745 838 931Thrust side 19.6 173 346 518 692 865 1037 1210 1382 1556 1729

50 20Traction side 16.48 145 290 436 582 727 872 1017 1163 1308 1454Thrust side 31.15 275 550 824 1098 1373 1650 1923 2198 2472 2747

63 20Traction side 28 247 494 740 988 1235 1480 1729 1976 2222 2470Thrust side 50.25 443 886 1330 1772 2216 2660 3100 3545 3990 4432

80 25Traction side 45.35 400 800 1200 1600 2000 2400 2800 3200 3600 4000Thrust side 78.5 692 1385 2077 2770 3460 4154 4847 5540 6320 6923

100 25Traction side 73.6 650 1300 1948 2608 3245 3895 4544 5193 5842 6492Thrust side 122.65 1090 2180 3270 4360 5450 6540 7631 8721 9811 10901

125 32Traction side 115.6 1019 2037 3056 4075 5093 6112 7130 8149 9168 10186Thrust side 201 1786 3572 5358 7144 8930 10716 12502 14288 16074 17860

160 40Traction side 188.5 1674 3349 5023 6697 8372 10046 11721 13395 15069 16744Thrust side 314 2791 5581 8372 11162 13953 16744 19534 22325 25115 27906

200 40Traction side 301.5 2679 5358 8037 10716 13395 16074 18753 21432 24111 26790

The values shown in the table were obtained using the following formulae: D2 · πSs = ������ · P · η Ss = output force on thrust side D = diameter on thrust side in cm 4 St = output force on traction side d = rod diameter in cm (D2 - d2) · π P = operating pressure in bar η = efficiency factorSt = ������ · P · η 4

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Dimensions of series 40 cylinders

Series Ø A KK B D G F AM H I WH L1 L2 M N P Q TG E SW1 SW2 Cushionstroke

40 32 12 M10x1.25 30 19.2 5 18 22 4 1/8� 26 94 120 5 27.5 M6 16 32.5 47 10 6 17

40 40 16 M12x1.25 35 19.5 5 22 24 4 1/4� 30 105 135 5 30 M6 16 38 54 13 6 24

40 50 20 M16x1.5 40 18.3 4.5 25 32 4 1/4� 37 106 143 5 30 M8 16 46.5 65 17 10 22

40 63 20 M16x1.5 45 21.5 7 25 32 4 3/8� 37 121 158 5 36 M8 16 56.5 75 17 10 27

40 80 25 M20x1.5 45 21.5 7 30 40 4 3/8� 46 128 174 5 36 M10 18.5 72 97 22 12 33

40 100 25 M20x1.5 55 21.6 7.5 35 40 4 1/2� 51 138 189 5 36 M10 18.5 89 116 22 12 38

40 125 32 M27x2 60 25 10 42 54 6 1/2� 65 160 225 6 41 M12 23 110 136 27 14 43

40 160 40 M36x2 65 25 12 53.5 72 6 3/4� 80 180 260 6 45 M16 26 140 176 36 17 45

40 200 40 M36x2 75 25 12 63.5 72 6 3/4� 95 180 275 6 45 M16 26 175 216 36 17 49

( + = add stroke)

Mod. B-41 � ø � (feet)

Series Ø CSA

± 1,25XA

± 1,25TR

JS 14G AB

AHJS 15

AO

40 32 3.5 142 144 32 46 7 32 1140 40 3.5 161 163 36 52 9 36 940 50 3.5 170 175 45 63 9 45 1240 63 5 185 190 50 75 9 50 1340 80 5 210 216 63 95 12 63 1640 100 5 220 230 75 115 14 71 1540 125 8 250 270 90 135 16 90 1540 160 10 300 320 115 175 18 115 2040 200 11 320 345 135 215 22 135 30

( + = add stroke)

The company reserves the right to vary modelsand dimensions without notice. 1.06.023.98

Dimensions of series 40 cylinders (with through rod)

Series Ø A KK B D G F AM I WH L1 M N P Q TG E SW1 SW2 Cushionstroke

40 32 12 M10x1.25 30 19.2 5 18 22 1/8� 26 94 5 27.5 M6 16 32.5 47 10 6 17

40 40 16 M12x1.25 35 19.5 5 22 24 1/4� 30 105 5 30 M6 16 38 54 13 6 24

40 50 20 M16x1.5 40 18.3 4.5 25 32 1/4� 37 106 5 30 M8 16 46.5 65 17 10 22

40 63 20 M16x1.5 45 21.5 7 25 32 3/8� 37 121 5 36 M8 16 56.5 75 17 10 27

40 80 25 M20x1.5 45 21.5 7 30 40 3/8� 46 128 5 36 M10 18.5 72 97 22 12 33

40 100 25 M20x1.5 55 21.6 7.5 35 40 1/2� 51 138 5 36 M10 18.5 89 116 22 12 38

40 125 32 M27x2 60 25 10 42 54 1/2� 65 160 6 41 M12 23 110 136 27 14 43

40 160 40 M36x2 65 25 12 53.5 72 3/4� 80 180 6 45 M16 26 140 176 36 17 45

40 200 40 M36x2 75 25 12 63.5 72 3/4� 95 180 6 45 M16 26 175 216 36 17 49

( + = add stroke)

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The company reserves the right to vary modelsand dimensions without notice.1.06.033.98

Mod. D-E-41 � ø � (front and rear flange)

Series ØW

± 2 CZB

JS 14TF

JS 14R

JS 14UF G1

FBH 13

ZF± 1,25

40 32 16 10 120 64 32 86 45 7 13040 40 20 10 135 72 36 88 52 9 14540 50 25 12 143 90 45 110 63 9 15540 63 25 12 158 100 50 116 73 9 17040 80 30 16 174 126 63 148 95 12 19040 100 35 16 189 150 75 176 115 14 20540 125 45 20 225 180 90 224 135 16 24540 160 60 20 260 230 115 276 175 18 28040 200 70 25 275 270 135 312 215 22 300

( + = add stroke)

Mod. C-41 � ø � (rear trunnion, female)

Series ØCDH 9

L CXD

± 1.6 MR F GCB

H 14UB

h 1440 32 10 12 22 142 9 32.5 45 26 4540 40 12 15 25 160 13 38 52 28 5240 50 12 15 27 170 13 46.5 63 32 6040 63 16 20 32 190 15 56.5 73 40 7040 80 16 24 36 210 15 72 95 50 9040 100 20 29 41 230 18 89 115 60 11040 125 25 30 50 275 25 110 135 70 13040 160 30 35 55 315 30 140 175 90 17040 200 30 35 60 335 30 175 215 90 170

( + = add stroke)

Mod. L-41 � ø � (rear trunnion, male)

Series ØCDH 9

L CXD

± 1.6 MR F GEW-0.2-0.6

40 32 10 12 22 142 9 32.5 45 2640 40 12 15 25 160 13 38 52 2840 50 12 15 27 170 13 46.5 63 3240 63 16 20 32 190 15 56.5 73 4040 80 16 24 36 210 15 72 95 5040 100 20 29 41 230 18 89 115 6040 125 25 30 50 275 25 110 135 7040 160 30 35 55 315 30 140 175 9040 200 30 35 60 335 30 175 215 90

( + = add stroke)

Mod. H-41 � ø � (front trunnion, female)

Series ØCDH 9

E H D MR F GCB

H 14UB

h 1440 32 10 16 4 120 9 32.5 45 26 4540 40 12 20 5 135 13 38 52 28 5240 50 12 25 10 143 13 46.5 63 32 6040 63 16 25 5 158 15 56.5 73 40 7040 80 16 34 10 174 15 72 95 50 9040 100 20 39 10 189 18 89 115 60 11040 125 25 45 15 225 25 110 135 70 13040 160 30 60 25 260 30 140 175 90 17040 200 30 70 35 275 30 175 215 90 170

( + = add stroke)

The company reserves the right to vary modelsand dimensions without notice. 1.06.043.98

Mod. F � ø � (centre trunnion)

Series ØXV1± 2

XV2± 2

XV3± 2 f

TMh 14

hTDe 9

TLh 14

UW R

40 32 63.5 73 82.5 32.5 50 20 12 12 60 0.140 40 72.5 82.5 92.5 38 63 25 16 16 68 0.1540 50 79.5 90 100.5 46.5 75 25 16 16 80 0.1540 63 88 97.5 107 56.5 90 30 20 20 95 0.1540 80 97 110 123 72 110 30 20 20 120 0.1540 100 102 120 138 89 132 30 25 25 135 0.240 125 121 145 169 110 160 30 25 25 160 0.240 160 145 170 195 140 200 40 32 32 200 0.240 200 160 185 210 175 250 40 32 32 250 0.2

( + = add stroke)

Mod. I-41 � ø � (swivel combination)

Series ØCDH 9

L CXD

± 1.6 F G l m n

40 32 10 12 22 142 32.5 45 10 22 6.540 40 12 15 25 160 38 52 10 25 6.540 50 12 15 27 170 46.5 63 12 27 940 63 16 20 32 190 56.5 73 12 32 940 80 16 24 36 210 72 95 12 36 1140 100 20 29 41 230 89 115 12 41 1140 125 25 30 50 275 110 135 20 50 1340 160 30 35 55 315 140 175 20 55 1840 200 30 35 60 335 175 215 25 60 22

( + = add stroke)

Mod. Z-41 � ø � (90° swivel combination)

Series Ø a b c d e g

40 32 33 6.5 32 166 10 4540 40 40 6.5 45 202 10 5240 50 49 8.5 45 205.5 12 6540 63 59 8.5 63 247 12 7540 80 75 10.5 63 257 14 9540 100 90 10.5 90 299 16 11540 125 110 12.5 90 360 20 14040 160 140 16.5 140 420 20 18040 200 175 16.5 140 480 25 220

( + = add stroke)

Mod. R-41 � ø � (trunnion ball-joint)

Series ØCDH 9

L CXD

±1.6 MR F GEW-0.1 β°

40 32 10 12 22 142 16 32.5 45 14 1340 40 12 15 25 160 20 38 52 16 1340 50 12 15 27 170 20 46.5 63 16 1540 63 16 20 32 190 24 56.5 73 21 1540 80 16 24 36 210 24 72 95 21 1540 100 20 29 41 230 30 89 115 25 15

( + = add stroke)

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not according to standard

not according to standard

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The company reserves the right to vary modelsand dimensions without notice.1.06.053.98

Mod. BF � ø � (counter bracket for centre trunnion mod. F)

Series Ø cyl. TD b1 b2 b3 L1 L2 h1 h2 h3 d1 d2

40 BF-32 12 15 7.5 3 32 46 15 30 6.8 11 6.6

40 BF-40-50 16 18 9 3 36 55 18 36 9 15 9

40 BF-63-80 20 20 10 3 42 65 20 40 11 18 11

40 BF-100-125 25 25 12.5 3.5 50 75 25 50 13 20 14

40 BF-160-200 32 35 17.5 4 60 92 30 60 16 26 18

( + = add stroke)

Mod. ZC � ø � (90° male trunnion according to CETOP RP 107P)

Series ØM

H13CKH9

S5H13

dK1

JS14K2

MAXL3

MAXG1

JS14L5

MAXG2

JS14 EMG3

SJ14CA

JS15H6

R1MAX

40 32 11 10 6.6 154 38 51 10 21 1.6 18 26 31 32 8 1040 40 11 12 6.6 173 41 54 15 24 1.6 22 28 35 36 10 1140 50 15 12 9 188 50 65 16 33 1.6 30 32 45 45 12 1340 63 15 16 9 209.5 52 67 16 37 1.6 35 40 50 50 12 1540 80 18 16 11 237 66 86 20 47 2.5 40 50 60 63 14 1540 100 18 20 11 260 76 96 20 55 2.5 50 60

-0.2-0.6

70 71 15 19

( + = add stroke)