1.1/33

1

COMPACT CYLINDERSSERIES “CMPC” Ø 12÷100

Compact cylinder series CMPC available in numerousversions to meet a full range of requirements:• With or without magnet• Single-acting extended rod, retracted or through-rod• Dual-acting non-rotating and dual-acting through-rodversions• Tandem with two, three or four stages• Multi-position with two and three stages• Fixing centre distances to ISO 6431 – VDMA 24562 fromØ 32 to Ø 100 and from Ø 20 to Ø 100 complying withFrench standard NFE 49-004-1 and 2 (UNITOP). Ø 12and Ø 16 have centre distances compatible with tradecylinders.The special profile and outer heads locked onto the jacketby screws ensure optimal guiding of the cylinder andmultiple fixing options with a wide range of mountings.To determine the position in the relevant cylinder slots, itis possible to mount retracting magnetic limit switches.

POLYURETHANE

max 10 bar (max 1 MPa-145 psi)–10°C to +80°CUnlubricated air. Lubrication, if used, must be continuous.Ø12, Ø16; interchangeable with similar productsØ 30, Ø 40, Ø 50, Ø 63, Ø 80 and Ø 100 with ISO 6431 VDMA24562 fixing centre distances.Ø 20, Ø 25, Ø 32, Ø 40, Ø 50, Ø 63, Ø 80 and Ø 100 with NFE 49-004-1 and 2 fixing centre distances.With profile, heads with screwsDouble-acting, Single-acting extended or retracted rod, Through-rod, Through-rod perforated, Single-acting through-rod,Through-rod non-rotating.All versions are available with male or female piston rod.All versions come complete with magnet. Supplied without magnet on request.As requiredFor correct operation, it is advisable to use 50µm filtered airØ 12 to Ø 32: 0.6 bar - Ø 40 to Ø 100: 0.4 barSee GENERAL TECHNICAL DATA PAGE 1.1/05See GENERAL TECHNICAL DATA PAGE 1.1/06

TECHNICAL DATAOperating pressureTemperature rangeFluidBores mm

mmmm

DesignVersions

Magnet for sensorsInrush pressureNotesInrush pressureForces generated at 6 bar thrust/retractionWeights

COMPONENTS Ø 12÷25

PISTON ROD: C45 steel or stainless steel, thick chromed HEAD: extruded anodised aluminium alloy JACKET: drawn anodised and calibrated aluminium alloy PISTON GASKET: polyurethane MAGNET: neodymium PISTON ROD GASKET: polyurethane GUIDE BUSHING: steel strip with bronze and PTFE insert. STATIC O-RINGS: NBR SECURING SCREWS: zinc-plated steel

2 3 4 56 7 8

9

1

P N E U M A T I C

1.1/34

6 5 87 2 3 4

9

1

3

3

4

5

6

5

1

7

2

COMPONENTS Ø 32÷100

PISTON ROD: C45 steel or stainless steel, thick chromed HEAD: extruded anodised aluminium alloy JACKET: drawn anodised and calibrated aluminium alloy PISTON GASKET: polyurethane MAGNET: Ø 12÷32 neodymium - Ø 40÷100 plastoferrite PISTON ROD GASKET: polyurethane GUIDE BUSHING: steel strip with bronze and PTFE insert. STATIC O-rings: NBR SECURING SCREWS: zinc-plated steel

TECHNICAL DATA

Compact cylinder available with two separate fixing centre distances• Ø 32÷100 to ISO 6431 VDMA24562• Ø 20÷100 to NFE 49-004-1 and 2

Pre-wired retracting sensor with or without connector Plastic strip to keep out dirt and/or protect the sensor wire cod. W0950000160 Ball-and-socket joint code W095… 2030 Example of cylinder mounting with feet code W095… 6001

All mountings come complete with cylinder assembly screws Sensor slot Piston rod with male or female thread as required

FORCE OF SPRINGS IN SINGLE-ACTING CYLINDERS (THEORETICAL)

BoreMin. load (N)Max. load (N)

Ø 124.409.80

Ø 164.9014.20

Ø 208.4020.90

Ø 2513.9033.20

Ø 3219.0035.90

Ø 4024.8053.70

Ø 5036.3062.20

Ø 6350.2082.30

Ø 8077.60118.90

Ø 100131.80183.30

STROKES FOR COMPACT CYLINDERS

Standard stroke for single-acting cylindersØ 12 10 mmØ 16; Ø 100 25 mm

Standard stroke for other typesØ 12; Ø 16 from 5 to 40 mmØ 20; Ø 25 from 5 to 50 mmØ 32÷Ø 100 from 5 to 80 mm

Max. recommended strokes for other typesØ 12÷Ø 25 200 mmØ 32; Ø 40 300 mmØ 50; Ø 63 400 mmØ 80; Ø 100 500 mm

Max. recommended strokes for non-rotating cylindersØ 12÷Ø 63 120 mmØ 80; Ø 100 150 mm

1.1/35

1

B

C D E

A

Max recommended strokes for through-rod perforatedØ 20÷Ø 40 from 5 to 80 mmØ 50; Ø 63 from 5 to 100 mmØ 80; Ø 100 from 5 to 160 mm

COMPACT CYLINDER FIXING OPTIONS

Fixing to structural work with a through screw, using the thread in the heads (Fig. A)Direct fixing from above using long through screws or tie rods (Fig. B). Non-magnetic stainless steel must be used (e.g. AISI 304)Fixing with feet; the ordering code covers the supply of one foot and two screws for fixing to the cylinder (Fig. C).Fixing with a flange mounted on the front or rear head; the ordering code covers the supply of a flange and four screws for fixingto the cylinder (Fig. D).Fixing with articulated hinge to compensate for slight system misalignment and turn freely (Fig. E).The ordering code covers the supply of a hinge and four screws for fixing to the cylinder.

P N E U M A T I C

1.1/36

VALVE ASSEMBLY ON CYLINDER

ø20-25

ø40

ø50-63

ø32

ø80-100

L (mm)0 8020 40 60 120100

F (N

)

180

100

120

140

160

200

20

40

60

80

0

ø12-16

FL

ø32

ø12-16

ø50-63

ø80ø100

ø40

ø20-25

1008020 40 60 12000

L (mm)

240

220

180

100

120

140

160

200

20

40

60

80

F (N

)

FL

Mt

ø63

ø100

ø80

ø32

ø12-16

ø50

ø40

ø20ø25

Mt (

Nm

)

Corsa (mm)

00 1401201008020 40 60

2

4

6

8

10

12

14

16

18

20

D

AC

B

With this type of cylinder, thevalves (D) can be mounteddirectly using the retractingsensor slot, without requiringthe use of intermediate brackets.This can be done using thespecial plates (A) which comewith both M3 and M4 threads,and screws (B) of the size, typeand quantity shown in the tablebelow.The plates are suppliedcomplete with 2 stud pins, oneM3 and one M4 (C).After the valve centre distanceand the position of the valvehave been determined, theplates can be secured to thecylinder. A “position memory”will be created to facilitatesubsequent maintenance on thevalve.

Type of valveto mount (D)

MACH 11SERIE 70 1/8SERIE 70 1/4

Fixingplate (A)

cod. 0950003000n. 2n. 2n. 2

Position memory:grub screw (C)

to be usedM4M3M3

Screw (B) forconnection to the cylinder

(one per plate)M3x16 UNI 5931 (DIN 912)M4x25 UNI 5931 (DIN 912)M4x30 UNI 5931 (DIN 912)

Washer (B)(one per screw)

A3.2 UNI 1751 (DIN 127A)—

A4.3 UNI 1751 (DIN 127A)

MAXIMUM LOADS FOR NON-ROTATING VERSION

TRANSVERSAL FORCEFOR NON-ROTATING

TRANSVERSAL FORCE FORNON-ROTATING THROUGH-ROD

TORQUE DEPENDINGON STROKE

Stroke (mm)

1.1/37

1

CH1

R

S

S1+

CH1

R

S S1+

Ø 12Ø 16Ø 20Ø 25

A292936.540.5

B18182226

ØC681010

CH5788

CH110131717

D303037.541.5

ØE H96666

F4444

G38383839.5

H8888

H130303031.5

L18.518.518.519

M8101212

N42.542.542.545

OM4M4M5M5

ØO13.23.24.24.2

PM3M4M5M5

QM5M5M5M5

RM6M8M10x1.25M10x1.25

S16202222

S14.54.54.55.5

Ø 32Ø 40Ø 50Ø 63Ø 80Ø 100

A47566780102123

BB2–––131721

ØC121216162025

CH101013131722

CH1171719192430

D48.557.56982105126

ØE H9666888

F444444

G44.545.545.5505666.5

H7.57.57.57.58.510.5

H137383842.547.556

L44.54.55.55.55.5

M141416162024

N50.5525357.56476.5

ISOM6M6M8M8M10M10

UNITOPM6M6M8M10M10M10

ISO5.25.26.26.28.58.5

UNITOP5.25.26.28.58.58.5

PM6M6M8M8M10M12

QG1/8G1/8G1/8G1/8G1/8G1/4

RM10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

S222224243240

S166.57.57.5810

ISO32.53846.556.57289

+0.1 –0.4

UNITOP3242506282103

+0.4 –0.1

O ØO1

CH1

S1+S

R

NORMA

UNITOPUNITOP

1

CH

233-243

230-240

234-244

P

Q

O

L

øO

1

G+

H1+

H

øE

øC

N+

F

B

B

A

A D

M

1

1

7

8

234-244254-264

230-240250-260

233-243253-263

øO

1

Q

B A D

H

G+

H1+ B

A

O

N+

PøC

F

øE

CH

M

L

B2

+ = ADD THE STROKE1 = SENSOR SLOT7 = ONLY FOR Ø63÷1008 = SEAT FOR DIN 7984 SCREWS

+ = ADD THE STROKE1 = SENSOR SLOT

S1+

CH1

S

RDIMENSIONS OF DOUBLE-ACTING Ø 32÷100 AND SINGLE-ACTING Ø 32÷100

DIMENSIONS OF DOUBLE-ACTING Ø 12÷25 AND SINGLE-ACTING Ø 12÷25

SE-DE MALE PISTON ROD

SE EXTENDED PISTON ROD

SE MALE EXTENDED PISTON ROD

SE-DE MALE PISTON ROD

SE EXTENDED PISTON ROD

SE MALE EXTENDED PISTON ROD

P N E U M A T I C

1.1/38

1

CH

VZ

*

247

øO

1

O

L

G+

H1+

H

øC

1

T

øC

N+

N1+

DBUB1 A

B

Q

B1

FøE

A

24A

N2++

M1CH1

23A

N2++ S

R

DIMENSIONS OF NON-ROTATING Ø 12÷25

NON-ROTATING FEMALE THROUGH-ROD NON-ROTATING MALE THROUGH-ROD

Ø 12Ø 16Ø 20Ø 25

A292936.540.5

M1 x strokesB18182226

B19.99.91215.6

ØC681010

ØC15566

CH5788

CH110131717

D303037.541.5

ØE H96666

F4444

G38383839.5

H8886

H130303031.5

L18.518.518.519

<55577

58101212

N42.542.542.545

N148.548.550.553

N253535558.5

OM4M4M5M5

ØO13.23.24.24.2

PM3M4M5M5

QM5M5M5M5

RM6M8M10x1.25M10x1.25

S16202222

T223.54

ØU H9681014

ØV H83345

ZM3M3M4M5

Ø 12Ø 16Ø 20Ø 25

+ = ADD THE STROKE* = SECTION WITH TOLERANCE1 = SENSOR SLOT

STANDARD

UNITOPUNITOP

++ = ADD TWICE THE STROKE ++ = ADD TWICE THE STROKE

1.1/39

1

1

7

18

CHV

Z

*

267

F

DABU

Q

B

AøC

1

B1

øE

øC

N+

N1+

H1+

L

O

B1

H

G+

T

B2

øO

1

24A

N2++

M1CH1

23A

N2++ S

R

DIMENSIONS OF NON-ROTATING Ø 32÷100

NON-ROTATING FEMALE THROUGH-ROD NON-ROTATING MALE THROUGH-ROD

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

A47566780102123

M1 x strokes

N50.5525357.56476.5

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

+ = ADD THE STROKE* = SECTION WITH TOLERANCE1 = SENSOR SLOT7 = ONLY FOR Ø 63 TO Ø 1008 = SLOT FOR DIN 7984 SCREWS

ISO32.53846.556.57289

+0.1 –0.4

UNITOP3242506282103

+0.4 –0.1

B119.823.329.735.44656.6

B2–––131721

ØC121216162025

ØC18810101212

CH101013131722

CH1171719192430

D48.557.56982105126

ØE H9666888

F444444

G44.545.545.5505666.5

H7.57.57.57.58.510.5

H137383842.547.556

L44.54.55.55.55.5

5141416162024

<59911111519

B

N160.5626569.57890.5

N266.568.572.57786100.5

ISOM6M6M8M8M10M10

UNITOPM6M6M8M10M10M10

ISO5.25.26.26.28.58.5

UNITOP5.25.26.28.58.58.5

PM6M6M8M8M10M12

QG1/8G1/8G1/8G1/8G1/8G1/4

RM10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

S222224243240

T4.54.56689

ØU H9171722222830

ØV H85566810

ZM5M5M6M6M8M10

O ØO1

++ = ADD TWICE THE STROKE ++ = ADD TWICE THE STROKE

24A26A

23A25A

247267

P N E U M A T I C

1.1/40

S1+

DIMENSIONS OF THROUGH-ROD Ø 32÷100

17

1

8232-242252-262

231-241251-261

235-245255-265

236-246256-266

CH1

N+

O

G+

M

H Q

B A D

B

A

PøC CH

H1+

M1

B2

L

øO1

N2++

R

N2++S

P1 P2M

IN

DIMENSIONS OF THROUGH-ROD Ø 12÷25

1C

H

232-242

231-241

235-245

236-246

CH1

N2++

G+

H1+

H

M1

PøC

A

B

Q

B

O øO1

L

A D

N+

MS N2++

R

P2M

IN

P1

Ø 12Ø 16Ø 20*Ø 25**Built to UNITOP

A292936.540.5

B18182226

ØC681010

CH5788

CH110131717

D303037.541.5

G38383839.5

H8888

H130303031.5

L18.518.518.519

M8101212

Ø 32Ø 40Ø 50Ø 63Ø 80Ø 100

A47566780102123

BB2–––131721

ØC121216162025

CH101013131722

CH1171719192430

D48.557.56982105126

G44.545.545.5505666.5

H7.57.57.57.58.510.5

H13738384247.556

L44.54.55.55.55.5

M141416162024

ISOM6M6M8M8M10M10

UNITOPM6M6M8M10M10M10

ISO5.25.26.26.28.58.5

UNITOP5.25.26.28.58.58.5

PM6M6M8M8M10M12

QG1/8G1/8G1/8G1/8G1/8G1/4

RM10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

S222224243240

ISO32.53846.556.57289

+0.1 –0.4

UNITOP3242506282103

+0.4 –0.1

O ØO1

<55577

58101212

N42.542.542.545

N247474750.5

OM4M4M5M5

ØO13.23.24.24.2

PM3M4M5M5

QM5M5M5M5

RM6M8M10x1.25M10x1.25

S16202222

M1xstrokes

5141416162024

59911111519

N50.5525357.56476.5

N256.558.560.5657286.5

M1xstrokes

+ = ADD THE STROKE++ = ADD TWICE THE STROKE

+ = ADD THE STROKE++ = ADD TWICE THE STROKE1 = SENSOR SLOT

P1––––1/81/4

P22.52.54456

P1––––

P2––1.51.5

SE-DE MALE PERFORATED THROUGH-ROD

1= SENSOR SLOT7 = ONLY FOR Ø 63 TO Ø 1008 = SLOT FOR DIN 7984 SCREWS

SE-DE MALE PERFORATED THROUGH-ROD

1.1/41

1

1

5 2

CH

CH1

230-240

Q

BA

øE

F

G++++

H1 H

PøC

M L

N++++O

DAB

S

R

230-240

G1+++

N1+++

230-240

G2++

N2++

DIMENSIONS OF TANDEM Ø 20÷25 - 4-STAGES

TANDEM 3 STAGES TANDEM 2 STAGES

Ø 20Ø 25

A36.540.5

B2226

++++ = ADD FOUR TIMES THE STROKE

ØC1010

CH88

CH11717

D37.541.5

ØE H966

F44

G114.5118

G18992

G263.566

H88

H188

L1010

M1212

N119123.5

N193.597.5

1 = SENSOR SLOT2 = CYLINDERS OUT5 = CYLINDERS IN

++ = ADD TWICE THE STROKE+++ = ADD THREE TIMES THE STROKE

StandardUNITOPUNITOP

N26871.5

OM5M5

PM5M5

QM5M5

RM10x1.25M10x1.25

S2222

P N E U M A T I C

1.1/42

8

5

1

7

1

29

6

K

CH1

230-240250-260

øE

H1

M

F

øC

G++++

K1

BQ A

B

CH

A

H

B2

N++++

L

O øO1

R

S

F

D

5

9

62

230-240250-260

N1+++

G1+++

92

65

230-240250-260

G2++

N2++

DIMENSIONS OF TANDEM Ø 32÷100 - 4-STAGES

++++ = ADD FOUR TIMES THE STROKE

2 = CYLINDERS OUT FOR Ø 32÷635 = CYLINDERS IN FOR Ø 32÷636 = CYLINDERS IN FOR Ø 80; 1009 = CYLINDERS OUT FOR Ø 80; 1001 = SENSOR SLOT7 = ONLY FOR Ø 63÷1008 = SLOT FOR DIN 7984 SCREWS

TANDEM 3-STAGES TANDEM 2-STAGES

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

A47566780102123

L44.54.55.55.55.5

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

ISO32.53846.556.57289

+0.1 –0.4

UNITOP3242506282103

+0.4 –0.1

B2–––131721

ØC121216162025

CH101013131722

CH1171719192430

D48.557.56982105126

ØE H9666888

F444444

G154162.5163.5182204.5243

G1117.5123.5124138155184

G28184.58594105.5125.5

H7.57.57.57.58.510.5

H17.57.57.57.5––

K––––10.514.5

B

M141416162024

N160169171189.5212.5253

ISOM6M6M8M8M10M10

UNITOPM6M6M8M10M10M10

ISO5.25.26.26.28.58.5

UNITOP5.25.26.28.58.58.5

O ØO1

K1––––10.514.5

N1123.5130131.5145.5163194

N2879192.5101.5113.5135.5

PM6M6M8M8M10M12

QG1/8G1/8G1/8G1/8G1/8G1/4

RM10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

S222224243240

++ = ADD TWICE THE STROKE+++ = ADD THREE TIMES THE STROKE

1.1/43

1

235

230-240

H2+X1

N1+X2+X1

G1+X2+X1

23

1

45

CH

CH1

230-240

A

Q

F

DAB

B

G+X3+X2+X1

H3+X2+X1

H2+X1

H

øC P

H1

øE

L

O

M

N+X3+X2+X1

S

R

DIMENSIONS OF MULTI-POSITION Ø 12÷25 - 3-STAGES

MULTI-POSITION 2-STAGES

2 = CYLINDER 1 OUT3 = CYLINDER 2 OUT5 = CULINDERS 1-2 IN

X1 = CYLINDER 1 STROKEX2 = CYLINDER 2 STROKE

Ø 12Ø 16Ø 20*Ø 25**Standard UNITOP

A292936.540.5

B18182226

ØC681010

CH5788

CH110131717

D303037.541.5

ØE H96666

F4444

G89898992

G163.563.563.566

H8888

H18888

H233.533.533.534

H359595960

L10101010

M8101212

N93.593.593.597.5

N168686871.5

OM4M4M5M5

PM3M4M5M5

QM5M5M5M5

RM6M8M10x1.25M10x1.25

S16202222

1 = SENSOR SLOT2 = CYLINDER 1 OUT3 = CYLINDER 2 OUT4 = CYLINDER 3 OUT5 = CULINDERS 1-2-3 IN

X1 = CYLINDER 1 STROKEX2 = CYLINDER 2 STROKEX3 = CYLINDER 3 STROKE

P N E U M A T I C

1.1/44

25

9

1

34

7

1

6

8K

CH1

230-240250-260

Q

A

CH B

D

B

S

R

øC

M

P

G+X3+X2+X1

K1

F

E A

L

O øO1

B2

H1 H

N+X3+X2+X1

H2+X1

H3+X2+X1

DIMENSIONS OF MULTI-POSITION Ø 32÷100 - 3-STAGES

5 329

6

230-240250-260

H2+X1

G1+X2+X1

N1+X2+X1

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

A47566780102123

K––––10.514.5

Ø 32Ø 40Ø 50Ø 63Ø 80Ø100

ISO32.53846.556.57289

+0.1 –0.4

UNITOP3242506282103

+0.4 –0.1

B2–––131721

ØC121216162025

CH101013131722

CH1171719192430

D48.557.56982105126

ØE H9666888

F444444

G117.5123.5124138155184

G18184.58594105.5125.5

H7.57.57.57.58.510.5

H17.57.57.57.5––

H24446.54751.55869.3

B

K1––––10.514.5

L44.54.55.55.55.5

ISOM6M6M8M8M10M10

UNITOPM6M6M8M10M10M10

ISO5.25.26.26.28.58.5

UNITOP5.25.26.28.58.58.5

O ØO1

H380.585.58695.5107.5128

M141416162024

N1879192.5101.5113.5135.5

PM6M6M8M8M10M12

QG1/8G1/8G1/8G1/8G1/8G1/4

RM10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

S222224243240

MULTI-POSITION 2-STAGES

N123.5130131.5145.5163194

2 = CYLINDER 1 OUT FOR Ø 32÷633 = CYLINDER 2 OUT FOR Ø 32÷1005 = CYLINDER 1-2 IN FOR Ø 32÷636 = CYLINDER 1-2 IN FOR Ø 80÷1009 = CYLINDER 1 OUT FOR Ø 80÷100

X1 = CYLINDER 1 STROKEX2 = CYLINDER 2 STROKE

1 = SENSOR SLOT2 = CYLINDER 1 OUT FOR Ø 32÷633 = CYLINDER 2 OUT FOR Ø 32÷1004 = CYLINDER 3 OUT FOR Ø 32÷1005 = CYLINDER 1-2-3 IN FOR Ø 32÷636 = CYLINDER 1-2-3 IN FOR Ø 80÷1007 = ONLY FOR Ø 63÷1008 = SLOT FOR DIN 7984 SCREWS9 = CYLINDER 1 OUT FOR Ø 80÷100

X1 = CYLINDER 1 STROKEX2 = CYLINDER 2 STROKEX3 = CYLINDER 3 STROKE

1.1/45

1FUNCTIONAL DIAGRAMS LEGENDA

1 2 3

TR

P

F5

Fd

Fd

Fd

F5

F5

F2

F2F1 F3

F2F1 F3

Fc

F1

F4

Fa

Fb

MULTI-POSITION TANDEM

1 = STAGE 12 = STAGE 23 = STAGE 3

P = Stage 1 strokeR = Stage 2 strokeT = Stage 3 stroke

Fa = F1+F2 [N]Fb = F1+F2+F3 [N]Fc = F1+F2+F3+F4 [N]Fd = F5 [N]

KEY TO CODES

CYL 2 3

23 Compactcylinder

centre distancesto UNITOP

male piston rod24 Compact

cylindercentre distances

to UNITOPfemale piston rod

25** Compactcylinder

centre distancesto ISO male

piston rod26** Compact

cylindercentre distances

to ISO femalepiston rod

1

0 Double-acting1 Double-acting

through-rod2(••) Double-acting

through-rodperforated

3(∆) Single-actingretracting piston rod

4(∆) Single-actingextended piston rod

5(∆) Single-actingthrough-rod

6(∆)(••) Single-actingthrough

piston rod perforated7(•) Double-acting

non-rotatingA Double-actingthrough-rod non-rotating

2 5

121620253240506380

*100

0 5 0 C

C C45 pistonrod

Chromium-plated

X Stainlesssteel piston rod

P

* In the code of cylinder with letter in fourth position Ø 100 becomes A1;** Codes only for cylinders Ø 32÷100(∆) Can also be used as double-acting with spring return(•) For versions 24 and 26 only (female piston rod)(••) Available with bore diameter Ø 20-100Examples of codes – the ordering codes for a Multi-position cylinder is a combination of several codes, each describing a stage.Multi-position cylinder:Stage 1: CIL 240 0 25 P … CPStage 2: CIL 240 0 25 R … CPStage 3: CIL 240 0 25 T … CP

TYPE STROKE

P Polyurethanegaskets

0

0 StandardA 2-stage

tandemB 3-stage

tandemC 4-stage

tandem

P Stage 1R Stage 2T Stage 3

0

0 MagneticS Non-

magnetic

CONFIGURATIONBORE

P N E U M A T I C

1.1/46

C

A

H

N+

N1+

B

øE

DS

ACCESSORIES

R

H9

H14

BD

S

B1

N+

M

R

H9

h14 D

N+

S

M

B

FOOT - MODEL A

Ø121620253240506380100

UNITOP CodesW0950126001W0950126001W0950206001W0950256001W0950322001W0950406001W0950506001W0950636001W0950806001W0951006001

A3030364045606884102123

B17.517.52222352832394245

C181822263242506282103

D13131616242024273033

ØE5.55.56.66.6799111113.5

H2222272831.942.54759.565.578

N55.555.558.558.574.5727784.594109.5

N16464707092.585.593.5104116132.5

S3344456688

Ø3240506380100

ISO CodesW0950322001W0950402001W0950502001W0950632001W0950802001W0951002001

A4552657595115

B354347476165

C323645506375

D242832324141

ØE79991214

H31.93645506371

N74.5808589.5105117.5

N192.5101.5109.5114138148.5

S444666

FEMALE HINGE-MODEL B

Ø3240506380100

UNITOP CodesW0950322003W0950406003W0950506003W0950636003W0950806003W0951006003

B4552607090110

B1262832405060

D222527323641

M101212161620

N72.5778089.5100117.5

R1112.512.5151520

S10911111315

Ø3240506380100

ISO CodesW0950322003W0950402003W0950502003W0950632003W0950802003W0951002003

B4552607090110

B1262832405060

D222527323641

M101212161620

N72.5778089.5100117.5

R111313171721

S101012121616

MALE HINGE-MODEL BA

Ø12162025

UNITOP CodesW0950126004W0950126004W0950206004W0950256004

B12121616

D16162020

M6688

N58.558.562.562.5

R6688

S6666

Ø3240506380100

ISO CodesW0950322004W0950402004W0950502004W0950632004W0950802004W0951002004

B262832405060

D222527323641

M101212161620

N72.5778089.5100117.5

R111313171721

S101012121616

Weight [g]262646527688176276392558

Weight [g]76100162266456572

Weight [g]1161842664706701110

Weight [g]74116176468536925

Weight [g]24244448

Weight [g]94124220316578850

Note: Supplied with 4 screws, 4 washers, 2 snap-rings and 1 pin.

Note: Supplied with 4 screws, 4 washers

Non UNITOP norm fixing distanceNote: Individually packed with 2 screws.

Non UNITOP norm fixing distance

1.1/47

1

E

AN+ N+

S S

C B

N+

S S

N+A

D

C B

E

R

M

B

S

N+

D

FLANGE Ø 12÷25 - MODEL C

Ø12162025

CodesW0950126002W0950126002W0950206002W0950256002

A29293640

B55557076

C43435560

E5.55.56.66.6

N48484849.5

S10101010

Weight [g]112112184226

Note: Supplied with 4 screws.

FLANGE Ø 32÷100 - MODEL C

Ø3240506380100

UNITOP CodesW0950322002W0950406002W0950506002W0950636002W0950806002W0951006002

A50606887107128

B80102110130160190

C648290110135163

D323645506375

E79991214

N54.555.557.5657181.5

S101012151515

Ø3240506380100

ISO CodesW0950322002W0950402002W0950502002W0950632002W0950802002W0951002002

A5055657595115

B8090110120153178

C647290100126150

D323645506375

E79991214

N54.555.557.5627282.5

S101012121616

ARTICULATED MALE HINGE - MODEL BAS

Ø3240506380100

ISO CodesW0950322006W0950402006W0950502006W0950632006W0950802006W0951002006

B141616212125

D222527323641

M101212161620

N72.5778089.5100117.5

R161919242430

S101012121616

Weight [g]246454655125519002700

Weight [g]24629052267014202040

Weight [g]106142236336572840

Note: Supplied with 4 screws.

Note: Supplied with 4 screws, 4 washers.

Non UNITOP norm fixing distance

P N E U M A T I C

1.1/48

M

B12

øM

F

L

B

A

C

DN

FLANGE FOR OPPOSED CYLINDERS

Ø121620253240506380100

UNITOP Codes0950123060095012306009502030600950253060095032306009504030600950503060095063306009508030600951003060

M12.512.512.51314.514.514.514.516.519.5

ISO Codes––––095032306009504030610950503061095063306109508030610951003061

ASSEMBLING OPPOSING CYLINDERS

FORK - MODEL GK-M

Ø121620253240506380100

UNITOP-ISO CodesW0950120020W0950200020W0950322020W0950322020W0950322020W0950322020W0950402020W0950402020W0950502020W0950802020

A12162020202024243240

B681010101012121620

C12162020202024243240

DM6M8M10x1.25M10x1.25M10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

F24324040404048486480

L314252525252626283105

ØM681010101012121620

N16222626262632324048

Weight [g]204892929292148148340690

UNITOP2929455788106172274470826

ISO––––88106158258452801

Weight [g]

Note: Supplied complete with 1 pin, 4 screws.

Non UNITOP norm fixing distance

Note: Individually packed.

1.1/49

1

H7

CH

-0.1

2+

0

B1

F

L

D

C

A

øM

B

øG øG1

BALL-AND-SOCKET JOINT - MODEL GA-M

Ø121620253240506380100

UNITOP-ISO codesW0950120025W0950200025W0950322025W0950322025W0950322025W0950322025W0950402025W0950402025W0950502025W0950802025

1°30

'1°

30'

P

B

B

øD1

F

øG1

øD

øG

S1 S

C

A

A

FLEXIBLE COLLAR - MODEL GA

A20242828282832324250

B9121414141416162125

B16.75910.510.510.510.512121518

C11131515151517172327

CH11141717171719192230

DM6M8M10x1.25M10x1.25M10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

F30364343434350506477

ØG1012.51515151517.517.52227.5

ØG113161919191922222734

L404857575757666685102

ØM681010101012121620

Ø20253240506380100

UNITOP-ISO CodesW0950326021W0950326021W0950326021W0950326021W0950406021W0950406021W0950506021W0950806021

A4949494959597989

B3636363642425865

C3030303036364451

ØD1111111114141719

ØD16.56.56.56.58.58.510.512.5

FM10x1.25M10x1.25M10x1.25M10x1.25M12x.125M12x1.25M16x1.5M20x1.5

ØG39.539.539.539.544445969

ØG11717171719192631

P6.56.56.56.58.58.510.512.5

S1212121215152020

S11010101013.513.51520

Weight [g]285078787878116116226404

Weight [g]1721721721722862866281200

I

LF

C

A

E

G

N

B

M

H

D

CETOP COUNTER-HINGE Ø 32÷100

Ø3240506380100

UNITOP-ISO CodesW0950322008W0950402008W0950502008W0950632008W0950802008W0951002008

A262832405060

B192626333344

C799111114

D101212161620

E253232404050

F203232505070

G324545636390

H3754547575103

I415252636380

L182525323240

M81010121216

N101212151522

Weight [g]96216212440464985

Note: Supplied complete with 4 screws, 4 washers.

Note: Individually packed.

Note: Individually packed.

P N E U M A T I C

1.1/50

R

S

F

A

C

øD

øMB

E

COUNTER-HINGE Ø 16÷25 - MODEL BC

Ø12162025

UNITOP CodesW0950120005W0950120005W0950200005W0950200005

A25253232

B25253030

C15152020

ØD5.55.56.56.5

E2244

F27273030

ØM6688

R771010

S3344

5°

5°

SW4SW5

SW3

SW1

SW2B

D

A A øF

C

øE

ARTICULATED JOINT - MODEL GA-K

Ø121620253240506380100

UNITOP-ISO CodesW0950120030W0950200030W0950322030W0950322030W0950322030W0950322030W0950402030W0950402030W0950502030W0950802030

AM6M8M10x1.25M10x1.25M10x1.25M10x1.25M12x1.25M12x1.25M16x1.5M20x1.5

B10202020202024243240

C10202020202020203240

D3557717171717575103119

ØF8.512.52222222222223232

SW1571212121212122020

SW213173030303030304141

SW313173030303030304141

SW47111919191919193030

SW510131717171719192430

Weight [g]40407878

Weight [g]2456216216216216220220620680

4

1

6.6 M35 M4

3

10

2.5

KIT FOR CYLINDER ASSEMBLY WITH SENSOR SLOTS

DescriptionFIXING BLOCK

Code0950003000

Note: Supplied complete with 1 M3 grub screw and 1 M4 grub screw.

Note: Supplied complete with 1 pin and and 2 snap rings

Note: Individually packed.

ØE2444444444

Weight [g]2

1.1/51

1

3

26.5

5.5

6.5 4.3

29

SLIM SENSOR

WIRING DIAGRAM

4.9

5.8

500

STRIP

TECHNICAL DATA

DescriptionHALL sensor DSL, 3 wires NO 2.5 m PNPHALL sensor DSL, 3 wires NO 300 mm M8 PNPREED sensor DSL, 2 wires NO 2.5 mREED sensor DSL, 2 wires NO 300 mm M8

CodeW0950025390W0950029394W0950022180W0950028184

SENSOR PROFILE

DescriptionSLOT STRIP 500 mm

CodeW0950000160

Type of contactSwitchDC voltage range VAC voltage range VAbsorption ADC power WAC power VATemperature range °CSwitch-on timeSwitch-off timeOperating life impContact resistance ΩDegree of protection IPVoltage drop VNo. of wires

black

HALL EFFECT+

+

brown

blue

PNP

blue

black

-

blue

brown

brown

34

1

REED EFFECT +

+-

brown

3blue 4

1

M8

M8

Reed Effetto HallN.O. N.O.

– PNP3÷30 6÷303÷30 –0.1 0.26 46 –

–10÷+80 –10÷+800.5 ms 0.8 s0.1 ms 0.3 s

10 million 1 milliand0.1 –65 653 12 3

Note: The code corresponds to 1 piece.

12

10

11

6 5 87 2 3 41

913

P N E U M A T I C

1.1/52

COMPACT CYLINDERS, SERIES CMPC

SPARE PARTS

TypeComplete set of gasketsFront cylinder head kit for UNITOPFront cylinder head kit for ISO Ø 32Front cylinder head kit for ISORear cylinder head kit for UNITOPRear cylinder head kit for ISO Ø 32Rear cylinder head kit for ISOFront + rear cylinder head kit for UNITOPFront + rear cylinder head kit for ISO Ø 32Front + rear cylinder head kit for ISOPiston kitMagnetFront + rear cylinder head + piston kit for UNITOP

Front + rear cylinder head + piston kit for ISO Ø 32

Front + rear cylinder head + piston kit for ISO

Parts

BoresØ 12÷100Ø 12÷100

Ø 32Ø 40÷100Ø 12÷100

Ø 32Ø 40÷100Ø 12÷100

Ø 32Ø 40÷100Ø 12÷100Ø 12÷100Ø 12÷100

Ø 32

Ø 40÷100

Codes009 . . . 7001009 . . . 71010090327101009 . . . 8101009 . . . 72010090327201009 . . . 8201009 . . . 73010090327301009 . . . 8301009 . . . 7401009 . . . 7501009 . . . 7901

0090327901

009 . . . 8901