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CP66

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1. gt JS B 9702 A UAT LAX KORAI lei JIS B 8370 2 1 2 2
2. 6A 25A Rc18 4 5 AZRA 2 3 4 AF4 1
3. 1 2 1 3 Aj 56256 2 1
4. Ds 1 3 er O OFF N ON OFF ae ON
5. 2 3 2 4 2 5
6. 200 x S Un p 4 5 1 Un m s S m mm 0 2MPaG 75 na S deal Sv2 Sp 62 9 Sp Lp at 5 3 Sv nm Sp mm mm 0 02 Lp mm 5 2 ME Fi 3 2 3 Fs 8 1 1 5 RIE ERIN 52 5A
7. No2221 75 1 2 70
8. 41 op FB 40 100 SS400 V gt VV C L LL A gt lt gt j gt gt gt Max 10 R EE EE N 4 J T NN Bi 115 1 p rI 5 J RN J 2 5 Q MM MM 317 7 3 4M ani mm Be 5215 sa m e IWA B Bi MM D 221 EE F1 FzlN M 40 1001 30 20 17 21 13 7 14 15 16 47 1 4 55 17 17 42 M6x1 10 100 80 9 10 40 600 50 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 65 19 19 49 12 110 90 9 10 45 600 63 105 35 25 22 22 17 10 8 15 20 55 Rc3 8 75 19 19 59 12 130 112 11 10 55 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100
9. 3 4 1 2 0C ESN 4 1
10. 2 I SP68 SP68 SP68H 3 Acie E gy sssi 1 SS 3A SS 3B SS 5A e SS 3A SS 3B 0 3 1 ee SS 3A j SS5A DY BIL TZA PVC 4 02m2 3m El
11. 640 100 125 250 6300 500 30 180 800 28 170 26 a 700 24 9 500 140 12 22 i30 o 600 20 120 18 ow 110 6229 500 0250 16 100 400 14 oe 90 200 400 W 12 W 420 W kg kg 70 kg300 300 10 60 GO 8 63 50 as 300 6 5 40 140 30 56 4 20 100 2 10 0 100 200 300 400 500 600 700 800 0 100 200 300 400 500 600 700 800 9001000 0 100 200 300 400 500 600 700 800 900 1000 S mm S mm S mm A 18 CP61 Oilless enclosed cylinders 24 Z LU OH e Ez 7704660247 Oilless enclosed cylinder desiened based on general purpose CP611 pneumatic cylinder JIS al JIS Symbol Specification Oilless enclosed cylinders Model code CP611LU x Operation type Double acting
12. 9 2 1 2 9 3 1 JIS K 2213 VG32 VG46 2 1 003cm 1m 15 25
13. Model of solenoid valve C 4A3 BERYX K s Size of solenoid Operation Valve Electrical Rated type connection voltage type Lead wire Return DIN Wi indicator DIN connector W o indicator Water proof Hold RE
14. 1 5 Z 90 180 F Noies 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 f using this cylinder under atmosphere at over 100C it is recommended to replace the packing with a new one annually 3 Consult factory for non standard applications which are not coverd by above specifications SY Las AOW V HE Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard identify the location of piping ports and cushions by the surface p50 numbers shown in the illustrate a
15. 2 1 3 EZ No2221 4 1 4 1 5
16. ICI 1 2N m 180 200 e SP66 SP665 3
17. ATE 5 1 5 2 1 2
18. 9 9 4 1 1 WEIR 10 1 1 2 3
19. 7 2 g 2 E5 U m s 80 120 C U m s S mm mm e Ek 0 eae x 7 35 x 10 xWxU x 1 2 x U Ek J W N U m s U I4 5 4 E 10 Un 7 3 7 3 1 a 2 E 5 E J E J q
20. e 50 100 7 5
21. 1 2 3 4 WEEE 1 2 3 1
22. Without No entry bees Y Neoprene standard i YA Standard 4 Material Conex type I 0024 A IA Gentex a A1 CE ARO Ea YC Please refer to p A 1 for the structure gt YD Y YK Y Y YM Y pe YB I JU h BY PI TR y TIM 55400 8 03 Please refer to p D 3 for details D 23 Please refer to p D 23 for details Standard type Appli
23. D 1 1 a ON OFF s A 2 O N OFF ON 1 iin
24. Fe 5B Fe lt A Ps N m ee MPa G 5 4 2 E5 a jaa Ut Ut m s S m D mm a fe ggg Bo Tig cag a ase ce age a ag P MPa G F N E 10 E 11 5 5 it L fm t 2 So ti 5x10
25. MS665 40 100 CP665 125 200 2 CP665 B 8 B 9 MP665 B 33 B 34 B 35 SP665 B 47 B 48 B 49 CP665 11 B 21 B 59 60 CP665 B 22 B 23 CP665 D 21 D 47 CP665 B 25 9 75 CP665 E 7 8
26. 7A x 7C 7B 7D 6 6 Mm 5 R fe 3 10 m 8B mh 5 10 m E 14 E 15 7 7 1
27. 4 3 5 6 14 1
28. Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications 3 Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required y al JIS Symbol 4A3 Model code Specification Solenoid valve Internal leakage JIS B 8375 Allowable voltage fluctuation 10 10 of applicable voltage m Temperature rise 70C Max 70 C Insulation class Al JIS B 4003 B lass B Pee AC eva Power consumption DC 5 5W 40 100 0 03 0 035 Response time 125 200 0 05 0 05s At w F specification Switch Model code SW 1 SW 2 H Detecting method Proximity of iron
29. J 10 2 2 3 A TREE
30. Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications 3 Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required Stroke tolerances Thread tolerance B 28 MP66 mR UY 40 100 Model code _ d Ay Dust cover Mounting Style Bore size Stroke atti Neoprene standard Material Conex DTT 224 Gentex TE BED ROR FO am Please refer to p B 1 for the structure 40 63 eoom Max strokes 80 100 800mm 20mm Min strokes
31. CP611 CP611H CP611S2 CP611S2H CP611LU A 2 CP61SU A 2 CP611DR A 3 CP611AD CP611AR A 4 CP611M CP611MR A 5 O O O O S IS I IN 278 CP69 CP69 CP6 1 CP691 A 78 CP691H A 78 IEE CP66 228 CP66 CP665 B 2 MP665 B 28 SP665 B 42 MS665 B 54 CP665DR B 62 5 CP68 u 7 CP68
32. A MEOE 6 1 2 SC6 3 4 6 2
33. In case of the bore size from 40 to 100 and the cushion valve position is not standard its position is out of alignment from the center of the flange as below mm P O9 SY NY x AL OUL TE 4 Fo TN CP66 CP665 40 100 6 49 OW OOH 49 0 42 00 49 a ADC ADC A6063 S45C SS400 SS400 SGD400 D TC SGD400 D SWRM SWRH SBK1218 2 4 7 NBR IS 50 NBR E Zo IS gt s i BF NI Se e 2S S N N 00 o CP66 CP665
34. A 5 25 1 2 3 4 9 1 1 2
35. 3 4 1 2 N 1 1
36. NN_ L LL 4 M 8 ee Wi 4 UU J 2 Li L 2W1 2 mm Fm 7 LL IWA AlBlolBtll MM D lpp1 EE E FI F2 N M 00 2 wt 2 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 14 42 M6x1 13 40 15 10 4 40 600 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 65 19 15 49 1 18 45 15 10 6 45 30 600 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 15 59 M8x1 18 55 15 12 6 55 35 600 80 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 100 15 15 76 12 x1 5 23 71 15 15 6 60 35 800 100 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 116 16 16 90 12 x1 5 23 85 15 15 6 75 35 800 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 115 14 x1 5 25 100 20 19 6 85 45 140 135 80 50 47 48 32 18 6 1 5 40 85 Rc1 2 160 20 20 125 16 15 30 112 25 24 9 100 55 800 A
37. C C O a A B D 2 J C E p 40 250 300 500 OO JOG L 571 C 0 300 500 XBW IED TILA YKM YKGM DEX Name Material Heat resistance zoa Z b gt Neoprene
38. 40 100 125 250 300 500 15 180 800 14 170 13 ied 700 0 140 259 29 11 130 600 3 10 9 120 Jo 9 oO 110 22 500 8 Q 90 1 200 400 40 W 6 W 80 756 kg kg 70 kg300 300 S 63 60 O 50 p16 0 4 p30 200 3 50 u 140 2 40 20 125 100 1 10 0 100 200 300 400 500 600 700 800 O 100 200 300 400 500 600 700 800 9001000 0 100 200 300 400 500 600 700 800 900 1000 S mm S mm S mm B 26 B 27 CP66 Oilless enclosed cylinders with solenoid valve JIS m dh JIS Symbol Z CP665 EK 5 R WE LEO RBC PER kK ASO 240 3 CP665 enclosed cylinder with directly mounted 5 port solenoid valve This design enables easier piping and reduction in air consumption thus lowering costs Specification Cylinder F Specification Solenoid valve ZK 4A3 2 gt Oilless enclosed cylinders Model code
39. 1 SS NAME MATERIAL Q T REMARKS PA66 1 ESF PAS 1 R DIRAU ORMER PRERANE BM EDO HRE i NER 1 1 Bs 1 7 U L 9 oat RM 2 NBR 1 MY RD PVC 1 1 Fe Ep Cu Zn ES Ju aaa 8 20 GUL BEAR FEB T
40. OK 9 5 I Model of reed switches 5 00 09 Applicable cylinder Rated Electrical Voltage connection AC DC5 115V AC100 220V Lead wire PG9 DIN 7 X p 180 200 1 2NPTF DIN connector D DIN PG9 LIN DIN 1 2NPTF 5VCTF 1m 0 3sqX2
41. Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 36 A 37 CP61DR ov an 5 CP611DR A EAEE y Mounting Style Bore size Stroke Rod end fitting Dust cover e Without No entry Y YA I IA le RAR mj E YC Wis 2 y 52 f YD YK Y ae SS0400 ys T gt ID 1 IB II Sp o IP 1 2 D 23 Pl
42. 0 2 180 CD 9 8 5 9 4 15a 10 9 5 10 4 15b o11 10 5 11 4 15c
43. 2 Pneumatic Cylinders and Cylinder Systems General Handling Instructions Precautions Please read the following safety precautions carefully before ordering pneumatic cylinders Safety Precautions JIS B9702 5 Safety of machinery principles of risk assessment References B8370 Pneumatic fluid power general rules relating to systems ZN Warning Following information is based on a risk assessment for Konan pneumatic cylinders hereafter referred to as cylinder Each section provides information essential for safe operation of cylinder systems and prevention of risk and damage that may affect operators Please read carefully Selection of cylinders 1 1 Shock and mechanical safety A cylinder is an actuator to drive loads by means of pneumatic pressure It is often used for high speed operation systems and equipment with heavy loads In order to enable safe operation of a system incorporating the cylinder it is essential to
44. Cylinder CP68 2 CP68H C 2 MP68 C 12 SP68 C 20 SP68H C 24 MS68 C 34 D 1 ae D 21 1 1 1
45. 3 71 22 D 29 30 C 27 ON ON
46. 80 114 47 45 42 27 24 12 M22 1 5 30 48 Rc1 2 100 17 76 M12 19 18 14 16 14 800 100 114 47 54 51 27 24 12 M26 x 1 5 30 48 Rc1 2 116 17 90 12 19 18 14 16 20 800 gt SS 4C N N 40 100 4M max 10 _ mm aa seq ae Pe A lA e MM D DD1 EE EleTNI lalalo lk 40 86 33 28 25 21 13 7 M14x1 5 16 30 Rc1 4 55 13 42 M6 11 40 1 3 9 600 50 98 35 36 33 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 M8 13 41 4 6 3 600 63 98 35 36 33 19 17 10 18 1 5 20 34 Rc3 8 75 15 59 M8 13 43 5 7 3 600 80 114 47 45 42 27 24 12 M22 1 5 30 48 Rc1 2 100 17 76 M12 19 38 9 11 11 800 100 114 47 54 51 27 24 12 M26 x 1 5 30 48 Rc1 2 116 17 90 M12 19 37 9 11 17 800 C 29 SP68 SP68H N 40 100 SS
47. a 2 _ Ft Fs 3 8 Fs Ft N lt 1 TD 2 0 1 02 03 04 05 06 07 08 09 1 0 MPa 3 2 6 3 mm 6 8 10 12 16 20 25 32 40 63 80 100 125 140 160 180 200 220 250 300 350 400 450 4
48. FP CG 2 A WERE Lelia 3
49. 1 BET DIN 4 2 4 0 2 0 0 b Ae
50. 1751 7 LB LB 300 500 SS400 Max 22 E NN L LL C A W1 W1 4 JJ UU Z LH L 2W1 2 Z mm zA seq Lenape IL sa B ei MM D IDD1 EE E F IN kK M NN UU 2 300 172 120 80 60 63 25 M65x2 71 112 Rc1 335 25 354 8 M20x1 5 25 240 43 33 25 220 105 1000 350 177 135 90 70 71 30 M72x2 80 126 Rc1 385 25 404 8 M24x1 5 30 280 43 36 25 230 105 1000 400 202 150 100 75 77 30 M82x2 90 144 Rc1 1 4 435 30 465 8 M27x1 5 35 320 50 39 32 295 130 1000 450 212 175 110 90 85 30 M90x2 100 155 Rcl 1 4 485 30 520 12 M27x1 5 35 380 55 42 35 320 145 1000 500 217 200 130 105 95 30 M100x2 112 170 Rcl 1 4 540 30 570 12 M30x1 5 38 420 55 46 38 360 175 1000 RE A A 1
51. A 86 CP69 CP691 CP691H FB FB 40 250 SS400 e a TAR 80 250 e 63 Q 2 MM max 10 40 100 t C 17 125 250 71 12 7 440 100 mm a ne C IXA B Q MM D DD1 el 152 N M NN E y WU 40 97 150 20 17 130 17 10 M14x1 5 20 45 Rc1 4 55 13 14 42 M6X1 10 100 80 55 9 10 40 50 105 160 25 22 130 22 10 M18xX15 25 50 Rc3 8 65 15 15 49 M8X1 12 110 90 65 9 10 45 63 105 160 25 22 1130 24 12 M18x1 5 30 60 Rc3 8 75 15 15 59 M8 x 1 12 1130 112 75 11 10 55 80 1121160 35 32 130 32 18 M26X1 5 40 76 Rc1 2 100 15 15 76 12 1 5 16 150 125 100 14 14 71 100 112 170 35 32 130 32 18 26 1 5 40 85 Rc1 2 116 16 16 90 12 1 5 16 185 155 116 14 14 85 125 121 170 35 32 130 32 18 26 1 5 40
52. RM HC MY RD HH5 4 KF Aw w 1 SW 1 2mA 2 Vig B 48 SP66 YVERAZAVFPVeRYDY SW
53. 2 3 4 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications 3 As CP66DR is not standard products please contact us about the delivery 4 Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required Designation of Port location 0
54. SP68 been ED Rod end fitting Port bushing Port position Cushion position No entry 29 Without 9 52 SL B With 1 This bush reduce the port size e g from Rc3 8 to Rce1 4 Cap flange 5 5 Standard Rod flange 1 1 Standard Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Position to detect Code of the position Both ends Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard 3 7 4 9 1 5 2 6 1 In case of standard position for both 8 and 9 the code is not necessary
55. N 4 M max 10 L LL mm Lose e a lal 2 mQ MM D 001 EE 2 m mw x 22 157 40 86 33 28 25 21 13 14 1 5 16 30 Rc1 4 55 13 42 M6 11 20 1 3 9 600 50 98 35 36 33 19 17 10 M18x1 5 20 34 Rc3 8 65 15 49 M8 13 20 4 6 3 600 63 98 35 36 33 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 M8 13 20 5 T 3 600 80 114 47 45 42 27 24 12 M22 1 5 30 48 Rc1 2 100 17 76 M12 19 18 9 11 11 800 100 114 47 54 51 27 24 12 M26 x 1 5 30 48 Rc1 2 116 17 90 M12 19 18 9 11 17 800 C 30 SP68 SP68H A Hp Eeu RN RARA EZ ID ed A m rO O DA vA Mas Q OR
56. ON ON 2 40 160 90 4 Bf IB Pr 7e A YF OMA eH
57. 2 180 9 8 5 9 4 15a 10 9 5 10 4 15b o11 10 5 11 4 15c pC 2 180
58. 2 9 0 C 4 C 0 8 Nm No eRe a
59. 280 320 360mm CAT No 4223 CP61 CP500 For 280mm 320mm 360m please refer to catalogue No 4223 CP61 CP500 CP61 z KED Ol Bly Zao Rod end fitting Lock nut Port position Port bushing Max strokes 40 63 80 160 180 500 Standard type S gt E fl ty eo 2 x Fy Y Y Y Y Y 14278 55400 E A m7 m R Cushion position Pressure vessel construction code Rod flange 1 1 Standard Cap flange 5 5 Standard Code of the position Cannot establish the pl
60. CP68 E 7 E 8 C 11 CP68 g 1 Rd SS 3A SS 3B 30 0 60 SS 4C 40 AHERE g 1 40 50 63 80 100 13 17 31 45 62 C 38 D 1 Mounting type cp6 1 69 40 500 cp66 40 500 c 68 40 100 RANE io rag gt ZUI LER HERES
61. a A B D JC E 40 250 300 500 OO DOC CHA I il wih C 0 300 500 KILED TILA YKM YKGM DEX G1 62 GY 4 P Name Material Heat resistance Neoprene Max 120 C Contre Max200C S 2 Z 7 lt C GENTEX Max600C 1 100C 0 2
62. 1 OTER mm Y I A A Y 1 S yal 0 CP611 E 7 8 A 42 CP61DR ov CP611DR Consumption packing list 640 100 50 63 Da N Weg M 1907 A JS 9 amp gt M 2050 M 2337 M 2338 E 2 S s So 22 1148 2052 Z 52 SJ 2ISY BEY M 2484 WIS y 22 02301 0030 P CP61DR 40 P CP61DR 50 P CP61DR 63 P CP61DR 801P CP61DR 100 20
63. 2 2 2 1 3 1 4 3 1 1
64. DIN D N D 7 N 55 180 SW REID Y ET
65. 108 0014 203 3454 1711 u 4 7 8 Ga WIN W 530 0012 206 6373 6701 ISO 9001 AVA 024 1 1 4 2022 215 1195 732 0052 2082 568 0071 2043 305 1401 1 12 20 052 581 6541 7663 8133 AA 4 568 4 97 2087 835 0411 PI E E A URL http www konan em com 22093 541 0281 2015 08 7 D2 2 S
66. aen x Th EEA 7 4 1 0 1 0 2J Temi 7 4 2
67. 1 2 3 4 5 DAE 1 gt 2 X BERIT
68. W PF1 2 0 7 5 3 3 7mm MACE Al 4mm D I N B 34 MP66 MP665 W 2 wu t gt 2 Solenoid valve assembly MP665 5
69. 14 2 40 m 14 3 1 2 3 1 5 2 2 3 4
70. gt D mm mm P MPa 0 55 0 6 Fa 2 ee a Trim Faz N D mm x D d 3 10 MPa d mm 514 0 0 E 9 4 4 1
71. 2 180 W PF1 2 0 7 5 3 3 7mm2 MACE Al 4mm D I N C 17 MP68 MP68 HA Solenoid valve assembly MP68 5
72. 90 4 180 A temperature may drop below 5 C to prevent problems due to freezing 2 If using this cylinder under atmosphere at over 100 C it is recommended to replace the packing with a new one annually 3 Please contact us non standard applications which are not covered by above specifications 4 Please contact us about the delivery of CP611H CP611S2 amp CP611S2H Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right 5 120 C CP61 E _ CR m Model code 9 8 6 Mounting Style Bore size Stroke Type Dust cover
73. 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 78 CP69 Model code Mounting Style Bore size Stroke Type Dust cover Standard type No entry im 4 Heat resistant type Without Neoprene standard Material Conex Gentex A 1 Please refer to p A 1 for the structure
74. Max 10 40 100 Max 17 125 250 55400 je gt VV E 4 T L LL N F2 EE SZ 8 3 7 mm za sa A 1 MM DD1 EE F1 2 N M Mw we 40 97 30 20 17 21 13 7 IM14x1 5 16 47 Rc1 4 55 17 14 42 Mex1 10 100 80 55 9 10 40 600 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 65 19 15 49 1 12 110 90 65 9 10 45 600 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 15 59 1 12 130 112 75 11 10 55 600 80 112 50 35 32 28 24 12 IM26x1 5 30 75 Rc1 2 100 15 15 76 M12x1 5 16 150 125 100 14 14 71 800 100 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 116 16 16 90 M12x1 5 16 185 155 116 14 14 85 800 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 115 14 1 5 19 220 185 143 18 14 100 800 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 160 20 20 125 16 1 5 23 255 212 160 22 20 112 800 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 142 16 1 5 23 275 230 176 22 20 118 800 180
75. 40 250 mm 0 160 JC A 161 250 M14x1 5 p 3 251 400 401 600 0 160 z Fat 18 1 5 251 400 401 600 0 160 161 250 251 400 M26x1 5 401 630 B 631 800 MM 0 160 161 250 251 400 M26x1 5 401 630 631 800 18 0 160 _ J 161 250 G 251 400 M36x1 5 lt 401 630 5 K 5 631 800 0 250 2317400 M45x1 5 ms 401 630 631 1000 0 250 251 400 e 56 1 5 FA a 0 250 251 400 401 630 M56 x 1 5 631 1000 300 500 JC A mm JD 0 250 m Q 251 400 4 300 cao 75 x 86 5 S 631 1000 4 0 250 MM 251 400 401 630 Benen 631 1000 480 IEDM 77227 2 YM YKM YKGM 0 250 JC A 231 gt 409 95 x 110 401 630 631 1000 0 250 251 400 401 630 105 121 lt 631 1000 0 250 251 400 401 630 115 x 133 M100 x2 631 1000 73 CDP6 1 Dimension with dust cover CP611M
76. FCD450 L LL 00 H10 7 AS LL ci AA B D 001 EE 2 fo lt e fro lm Pra lr ll 5775 300 172 220 71 112 335 56 71 25 56 71 111 so 63 175 1000 50 350 177 250 90 70 126 1385 71 25 63 121 32 71 185 1000 45 400 202 270 100 75 90 144 Rc1 1 4 435 71 90 71 90 135 37 220 1000 52 450 212 300 110 90 100 155 Rc1 1 4 485 100 100 150 38 90 230 1000 42 500 217 330 125 105 112 170 Rc1 1 4 540 100 90 112 90 110 174 so 100 260 1ooo 53 mm aa mr ra EAI MM 001 2 r I Di a 300 172 120 80 63 25 M65x2 71 112 Ret 335 25 56 71 111 63 175 1000 50 350 177 135 90 70 71 30 M72x2 126 Ra 385 25 121 32 71 185 1000 45 400 202 150 100 75 77 30 M82x2 90 144 Act 1 4 435 30 71 90
77. Included speed control mufflers as standard equipment C 36 C 37 MS68 N N 40 100 max TL 53 39 ML Re EE 4 M L LL Z DIN D N W FB R FA SS 55 MM ML SL EE lt 22 2 M14x1 5 76 32 5 1 4 20 6 8 2 M18x1 5 76 32 5 Rc1 4 20 9 1 2 M18x1
78. CP66 ____________ kg W kg CA M p 40 0 0032 0 9 50 0 0052 1 5 63 0 0056 lt 1 8 80 0 0113 3 7 100 0 0120 4 7 125 0 0260 17 5 p 140 0 0332 7 25 0 p 160 0 0357 x3 Z 30 0 p 180 0 0494 7 42 0 p 200 0 0573 7 51 0 220 0 0721 69 0 p 250 0 0906 85 5 300 0 1192 135 350 0 1449 185 400 0 2048 273 450 0 2478 350 500 0 2905 457
79. NL 0 o MO 100C C 1 CP68 CP68H CP68 Lightweight compact oilless enclosed type standard type CP68H Lightweight compact heat resistant type 24 WG 2 YY AIF 2 FIT VSB BU 7107 PRK 1 22722 REDILI YI II CF Lightweight compact pneumatic cylinders without tie rod mount employing extruded aluminum tube Lightweight compact oilless enclosed type standard type qi JIS JIS Symbol Lightweight compact heat resistant type Model code Specification CP68 CP68H Pele s Operation type Double acting Lubricant
80. Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard Without 1 1 5 2 6 In case of standard position for both 8 and the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect CP61LU CP61 1LU 40 100 06005 1 22 4 19 0 8 A 23 SS400 SS400 STKM13 S45C SS400 SS400 SGD400 D TC ee TC BC SCM435 SWRH 2 A Su SBK121
81. q cp61 69 M24 x 1 5 16 1 5 M30 x 1 5 M20 x 1 5 M36 x 1 5 M42 x 1 5 mm M QQ q 1 M6x 1 M10x1 12 12 1 5 16 M16x1 5 18 M20 x 1 5 22 M8 x 1 12 1 5 M24 x 1 5 30 14 1 5 16 1 5 M30x 1 5 35 M20 x 1 5 M36 x 1 5 40 M27 x 1 5 M24 x 1 5 1 QQ q q 42 1 5 cpP68 M QQ 40 M6x1 M10x1 50 M12x1 5 x 63 M16x1 5 p80 MESTE M20x1 5 p100 M24 x 1 5 1 QQ q q mm End joint type uum Soka Ei c 61 69 40 500 cp66
82. Fs Fw Ff 3 2 E 4 Fi b Fs 5 Fi lt Fs Fi F 7 2 Ut t Fi Ut 6 1 6 096 x 6 2 S mi 5 1 5 2 E 10 E 11
83. INDEX CA Single clevis mounting Single clevis rolled bushing CAD Single clevis lubricant bushing CAB SP 500 Single clevis SP bushing CAP lt s lt lt 2155400 8 Single clevis steel CAS C B Double mounting Double clevis rolled bushing CBD Double clevis keeper plate ioint pin Double clevis keeper plate pin grease nipple CBKG mss400 Double clevis steel CBS TC Trunnion mounting mss400 2 Trunnion steel TCS T Trunnion mounting screw mss400 2 Trunnion female screw steel TFS D 14 DZIS DEIO DE INDEX CA Single clevis mounting Single clevis rolled bushing CAD D 7 BAET EAT Single clevis lubricant bushing D 9
84. Port bushing Port position Without Cushion position D9 With 1 This bush reduce the port size e g from Rc3 8 to Rce1 4 Code of the position Rod flange Cap flange 1 1 Standard 5 5 Standard Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard ya Without W 1 5 2 6 1 In case of standard position for both and 8 code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect CP66
85. Wis 2 6 3 1 2
86. CP691H wy Sg JAS SS400 2 I amp SS400 STKM gt 26 S45C Sak j z 9 SS400 ae SS400 Sd SGD400 D SGD400 D TC l FA FB CA CB FA FA FB CA CB FA sag a ae af as p gt 2 SBK1218 AJ wis Wy Se 22 5 26 F gt ae gt 5 A B 2 2 SS400 2 6 SWRM Too 5
87. 0 041 25 0 003 0 065 25 0 598 D 46 D 47 Joint pin cp61 69 66 lt 40 500 gt S45C C cpP68 lt 40 100 gt S45C C mm C 40 10 x 1 0 50 12 x 1 0 63 16 x 1 0 80 20 x 1 2 100 125 25 x 1 2 140 160 A31 x 1 5 180 200 STW 40 Xx 1 75 220 250 50 x 2 0 300 STW 56 x 2 0 350 STW 63 2 0 400 STW 72 2 5 450 M80 2 5 500 TER M90 x 3 0 mm C 40 10 x 50 812 63 16 80 20 x 100 25 x gt ED E 1 Sma FA
88. 4 2 1 2 PE 3 4 3 4 4 1 1 4 5 3 3 4 6
89. A 15 A 12 CP61 a CP611 CP611H CP611S2 CP611S2H TC TC 40 250 FCD450 Max 10 40 100 Max 17 6125 250 LI L1 NN L LL S R F2 EE gs 7 il mm Coil ahaa n 5 BA MM D DD1 EE el ie N M NN IO P ji RA S R 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 14 42 M6x1 10 22 58 65 18 16 26 1 5 1600 49 47 50 105 35 25 22 22 17 10 IM18X1 5 20 55 Rc3 8 65 19 15 49 M8x1 12 28 70 80 18 16 26 1 5 600 58 51 63 105 35 25 22 22 17 10 18 1 5 20 55 Rc3 8 75 19 15 59 M8X1 12 28 84 100 22 20 30 2 600 58 51 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 1100 15 15 76 12 1 5 16 32 104 112 28 25 35 2 5 800 60 53 100 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 116 16 16 90 12 x 1 5 16 37 124 136 3
90. 2 g 5 mW 6 1 S mw tt s a ENR 2 E 5 F m P x 4D mW N Ai mmy V L P MPa D mm 10 AexL d x Lp V L Ae mm3 L mm d mm Lp mm 6 3 mm 5 S 2 Sr mi 1 Sr gt 1 2XS Sv Ss 8 3 Sr mm Sv mm Ss
91. 3 5 3 5 4
92. A34 FA FA 40 250 Max 10 40 100 SUS304 Max 17 0125 250 je V gt vv je gt 4 J NN L LL C A la _ aa 2 4 M mm mu 205 LL 1 B B1 MM D DD1 EE M NMNI W WW J 40 97 30 20 17 21 13 7 14 1 5 16 47 Rc1 4 55 17 14 42 M6 x1 10 100 80 55 9 10 40 600 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 65 19 15 49 M8x1 12 110 90 65 9 10 45 600 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 15 59 M8x1 12 1130 112 75 11 10 55 600 80 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 100 15 15 76 12 x1 5 16 150 125 100 14 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 116 16 16 90 IM12 x1 5 16 185 155 116 14 14 85 800 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 1115 14 1 5 19 220 185 143 18 14 100 800 140 135 80 50 4
93. 3 2 1 1 2 2 2 1000km 3 3 al
94. 040 250 SUS304 cH Dimension with luck nut Y 1 3 mm MM M14 1 5 M18 x 1 5 M26 1 5 M36 x 1 5 M45 X 1 5 TE U Y 1 3 Y 1 A A
95. 40 100 12942 250 OJO 125 250 O O 40 100 125 200 O O O O O O OJO JO TO 40 100 125 200 O O O O O O JOJ JOJ J O 40 100 MP66 SP66 MS66 CP66DR 40 100 D 4 Available Not available O x z leels Ma10S SASS xK uoluuni L IS91S UOIUUNIL d leels SiAelo lqnoq 4 IN lddiu aseei6 ud julor UA ad sna alqoq 6 uid lulor eleld lt NE Jedeayy lqnoq po Buiusnq HDAN pelloy siAelo lqnoq Era UKs leels sl6ulS x x x x YK nr dS el6ulS 3 Buiusnq 5 1ueouqni siAelo el6ulS ape 1 SN Ei pelloy siAelo el6ulS fi ini A FS uoluun4 alppIN MAL uid 1uto IIS lqnoq TS AUK 3 gt uid quiol
96. Ill 2 PARAS VS ERGS mi 1 Bilgi CN E a SS 3 3 1 Fs N
97. 1 A B 24 Please refer to p B 24 for lock nut D9 amp b Without Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard Dy Y apy With 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 Rod flange Cap flange 1 1 Standard 5 5 Standard Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Without 1 5 2 6 1 In case of standard position for both 8 and the code is not necessary
98. N Joe LB ADL gt FA Please refer to p A 91 for details FB CA b amp ZA Ww CB 2 TC lli 82 a CAA HAA CAD i No entry CAB Y Y SP CAP Y ff YA SS400 CAS I CBA 1 09 IA pe Wm 2 8 2322 2 5 CBD Y Yc CBK Y gt gt Wy YD TUTE ABA N TV b EY 12270 CBKG Y YK 5 27 iv X SSSA00 54 CBS Y kK 2 4 gt x 0 SS400 2 TCS Applied S S 4 8 YS TFS 8 YE NR 7 E D A LBR IB FAS gt 7 FAR J SPD x fi IP H
99. O0T7 a OFF 3 IN TEA RYE FIRAN DIN D OER D A DC We 2 6 8 D Al B 33 MIP66 u z MP665 B C DIN 0
100. gt wc SS 3B k SS 4C Im jJ TSC3322 VCTF 0 75mW2 68 U EI SS TO ad 1 SS 5A 2 3
101. A In case of with lock nut A dimension will be longer as shown p A 15 2 2 Without No entry 2 GSA 51 ft B With 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 SF 2 2 11 Please refer to p 12 for details CP61 CP611 CP611H CP611S2 CP611S2H 40 100 OOMOO 229 4 19 29 8 03 QD 09 16 CP611S2 CP611H CP611S2H SS400 SS400 STKM 9800 S45C SS400 SS400 SGD400 D TC SGD400 D SCM435 SwRH y En BC af 2 fk SIN 2 MINI a AN y J 2 m Is CP61 z
102. 8 2 DS 2 20mm 1 Z MZ Skis B 42
103. Rod clevis keeper plate joint pin grease nipple FCD450 S45C SS400 lt 40 250 gt lt 300 500 gt RR rs DDd8 ee 5 gt D 35 cp61 69 X MM 1 DD mm 45 14 14 1 5 0 040 10 20 062 50 16 55 20 M18x1 5 65 25 70 31 5 0 050 12 0 077 0 050 16 0 077 0 065 20 0 098 M26 x 1 5 40 M36 Xx 1 5 M12x15 0 065 25 _0 098 0 080 31 5 10119 50 M45 x 1 5 M56 x 1 5 MS MM 16 25 1 0 080 40 20 119 0 080 50 0 119 DD mm 14 1 5 18 1 5 M22 1 5 I 40 100 M26 1 5 M26 1 5 M36 1 5 12 15 0 040 10 20 062 0 050 12201077 0 050 16 20 077 0 065 20 0 098 0 065 25 0 098 0 065 25 10 098 0 080 31 510119 M
104. OTAR 125 250 Y I 3 1 40 E V 125 250 63 80 OYE TECEN 75 3 U 125 140 160 125 250 9 180 200 Y AVE 220 250 A 300 Y 350 S
105. A 24 L LL A se MM Q 2 mm sam aa a la Bt MM Doi E M T JARI gt 300 172 120 80 60 63 25 M65 2 71 112 Rc1 335 25 354 8 M20x1 5 25 56 71 111 30 63 1175 1000 350 177 135 90 70 71 30 M72x2 80 126 Rc1 385 25 404 8 M24x1 5 30 63 80 121 32 71 185 1000 400 202 150 100 75 77 30 82 2 90 144 1 1 4 435 30 465 8 M27x1 5 35 71 90 135 37 80 220 1000 450 212 175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 27 15 35 80 100 150 38 90 230 1000 500 217 200 130 105 95 30 M100x2 112 170 Rc1 1 4 540 30 570 12 M30x1 5 38 90 110 174 50 100 260 1000 18 CP66 CP665 CB CB 40 100 FCD450 max 10 E
106. B 24 2 S R S R B 20 CP66 8 E ll jz P R sh EB cpP665 lt CP61 TC TC 300 500 FCD450 NN A L1 P2 L1 x ala MM Q 2 kG mm m z a LL c B MM D 001 EE M P Pz LT x XX S R 300 172 120 80 60 63 25 Mesx2 71 112 Ret 335 25 354 8 20 1 5 25 75 380 420 70 63 12oltooo 90 95 350 177 135 90 70 71 30 M72x2 80 126 Aci 385 25 404 8 24 1 5 85 430 490 75 71 140 1000 95 100 400 202 150 100 75 77 30 M82x2 90 144 Rc1 1 4 435 30 465 8 M27x1 5 35 90 490 540 90 80 160 1000 107 112 450 212 175 110 90 85 Meox2 100 155 Rc1 1 4 485 520 12 M27x1 5 35 100 530 610 95 90 1301000 112 117
107. Cannot establish the plumbing and the position of the cushion in the same aspect Rod flange Cap flange 1 5 Code of the position 2 2 Standard 6 6 Standard 3 7 1 5 2 1 4 6 8 In case of standard position for both and the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect 9 9 Port position Cushion installation T position position of valve connection voltage valve type lange lange Return Included speed control m
108. D3 D 23 Please refer to p D 3 for details Please refer to p D 23 for details A 79 CP69 ol 2 Rod end fitting Lock nut Port position Port bushing Cushion position Pressure vessel construction code ay Yara pe ly Without Rod flange Cap flange 1 1 1 lock nut 2 Code of the position 2 Standard 2 lock nut 2 1 A Gi BS Ey Without 1 5 2 6 In case of standard position for both and 10 the code is not necessary LIE Without No entry Cannot establ
109. 0 2MPa 40L v D2xLx10 3240 V L D cm L cm 200mm 1 000mm 500mm 0 7MPa 1 0MPa 200 mm RRES 2 imm 160 1933 180 1505 200 933 220 928 250 743 300 486 350 331 400 229 450 152 500 99
110. 125 500 Model code EX Dust cover Mounting Style Bore size Stroke Rod end fitting Without Material Bore size 40 250 Neoprene 300 500 standard 300 500 40 250 Conex 300 500 300 500 40 250 Gentex 300 500 300 500 TE B 1 YM YKM YKGM Please refer to p B 1 for the structure In case of Rod clevis detent angle YM YKM 125 160 800m Max strokes 180 500 1 000mm No entry Y YA I IA J E gt fi al le gt A YC J ts 2 YD Y YK Y Y YM Y YBA N TD pb EY PYF GAL 97 Y 55400 gt 27
111. P CP61H 300 02301 0215 61 350 1 400 1 450 1 500 21 CP61 z CP611 CP611H CP611S2 CP611S2H CPU ______ W kg CA Mi p 40 0 0049 1 9 50 0 0077 3 0 63 0 0086 4 0 80 0 0157 7 4 100 0 0174 7 10 4 125 0 0260 17 5 p 140 0 0332 7 25 0 160 0 0357 7 30 0 p 180 0 0494 x3 7 42 0 p 200 0 0573 7 51 0 220 0 0721 69 0 p 250 0 0906 x3 7 85 5 300 0 1192 135 350 0 1449 185 400 0 2048 273 450 0 2478 350 p 500 0 2905 457 LB 2
112. 1 Lightweight compact oilless enclosed cylinders with reed switch Model code SS 3A SS 3B SS 4C Model code SP68 i s a mi Detecting method Magnetic proximity switches Fah Dane SE Neto 25 4092007 Se E Oilless 18mA 30 65mA AC5 15mA 40 100 Rated current DC3 25mA DC5 20mA Bore size E 5 0 2 1 0MPa EINE 2 5VA 2 5W 1 5W 5VA 2 5W Working pressure x KT ON aw 250mm F Lamp lt LED light when switch is on Under250m 100M O Stroke tolerances HA Isolation resistance o 250 1 000mm E F Z F gt 50 500mm Withstand voltage AC1 500V 1 Piston speed f A 5 60C A JIS 6H 6g Ambient temp Thread tolerance f IP67 IP65 3 77 Protect construction GS Be gt z 7 Cushion Both ends Air cushion _ p 4 PVC 1m gt Electrical connection Lead wire Conduit 50 63 80 J IK s
113. Code of the position AC110V Cannot establish the plumbing and the position of the cushion in the same aspect AC DC5 115V AC100 220V Not apply Applicable 1 2 2 2 AEB A 11 Please refer to p 12 for details Cap end Rod end Lead wire PG 9 1 2NPTF DIN DIN connector m Both ends Cap end Rod end Return Included speed control mufflers as standard equipment B 58 MS66 MS665 PL HZ x Bl N N 40 100 L LL
114. 1 1 3 1 2 2 www 0C 0C w pr a 8 1 0MPa 5 0MPa Nez 1 0MPa 210 9213 CP61 CP69
115. 2m P w X16 1 2000 10 x ant 2 4L 80mm Rc1 2 CH SGP1 2 SGP1 2 21 7mm 2 8 mm 16 1mm 6 5 4 2x2 4 1 6 2 8 2 oer fee PH0 1013 B0 Q D xXLx10 a x a 0 1013 Q D mm L m P MPa G t s Vs Vi ws 01 Qp Q2 Qp
116. B 66 CP66DR sz js mp m te ce ________ FB FB 40 100 SPHC Ci A C L LL 2 EE MM 001 M UI A 14 1 5 16 30 M6 x 1 67 40 9 18 1 5 20 34 M8 x 1 80 45 9 18 1 5 20 34 M8 x1 90 55 11 22 1 5 30 48 12 1 5 71 14 26 X 1 5 30 48 M12X1 5 85 14 TC TC 40 100 FCD450 mm a am iie lealea MM DBH e Te IN M PL oa 22 158 63 16 16 26 1 5 48 43 600 28 70 80 18 18 26 1 5 57 50 600 28 84 90 20 20 30 2 57 50 600 32 104 115 25 25 35 2 5 63 56 800 37 124 135 35 35 44 2 5 66 59 800 40 94 33 22 19 21 13 7 14 1 5 16 30 Rc1 4 55 13 42 M6x1 50 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 8 1 63 105 35 28 25 19 17 10 M18X1 5 20 3
117. DD cp61 69 M1 0 058 0 M6X1 0 07 0 M8 x1 M12 x1 5 16 18 22 30 26 0 058 0 0 07 0 0 058 0 0 07 0 D 15 CBKG Double clevis keeper plate joint pin grease nipple FCD450 S45C SS400 cp61 69 M1 4 1 DD mm M6X1 0 058 0 040 08 0 062 M8 x1 0 07 0 0 050 d8 0 077 AMT6 X 1 M12 X1 5 16 0 065 d8 0 098 18 22 30 26 d 0 040 0 062 0 050 d8_0 077 AMT6X1 0 065 d8 0 098 D
118. F J SS400 S s SS 322 SWRM SP an 57 27 BIN C3604 A2017 4 SUS WP UJ A 20 A 83 yUY CP69 z gt 125 250 DOWD 00060090 20 49688 0 00 09 42 40 A 91 CP691H 0125220 FA FB FA FA FB FA
119. L Model of solenoid valve L C A SERRA x s OH sige Size of solenoid Operation wave Electrical Rated ype connection voltage type Lead wire DIN Return IRIA W indicator DIN connector W o indicator Water proof AC100V 50 60Hz x AC110V 50 60Hz 2 AC200V 50 60Hz 50 63 80 100 AC220V 50 60Hz DC24V 125 140 DC48V 160 250 DC100V AC100V A
120. 1 In case of standard position for both and 8 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC110V AC220V Not apply No entry BUR Ax Applicable V2 TE 1 2 2 2 11 Please refer to p 12 for details B 32 MP66 1 LL 527299029 D e 1 ae 0124 k tU 12 p JAED HAR
121. 0 060 80 0 009 DD DD 107 To 053 0 040 10 20 062 70 12 0 003 0 050 12 20 077 9 934 1619934 0 050 16 20 077 20 005 20 0 003 0 065 20 20 098 2510 04 oat 25 79 983 ag 0 050 31 5 L01003 31 5 9 999 dg 0 050 40 0 003 50 10 950 56 TO 20 30 060 63 0 003 70 060 70 0 009 3 1 DD 0 060 80 0 009 DD DD 19 028 1029028 0 040 10 20 062 ae 12 0 003 a 034 1679 034 16 20 077 70 941 20 20 052 1 DD 50 Oa 25 0 003 D 12 CAS 55400 Single clevis steel lt 40 250 gt E N 0 1 4 M1 RAD 300 gt gt N 4 M1 D123 mm M1 DD M6x1 10 100658 0 07 1278
122. 10 NBR 1 C 9 60 gt NBR 120 10 mm s NBR 500 FKM 300 NBR 1000 FKM 500 2 11 M11 a Name Material Heat resistance a
123. YK Y Y 5 5400 YS 7 D He IB S J x gt s P 7 v SS400 No entry is Saai AEA 1 lock nut L Only lock nut TE D4 Z v 2 Please refer to p D 4 for details 2 lock nut L2 TE 3 2 1 A Lock nut included as a standard for rod end fitting Please refer to p D 24 for details 4 63 600mm Max strokes 80 100 800mm B 63 4 Port bushing Port position 27 Vale D Without 8 Cushion position Without 1 This bush reduce the port size e g from Rc3
124. 3 9 Y 1 BM Y 1 S mm I B 68 B 69 CP66DR CP665DR Consumption packing list 40 50 63 80 100 Za IN ve SFR 16K SFR 20K SFR 30K 9 IS WS gt PNY 16 PNY 20 PNY 30 M 2336 M 2257 M 2258 M 2339 M 2340 SIN wy gt 22 PGY 40 PGY 50 PGY 63 PGY 80 PGY 100 2176 M 2484 M 2485 WIN 22 02301 0030 P CP66DR 40 P CP66DR 50 P CP66DR 63 P CP66DR 80 P CP66DR 100
125. 52 B MM D 001 2 M mY pw la wu pou 42 300 172 120 25 Mesx2 71 112 335 25 354 8 20 1 5 25 435 395 22 27 90 270 1000 350 177 135 90 71 M72x2 126 Rel 1385 25 404 M24x1 5 510 460 26 1101 330 1000 400 202 150 100 75 77 30 M82x2 90 144 Rcl 1 4 435 465 8 Mz7x1 5 35 575 515 32 120 360 1000 450 212 175 110 90 85 30 2 100 155 Rcl 1 4 485 520 12 M27x1 5 35 630 565 35 120 400 1000 500 217 200 130 105 95 M100x2 112 170 Rc1 1 4 540 570 12 5 690 630 37 150 450 1000 A B 24 B 16 CP66 CP665 CA CA 40 100 FCD450 max 10 E R L LL C A 001 2 mm sa
126. 8 HS 6uusnq as7 es 5 O O O O O x IOIOIOIOIOIOIO alolololololololololololololoc poy K 55 T Ialolololx x x xlololololololo gt WUAYR llds 9A poy xO x O x O x gt nNnTOCOR leels jdd u BE gt K a A RAD DAKINE 199p ud wol ad O O O O O O O O O O O O O x Jedasy gt 5 5 7 SBS O O O o oo o o o o olo o x gt X Hsc Bsp OIOIOIOlolololololololololx gt AHEHI L VA DONIPHAE OIOIOIOIOIoIolo olololololo SS Ne 5 olololololololololololololo gt B DAN pene poy 8lololololxjxlxlololololololoc HS VALE OIOIOIOIOIOIOIOIOIOIOIOIO poy lolololololololololololololo gt VAR RUE 0 O x x x x x ololojojojolo MU gt UAE udluoysweppod O OIOIOIOIOIOIOIOIOIOIOIO gt SIAelo gt O O OJO O O O O JO OO O OO 1 lt olseg alg ss ss mk ololololo N N N 1 1 ECAR tl S PE Rs N 4 lt 4 NF NS Ae z TE ma Ke S au 0 D 24
127. Model code CP665 J Dust cover Mounting Style Without Material Neoprene standard Z R Conex gt 724 Gentex B 1 Please refer to p B 1 for the structure Bore size 5 40 100 Stroke Rod end fitting Max strokes 40 63 600mm 80 100 800mm Standard type RK Vl sS ss NN Applied ype TE D4 M Z L E lt Z 2 48 SP 12 2 ie le thy ZMZ Wiles Z lt 2 ZUIVER I I h FY Ry Tt gt SS400
128. Material Neoprene standard TE C1 Please refer to p C 1 for the structure No entry Y YA 1 IA YC YD NG Y Standard type I I NG u a ee gt BED A Y Y ini YK Y YM itary FI tt YM Standard type YBA N FV hb EY QR 1 70 WY Ay TIM NN Y iw S S 4 0 0 YS Z 2 Aye E 22 187 2 2 a ID IB 1 I HJ 9207 y a B IP Ey 7 7 SP 5 30 amp fA Applied type Only lock nut ZUIVER I I h FY Ry Tt gt 55400 Without No entry 2 J 5 1 W 1 lock nut L Qo y P QE 4A WI 2 lock nut L2 1
129. 1169 1170 1882 Q y 2 02301 0070 O P CP61 300 02301 0210 P CP61 350 P CP61 400 P CP61 450 P CP61 500 211 A 16 A 17 CP61 Consumption packing list 40 100 CP611H CP61 1S2H 50 63 Da N DJ gt Z M 1907 Bly IS Sy 22 M 1393 M 2337 M 2338 2 p BIN SP 22 M 1240 M 1394 M 2838 gt 2 P CP61H 40 P CP61H 50 160 02301 0035 P CP61H 63 180 200 P CP61H 80 20 P CP61H 100 220 250 ZF 9 2 1 ZF 13 Bly IS Wy M 1240 M 1241 M 1242 M 1112 M 1113
130. 2 Vo 3 AC DC5 115VY CE IL SW 1 2 L D N 1 AC100 220V 2 SW 2 2 30mA des G L D N BVA lt THE 1 DXT gt 1 2N m 3 iu 1 L 5VCTF 1 m
131. 5 Without 1 5 2 6 1 In case of standard position for both 9 and the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect 11 500 50 4 50 500 A 46 A 47 CP61AD AR CP611AD 40 100 G3 59 52 55 67 WOH MY 22 019 4 20 8 s 3 2020509 HA qo 55400 E SS400 U STKM13 gt gt 20 ip gt IS S45C 2 26 1 2 55400 SK5 oo O SS400 SGD400
132. A A 93 mm 7AA LL AI B Q MM D BDI Fl F2 N M NN UU Z CH Tab Wal 40 97 150 20 17 130 17 10 M14x1 5 20 45 Rc1 4 55 13 14 42 M6 x 1 10 40 15 10 4 40 30 50 105 160 25 22 130 22 10 M18x1 5 25 50 Rc3 8 65 15 15 49 M8 x 1 12 45 15 10 6 45 30 63 105 160 25 22 130 24 12 M18x1 5 30 60 Rc3 8 75 15 15 59 M8X1 12 55 15 12 6 55 35 80 112 160 35 32 130 32 18 26 1 5 40 76 Rc1 2 100 15 15 76 12 1 5 16 71 15 15 6 60 35 100 112 170 35 32 130 32 18 26 1 5 40 85 Rc1 2 116 16 16 90 12 1 5 16 85 15 15 6 75 35 125 121 170 35 32 130 32 18 26 1 5 40 85 Rc1 2 143 18 18 115 14 155 19 100 20 19 6 85 45 140 135 190 50 47 150 41 20 M36x1 5 50 110 Rc1 2 160 20 20 125 M16x1 5 23 112 25 24 9 100 55 160 135 190 50 47 150 41 20 6 1 5 50 110 Rc3 4 176 20 20 142 M16x1 5 23 118 25 24 9 105 55 180 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 198 20 20 155 20 1 5
133. HO A N Y 1 S A CP691 CP691H TPE SS _________ E 7 E 8 A 93 CP69 sw 5 CP691 Consumption packing list 40 100 40 50 63 80 p 100 Da 0 22 7 M 1907 SFR 25K M 1906 ZF 9 M 2050 SKY 25 M 1147 M 1148 M 2336 M 2337 M 2338 M 2339 M 2340 E 28 SIS wy gt 22 M 1147 M 1148 M 2052 M 2053 1151 A M 2176 M 2484 M 2485 B 02307 1150 02301 7220 02307 2
134. 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 44 A 45 CP61AD AR cis FROWRBRE COME CAV Model code Are Z Mounting Style Bore size Stroke Stroke adjustment Dust cover type Stroke adjustment type rod IN 9 6 40 63 Stroke adjustment type rod OUT 80 100 800mm 1 2
135. CP611DR 0 kg W kg 40 0 0060 S 2 3 50 0 0090 x S 3 3 63 0 0102 x S 4 3 80 0 0192 x S 8 3 100 0 0203 x S 11 3 1 S mm 2 LB 2 3 1 A 43 CP61 1AD Rod in stroke adjustable type CP61 1AR Rod out stroke adjustable type A AD ZAR AAO 109 H gt FINERE F OUT Wl 179 his CP611 based general purpose pneumatic cylinder with JIS adjustable stroke is available in 2 types AD type adjusts stroke at rod IN and AR type at rod OUT JIS CP611AD JIS Symbol al CP611AR JIS Symbol al Specification 227 Rod in stroke adjustable type Rod out stroke adjustable type Model code CP611AD CP611AR Operation type Double acne ISO
136. D 29 gt D 30 D 31 BRAG PGE YD Rod clevis rolled bushing FCD450 lt 40 250 gt lt 300 350 gt DU a cp61 69 X MM 2 2 3 1 2 DD mm DD p40 45 14 14 1 5 0 068 1048 0 025 1020 040 p50 50 55 16 20 M18X1 5 65 25 70 M26 x 1 5 0 068 1270 0 025 12 0 043 0 068 1675 0 025 16 0 043 0 081 20 9 0 025 20 20 043 M36 x 1 5 25 10981 0 025 25 0 046 M12x15 0 085 3219 0 025 32 20 050 M45 x 1 5 M56 x 1 5 0 085 0 025 40 0 050 M16x25 0 110 50 8 0 025 50 10 050 M65 x2 10 x200 0 110 55 0 0 025 55 0 055 140 M72 2 K2 DD MS 3 MM
137. MM 1 1 1 DD 0 035 65 0 005 5 56 63 mm DD 40 14 1 5 0 068 105 100 025 0 040 p50 p63 M18 x 1 5 0 068 1278 0 025 12 0 043 16 0 025 O 068 16 0 0 043 80 M22 X 1 5 20 1598 20 0 025 0 043 100 M26 1 5 31 D 1 Y DD 0 025 25 0 046 0 081 2578 D 32 u EAN YK Rod clevis keeper plate joint pin FCD450 S45C SS400 lt 40 250 gt lt 300 500 gt D 33 pay cp61 69 X MM 1 mm DD 40 45 14 14 1 5 0 040 1020 062 p50 50 16 p63 55 20 M18 x 1 5 80 65 25 100 70 31 5 M26 x 1 5 0 050 1220 077 0 065 2020 098 40 M36 1 5 M12x15 0 065 250 098 0 080 31 520 119 50 M45x 1 5 MM
138. 2 R Q RIN y t h BE 300 350 400 450 CP61MR 500 CP611MR 1 NI INI N NI N CP611M No PCP61M 40 q 250 20 300 500 21 CP61 CP611M CP611MR II K H CP611M CP611MR CA CB Y I 0 0071 x S 2 4 0 0071 x S 2 4 0 0090 x S 3 7 0 0090 x S 3 8 0 0108 x S 5 0 0 0108 x S 5 2 0 0190 x S 8 7 0 0190 x S 9 1 0 0179 x 5 15 5 0 0179 x S 16 2 0 0311 x S 21 1 0 0311 x S 21 8 0 0325 x S 28 7 0 0325 x S 30 1 0 0399 x S 35 7 0 0399 x S 37 1 0 0510 x S 48 5 0 0510 x S 51 3 0 0560 x S 58 1 0 0560 x S 60 9 0 0753 x S 83 0 0 0753 x S 88 5 0 0728 x S 100 8 0 0728 x S 10
139. Y 1 ATH A AT Ory ITY VIE IE S mm CP61 1 CP61 1H CP611S2 CP611S2H g SIUSI E 7 E 8 A 15 Consumption packing list 100 P6 1 CP61 1 CP611S2 50 63 M 1907 5 y 27 2050 M 2337 M 2338 2 2 p BIN gt 22 1148 2052 M 2484 gt 2 P CP61 40 P CP61 50
140. establish the plumbing and the position of the cushion in the same aspect 8 Cap end Rod end C 26 SP68 SP68H JERAT E F OORA A a eA Eo ARS 1 we 73 _
141. 2 2 11 Please refer to p 12 for details V2 A 58 A 59 CP61M MR CP611M CP611MR 40 100 aH qa zz N SS400 a SS400 STKM SS40 SS400 gt Ip gt S45C TAE 55400 SK5 OR Bee SS400 OD nl o N 1 SCM435 JS ae OW SWRH Ey 2 Aae e SCM435 N SWRH 2 gt a BC ap NB sy JN oy Be amp NB NB 526 Ip Se 52 NB NB 5 JARAS R 9 7 gm 6 NIN INI N CDP6 1 CP611M CP611MR 125 250 5 49 DD OW 2
142. 5 CP5S CP8S GD AA PLD 6122 CP3D CP5D 12 20 AUDA CP5D p32 CP8D CP61 CP66 CP68 CP69 SP5 SP8 SP66 SP68 CP5DW CP61DR CP66DR 2 BC CC CP61AD 2U 2g CP61AR E 2 E 3 2
143. A 34 TC TC 40 250 505304 NN L LL 24 Fo EE EE F E s MM D IDD1 20 NI M e TE 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 17 14 42 M6 x1 10 22 58 65 18 16 26 1 5 600 49 50 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 19 15 49 1 12 28 70 80 18 16 26 1 5 1 600 58 63 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 19 15 59 1 12 28 84 100 22 20 30 2 600 58 80 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 15 15 76 12 15 16 32 104 112 28 25 35 2 5 800 60 100 112 50 35 32 28 24 12 26 15 30 75 Rc1 2 16 16 90 M12 x1 5 16 37 124 136133 5131 5 44 2 5 800 69 125 121 60 35 32 36 30 12 M26x1 5 35 80 1 2 18 18 115 14 15 19 40 160 170133 5
144. Cannot establish the plumbing and the position of the cushion in the same aspect Port position Code of the position Cushion position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard Without 1 5 2 6 1 In case of standard position for both and 10 code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect C 5 CP68 T CP68H DUNT FE 40 100 2 13 15 14 6 128 104 ADC ADC A6063 T5 ADC ADC SGD400 D amp H JES St SWRM
145. DIN D N W ML SL YOO M14X1 5 M6X1 72 32 5 Rc1 4 45 29 O 18 1 5 M8 x 1 72 32 5 Rc1 4 46 30 10 18 1 5 M8X1 72 32 5 Rc1 4 47 31 10 22 1 5 12 1 5 82 42 5 Rc3 8 41 26 15 M26 x 1 5 12 1 5 82 42 5 Rc3 8 40 26 30 MM M B 59 MS66 z N N 125 200 DIN D N W YD NE 0 MM M M26 1 5 M14 X1 5 35 22 30 M36 1 5 M16 X1 5 33 20 30 M36 x 1 5 M16 1 5 31 18 M45 1 5 M20 1 5 46 29 M45 1 5 M20 1 5 45 28 60 B 61 MS66
146. Dimension with luck nut Y 1 5 BH OVER A A A Y 1 S S 1 r 0 CP611AD CP611 CP611AR CP611 E 7 E 8 A 54 CP61AD AR Consumption packing list CP611AD
147. 125 250 CP611S2 CP611H CP611S2H 16125 220 SS400 SS400 STKM 3900 S45C SS400 SS400 SGD400 D TC gt SS400 SWRM SWRH SBK1218 y 52 Bly A or S 29 S S 22 AS JD 4 Fe EU 26 U BIDS PARES Jb Ry BY Z u NININININININININI N CP61 CP611 CP611H CP611S2 CP611S2H 300 500 CP611S2 CP611H CP611S2H SS400 SS400 SS400 FC FC S45C S45C SWRM 30 02 0 0 STKM af wy Is WS SGD400 D 8 FA FB A SS400 SCM435 gt wa T k SWRH BC
148. Y 1 S Y M56 x 1 5 0 CP61SU CP611 CP611 CP611 A 14 A 18 E 7 E 8 CP611 A 16 A 34 A 35 CP61SU Double rod type Y 2 VS EEN E LE Double rod cylinder designed based on CP611 pneumatic cylinder Specification Double rod type Model code CP611DR Operation type Double acting Lubricant JIS K 2213
149. 1 L t 300 DIN D N 300mm D N A DC We 0 6 8 A MIP68 MP68 B C DIN
150. 7 Cah 1 39805 MM D F1 AT AD NC NB NL V yy T od T 40 100 30 20 17 21 13 7 IM14X1 5 16 1 4 55 17 39118 30 12 24 6 11 57 M14 x2 100 80 55 9 10 50 105 35 25 22 22 17 10 M18 x 1 5 20 Rc3 8 65 19 43 19 35 12 30 7 13 62 M16 x2 110 90 65 9 10 63 1051 35 25 22 22 17 10 18 1 5 20 Rc3 8 75 19 43 19 35 12 30 7 13 62 M16 X2 130 112 75 11 10 80 1121 50 35 32 28 24 12 26 1 51 30 Rc1 2 100 15 60 28 50 20 41 9 19 88 M24 x3 150 125 100 14 14 100 112 50 35 32 28 24 12 1M26x1 5 30 1 2 116 16 60 28 50 20 41 9 19 88 M24 x3 185 155 116 14 14 A 54 A 50 A 51 CP61AD AR CP611AD CP611AD CP611AR FB FB 40 100 SS400 W WW Adi L LL C A NE NH IF2 AT AM mm
151. S R CP611AR TC 40 100 FCD450 W NL Adj L LL TC 2 S R S R mm bee LL PFA 81 0 EE E F1 WWIAT AD NE NC NE NB NL AM GJ P xx gt 40 100 30 20 17 21 13 7 M14x1 5 16 Rc1 4155 17 39 18 30 12 24 6 11 57 M14 x2 22 58 65 18 16 26 1 5 600 50 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 65 19 43 19 35 12 30 7 13 62 M16 x2 28 70 80 18 16 26 1 5 600 63 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 75 19 43 19 35 12 30 7 13 62 M16 x2 28 84 1100 22 20 30 2 0 600 80 112 50 35 32 28 24 12 1M26X1 5 30 1 2 100 15 60 28 50 20 41 9 19 88 M24 x3 32 1104112 28 25 35 2 5 800 100 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 1116 16 60 28 50 20 41 9 19 88 M24 x3 37 124 13
152. Y Y Standard type I I Y Standard type J le gt q oS 2 Ya hi Y Y gt 9 Applied I ss s C Yt v k Ey PYG 214278 Y 55400 YS Was 2 Tx N ID IB QR Ry RIS Z R gt ill Z 2 20 We 52 1 Z Ya fi SP ili Z ib 2 20 Z 52 Bi ZMZ TID VERBA N 7b b EY U22781 NN gt gt 55400 8 SPF y gt a ih IP P 2 Z 2 2 Z Z EN Without No entry gt FM FB y Z a R L R FA W 1 lock nut D5
153. C 9 CP68 D 21 D 47 CP68 C 10 CP68 E 7 8 C 11 CP68 80 100 0 47 0 60 Lightweight compact oilless enclosed cylinders with reed switch 24 2 CP08 TICE ulio FX4 7Z2E81UZF2X47Z0D YI ICT Oilless enclosed cylinders based on CP68 with reed switch for detecting stroke position JIS JIS Symbol Specification Cylinder A y F ER Specification Switch ae
154. B 45 SP665 ke g1 40 100 0 47 100 0 6 30 Double rod cylinder Y A JIS al JIS Symbol CP665 BEN KELE PIL 70 YS CF Double rod cylinder designed based on CP665 pneumatic cylinder Specification Oilless enclosed Double rod cylinder ob CP665DR Operation type Double acting Lubricant Oilless amp Bore size F Working pressure 40 100 0 2 1 0MPa 10 250mm 2 Under250mm Stroke tolerances 14 250 1 000nm 50 500mm s 2 Y ES Piston speed S Thread tolerance G wy 5 Cushion Both ends Air cushion 2 E J Proof pressure 1 5MPa JIS 6H 6g wm 60 Ambient temp 5 60C 1 5C
155. FB 40 250 SS400 CDH10 FB mm 82 ma ga A HE C1 AA B D DD1 EE E RA CD RD F1 F2 V VV J T UU U RAE 40 97 60 15 21 16 47 Rc1 4 55 13 10 16 17 14 100 80 9 12 40 60 600 0 50 105 70 18 22 20 55 Rc3 8 65 15 12 20 19 15 110 90 9 14 45 70 600 4 63 105 70 23 22 20 55 Rc3 8 75 19 16 25 19 15 130 112 11 14 55 80 600 4 80 112 90 30 28 30 75 Rc1 2 100 24 20 30 15 15 150 125 14 20 71 105 800 5 100 112 90 35 28 30 15 Rc1 2 116 30 25 35 16 16 185 155 14 20 85 120 800 28 125 121 110 35 36 35 80 1 2 143 30 25 35 18 18 220 185 18 25 100 150 800 25 140 135 140 50 48 40 85 Rc1 2 160 38 31 5 40 20 20 255 212 22 27 112 165 800 35 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 275 230 22 27 118 180 800 35 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 320 265 26 33 132 200 1000 30 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 335 280 26 33 150 225 1000 30 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 400 335 33 42 170 250 1000 40 250 160 180 80 52 60 120 Rc3 4 270 63 50 60
156. A B 24 Please refer to p B 24 for lock nut Cap flange Rod flange Rod flange Cap flange 1 1 Standard 5 5 Standard Return Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Included speed control mufflers as standard equipment Rod flange Cap flange 1 Code of the position 2 2 Standard 6 Standard 3 7 Lead wire DIN DIN connector W indicator BLP EU W o indicator Water proof 4 8 9 1 5 2 6
157. A 34 RR1 5 7 aoe 40 100 CA a seq MM 001 ee e M El 2 40 97 30 20 17 21 13 7 14 1 5 16 47 Rc1 4 55 17 14 M6 x1 10 10 15 35 12 13 15 600 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 65 19 15 maxi 12 12 18 35 12 15 18 600 63 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 75 19 15 M8X1 12 16 25 45 15 19 24 600 112 50 35 32 28 24 12 Mm26x1 5 30 75 100 15 15 M12 x1 5 16 20 315 55 18 24 100 112 50 35 32 28 24 12 M26x15 30 75 Rc1 2 116 16 16 M12 x1 5 16 25 35 5 20 125 121 60 35 32 36 30 12 M26x1 5 35 80 1 2 143 18 18 14 1 5 19 25 35 5 65 20 30 37 800 140 1s5 50 47 48 32 18 5 40 85 160 20 20 M16 x1 5 23 31 5 40 80 25 38 40 160 135 50 47 48 32 18 15 40 85 176 20 20 M16 x15 23 31 5 40 80 25 38 45 800 180 145 85 60 57 50 41 20 m45x15 50 110 Res 4 198 20 20 m20
158. YK Standard type Standard type Y Y I I Y QR RVR i X ie le Y BJ NN SP 217 2 2 0 A Y Y YM Y YES ILM E TAI NRE 7 Applied at ASS ee 2 x S2 Bi S S 400 YS ft ID IB 97 y v a IP GF p Without No entry IMI VEABA N TU b EY FY 2 gt a jy SS400 s kas a ss 2 TE DS Please refer to p D 5 for details PEP A PiE 48 L W 1 lock nut ZFP gt F 24 s L2 W 2 lock nut 1 Y 1 3 2 2
159. Cannot establish the plumbing and the position of the cushion in the same aspect Not apply Applicable TE 1 2 2 2 11 Please refer to p 12 for details B CP66 6 Designation of Port location Z gt TS b OPEL RY EF 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right 40 100
160. E NBR Sk SUS304 NBR B e sus NIN NIN A 29 P6 1 CP61SU gt 125 250 aD 8 9 9 aA 39 SUS304 SUS304 SUS304 SUS304 SS400 SS400 SUS304 SUS304 TC SUS SUS304 SUS SUS SBK1218 NBR NBR NBR 57 2 97 y NBR gt NBR 2 sy 22 an IN SUS304 SUS304 TL ZDC2 SUS WP Ly IN NBR es SUS NBR 55 gt NBR NIN NIMNIMN SUS A 30 CP61SU e id LB LB 40 140 SUS304 Max 10 40 100 Max 17 125 1 40
161. IN 4 M 28 2 mm sai MM DD1 EE F1 F2 N M Mew oy uu lt 40 100 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 17 42 M6x1 10 100 80 9 10 40 600 50 105 35 25 22 22 17 10 IM18X1 5 20 55 Rc3 8 65 19 19 49 M8X1 12 110 90 9 10 45 600 63 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 75 19 19 59 M8 x 1 12 130 1112 11 10 55 600 80 112 50 35 32 28 24 12 IM26x1 5 30 75 Rc1 2 100 15 15 76 M12x1 5 16 150 125 14 14 71 800 100 112 50 35 32 28 24 12 26 1 51 30 75 Rc1 2 116 16 16 90 M12x1 5 16 185 155 14 14 85 800 A A 42 A 40 CP61DR ep id
162. Sp LT as eepod amp O O O O 5 5 Buiusnq lt g E SEDAT wsouqny ekaepog O O O O YI F K Buiusnq x m NAT pelloy poy a O O OO O x AS o gt MUAYR NIds gt x x x x leels ss glddiu eseeJ6 BE 2 8 r k DAKIANSE luelep udluoraed S O O O O Jedagy lu l p luto gt BASRE sa 7 gt Ele At T SIAQ O z O O OO 5 lddiu luto gt MA SKI NNE sd Pa 356 P x 3 uid eleld SS ar SIND 190995 smelo poti O1O1OIO we a gt DAA paelloy SlAelo POY gt VAL juiol lt 1 1 poy O O O O uid yds D gt VE Td uen GO poti 4H JE tH gt VA udiwuolysneppod 5 O O O O I3 R gt SIAelo POY gt lt RS x HE mh gt os w oOlololo FE ER x gt He lalale Wee E BCT h nas fs e IR sa g gzl g gt _ 56 esl mn O D 25
163. Standard type Standard type W2 b RAH SU te Ae SP Fy SS400 2 ve Ae E gt g E ZI VEABA N TL b Ez U22578 1 vie 17 59200 gt a R gt gt 55400 D24 ho 2 1 E x Z Please refer to p D 24 for details TE Please refer to p D 4 for details B 5 NN CP66 ORE 4 2 Lock nut Pressure vessel construction code Port bushing Port position Cushion position m 229 Pe L Without 1 1 lock nut 2 2 lock nut TE 2
164. Standard type No entry a H Heat resistant type F 1 FOL Z 8 S2 Applied type Bronze welding piston FEE Bronze welding piston heat resistant type z i 2 lli Z b E AW gt e E RS Z y Yat Without x JAKE SP Material Bore size SS400 n nn a gt L Z W V fi standard s pe E 00 ne SS400 0 0300 k gt gt 9 85400 8 see Be S Gentex 300 500 D 3 300 500 Please refer to p D 3 for details TE A 1 YM YKM YKGM Please refer to p A 1 for the structure 4 In case of Rod clevis detent angle YM YKM Ql RK NN
165. 1 A 3 D 25 Lock nut included as a standard for rod end fitting Please refer to p D 25 for details Only lock nut C 21 SP68 AISI FEWER MEO WED Port bushing Port position Cushion position Proximity switches Position to detect D9 Ya P Without 275 ay With 1 This bush reduce the port size e g from Rc3 8 to Rce1 4 Rod flange Cap flange Both ends 1 1 Standard 5 5 Standard Cap end Code of the position Rod TE Cannot establish the plumbing and the position of the cushion in the same aspect Rod flang
166. 4 M G 2 ee mm a mI ik A1 B MM DDI F1 Fz N M eres sas 125 121 60 35 32 36 30 12 26 1 5 35 80 1 2 1143 18 18 115 14 1 5 19 40 160 170 33 5 31 5 50 2 5 800 72 65 140 135 80 50 47 48 32 18 M36x1 5 40 85 1 2 160 20 20 125 IM16x1 5 23 45 180 180137 5135 5 60 2 5 800 80 73 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 142 M16X 1 5 23 45 200 200137 5 35 5 60 2 5 800 80 73 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 x 1 5 27 50 220 224 50 45 60 3 1000 86 75 200 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 50 240250 50 45 60 3 1000 86 75 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 70 270 290 60 56 80 3 1000 105 90 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 70 300 315 60 56 80 3 11000 105 90 L A
167. 80mm 25mm 200mm 0 5MPaG 2 Q x80 x200x10 0 180 L min e 8 1 6L 8 6 Qp 2 4 x 30 72L min 252L min 234L min E 20 E 21 9 8 58 gt gt
168. S Tsos 1 SS400 1 2 SS400 1 3 DW STKM SS400 1 4 SS400 1 5 P z IN KF S45C 1 6 E 2 ge wy Is SS400 1 7 SK5 1 8 2 SS400 1 9 SCM435 8 Vil AS C S S SWRH 8 12 ar ow 2 SS400 1 13 SWRM 4 14 IN A SWRH 4 is 2 gt a SBK1218 1 iG 2 4 N 2 NBR 1 7 els I ON 4 amp NBR 1 18 NBR 2 de Ik SUN 5 gt gt NBR 2 20 el 57 a Aor Ip NBR 1 22 ww NBR 2 ZN 2 9 gt ZDC2 2 23B SS400 2 260 WIN Jb 7 ZDC2 2 23D SUS WP 2 e 52 sm gt WIN Si eR 5 NBR 2 Gl oy SWRM 2 NBR 2 23H NBR 2 231 SK5 2 A 60 CP61M MR CP611M CP611MR 300 500 DD 000600000 DD OOD OOH 9350
169. S R A 13 Dimension with dust cover 40 250 JC A TIT lt OFA JFA 300 500 JC A m e 5 5 H MM 40 77 27 7 YM YKM YKGM DE amp JB CP61 saa CP611 CP611H CP611S2 CP611S2H t a A RESZ mm 0 160 161 250 251 400 401 600 14 1 5 0 160 161 250 251 400 401 600 M18X1 5 0 160 161 250 251 400 401 630 631 800 M26 X 1 5 0 160 161 250 251 400 401 630 631 800 26 1 5 0 160 161 250 251 400 401 630 631 800 M36 X 1 5 0 250 251 400 401 630 631 1000 M45 x 1 5 0 250 251 400 401 630 631 1000 M56 X 1 5 O 250 251 400 401 630 631 1000 M56 x 1 5 0 250 251 400 40
170. mm S mm 6 4 Sr m Sr Sr 8 3 Sr 513 25 10 5 Sr m Lp mm d mm E 12 E 13 6 5 7A 7B 7C 7D
171. UOIUUNLL TNI IVA I8 1s UOIUUNIL SVK leels lqnoq 23 8 5 5 lt 2 8 fr ROR Ox c 66 Era ws elddu se 6 juioly d J9d99 SIA90 lqnoq NUK ES y VAL lulor eleld Jedasy lqnoq ls HDAN Buiusnq pelloy lqnoq YK leels sl6ulS x x x x dS sl6ulS S 3 AES SENNA Buiusnq lueouqny sl6ulS HDAN paelloy sl6ulS TIn INI AS uoluunu IppIN 1ulol qnoq lqnoq el6ul SIA 92 pus deo L m a lt a lt m lt a lt lt m lt lt lt m L poy FA 1004 LB PE OK olseg N O OJO OJ O
172. CAT No 8216 CP3 5 8 CP8 p8 40 CAT No 8216 CP3 5 8 SP8 10 40 Pneumatic CP611LU CP61SU CP611DR CP611AD AR CP611M MR CP611S2 cP500 CP61 280 320 360 cP5 sP5 e SP8 B ISO 3 11 CP6 1 SO CP61
173. 40 500 c 68 40 100 vw V C VEL Td s Y 1 I Y 1 MM MM I I a INDEX YY Rod cevis ype MAAR Rod clevis basic Y 0 27 gt 7 Rod levis rolled bushing YD Da Rod clevis keeper plate joint pin YK DESS Rod clevis keeper plate ioint grease nipple YKG 0295 7 clevis detent angle D 37 155400 5 Rod clevis
174. CONEX 3 GENTEX B 1 Standard oilless enclosed type WD A EFT Top seller among oilless enclosed type pneumatic cylinders With its high reliability and proven performance this cylinder meets various applications in different fields Specification Model code JIS al JIS Symbol Standard oilless enclosed type CP665 Operation type Double acting Lubricant Oilless Bore size 40 250 300 500 Working pressure 0 2 1 0MPa Stroke tolerances 10 250mm Under250mm 1 4 0 250 1 000mm EX PYRE Piston speed 50 500mm s 100mm s Thread tolerance JIS 6H 6g Qo Ys gt Cushion Both ends Air cushion m Proof pressure 1 5MPa Ambient temp 5 60 C Overhaul 1 5
175. Please refer to p A 1 for the structure Standard type Sq SS Vl Ql BE Rie YF SP SS400 mae be Awe gt tH I Elec So en EX U22781 SS400 gt SS400 27 gt a of 22 es Z DB Please refer to p D 3 for details NN x 25 sP Stroke Bore size Rod end fitting Max strokes 40 63 80 100 600mm 800mm E m Without No entry M Y gz Y w YA type 1 I t a i IA Wig ER i el le YC Vi Z gt a YD Y YK Y YKG Y
176. meu 8 5 LL C B Q BI MM D IDD1 F N M NN V VV J T U UU Ra 300 172 120 80 60 63 25 M65X2 71 112 Rc1 335 25 354 M20 1 5 25 435 1 395 22 27 90 270 1000 350 177 135 90 70 71 30 M72x2 80 1126 Rc1 385 25 404 24 1 5 30 5101 460 26 30 110 330 1000 400 202 150 100 75 77 30 M82x2 90 144 Rc1 1 4 435 30 465 8 M27x1 5 35 575 515 30 32 120 360 1000 450 212 175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 M27x1 5 35 630 565 33 35 120 400 1000 500 217 200 130 105 95 30 M100x2 112 170 Rc1 1 4 540 30 570 12 M30x1 5 38 690 630 33 37 150 450 1000 RE A A 15 00 CP61 z FB 40 250 FB
177. Y lt 40 250 gt Rod clevis FCD450 MS lt 6300 500 gt FCD450 MS JES n cp61 69 I lt 40 250 gt Rod eye SS400 MS lt 6300 500 gt SS400 DDH10 RR mm MM 10 M14 x 1 5 12 16 M18 x 1 5 20 25 M26 x 1 5 M12 x 15 25 M36 x 1 5 M12 x 15 M45 1 5 M16 x 25 M56 x 1 5 M16 x 25 M65 x 2 10 x 200 M72 2 M82 x 2 M90 x 2 M100 x 2 13 x 250 D 27 Rod clevis lt spon 40 100 gt FCD450 lt 125 250 gt FCD450 bDDH10 lt 300 500 gt FCD450 cpP66 Rod eye
178. 125 250 400 450 500 CP665 E 7 E 8 B 24 B 25 CP66 n HENRY Consumption packing list 40 100 40 50 63 80 100 SFR 16K SFR 20K SFR 30K lee Sy PNY 1 6 PNY 20 PNY 30 M 2336 M 2257 M 2258 M 2339 M 2340 NY PGY 40 50 63 80 100 Be 52 M 2176 M 2484 M 2485 Jb PS gt gt P CP66 125 40 P CP66 50 140 p 160 02301 0030 P CP66 63 P CP66 17 180 200 80 P CP66 100 220 250 Da 5 27 SFR 35K SFR 40K SFR 50K SFR 60K
179. ee E E2 2 E 3 3 nn E4 FA 4 9 5 E 10 oe _6 E12 7 E 15 8 E 19 tt 21 10 ese ene ak Sea Ede Ss E 21 11 21 2 0 E 21 gt 1 JIS Mx JIS B0125 1 2007 AFTE AA Wg Oy FEIE
180. 40 100 gt 55400 L RR1 125 250 gt SS400 MS lt 300 500 gt 55400 x _ RR a i MS A1 X1 FUEL 1 aa WI HL 3 22557 mm 40 50 63 80 100 40 100 D Y 1 3 M26 1 5 M12 15 M36 1 5 M12 15 M45 1 5 M16 x 25 M56 Xx 1 5 M16 x 25 M65 2 10 200 M72 x 2 M82 x 2 13 x 250 M90 x 2 M100 x 2 D 28 Vit lt 40 100 gt lt 40 100 gt Rod clevis FCD450 Rod eye SS400 L RR1 D1 93 cp68 mm MM M14 1 5 M18 x 1 5 M22 x 1 5 M26 X 1 5 40 100 Y 1 3
181. A Es J EK Es J Ek J P MPa Ai nm Fw N Ls mm B Emax J C Wmin Wmax N D Umin Umax m s E
182. C 11 CP68 Y CP68H CP68 CP68H E 7 E 8 s CP68 CP68H g s a kg W kg CA Il p 40 0 0033 0 7 50 0 0050 1 2 63 0 0053 1 4 80 0 0102 3 1 p 100 0 0108 3 7 mm 40 100 13 12 11 10 9 8 W 80 kg 7 6 5 4 63 50 3 4 3 1 0 100 200 30 400 500 600 700 800 S mm Lightweight compact oilless enclosed cyli
183. ay 22 55400 SWRM SWRH 27 gt SBK1218 200 BC 220 Oat ah y NBR FKM 20 2 nh NBR FKM NBR FKM EA p 22 ys NBR FKM GF oy Is NBR FKM s 5 1 5 5 A NBR FKM B NBR FKM HY S 2 gt se gr se IN oF See 0 NININININININININ A 84 A 85 CP69 CP691 CP691H LB 40 250 LB SS400 e 80 250 NN L LL C A Li L 2W 2 Q A max 10 40 100 max 17 125 250 40 100
184. is 2 3 3 2 3 3
185. MILL type with screwed rod 1 MILL type with integrated rod eye Model code CP611M CP611MR Operation type Double acting Lubricant JIS K 2213 ISO VG32 46 Lubricant 40 500 Bore size FA Working pressure 0 2 1 0MPa 1L0 250mm F Under250mm 14 250 1 000mm 50 500mm 5 Stroke tolerances Piston speed CG wR Thread tolerance UR gt Cushion Both ends Air cushion Proof pressure 1 5MPa 609 Ambient temp 5 60C 1 5C 2 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 As CP61M CP61MR is not standard products please contact us about the delivery 3 As Heat resistant type is available please contact us for details BD B conc D
186. cp66 MM 2 2 13 x250 160 300 350 DD DD 3 0 190 65 0 060 3 1 2 DD 0 035 65 0 005 5 56 63 mm DD 40 14 1 5 50 63 18 1 5 80 M22 x1 5 100 40 100 M26 x 1 5 M26 x 1 5 M36 1 5 0 068 1078 0 025 10 20 040 0 068 1250 0 025 12 20 043 0 068 1672 0 025 16 20 043 0 081 20 9 0 025 20 0 043 0 081 2540 0 081 25 9 0 025 25 0 046 10 025 25 10 046 M12X15 0 085 32 9 0 025 32 6 05o M45 Xx 1 5 M56 x 1 5 0 085 40 9 16 25 0 025 40 0 050 0 110 50 8 0 025 50 0 050 M65 x2 10 x200 0 110 55 9 0 025 55 0 055 2 DD 3 MM 140 cP6 pa A M72 2 160 300 350 O D 4 AL b k REY ET 13 x250 D DD 3 0 190 65 16oeo MS
187. Lightweight compact oilless enclosed cylinders with 5 port solenoid valve and reed switch 24 2 HEME 17 CP68 125 Be J FX4 DF OHM LB AY Y YY ERY tupa Oilless enclosed cylinders based on CP68 with 5 port solenoid valve and reed switch Advantage of integration of each unit can be fully enjoyed JIS JIS Symbol 5 gt Specification Cylinder F Specification Solenoid valve 2 a Lightweight compact oilless enclosed cylinders with 5 port solenoid valve and reed switch MS68 fF xX Operation type Double acting Lubricant none Oilless Model code 4A3 JiSB8375 Allowable voltage fluctuation 10 Allowable voltage fluctuation 10 of applicable voltage E 70 Temperature rise Max 70C if JIS B 4003 B Insulation class Class B 2 AcC 6VA DC 5 5W Power consumption 0 03 Response time 0 03s Fa JAB ae G 40 100 t3 Fa E
188. Please refer to p D 3 for details Without No entry 1 L 1 lock nut 2 lock nut TE 2 1 A Without No entry With B 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 A 27 CP61 z REO J Lock nut Port position Port bushing Cushion position Pressure vessel construction code Code of the position Rod flange Cap flange 1 1 Standard 5 5 Standard Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 Standard 6 6 Standard Gi Ya ely Without
189. 0 160 161 250 251 400 401 600 0 160 161 250 251 400 401 600 0 160 161 250 M22 x 1 5 251 400 401 630 M26 1 5 631 800 0 160 161 250 251 400 M26 x 1 5 401 630 631 800 0 160 161 250 251 400 36 1 5 401 630 631 800 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 0 250 251 400 401 630 631 1000 14 1 5 18 1 5 45 1 5 56 1 5 56 1 5 75 86 5 85 98 1 95 110 105 121 115 133 M100x2 23 OV Kh ee 22 8 00 _______ D 21 D 47 cH Dimension with luck nut 40 100 Y 1 ro
190. 14 1 5 18 1 5 M22 1 5 26 1 5 I o 40 100 M26 x 1 5 M36 1 5 12 15 0 028 10 0 003 29 040 d8 0034 12 0 003 12 0 077 0034 16 0 003 0 050 d8 0 050 8 0 041 20 0 003 0 065 d8 0 041 25 _0 003 0 041 25 _0 003 0 065 16 0 077 98 0 098 0 098 d8 9 965 d8 0 050 31 5 0 003 9 989 a8 M45x 1 5 M56 x 1 5 M16x25 0 050 40 _o 003 29 080 0 050 50 _0 003 0 08 0 11 M65 x2 M72 2 10 x200 0 120 56 0 M82 2 M90 x2 3 1 DD 2 MM MS MM 13 x250 DD 0 060 63 0 003 0 060 70 0 009 0 060 80 0 009 DD 14 1 5 10 48553 0 040 10 20 062 M18x 1 5 0 034 12 0 003 0 050 12 0 077 70 034 16 0 003 0 050 16 6077 M22 1 5 0 041 20 0 003 0 065 20 0 098 M26 x 1 5 3 1 DD
191. W WW Adj L LL EE TC 2 Ni A 2 mm LL 81 MM ol ElFilFzlwwlATINHINBINE AM e e xx 47 40 97 30 20 17 21 13 7 M14x1 5 16 1 4 55 17 14 37 15 27 13 7 M16 x2 22 58 65 18 16 26 1 5 600 50 1051 35 25 22 22 17 10 18 1 5 20 Rc3 8 65 19 15 37 15 27 13 7 M16 x2 28 70 80 18 16 26 1 5 600 63 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 75 19 15 37 15 27 13 7 M16 x2 28 84 100 22 20 30 2 0 600 80 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 100 151151551241411191 9 M24 x3 32 104 112 28 25 35 2 5 800 100 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 116 16 16 55 24 41 19 9 M24 x3 37 124 136 33 5 31 5 44 2 5 800 1 A A 54 2 S R
192. 17 CP665DR aaas 0 a kg W kg Y I 40 0 0045 1 0 50 0 0065 1 6 63 0 0072 2 0 80 0 0146 4 2 100 0 0148 5 2 S mm LB 2 O PEJS HHH ieee A 40 100 C C C O
193. mm 00 sell 7 LL C A1 B Q B1 MM D 001 EE E E N M NN DD RR1 R 40 94 33 22 19 21 13 7 14 155 16 30 Rc1 4 55 13 42 M6X1 11 10 10 30 5 30 15 15 600 50 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 M8 x 1 13 12 12 30 6 35 5 18 18 600 63 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 75 15 59 M8 x 1 13 16 16 40 6 5 50 25 24 600 80 118 47 36 33 27 24 12 22 1 5 30 48 Rc1 2 100 17 76 12 155 19 20 20 50 9 63 131 5 30 800 100 118 47 45 42 27 24 12 26 1 5 30 48 Rc1 2 116 17 90 12 1 5 19 25 25 55 9 71 135 5 33 800 CP61 CB CB 125 250 FCD450 R L LL 4M F2 EE DDH10 4 18 _ 8 H Z RE 7 mm zA Sa F AWKI B Q BI MM D DD1 EB F2 N M NN DDI DT T RR1 K oe 125 121 60
194. FA FB SS400 SCM435 SWRH BC r 52 0 ws S Ee k gt Na Bly 22 25 97 ae 22 SN Jb 1 lp 8 ory gt MMNINMIM ND N N B 10 B 11 CP66 SHEEHAN TX BOO i i COCO 1751 J LB LB 40 100 SPHC NN L LL C A max 10 DE 00 LI L 2W 2 mm aa seq A Al B BI MM D DD1 EE F N M NN UD WT Z up n Ra 40 94 33 22 19 21 13 7 M14x1 5 16 30 Rc1 4 55 13 42 M6X1 11 40 10 30 10 3 8 40 600 50 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 65 15 49 M8 x 1 13 45 10 30 12 3 8 45 600 63 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 M8X1 13 55 12 35 12 3 8 55 600 80 118 47 36 33 27 24 12 M22x1 5 30 48 Rc1 2 100 17 76 M12
195. L C B MM D EE E Fi 2 wwW AT NH NB NE AM W a ee ss 40 97 30 20 17 21 13 7 IM14x1 5 16 Rc1 4 55 17 14 37 15 27 13 7 16 2 100 80 55 4oleoo 50 105 35 25 22 22 17 10 M18x1 5 20 Rc3 8 65 19 15 37 15 27 13 7 16 2 110 90 65 45 600 63 105 35 25 22 22 17 10 M18x1 5 20 Rc3 8 75 19 15 37 15 27 13 7 16 2 130 112 75 11 55 600 9 9 80 1121 50 35 32 28 24 12 M26xX15 30 1 2 1100 15 15 55 24 41 19 M24 3 150 125 100 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 116 16 16 55 24 41 19 M24 3 185 155 116 14 85 800 A A 54 CP611AR FB FB 40 100 SS400 VV W NL Adj E NH WW Adj Z ATIF NE NF L LL C A EE E UU
196. 80 250 C A A max 10 40 100 7 40 00 CA max 17 4125 250 TA Fry 211 7 640 100 Q A mm J N Sl LL Al B Q MM D DDI Fil 2 N M NN DD D1 R T REA K 40 97 150 20 17 130 17 10 M14x1 5 20 45 Rc1 4 55 13 14 42 M6X1 10 10 15 35 12 11 15 50 105 160 25 22 130 22 10 18 155 25 50 Rc3 8 65 15 15 49 M8X1 12 12 18 35 12 13 18 63 105 160 25 22 130 24 12 18 155 30 60 Rc3 8 75 15 15 59 M8X1 12 16 25 45 15 17 5 24 80 112 160 35 32 130 32 18 26 1 5 40 76 Rc1 2 100 15 15 7 M12X1 5 16 20 31 5 55 18 22 30 100 112 170 35 32 130 32 18 26 1 5 40 85 Rc1 2 116 16 16 90 M12x1 5 16 25 35 5 60 20 27 5 33 125 121 170 35 32 130
197. Ci 2 EE 00 H10 mr Ra 74 LL C1 AA B D DD1 EE RA CD RD F1 F yey R T RR1 K 125 121 110 35 36 35 80 Re1 2 143 30 25 35 18 18 25 35 5 65 20 27 5 37 800 25 140 135 140 50 48 40 85 Rc1 2 160 38 31 5 40 20 20 31 5 40 80 25 35 40 800 35 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 31 5 40 80 25 35 45 800 35 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 40 50 100 31 44 50 1000 30 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 40 50 100 31 44 50 1000 30 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 50 63 125 41 55 65 1000 40 250 160 180 80 52 60 120 Rc3 4 270 63 50 60 23 23 50 63 125 41 55 65 1000 42 4 0 100 A 68 A 69 CP61M MR CP611M CP611M CP611MR CA 300 500 FCD450 max22 L LL 00
198. gt 2 hee 00755400 7 W 1 lock nut 2 Sar 2 ae S 26 SES ee ae aw gry A TE wW lean H FB gt R DEA FA W 1 Y 1 3 D5 2 2 1 A Please refer to p D 5 for details 3 D 25 Lock nut included as a standard for rod end fitting Please refer to p D 25 for details NN YP b k EY BUD TY 4 7 PYF WY Ay TIM S S400 8 gt gt N I W SP 2 y a f Fry n amp Without By Z 2 9 Ag Only lock nut
199. sa W HETE A Al B Q B1 MM D IDD1 N M NN DD RR1 R TBI K iS 40 94 33 22 19 21 13 7 M14x1 5 16 30 1 4 55 13 42 M6X1 11 10 10 30 5 15 15 600 50 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 65 15 49 M8X1 13 12 12 30 6 18 18 600 63 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 M8X1 13 16 16 40 6 5 25 24 600 80 118 47 36 33 27 24 12 M22X1 5 30 48 1 2 100 17 76 M12X1 5 19 20 20 50 9 131 5 30 800 100 118 47 45 42 27 24 12 M26x1 5 30 48 Rc1 2 116 17 90 M12X1 5 19 25 25 55 9 35 5 33 800 CP61 CA CA 125 250 FCD450 R L LL C A N 4 M DDH10 CAm mm 250 525 B Bf MM D DD1 EE E r TN M NN DD D1 R T K 125 121 60 35 32 36 30 12 IM26X1 5 35 80 Rc1 2 143 18 18 115 M14X1 5 19 25 35 5 65 20 27 5 37 800 140
200. 25 50084 0 100 31 570 40 01 00 0 100 50 0 0 120 56 8 0 120 63 9 0 120 7179 0 120 808 0 140 9079 mm DD 0 058 1070 0 070 1270 0 070 0 084 20 8 0 084 2578 D 10 SP 500 Single clevis SP bushing FCD450 lt 40 250 gt F E gt N 4 M1 93 RET lt 300 450 gt AU M1 DD DD M6 x 1 0 028 10 0 028 0 040 10 20 062 12 0 003 0 050 12 0 077 M8 x1 16 10 034 0 050 16 0 077 M12 x1 5 50 Oat 20 0 003 0 065 20 0 098 16 25 0 04 ban 25 9 988 a8 918 0 050 31 5 0 003 31 5 9 999 08 p22 407 29 050 26 0 050 50 10 003 0 120 56 0 33 0 060 63 0 003 0 060 70_9 009 39 1 DD
201. 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right B 62 CP66DR D 40 100 Model code 4 4 Dust cover Mounting Style Bore size Stroke Rod end fitting ae No entry M Y Neoprene standard Y YA Standard 7 Material Conex type I I DTT 224 I 2 ty Gentex m EN ay poo B 1 Wig E Z f YC Please refer to p B 1 for the structure Vip S 27 Ya B YD Y
202. D400 D SWRM SWRH i SBK1218 y NBR 2 IN 0 NBR NBR 4 is Se UN ee 52 NBR NBR 2 Se 52 NBR w a gt SS400 NBR a gi ee SWRM NININININININI N N N j ABT P66DR CP665DR ______ LB 40 100 SPHC max 10 CcC L LL 2 EE L 2W 2 LB mm MM 001 M NN UU JJ 7 z TT H u 40 94 33 22 19 21 13 7 14 1 5 16 30 Rc1 4 55 13 42 M6X1 11 40 10 30 10 3 8 40 600 50 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 65 15 49 M8 x 1 13 45 10 30 12 3 8 45 600 63 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 M8x1
203. M8 1 0 07 1679 0 084 20 8 M12 x1 5 25 0 087 16 18 31 5 6 100 0 100 22 4076 30 50 9 100 26 33 56 01 20 3 1 mm N M1 CAS 143 115 16 25 0 084 160 125 18 31 5 0 100 176 142 198 155 0 100 40 D 22 220 180 ig 242 190 30 0 100 50 270 215 26 210 160 33 56 0 120 300 O E N cpP68 CAS D 13 CBD Double clevis rolled bushing FCD450 cp61 69 N M1 2 DU 2 1 2 DD mm DD 55 42 M6X1 0 068 1078 0 025 10 0 040 65 49 75 59 M8 x1 0 068 1270 0 025 12 0 043 0 068 16 0 0 025 1620 043 76 90 M12 X1 5 0 081 20 9 0 025 20 0 046 16 0 081 25 0 025 25 0 046 18 0 085 329 0 025 3210 050 22 40 8 085 0 025 40_o 050 30
204. ME vial AC1 500V 1 4 linstandivoitage A B 5 60C Ambient temp Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent IP67 IP65 to moane hich Protect construction Consult factory for non standard applications which are not cover above 5 F 9 gt specifications 4 ig Y 4PVC 8 1m avyy 3 In case of TC mounting it changes to be tie rod type Electrical connection Lead wire Conduit 4 Can be lubricated but the grease will be exhausted Although durability is enhanced 1 after the lubrication continual lubrication will be required 17 Color of lead wire Gray Black e mq gt i Internal circuit SS 3B SS 3A
205. NBR r Ew S SS400 NBR S Z z y E SWRM SS400 S45C JA SS400 51 5 2 2 2 SWRM Z Si SBK1218 A 48 A 49 CP61AD AR CP611AD CP611AD CP611AR LB 40 100 SS400 Max 10 W WW Adj L LL LB Wi Wi 4 UU 7 L Li L AT 2W1 pad mm veil LL B 81 MM EE WWAT NH NB AM luul zulm H W Z 40 97 30120 17 21 13 7 14 1 5 16 Rc1 4 55 171 14 37 15 27 13 7 M16 x2 40 15 10 4 40 30 600 50 105 35 25 22 22 17 10 151 20 65 19 15 37 1527 13 7 5 15 10 6 45 600 63 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 75 19 15 37 15 27 113 7 M16 2 55 15 112 6 55 35 600 80 112
206. ZEDA FA FB CA CB FA FA FB CA CB FA RODIE 2 m af V gt 2 ely Is ce gt a y IS oH Zh Gr A 0 2 22 55400 FUNy FY aa SWRM 29 Dw RK C3604 T A2017 T4 Sus w SUJ ck os SS400 A 81 CP69 Qw 000019 020 0800 0049 0 00 69 62
207. kg W kg CA Y 40 0 0032 0 9 50 0 0052 1 5 63 0 0056 lt 1 8 80 0 0113 3 7 100 0 0120 4 7 125 0 0172 17 5 140 0 0215 25 0 160 0 0223 30 0 180 0 0320 42 0 200 0 0329 51 0 40 100 15 14 13 12 5 11 ore 10 lt 9 8 me 5 63 4 50 3 2 p40 1 0 100 200 300 400 500 600 S mm 45 at 90 80 ag Cn CD N 125 200 60 40 25 100 200 300 400 500 S 600 700 800 900 1000 Oilless enclosed cylinders with 5 port solenoid valve and reed switch 24 A HERBY CP665
208. 40 100 3 D 3 Please refer to p D 3 for details a 2 L Without N Material Bore size 40 2 A 300 500 standard 300 500 J 40 250 CP611M RNN B Conex 300 500 C 40 250 D ee Gentex 300 500 300 500 E Neoprene J standard CP611MR 40 500 F Conex Gentex G 1 A 1 2CP611MR A 74 YM YKM YKGM Please refer to p A 1 for the structure In case of Rod clevis detent angle YM YKM CDP6 1 Rod end fi Max strokes tting Lock nut BD
209. 7 5 Q max 17 NN 1 DIN 2 B MM M L LL 26 1 5 M14 1 5 36 1 5 16 1 5 36 1 5 16 1 5 M45x1 5 M20x1 5 M45x1 5 M20X1 5 56 1 5 27 1 5 56 1 5 M24x1 5 LB 125 250 SS400 LB FA 125 250 SS400 mm KT DK B 38 MP66 i E Be pim M FB FB 125 250 SS400 mm A CA 125 250 FCD450 mm DDHIO CB 12
210. Under250mm Stroke tolerances 14 250 1 000mm m Piston speed 50 500mm 5 G BR Thread tolerance JIS 6H 2 YB gt Cushion Both ends Air cushion BE Proof pressure 1 5MPa wm 60 Ambient temp 5 60C 1 5C 2 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 As CP61SU is not standard products please contact us about the delivery 3 As Heat resistant type is available please contact us for details Bo D O fu Gis Designation of Port location Va 90 180 Sta
211. Z gt ml OFF gt 2 j ON lt Z OFF 2 T 1 Z1 Z 2 3mm U 2727 EAR
212. ae Pap WO 4 Min strokes Gentex B 1 B 51 Please refer to p B 1 for the structure i No entry Y YA I 2 5 G IA Ble gt it YC Vie 2 YD Y YK Y Y YM Y Applied type ylk i 7v k Ez PYG U24278 55400 een aL Y Y Standard type I M Standard type 55 lt ee s RVI ss ss NN Vie Rx SP Y Ya M2 p S400 ell iy 2 gt We 52 B Appleditype I ie Aes a LID VEABA N TU b EY FY AR TI SS400 SP 2 gt
213. 3088 LL AA 001 EE E RA RD F BhSRj G 5 16 300 172 220 80 60 71 142 Rc1 335 63 56 71 25 168 75 380 420 70 63 120 1000 164 350 177 250 90 70 80 126 Rc1 385 71 63 80 25 175 85 430 490 75 71 140 1000 173 400 202 270 100 75 90 144 Rc1 1 4 435 80 71 90 30 196 90 490 540 90 80 160 1000 190 450 212 300 110 90 100 155 Rc11 4 485 90 80 100 30 202 100 530 610 95 90 180 1000 192 500 217 330 125 105 112 170 Rc11 4 540 100 90 112 30 220 110 610 680 105 100 200 1000 223 1 S R 2 S R S R A 72 CP61M MR RANE Dimension with dust cover CP611M
214. CP68H S Wa a CP68 CP68H ____ 1 TF D 15 0 29 gt Dimension with luck nut Y 1 OTER Y 1 OH EM F lt T mm 17 1 HA Y 1 iB Bd RUB CP68 CP68 Consumption packing list 40 50 63 80 100 Wa WoW Ye SFR 16K SFR 20K SFR 30K PNY 16 PNY
215. cP66 200 250 6260 267 M27x1 5 M24X1 5 SGD400 D 5450 SS400 gt S45C CP61 CP611 CP61H CP611H CP61S2 CP611S2 CP61S2H CP611S2H CP61LU CP611LU CP61DR CP611DR C C C C C C CP61 CP69 CP61SU sao p40 500 p40 100 P61AD CP611AD P61AR CP611AR P61M CP611M P61MR CP611MR P69 CP691 P69H CP691H 40 500 40 250 Regulatory compliance A pneumatic cylinder is activated with compressed air as the working fluid Depending on the pressure used or the cylinder size the cylinder system may conflict with the regulations It is therefore essential to sufficiently understand the content of applicable regulations before using a cylinder As the cylinder operation accompanies considerable shock especi
216. C 13 IMIP68 0 6 boy WED gt A aug 4 Rod end fitting Port position Cushion position installation Solenoid Electrical Rated position of valve connection voltage valve type Cap flange Rod flange 1 1 Standard Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect EMAIL YU YY AE bU WMHELTEEYA NTE Included speed control mufflers as standard equipment Rod flange Cap flange 1 5 Code of the position 2 2 Standard 6 6 Standard 3 7 Lead wire DIN DIN connector W indicator DR W o indicator Water proof 4 8 KOO ERS CESE 1 5 2 6
217. CD L lt a lt m lt lt lt m m lt lt lt m E lt DLRENINA AS 36uell deo pus FA LB O OOO O OF OF O REN 004 O O 0 OF OF OF O O O OL OF OF OF O RHE lolseg 40 100 40 100 40 100 40 100 CP68 CP68H MP68 SP68 SP68H MS68 D 5 D 6 D CAD Single clevis rolled bushing FCD450 lt 40 250 gt 4 M1 BUT lt 300 350 gt R N T D1 8s 4 M1 gt RR1 cp61 69 M1 2 1 2 DD mm DD 55 42 M6 x 1 0 068 0 025 10 0 040 65 49 0 068 1278 0 025 12 0 043 M8 x1 75 59 0 068 1670 0 025 1620 043 76 0 081 20 9 0 0
218. mm s mm s E 18 E 19 ToS u E 8 8 1 Cae See Vag XLX10 x Ver 2 D de xLx10 0 1013 V1 L V2 L D mm d mm L mm P MPa G 1 80mm 25mm 200mm 0 5MPa G ms m 2 6 Vi x80 x200x10 x 01013 4 6 L v 80 257 x200 1 5 4 L 6L 5 4L 11 4L 0 1013 2 1 SGP
219. 1 In case of standard position for both and 9 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect Cap flange Rod flange AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC220V AC110V C 14 C 15 MIP68 1 Wa l l i S 1 H OFF IN 0 N OUT R OFF GEARY I N O
220. 237 SS fe A la fe MM D DD1 EE ele Nm fw mlak 40 86 33 28 25 21 13 7 M14x1 5 16 30 Rc1 4 55 13 42 M6 40 10 30 10 3 8 40 600 50 98 35 36 33 19 17 10 M18X1 5 20 34 Rc3 8 65 15 49 M8 45 10 30 12 38 45 600 63 98 35 36 33 19 17 10 M18X1 5 20 34 Rc3 8 75 15 59 M8 55 12 35 12 38 55 600 80 114 47 45 42 27 24 12 22 1 5 30 48 1 2 100 17 76 M12 71 15 35 15 4 5 60 800 100 114 47 54 51 27 24 12 M26 x 1 5 30 48 Rc1 2 116 17 90 IM12 85 15 35 15 4 5 75 800 FA FA 40 100 E SPHC mm BF MM 2 DpH ELF Nw Ly loo oe 40 86 33 28 25 21 13 7 M14x1 5 16 30 Rc1 4 55 13 42 M6 105 90 67 40 9 12 3 2 600 50 98 35 36 33 19 17 10 M18X1 5 20 34 Rc3 8 65 15 49 M8 124 104 80 45 9 14 3 8 600 63 98 35 36 33 19 17 10 M18X1 5 20 34 8 75 15 59 M8 140 120 90 55 11 14 3 8 600 80 114 47 45 42 27 24 12 M22x1 5 30 48 Rc1 2 100 17 76 M12 174 148 118 71 14 20
221. CP68 SP68H CP68H C 5 SP68 SP68H CP68 C 6 C 8 SP68 SP68H CP68 C 9 SP68 SP68H CP68 J D 21 D 47 SP68 CP68 SP68H CP68H C 10 CP68 E 7 E 8 SP68 SP68H C 11 CP68 g 1 SS 3A SS 3B SS 4C SS 5A 15 g71 40 50 63 80 100 13 17 31 45 62
222. E 55400 D 24 s gt Z gt iZ x x Please refer to p D 24 for details D4 Please refer to p D 4 for details Y Y I I OGTR Without No entry 1 L 1 lock nut 2 4 L2 2 lock nut TE 2 A B 24 Please refer to p B 24 for lock nut 1 MS66 0 60 0 00 62 02 7 9798 Lock nut FA BE AK Port Cushion Pressure vessel installation Sole
223. Rod clevis type WEAK Rod clevis basic Vs Rod clevis rolled bushing YD 7 Rod clevis keeper plate joint pin YK Rod clevis keeper plate ioint pin grease nipple YKG Rod clevis detent angle YM mss400 Rod clevis steel WE aisg noa eye type WEAK Rod eye basic j dsena MATT 3 FEA2477 Rod eye rolled bushing ID MM Rod eye lubricant bushing IB 5 7 500 17 Rod eye SP bushing JP sn Joint pin p 29 DES D 33 DESS D 37 D 39 D 28 D 41 D 43 D 45 0 47 DESM D 39 DEZO D 41 D 43 D 45 D 47 D 22 c 61 69 dS 1ueouqni poy Bulusnq palloy poy WU AS uid lldsy poy YE NNtOOR leels poy eseeJ6 K Nh MA KANS OKIIPNSE lu l p uld gld Jodagy luelep 1u l p
224. gt z Please refer to p D 4 details B 3 No entry Standard type Y Ze YA I 62 ee gt 4 IA mee ype Ce Si EP Z YC Wt 2 y gt a N YD s 7 le p i YK Y Y YM Y Y 2 2 E S 5 0 0 YS 2 9 BD a A ID IB SPI y v a R IP Only lock nut Y I I El Z S Without No entry y BG y ip 18 1 lock nut L y 2 Poy lp 2 J 2 lock nut 3 L2 2 1 A D 4 Lock nut included as a standard for rod end fitting Please refer to p D 24 for details
225. 0 lo lw lw 7 e 40 97 20 17 21 13 7 15 16 47 55 17 14 40 15 10 4 40 600 50 105 35 25 22 22 17 10 Mi8x15 20 55 Rc3 8 65 19 15 45 15 10 6 45 600 4 63 105 35 25 22 22 17 10 15 20 55 75 19 15 55 15 12 6 55 35 600 4 112 50 35 32 28 24 12 26 1 5 75 Rc1 2 100 15 15 71 15 15 6 60 35 800 5 100 112 50 35 32 28 24 12 26 5 75 1 2 116 16 16 85 15 15 6 75 35 28 125 121 35 32 36 12 26 5 35 80 1 2 143 18 18 100 20 19 6 85 45 800 25 140 135 50 47 48 32 18 6 15 40 85 Rc1 2 160 20 20 112 25 24 9 100 55 800 35 160 135 so 50 47 48 32 18 15 40 85 Rc3 4 176 20 20 118 25 24 9 105 55 35 180 145 85 60 57 50 41 20 m45 x1 5 50 110 Rc3 4 198 20 20 132 28 13 125 70 1000 200 145 85 eo 57 50 41 20 m45 15 50 110 Rc3 4 220 20 20 150 28 13 135 70 ooo 220 160 90 70 67 52 50 22 56 1 5 120 Rc3 4 242 23 23 170 40 35 13 150 85 1000 40
226. 26 0 11 50 0 3 2 2 1 2 DD 0 025 5010 050 mm DD O 068 1078 0 025 10 0 040 0 068 1270 0 025 12 0 043 0 068 1678 0 025 1620 043 0 081 20 9 0 025 2020 046 25 0 081 0 025 250 046 0 085 32 9 0 025 32 0 050 4079 085 0 025 40_0 050 0 11 50 0 1 140 160 DD DD 315 X2 D 1 Y DD DD 0 025 50 6050 mm DD 0 068 1078 0 025 10 0 040 0 068 1279 0 025 12 0 043 0 068 16 9 0 025 1620 043 KL D 1 Y DD 0 081 20 0 0 025 2020 046 0 081 2578 0 025 250 046 D 14 CBK Double clevis keeper plate joint pin FCD450 S45C SS400 4 M1
227. 90 JE EN bom DSS 5A 2 AE C 28 SP68 24 FBS 12 17 SP68H R s SP68 yy RAT N 4 M max 10 L LL mm 77 TUL C A A1 B Q B1 MM D DDI EE F N M NN x Zi 22 0 K 40 86 33 28 25 21 13 7 14 1 5 16 30 Rc1 4 55 13 42 M6 11 20 6 8 2 600 50 98 35 36 33 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 M8 13 20 9 11 2 600 63 98 35 36 33 19 17 10 18 1 5 20 34 Rc3 8 75 15 59 M8 13 20 9 11 8 600
228. E Z e gt El 2 SN S45C EA S45C Gy 32 BYU yes SS400 eof 5 SGD400 D TC maa C oe INO O a A Oo SCM435 0 SWRH BC s 2 NBR NR Sy ep NBR NBR Nm NBR 2197 6 20 2667 NBR NI N N N N MN Z gt Be 5 NBR 2 SS400 NBR m a SWRM js mp m j TR id P6 1 LB 40 100 SS400 Max 10 LB E C
229. Included speed control mufflers as standard equipment AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz 50 63 AC220V 50 60Hz 80 100 DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC110V AC220V IMIP68 N 40 100 N H 39 ML Rc EE SL 5 5 chic 1 1 h am J Q d ili HD EE H k Al gt max 10 4 M 1 5 F F B 1 NN L LL A DIN D N
230. Only lock nut Please refer to p D 5 for details gt 2 2 y FAE t L2 W 2 lock nut 3 2 2 1 A 3 D 25 Lock nut included as a standard for rod end fitting Please refer to p D 25 for details 1 Y 1 mish 7 568 soy KES Rod end fitting Code of the position MED Port position Cushion position Rod flange Cap flange ANE AK installation Solenoid Electrical Rated voltage Proximity Position position of valve connection for solenoid switches to detect valve type valve Lead wire 1 1 Standard W indicator DIN DIN Z P connector W o indicator W
231. Y a UA 9Iddiu se B ud 1uto O A e VAL lulor eleld J d y YK YKG YKM YKGM YS HDAN Bulusnq VAL julol poy IA O O O O O O O aha uid yydsy lulof 1 O O Q O lulof 1 O O O O O O gt SIASIO POY RAB MK olseg O O on OO O O O O O O O O O O joint type 40 100 128 25 0 40 100 il 251250 40 100 128 250 1255250 40 100 1255250 CP61LU 40 100 CP61SU CP61DR 40 100 CP61AD 40 100 CP61AR 40 100 CP69 2 Q 8 8 5 5 lt 2 a fr K OR 300 YE 2 CP61DR I D 23
232. mm 5217 LL C A B Q MM D F1 WW AT AD NB NL w e 09 57 40 100 30 20 17 21 13 7 14 1 5 16 1 4 55 17 39 18 30 12 24 11 57 M14 x2 100 80 55 9 40 600 50 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 65 19 43 19 35 12 30 13 62 16 2 110 90 65 9 45 600 63 105 35 25 22 22 17 10 M18x1 5 20 Rc3 8 75 19 43 19 35 12 30 13 62 M16 2 130 112 75 11 55 600 80 112 50 35 32 28 24 12 IM26x1 5 30 Rc1 2 100 15 60 28 50 20 41 19 88 M24 x3 150 125 100 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 116 16 60 28 50 20 41 9 19 88 M24 x3 185 155 116 14 85 800 8 A A 54 No CP611AD CP61 TC 40 100 FCD450 Li
233. 0 5 7 0 9A 9B PPR9C 40 100 125 250 300 500 25 St Bt m Sa 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 mm s mm s mm s 9D WEE 9F 40 125 125 250 300 500 2 MM St Nk Sa 100 200 300 400 500 600 100 200 300 400 500 600 100 200 300 400 500 600 mm s
234. 40 100 CA Ea n S LL At B MM D DDi EE 1 22 M 01 R T ARI k Z 40 97 30 20 17 21 13 7 IM14x1 5 16 47 Rc1 4 55 17 14 42 M6 x 1 10 10 15 35 12 11 15 600 50 105 35 25 22 22 17 10 IM18X1 5 20 55 Rc3 8 65 19 15 49 M8X1 12 12 18 35 12 13 18 600 63 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 75 19 15 59 M8X1 12 16 25 45 15 17 5 24 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 IM12X1 5 16 20 31 5 55 18 22 30 800 100 112 50 35 32 28 24 12 M26x1 5 30 75 1 2 116 16 16 90 M12X1 5 16 25 35 5 60 20 127 5 33 800 125 121 60 35 32 36 30 12 26 1 5 35 80 1 2 143 18 18 1115IM14X1 5 19 25 35 5 65 20 27 5 37 800 140 135 80 50 47 48 32 18 36 1 5 40 85 1 2 160 20 20 125 16 1 5 23 31 5 40 80 25 35 40 800 160 135 80 50 47 48 32 18 6 1 5 40 85 Rc3 4 176 20 20 142 16 1 551 23 31 5 40 80 25 35 45 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 40 50 100 31 44 50 1000 200 145 85 60 5
235. Rated voltage H AC DC5 115V AC100 220V Rated current H 2 60mA 2 30mA Power rating Wu 3W 6VA ON LED light when switch is on Lamp Leakage current OFF Neon lamp light up when switch is off 1mA Isolation resistance 20M 0 A Withstand voltage 1 500V 1 Ambient temp 5 50C Protect construction IEC IP 65 JIS C 0920 Internal circuit B 54 B 55 MS66 EZ SR 5 S 72 7 40 100 Model code Dust cover Mounting Style Bore size Stroke Rod end fitting Ba A ge 27 24 2 2024 B 1 Please refer
236. W FA FB R FA R mm sam ep aA a a e MM Ze 40 86 33 28 25 21 13 7 M14X1 5 16 30 55 13 42 M6 11 55 76 32 5 Rc1 4 600 50 98 35 36 33 19 I7 10 M18x1 5 20 34 65 15 49 M8 13 63 76 325 Rc1 4 600 63 98 35 36 33 19 17 10 M18X1 5 20 34 75 15 59 M8 13 63 76 32 5 Rc1 4 600 80 114 47 45 42 27 24 12 M22 X 1 5 30 48 100 17 76 M12 19 63 96 42 5 Rc3 8 800 100 114 47 54 51 27 24 12 M26 1 5 30 48 116 17 90 M12 19 63 96 42 5 Rc3 8 800 C 18 MP68 MP68 CP68 C 5 CP68 C 6 C 8 CP68
237. with solenoid valve Model cod jy MP665 JIS 8375 fe p Te 10 Operation type Double acting Allowable voltage fluctuation 10 of applicable voltage A 70C Lubricant Oilless Temperature rise Max 70C JIS C 4003 Insulation class Class B Bore size FE J ee AC Dc 5 5W 1 0 Working pressure Power consumption TT 0 250m 20 635 Under250mm Response time 125 250 0 05 14 250 1 000mm 005s 40 140 50 500mm 5 160 50 400mm 5 RE p 180 50 320mm s Piston speed 200 50 260mm s 220 50 220mm 5 250 50 170mm 5 JIS 6H 6g Cushion Both ends Air cushion E Proof pressure 1 5MPa E Ambient temp 5 50 C 1 5C 2 3
238. 56 1 5 MM MS 16 25 1 0 080 40 0 119 0 080 50 0 119 mm DD 14 1 5 18 1 5 M22 1 5 E 40 100 M26 x 1 5 M26 x 1 5 M36 X 1 5 M12x15 0 040 10_0 062 0 050 16_0 077 0 065 20 0 098 0 065 25 0098 0 080 31 5 0 119 M45 x 1 5 Xl MM cp61 cp66 M56 x 1 5 MM MS M16X25 1 MS mm DD 175 80 M65 x2 10 x200 0 100 5620 146 205 90 M72 2 215 M82 x2 225 M90 x2 270 Xl MM M100 x2 MM MS 13 x250 0 100 6320 146 0 120 90 6174 mm DD M14X1 5 0 040 10 _0 062 M18X1 5 0 050 12 70 077 0 050 16 0 077 M22 1 5 0 065 20 0 098 M26 x 1 5 0 065 25 0 098 D 34 ayes YKG
239. L LL C A 4 M A1 IFz NN 5 a e m wi Eh z L1 L 2W1 z mm si za LL a a B Bi MM D lppi EE E F1 F2 N M 00 2 JJ H J wi 40 100 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 17 42 M6x1 13 40 15 10 4 40 30 600 50 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 65 19 19 49 M8X1 18 45 15 10 6 45 30 600 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 19 59 M8x1 18 55 15 12 6 55 35 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 12 1 51 23 71 15 15 6 60 35 800 100 112 50 35 32 28 24 12 26 1 551 30 75 1 2 116 16 16 90 12 1 51 23 85 15 15 6 75 35 800 A A42 wga FA FA 40 100 SS400 V gt VV CH2K L LL CA Max 10 E _B F2_ EE EE FilB N 4 J Bre NN Bi Tas Th oo Ee TT TT ore OF t 2 4 Ala H lg 4 ala m 6 8 1 Qe MM H MM
240. 11 Please refer to p 12 for details Both ends Cap end Rod end B 46 SP66
241. 160 02301 0030 P CP61 63 180 P CP61 80 P CP61 100 20 200 220 250 Wa 09 0 52 0 ZF 9 ZF 11 ZF 13 Ea Ip Sy 22 M 1148 M 1149 1150 M 1112 M 1113 1114 1115 M 1911 1117 1153 1154 1155 1156 1955 1158 22 Sp 52 M 1075 1076 1077 FEY YING 27 M 3344 A I ae Om gt 27 _ 02301 0189 omy Zi NIN ININININ L T 300 500 02301 0030 P CP61 125 P CP61 140 P CP61 160 P CP61 180 P CP61 200 P CP61 220 P CP61 250 20 400 450 p 500 Da N YW Yee LBH 90 LBH 100 LBH 112 Bly WS y 57 gt SKY 90 SKY 100 SKY 112 1879 M 1880 1881 EZ p BIN gt 22 M 1094 M 1095 M 1096
242. 63 55 20 18 1 5 80 65 100 70 M26X1 5 0 070 1270 0 084 20 8 M36 X 1 5 12 15 0 084 25 0 0 100 31 5 9 45 1 5 56 1 5 16 25 0 100 40 0 M65 x2 10 x200 M72 2 M82 2 M90 x2 13 x250 3 1 MM M100 x2 MM MS 0 120 80 9 M14X1 5 M18X1 5 M22 X 1 5 100 M26 x 1 5 M26 x 1 5 M36 X 1 5 M12x15 0 084 2570 M45 x 1 5 56 1 5 M1625 0 100 50 0 M65 x2 10 X200 M72 2 0 120 56 0 M82 2 M90 x2 13 250 3 1 MM cP6 M100 x2 MM MS mm DD 40 14 1 5 0 058 1078 p50 p63 M18 x 1 5 0 07 i279 0 07 16 0 80 M22 1 5 20 70 084 100 M26 x 1 5 0 084 2579 0 120 6378 0 120 7170
243. Al B OQ BI MM D EE F1 22 WW AT NH NB AM V yE J T Uu Ra 40 97 30 20 17 21 13 7 IM14xX1 5 16 Rc1 4 55 117 14 37 15 27 13 7 M16 2 100 80 55 9 10 40 600 50 105 35 25 22 22 17 10 18 1 5 20 Rc3 8 65 19 15 37 15 27 13 7 16 2 110 90 65 9 10 45 600 63 105 35 25 22 22 17 10 18 Xx 1 5 20 Rc3 8 75 19 15 37 15 27 13 7 M16 2 1301112 75 11 10 55 600 80 112 50 35 32 28 24 12 26 1 5 30 Rc1 2 100 15 15 55 24 41 19 9 M24 x3 1501125 1100 14 14 71 800 100 112 50 35 32 28 24 12 1M26x1 5 30 1 2 116 16 16 55 24 41 19 9 M24 x3 118511551116 14 14 85 800 A A 54 P EREA FA FA 40 100 SS400 bs V W NL Adj L LL C A A
244. B 49 g F SP66 N 40 100 max 10 N L LL mm il Pee ees ATIC AN PATE NEM ROM Net MM D DD1 EE Elen M x YD YL 2 g 40 94 33 22 19 21 13 7 M14X1 5 16 30 Rc1 4 55 13 42 M6X1 11 5 45 29 1 0 600 50 105 35 28 25 19 17 10 M18X1 5 20 34 Rc3 8 65 15 49 M8X1 13 10 46 30 1 10 600 63 105 35 28 25 19 17 10 M18X1 5 20 34 Rc3 8 75 15 59 M8 x 1 13 9 47 31 1 10 600 80 118 47 36 33 27 24 12 M22 x 1 5 30 48 Rc1 2 100 17 76 12 1 5 19 5 41 26 1 15 800 100 118 47 45 42 27 24 12 M26 1 5 30 48 1 2 116 17 90 12 1 5 19 3 40 26 1 30 800 N N 125 200 4 4 M gt EE 15 gt 5 8 2 8 cSq 6 8 6 8 5 317 7 max 17
245. CP611 A 8 A 13 CP611 A 14 CP611 D 21 D 47 0 CP611 E 7 E 8 CP611 A 18 A 24 A 25 CP61LU Corrosion resistant surface type A 7 SU JIS oul CU dh JIS Symbol HH AF ASVARE LZ 4 TORREY CH Corrosion resistant pneumatic cylinder based on CP611 with stainless steel external materials Specification ae Corrosion resistant surface type Model code CP61SU fE 8 FA Operation type Double acting S dS K 2213 ISO VG32 46 Lubricant Lubricant u a Bore size 40 250 0 2 1 0MPa Working pressure 1 0 250mm
246. DD mm ae En z a A B Bi p opi EE E F N M 2 11 x xx 5 2 4 4 22 19 21 13 7 M14x1 5 16 30 Rc1 4 55 13 42 Mex1 3 22 58 63 16 16 26 15 48 43 600 50 105 35 28 25 19 17 10 M18x1 5 20 34 jRc3 8 65 15 49 3 28 80 18 18 26 1 5 57 50 600 63 105 35 28 25 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 1 28 84 90 20 20 30 2 57 50 600 118 47 36 33 27 24 12 M22x1 5 30 48 1 2 100 17 76 M12x1 5 4 32 104 115 25 25 35 25 63 56 800 100 118 47 45 42 27 24 12 M26x1 5 30 48 Rc1 2 116 17 90 12 15 4 37 124 135 35 35 44 2 5 66 59 800 CP61 TC 125 250 FCD450 Max 17 lt P2 L1 NN L LL ___ ___ 5 R LB A1 F2 EE EE Fi B1 5 E tas Fh LN alse _ 8 _ 4 e O MM 7 3 Q
247. Max 120 C a eee ae Max 200C C 0 2 7 GENTEX Max 600C 1 100C 2 CONEX 3 GENTEX A 1 General standard type Heat resistant type Bronze welded piston type ___ Bronze welded piston type heat resistant type cp611 cP611H CP611s2 cP611s2H Ya ryz YS CRO ERTIES if VET Heavy duty type pneumatic cylinder with high rigidity and outstanding durability that ensure secure operation even in serious environment Specification General standard type Heat resistant type JIS do JIS Symbol Bronze welded piston type Bronze welded piston type heat
248. PNY 35 PNY 40 PNY 50 PNY 60 DV LEP a 2 240 P M 1111 M 11121M 1113 M 1114 M 1115 M 1911 1117 E Zp VIN wy 55 22 PGY 125 PGY 140 PGY 160 PGY 180 PGY 200 PGY 220 PGY 250 M 1074 M 1075 1076 1077 PRY PIS 52 3344 Dy 2290 26 57 02301 0189 300 500 P CP66 125 02301 0030 20 400 450 p 500 ms 2 LBH 90 LBH 100 LBH 112 2 y ih Sy 57 SKY 90 SKY 100 SKY 112 PDAP IARI Y M 1879 M 1880 M 1881 E ae amp M 1094 M 1095 M 1096 Z 52 S 22 g Be 22 1169 M 11 70 M 1882 gt 2 Co 02301 0070 O P CP61 300 02301 0210 P CP61 350 P CP61 400 P CP61 450 P CP61 500 21
249. f IA YC M y I I Y Y 57 St YD Yia z 1 p G Y Y YM Y Y 5 3 4 0 0 YS wa 97 gt ID yB IB at at IP SP y y n Sy Without No entry 2 FY 1 lock nut L y F 57 2 lock nut bh 3 1 A L2 D 24 Lock nut included as a standard for rod end fitting Please refer to p D 24 for detai ils Rod flange Cap flange 1 1 Standard 5 5 Standard Code of the position
250. Fa N fc N Fs Fa fc P x Ai fc Fs N P MPa G N Ai mi fc N fc Fs lt Th gt fc 0 18 log D 0 015 x Ai log 35 lt gt fc 0 2 x P x Ai Fs 0 8 xP x Ai D mm 3 2 3 2 1
251. PE I yw e AY BF AA Ge G33 S DIS 55 S gt N IN 2 500 Pe so E z z gt CP61 z sae qq CPe11 CP611H CP611S2 CP611S2H ts LB LB 40 250 Max 10 40 100 Max 17 125 250 25400 a L LL 14 8 mm sam kL B Q Bi MM D 001 2 Fl M NN UU Z JJ TT H WI Tod 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 14 42 M6x1 10 40 15 10 50 105 35 25 22 22 17 10 M18X1 5 20 55 Rc3 8 65 19 15 49 M8x1 12 45 15 10 45 30 600 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 15
252. Y L 1 lock nut 2 lock nut L2 GW 2 1 A D 24 Lock nut included as a standard for rod end fitting Please refer to p D 24 for details Only lock nut B 29 MP66 a AK Port position Cushion position installation Solenoid Electrical Rated position of valve connection voltage valve type Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position 1 1 In case of standard position for both and the code is not necessary Cannot establish the plumbing and the position of
253. ZMA Ve Rives 2 s 52 ZUIVER I I h EY gt SS400 a gt sh 26 Please refer to p D 4 for details B 43 Max strokes 40 63 600mm 80 100 Min strokes 800mm B 51 No entry Standard type Y Ze YA I gt 4 IA Alee ype We Cle 22 i le gt iy YC WA 7 gt N Wigs 22497 Y Y YM Y YBA N TV b EY PYF WY AR y 7 55400 YS i lt 2 y a N ID IB SP IP Only lock nut 2 1 y y Without No entry go ZA y 1 lock nut
254. 2 2 lock nut L2 WE 2 1 A In case of with lock nut A dimension will be longer as shown page A 15 Rod flange Cap flange 1 1 Standard 5 5 Standard Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard GS sly Without 1 1 50 2 6 In case of standard position for both and 0 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect Not apply No entry Applicable TE 1 2
255. 3 7 4 8 Lead wire DIN DIN connector PG 9 1 2NPTF Both ends Cap end Rod end W 9 1 5 2 6 1 In case of standard position for both and 8 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect SW A B 44 B 45 SP66 125 200 Model code SP665 MA PE Dust cover Mounting Style Bore size Stroke Rod end fitting b Without Neoprene standard Material Conex Gentex TE B 1 Please refer to p B
256. Ip 65 JS 0920 Protect construction 10 ay Stroke tolerances 1 250 1 000 Piston speed 50 500mm s L Thread tolerance JIS 6H 6g ZE gt Cushion Both ends Air cushion Proof pressure 1 5MPa Withstand voltage Internal circuit m _5 50 Ambient temp 5 50C 1 5C 2 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications
257. P MPa Ae mm mm Z e Z gt 6 Z gt 2 EK lt E tc s tc 5 Lc mm U m s 7 CP61 66 mm 15 21 15 24 15 24 16 24 16 24 18 28 21 28 21 28 21 CP68 CP69 Ay RE mm 15 40 16 14 50 14 14 63 13 16 80 15 16 100 23 125 23 140 23 160 23 180 28 200 28 220 22 250 22 7 3 2 e7 5 7 4 U72UMOMBIA hy PI Oh
258. Port bushing 40 63 80 160 180 500 Standard type 22 RR Port position Cushion position 2 Pressure vessel construction code Without Z Y RI With 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 Code of the position I X Wier S 7 v p 521 Y Y Y VBR N Tb b EY PYG FY AL TIM S S 4 0 1CP611MR 2 D 23 Please refe r to p D 23 for details H 50 Z pu lb Without No entry 1 1 lock nut L
259. YM Y YKM ype YHE N JU b EY FYI 742770 Y vw S 4 0 0 YS A E ile Co YE j 7 gt a ft ID HD 9 4h IB it SP 7 ih IP D 23 Please refer to p D 23 for details Without No entryt 1 L 1 lock nut 2 L2 2 lock nut 2 1 A In case of with lock nut A dimension will be longer as shown page A 15 7 uyy 4 Lock nut Port position Port bushing Cushion position s 52 b Without DID apt With 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 Code of the position Rod flange Cap flange 1 Standard 5 5 Standard
260. 0 44 D 45 Tome El ____ _ SP 500 Rod eye SP bushing SS400 lt 40 250 gt MS 500SP DD lt 300 450 gt MM MS gt cp61769 2 1 DD mm DD 45 14 14 1 5 0028 10 0 053 9 949 dg 50 16 18 1 5 55 20 65 25 0 084 12 _0 003 0 050 12 0 077 d 0 034 16 0 053 8 8 0 041 20 0 003 16 9 939 20 8 068 a8 M26X 1 5 70 M36 1 5 M12x15 0 041 25 0 003 25 0 998 a8 0 050 31 5 0 003 31 5 9 989 a8 M45 x 1 5 M56 x 1 5 M16 x25 0 050 40 0 003 50 M65 x2 M72 2 10 x200 0 120 56 0 M82 x2 M90 x2 1 DD 2 MM MS MM 13 250 0 060 63 10 003 70 060 70 0 009 0 060 80 0 009 DD DD
261. 5 R h ERRE BLA 7 SRY y tia Oilless enclosed cylinders based on CP665 with 5 port solenoid valve and reed switch Advantage of integration of each unit can be fully enjoyed Z J Specification Cylinder ERF Z y Fft Oilless enclosed cylinders with 5 port solenoid valve and reed switch MS665 Double acting none Oilless 40 200 Model code ER 2 Operation type Lubricant a Bore size J Working pressure 0 2 0 7MPa 9 250m Under250mm Stroke tolerances 14 250 1 000mm 40 140 160 50 500mm s 50 400mm s 180 50 320mm 5 200 50 260mm s JIS 6H 6g Both ends Air cushion Piston speed Thread tolerance Cushion Proof pressure 1 05MPa 1m 9 Ambient temp 5 50C 1 5C 2 3
262. 6125 250 s gl25 220 p250 SS400 SS400 STKM S45C SS400 SS400 SGD400 D TC FA FB FA FB SS400 SWRM SWRH SBK1218 NBR AER 5 NBR NBR 2 28 s 22 UN sp EP 52 NBR YEA AG NBR SWRH s 0 Na e gt NBR ae ZDC2 SS400 se 9 27 DN 27 ZDC2 lt SUS WP a NBR y SWRM NBR NBR a b S gt SK5 IN NINININININININ CP66 300 500 2 500 KERZE FC S45C S45C SWRM STKM SGD400 D TC SGD400 FA FB
263. 7 EY FY ZALyTIVUFT Double clevis keeper plate pin grease nipple CBKG ES TC Trunnion mounting mss400 Trunnion steel TCS D 18 T F Trunnion mounting female screw 8 SS400 Trunnion female screw steel TFS D 19 D 2 cp6 1 69 Bun 6ulolojuley 36uell poy gian BOP LEB A uu 6ulolojuley 1004 tHe Hook RY OP LEB ADE 21529 AES leels UOIUUNLL Pirin lw AES la91s uoluunu l x x Ist NUS leels lqnoq IIS NAC YA lddiu se 6 juioly 9leld J9d99 sIA p lqnoq N eleld J d y SIASIO HDAN paelloy qnoq 12915 SiAelo al6ulS ONAN dS SiAelo sl6ulS ANAT Buiusnq SIAalo Bu S x x x x IDU HDAN paelloy fa 4 IN AES uoluunu JPPIN SA
264. FB A H B A 34 V gt VV E 4 J L LL N EE Fil B 1 NN B1 fi ujal Fae 1 8 d 3 7 3 Q 2 4 M mm PH 5 LL C A B Q B1 MM D DD1 EE E F2 UN M NN V VV E J 40 97 30 20 17 21 13 7 IM14X1 5 16 47 Rc1 4 55 17 14 42 M6 x1 10 100 80 55 9 10 40 600 50 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 65 19 15 49 M8x1 12 110 90 65 9 10 45 600 63 105 35 25 22 22 17 10 IM18x1 5 20 55 Rc3 8 75 19 15 59 M8x1 12 1130 112 75 11 10 55 600 80 112 50 35 32 28 24 12 1M26x1 5 30 75 Rc1 2 100 15 15 76 12 x1 5 16 150 125 100 14 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 75 1 2 116 16 16 90 IM12 x1 5 16 185 155 116 14 14 85 800 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1
265. ISO vaso 46 Lubricant Z E Bore size 40 100 fe Working pressure 0 2 1 0MPa 107 250mm Under250mm Stroke tolerances 1 250 1 000mm EB Z lt gt k Piston speed 50 500mm s Thread tolerance JIS 6H G G BY gt Cushion Both ends Air cushion Proof pressure 1 5MPa m FE Ambient temp W 1 5C 5 60C 2 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 As CP61DR is not standard products please contact us about the delivery Designation of Port location dh JIS Symbol 0 90 180
266. M45 x 1 5 M56 x 1 5 M65 x2 M72 x2 M82 x2 M90 x2 M100 x2 TE CP69 14 1 5 18 1 5 M22 1 5 M26 1 5 M36 x 1 5 M45 Xx 1 5 M56 x 1 5 M65 2 M72 x2 M82 x2 M90 x2 M100 x2 14 1 5 18 1 5 M22 1 5 M26 x 1 5 D 38 EAE YS ____ 55400 Rod clevis steel lt 40 250 gt DDH10 MS lt 300 350 gt DDH10 MS D 39 gt cp61 6 9 MM 1 DD mm 45 M14X1 5 0 058 1070 50 55 18 1 5 65 70 M26 x 1 5 0 070 1279 0 070 0 084 M36 1 5 25 0 084 12 15 0 100 31 5 9 45 1 5 56 1 5 40 neu 00 M16x25 0 100 50 0 M65 2 10 200 0 120 56 9 72 2 MM 13 x250 0 120 6370 DD M14X1 5 M18X1
267. S SGD400 D amp H St SS400 x 3 So ub Sp SS sus ss oe Ling x bad 5 Na nb Ss NN So ab SWRM x bad t nb S50CM SPCC So ab 22 Se t 2 x F IN lt a w SERIES AA AAR S 2 Mk SWRM 9 Y A 56 SUS WPB UY ey gt zi 3 0 an Ayla P CP68 x IE TA oie Gees on 1751 7 LB LB 40 100 SPHC mm
268. XOOD BERS CHE O51 5 2 6 1 In case of standard position for both and the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect Not apply No entry Applicable 2 11 Please refer to p 12 for details A 28 CP61SU CP61SU 40 100 9 OD 9 20 5 18 2 19 19 19 SUS304 SUS304 SUS304 SUS304 SS400 SS400 SUS304 TC FA FB CA CB SUS304 SUS NR oo SUS IS 8 SUS gt 2 BC Oe gt Z NBR 2 NBR NBR Z F gt 74 gt x gt NBR NBR s s
269. 20 PNY 30 Z b 2 25 5 gt PPD 40 PPD 50 PPD 63 PPD 80 PPD 100 J PW amp 9 PWB 40 PWK 50 PWK 63 PWK 80 PWK 100 M 2336 M 2257 M 2258 M 2339 M 2340 2176 M 2484 M 2485 p MIN y gt 02301 0030 P CP68 40 P CP68 50 P CP68 63 P CP68 80 P CP68 100 19 CP68H gt x _ Z Bj PU IE Consumption packing list 40 50 63 80 100 a 1905 M 1907 M 1906 m S Woy Be 52 M 1392 M 1393 M 1239 Z s SIN y Se 22 PSD 40F PSD 50F PSD 63F PSD 80F PSD 100F m s F W gt 2 SWB 40 SWB 50 SWB 63 SWB 80 SWB 100 M 2336 M 2257 M 2258 M 2339 M 2340 IN D M 2839 M 2838 M 2837 Jj S yf 22 02301 0035 P CP68H 40 P CP68H 50 P CP68H 63 P CP68H 80 P CP68H 100 19
270. 3 1 Vibration shock 1 If a cylinder is to be used in a place where it is exposed to excessive shock or vibration confirm acceleration rate and other conditions before consulting our sales personnel 2 If the cylinder is used in a place where vibration is a concern ensure the cylinder is firmly fixed at the setting and connection portions fastened tightly Particularly if the cylinder is to be used frequently take into consideration the fatigue resistance 3 After start of operation inspect the connection portions in a periodical manner to check any loose parts or deformation and re fasten screws Loose parts may cause unintended motion of the cylinder significantly affecting operators and surrounding systems 3 2 Handling during installation Rough handling of a cylinder may diminish regular performance of the cylinder For example riding on hammering or dropping the cylinder may cause damage and deformation of the cylinder tube and piston rod Slight deformation of the cylinder tube diameter will result in malfunction Also flaw or deformation of movable components of piston rod will damage packings causing air leakage 3 3 Surrounding environment Environment surrounding a cylinder should be considered carefully Avoid places where the cylinder is exposed to rain and wind direct sunlight salt corrosive gas chemical fluids organic solvents steam etc Corrosion resistance measure can be taken depending on the environme
271. 75 Rc1 2 100 15 15 150 125 14 20 71 105 800 5 100 112 50 35 32 28 24 12 15 75 12 116 16 16 185 155 14 20 85 120 800 28 125 121 35 32 36 30 12 15 35 Rc1 2 143 18 18 220 185 18 25 100 150 800 25 140 135 50 47 48 32 18 15 40 85 Rc1 2 160 20 20 255 212 22 27 112 165 35 160 135 50 47 48 32 18 Maex1 5 40 85 Rc3 4 176 20 20 275 230 22 27 118 180 35 180 145 85 60 57 50 41 20 m45x1 5 50 110 Rc3 4 198 20 20 320 265 26 132 200 1000 200 145 85 60 57 50 41 20 m45 x1 5 50 110 Rc3 4 220 20 20 335 280 26 150 225 1000 220 160 90 70 67 52 50 22 m56 x1 5 60 120 Rc3 4 242 23 23 400 335 42 170 250 1000 40 250 160 90 70 67 52 50 22 M56x1 5 120 Rc3 4 270 23 23 420 355 42 180 275 1000 42 A A 15 CP611MR max 10 40 100 max 17 125 250 4 J
272. CDH10 0 250 251 400 401 630 Q 631 1000 alll 0 250 u pu 251 400 ra 401 630 631 1000 A 74 A 75 CP61M MR CP611M CP611MR D 21 D 47 OJE CP611 E 7 E 8 7 CP611M CP611MR Consumption packing list 40 100 40 50 63 80 100 1905 1907 1906 Ely y 57 M 2049 M 2050 1147 M 2336 M 2337 M 2338 M 2339 M 2340 M 1147 1148 M 2052 M 2053 M 1151 El sy IS gai Zo ar 57 p 02301 0100 02301 0140 02301 0240 M 2176 M 2484 M 2485 22 02301 0030 P CP61MR 40 P CP61MR 50 P CP61MR 63 P CP61MR 80 P CP61MR 100 125 140 160 180 200 220 250 SFR 35K SFR 40K SFR 50K SFR 60K Hy S IN wy c gt
273. CP665 125 200 CP665 B 8 B 9 CP665 B 11 B 21 B 50 CP665 B 22 B 23 CP665 D 21 D 47 CP665 B 25 CP665 E 7 E 8 SP665 F g 100 30 B 52 B 53 SP66 T
274. I TERPEN 8 1 001 1 200 ls 1 201 1 400 es 1401 1 600 8 1601 1 800 MM 1801 2 000 1 001 1 200 1 201 1 400 1401 1 600 1601 1 800 1801 2 000 2 001 2 200 2 201 2 400 1 001 1 200 1 201 1 400 1401 1 600 1601 1 800 1801 2 000 2 001 2 200 2 201 2 400 NETER mm 40 50 63 80 100 120 140 160 180 200 220 250 o oo A 92 CP69 u CP691 7 CP691 H Ae y D 21 D 47 E Dimension with luck nut Y 1 Otik ee 3 aes 5 LOBE ATH a HORA TN A
275. L LL CB FCD450 k mm A TA ol MM 901 elr iol ik 40 86 33 28 25 21 13 7 M14x1 5 16 30 1 4 55 13 42 M6 10 10 30 5 30 15 15 600 50 98 35 36 33 19 17 10 M18x1 5 20 34 Rc3 8 65 15 49 M8 12 12 30 6 35 5 18 18 600 63 98 35 36 33 19 17 10 M18x1 5 20 34 Rc3 8 75 15 59 M8 16 16 40 65 50 25 24 600 80 114 47 45 42 27 24 12 M22x1 5 30 48 1 2 100 17 76 M12 20 20 50 9 63 31 5 30 800 100 114 47 54 51 27 24 12 M26x1 5 30 48 1 2 116 17 90 M12 25 25 55 9 71 35 5 33 800 TC TC 40 100 158 mm PRT MM D 001 EE E F N M wele ean wawawa 40 86 33 28 25 21 13 7 14 155 16 30 Rc1 4 55 13 42 M6X 1 3 22 58 63 16 16 26 1 5 48 43 600
276. UN Oilless JIS K 2213 ISO VG32 46 Husa Lubricant Fa Z G Bore size 40 100 F J Working pressure 0 2 1 0MPa O 250mm Under250mm Stroke tolerances 4 250 1 000mm 2 A gt ks jz Piston speed 50 500mm s b CB Thread tolerance JIS 6H 6g Cushion Both ends Air cushion amp Bore size 63 stroke mm 15 EE Proof pressure 1 5MPa Ambient temp 1 5 2 100C 3 4 TC Designation of Port location
277. a mm FPT CA B MM D 001 EE eTe esas e ooa ks 300 172 120 80 60 63 25 M65 x2 74 112 Rc1 335 25 168 75 380 420 70 63 120 1000 164 350 177 135 90 70 71 30 M72 x2 80 126 Rc1 385 25 175 85 430 490 75 71 140 1000 173 400 202 150 100 75 77 30 M82 x2 90 144 Rc1 1 4 435 30 196 90 490 540 90 80 160 1000 190 450 212 175 110 90 85 30 M90 x2 100 155 Rc1 1 4 485 30 202 100 530 610 95 90 180 1000 192 500 217 200 130 105 95 30 M100 2 112 170 1 4 540 30 220 110 610 680 105 100 200 1000 223 1 A A 15 2 S R TE S R S R CP611MR eae SS400 t max22 6 ze
278. gt D mm d mm 21 2 37 7 65 9 58 9 84 8 173 236 412 691 1 100 1 060 942 1 650 1 470 2 800 2 410 4 530 4 320 3 770 7 140 6 590 11 300 11 000 14 100 13 400 18 800 18 100 23 500 22 600 29 400 28 600 35 200 34 000 46 200 45 100 70 700 66 700 96 200 9 91 100 126 000 3 119 000 159 000 151 000 196 000 186 000 d D WC 7 850 12 300 15 400 20 100 25 400 31 400 38 000 49 100 E 5 Fa gt D mm MPa 0 5 0 55 Fa1 kN Fat N MPa D m
279. tt s L m 80mm 200mm 2 5mW 5 1 _ 200 x 2 5 2 80 D 1 20 0 1 m s 0 1 m s 0 5 5 10 x D S 5 10 t 4D 5 x 105 x 200 807 10 mi JE 05 4 80mm 0 5 2 5mW 200 x 2 5 80 x 1 2 x 0 5 0 05 m s 50mm s 0 3 0 062 m s 0 7 0 041 m s 5 3
280. 1 kg Fw N Fw 0 Fw Mg Fw N g 9 8m s2 M kg 3 2 2 1 Ff WEF uu Fw Ff Ff N M kg g 9 8m s 1 Fw Mg X sin 0 9 Ff u x X cos 0 Mg 0 Fw O Fw Mg 3 2 3 Fi Fi N t s M kg L mm E 4 E 5 3 2 4 3 4 35 36 Ft Ft N 3 2 5
281. 18 M36 x 1 5 40 85 1 2 160 20 20 125 16 1 5 23 255 212 160 22 20 112 800 160 135 80 50 47 48 32 18 M36X1 5 40 85 3 4 176 20 20 142 16 1 5 23 275 230 176 22 20 118 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 M20X1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 IM45X1 5 50 110 Rc3 4 220 20 20 180 M20X1 5 27 335 2801 220 26 25 150 1000 220 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 420 355 270 33 30 180 1000 RE A A 15 FA FA 300 500 SS400 V NN L LL Max 22 8 mm
282. 400 9450 55400 1 55400 55400 55400 7 S45C S45C SWRM STKM SCM435 HA dh 0lo Nu on rlolm gt SWRH SS400 S45C SWRH BC s fA gt 2 IS IN 22 E A 2 9 1 20 Bor yy ip 29 1 y Z DS jk 2 1 2 9 MIMN MININ ND NIN ININ A 61 CDP6 1 _ _ CP611M 5112 max 10 440 100 LB max 17 125 250 E L LL LB 40 250 ao 5 2 B A SS400 s 5 1 upu u 8 4 A Te z Q 7 Wi Z Li 2W 2 z mm es 528 an ualle EA 18 Te le MM D pp1 EE e
283. 45 15117 5 50 24 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 12 1 5 16 20 103151 55 18 22 63 30 800 100 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 1161 16 16 90 IM12X1 5 16 25 35 5 60 20 27 5 71 33 800 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1 2 1431 18 1181115IM14x1 5 19 25 35 5 65 20 27 5 71 37 800 140 135 80 50 47 48 32 18 M36xX1 5 40 85 Rc1 2 1601 20 20 125 M16x1 5 23 31 5 40 80 25 35 80 40 800 160 135 80 50 47 48 32 18 6 x 1 5 40 85 Rc3 4 1761 20 20 142 16 X1 5 23 31 5 40 80 25 35 80 45 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 40 50 100 31 44 100 50 1000 200 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 40 50 100 31 44 100 50 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 x 1 5 36 50 63 125 41 55 125 65 1000 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 1270 23 23 215 24 1 5 30 50 63 125 41 55 125 65 1000 RE A
284. 59 M8X1 12 55 15 12 55 35 600 4 40 30 600 6 6 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 IM12X1 5 16 71 15 15 6 60 35 800 6 6 9 100 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 116 16 16 90 M12x1 5 16 85 15 15 75 35 800 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1 2 143 18 18 1115 14 1 5 19 100 20 19 85 45 800 140 135 80 50 47 48 32 18 M36X1 5 40 85 Rc1 2 160 20 20 125 M16X1 5 23 112 25 24 100 55 800 160 135 80 50 47 48 32 18 M36X1 5 40 85 Rc3 4 176 20 20 142 M16x1 5 23 118 25 24 9 105 55 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 132 30 28 13 125 70 1000 200 145 85 60 57 50 41 20 IM45X1 5 50 110 Rc3 4 220 20 20 180 M20x1 5 27 150 30 28 13 135 70 1000 220 160 90 70 67 52 50 22 M56x1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 170 40 35 13 150 85 1000 250 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 180 40 35 13 160 85 1000 A A 15
285. 800 LB 40 100 SPHC LB mm FA 40 100 SPHC RZ 4 Z FA FA mm B 36 B 37 MP66 MP665 Fr B pj LE FB 40 100 SPHC FB ERRAI FIN H FB CA 40 100 FCD450 CA CB 40 100 FCD450 TC 40 100 FCD450 MIP66 N 125 250
286. 85 85 85 90 145 150 fa Bu SRmin 109 120 121 131 132 138 199 208 D 120 125 130 135 145 150 1eo 170 Save ERT SRmin 163 172 175 188 196 198 211 227 TE 150 155 155 160 160 165 265 275 m 5 SRmin 109 120 121 131 132 138 199 208 mi S R 235 240 245 260 275 275 290 310 L SRmin 163 172 175 188 196 198 211 227 TE L MS665 B46 2 TC TC Z B 51 OARS 0 SP66 z SP665 40 100
287. Al B Q B1 MM D DDI EE E Fil F2 DD D1 R VW RR1 K Ra 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 25 35 5 65 20 27 5 37 800 25 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 160 20 20 31 5 40 80 25 35 40 800 35 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 31 5 40 80 25 35 45 800 35 180 145 85 60 57 50 41 20 M45 x1 5 50 110 Rc3 4 198 20 20 40 50 100 31 44 50 1000 30 200 145 85 60 57 50 41 20 M45 Xx1 5 50 110 Rc3 4 220 20 20 40 50 100 31 44 50 1000 30 220 160 90 70 67 52 50 22 M56 x1 5 60 120 Rc3 4 242 23 23 50 63 125 41 55 65 1000 40 250 160 90 70 67 52 50 22 M56 1 5 60 120 Rc3 4 270 23 23 50 63 125 41 55 65 1000 42 1 A A 15 2 4 0 100 CP611MR CA CA 125 250 max 17 R FCD450 L LL
288. C 34 C 35 MS68 y S Model code YU lt lt lt 4 Mounting Style Bore size Stroke Classification Dust cover of mount Without Ja 2 Is ie Slo 22 ZZ b E A i gt Z j tik 2 Max strokes Min strokes p40 63 600mm e i l Without 80 100 800mm i C31 50m Material Neoprene standard C1 Please refer to p C 1 for the structure
289. E NN L LL a gt pe mm ST C A A1 B Q B1 MM D DD1 EE F N M NN YD NE Z 0 ee 125 121 60 35 32 36 30 12 M26 1 5 35 80 1 2 143 18 115 M14 1 5 19 35 22 1 30 800 140 135 80 50 47 48 32 18 M36 x 1 5 40 85 Rc1 2 160 20 125 1 5 23 33 20 1 30 800 160 135 80 50 47 48 32 18 M36 x 1 5 40 85 Rc3 4 176 20 142 M16 x1 5 23 31 18 1 30 800 180 145 85 60 57 50 41 20 M45 1 5 50 110 Rc3 4 198 20 155 M20 1 5 27 46 29 1 0 1000 200 145 85 60 57 50 41 20 M45 X1 5 50 110 Rc3 4 220 20 180 M20 1 5 27 45 28 1 0 1000 180 200 B 50 SP66 2Z49FHVUISHRNAKRGSB _ o ___ mm 105 110 110 115 110 125 120 125 255 AZ 40 50 63 80 100 125 pe A 80 F or 50 50 50 25 25 55 55 55 re LB 7 50 50 50 25 25 55 55 55 FA D FB p a 105 110 95 85 2
290. For cylinders with special specifications like below consult our sales personnel and inform the conditions for use 1 Use with carbon dioxide gas or nitrogen gas 2 Use under conditions with high low temperature or high radiant heat 3 Use at a place with ozone or salt and underwater 4 Externally washed as part of a sanitary system N Warning 1 Do not incinerate a cylinder for disposal It may explode or emit poisonous gas 2 Check the material of each component of a cylinder with catalogue or operation manual for segregation disposal Konan cylinders do not include materials indisposable as general industrial waste 10 1 w
291. Q 2 MM mm za ANT MM PEN EE 2 M NN DD D1 R MY K 40 97 150 20 17 130 17 10 M14x1 5 20 45 Rc1 4 55 13 14 42 M6X1 10 10 15 35 12 11 30 15 50 105 160 25 22 130 22 10 18 1 5 25 50 Rc3 8 65 15 15 49 M8 x 1 12 12 18 35 12 13 135 5 18 63 105 160 25 22 130 24 12 M18x1 5 30 60 Rc3 8 75 15 15 59 M8 x 1 12 16 25 45 15 17 5 50 24 80 112 160 35 32 130 32 18 M26x1 5 40 76 Rc1 2 100 15 15 76 M12x1 5 16 20 31 5 55 18 22 63 30 100 112 170 35 32 130 32 18 M26x1 5 40 85 Rc1 2 116 16 16 90 M12X1 5 16 25 135 5 60 20 27 5 71 33 125 121 170 35 32 130 32 18 M26x1 5 40 85 1 2 143 18 18 115 M14X1 5 19 25 35 5 65 20 27 5 71 37 140 135 190 50 47 150 41 20 M36x1 5 50 110 Rc1 2 160 20 20 125 M16X1 5 23 31 5 40 80 25 35 80 40 160 135 190 50 47 150 41 20 6 1 5 50 110 Rc3 4 176 20 20 142 M16x1 5 23 31 5 40 80 25 35 80 45 180 145 190 60 57 150 50 22 M45x1 5 60 120 Rc3 4 198 20 20 155 M
292. S R TC TC 300 500 FCD450 G i i mm ae sai mT mI Li Pe Bs MM D DD1 N K M Wele pez ir 15 S 300 172 120 80 60 63 25 M65x2 71 112 Rc1 335 25 354 8 M20X1 5 25 75 3801420 70 63 120 1000 90 95 3501 177 135 90 70 71 30 M72x2 80 126 Rc1 385 25 404 8 M24x1 5 30 85 4301490 75 71 140 1000 95 100 400 202 150 100 75 77 30 M82x2 90 144 Rc1 1 4 435 30 465 8 M27x1 5 35 90 4901540 90 80 160 1000 107 112 450 2121175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 M27x1 5 35 100 530 610 95 90 180 1000 112 117 500 217 200 130 105 95 30 M100x2 11121170 Rc1 1 4 540 30 570 12 M30x1 5 38 110 610 680 105 100 200 1000 117 122 1 1 P A A 15 2 S R
293. SP 500 Single clevis SP bushing CAP j ji mss400 Single clevis steel CAS D 13 C B Double clevis mounting Double clevis rolled bushing CBD DAA Double clevis keeper plate joint pin D 15 Double clevis keeper plate joint pin grease nipple CBKG D 16 mss400 Double clevis steel CBS D 17 TC Trunnion mounting mss400 Trunnion steel TCS DAIS T F Trunnion mounting female screw SS400 Trunnion female screw steel TFS D 19 CA EA Single clevis mounting _ Single clevis rolled bushing CAD Dew Mey a FA247 Single clevis lubricant bushing D 9 8 5 7 2 500 7 Single clevis SP bushing CAP Beat C B Double clevis mounting Double clevis rolled bushing CBD Double clevis keeper plate ioint pin GBK D 15
294. including lateral or uneven load on the piston rod and air leakage from the piston rod or connection components If no abnormalities are found then check the entire system operation 2 3 Bursting out of a cylinder If a piston of a cylinder is not in the position under control of a directional control valve at air supply after installation or during maintenance it may rapidly shift to the control position In order to avoid this risk install a slow start valve at the IN port of the directional control valve 2 4 Indication If a cylinder nameplate cannot be seen due to installation environment place an alternative indication near the cylinder 2 5 Residual pressure A cylinder should be installed taking into consideration the risks for sudden blowout of air and unintended operation due to air pressure remaining in the cylinder even after exhaustion of air 2 6 Training A sufficiently trained person should be responsible for installation and maintenance of a cylinder Konan provides training for operation and maintenance of pneumatic components Feel free to contact our sales personnel for details Maintenance of cylinders Maintenance should be performed in accordance with the following steps Feel free to contact our sales personnel for separate maintenance manual 3 1 Daily inspection 1 Exhaust drain from the air filter 2 During operation of the system observe the cylinder visually and acoustically from a safe p
295. 1 4 W N E 20 6 10 MPa HME UT I rd 64mm L mm d mm 3a 3 a n 1 c n 2 c 4 25mm L 1000mm 3 b 2 b n x254 4 F W 9 98 x10 x 10002 9746 N 9 75 KN 9 75 KN ier 1
296. 10 IM14X1 5 20 45 Rc1 4 55 13 14 42 M6 x1 10 22 58 65 18 16 26 1 5 49 47 50 105 160 25 22 130 22 10 18 1 5 25 50 8 65 15 15 49 M8X1 12 28 70 80 18 16 26 1 5 58 51 63 105 160 25 22 130 24 12 IM18X1 5 30 60 Rc3 8 75 15 15 59 M8X1 12 28 84 100 22 20 30 2 58 51 80 112 160 35 32 130 32 18 IM26x1 5 40 76 1 2 100 15 15 76 12 15 16 32 104 112 28 25 35 25 60 53 100 112 170 35 32 130 32 18 26 1 5 40 85 1 2 116 16 16 90 M12x1 5 16 37 1241136 33 5131 51 44 2 5 69 62 125 12111701 35 32 1130 32 18 M26x1 5 40 85 1 2 143 18 18 115 14 15 19 40 11601170133 5 31 5 50 2 5 72 65 140 135 190 50 47 150 41 20 IM36x1 5 50 110 Rc1 2 160 20 20 1125 M16x1 5 23 45 180 180 37 5135 5 60 2 5 80 73 160 135 190 50 47 150 41 20 IM36X1 5 50 110 Rc3 4 176 20 20 142 M16X1 5 23 45 200 200 37 5135 5 60 2 5 80 73 180 145 190 60 57 150 50 22 IM45X1 5 60 120 Rc3 4 198 20 20 155 20 15 27 50 220 1224 50 45 60 3 86 75 200 1451190 60 57 150 50 22 IM45X1 5 60 120 Rc3 4 220 20 20 180 20 1 5 27 50 240 250 50 45 60 3 86 75 220 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 242
297. 100 150 800 25 p 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 160 20 20 255 1212 22 27 112 165 800 35 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 275 230 22 27 118 180 800 35 180 145 85 60 57 50 41 20 M45 x1 5 50 110 Rc3 4 198 20 20 320 265 26 33 132 200 1000 30 200 145 85 60 57 50 41 20 M45 x1 5 50 110 Rc3 4 220 20 20 335 280 26 33 150 225 1000 30 220 160 90 70 67 52 50 22 M56 1 5 60 120 Rc3 4 242 23 23 400 335 33 42 170 250 1000 40 250 160 90 70 67 52 50 22 M56 1 5 60 120 Rc3 4 270 23 23 420 355 33 42 180 275 1000 42 A A 15 FA FA 40 250 55400 V LL 10 100 maxt7 g125 250 OE 0 mm td 528 535 LL AA B 001 oa Dy s 1000 57 40 97 60 15 21 16 47 Rc1 4 55 13 10 16 17 14 100 80 9 12 40 60 600 0 50 105 70 18 22 20 55 Rc3 8 65 15 12 20 19 15 110 90 9 14 45 70 600 4
298. 14 3 8 600 80 118 47 36 33 27 24 12 M22X1 5 30 48 Rc1 2 100 17 76 M12X1 5 19 1741148 118 71 14 20 4 5 800 100 118 47 45 42 27 24 12 26 1 5 30 48 1 2 116 17 90 12 1 5 19 1194 164 132 85 14 20 4 5 800 0 be A F CP61 FA FA 125 250 SS400 4 oJ NN L LL L8 7 mm a a B B1 MM D 001 EE E F PF23558 M NN V y E J 125 121 60 35 32 36 30 12 IM26X1 5 35 80 1 2 143 18 18 115IM14X1 5 19 1220 185 143 18 14 100 800 140 135 80 50 47 48 32 18 M36x1 5 40 85 1 2 160 20 20 125 16 1 5 23 255 212 160 22 20 112 800 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 142 16 1 5 23 275 230 176 22 20 1118 800 180 145 85 60 57 50 41 20 M45x1 5 50 110 4 198 20 20 1155 20 1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 I
299. 19 50 24 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 12 15 16 20 131 5 55 18 24 63 30 800 100 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 116 16 16 90 12 15 16 25 35 5 60 20 30 71 33 800 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1 2 143 18 18 115 14 15 19 25 35 5 65 20 30 71 37 800 140 135 80 50 47 48 32 18 6 1 5 40 85 Rc1 2 160 20 20 125 16 15 23 31 5 40 80 25 38 80 40 800 160 135 80 50 47 48 32 18 6 1 5 40 85 3 4 176 20 20 142 16 15 23 31 5 40 80 25 38 80 45 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 x1 5 27 40 50 100 31 48 100 50 1000 200 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 220 20 20 180 20 15 27 40 50 100 31 48 100 50 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 15 36 50 63 125 41 63 125 65 1000 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 27 15 36 50 63 125 41 63 125 65 1000 A
300. 1mm p 40 0 0049 x S 2 3 0 1 2 0 13 0 0013 50 0 0077 x S 3 6 0 1 9 0 22 0 0013 63 0 0086 x S 4 8 0 37 0 37 0 0013 80 0 0157 x S 9 5 0 69 0 71 0 0030 100 0 0174 x S 13 2 CP611AR BBR 1 26 1 17 0 0030 kg W kg TC Y I 1mm 40 0 0060 x S 2 5 0 1 2 0 13 0 007 50 0 0090 x S 3 9 0 1 9 0 22 0 009 63 0 0102 x S 5 1 0 37 0 37 0 009 80 0 0192 x S 10 4 0 69 0 71 0 019 100 0 0204 x S 14 2 1 S mm 2 LB 2 A 55 1 26 1 17 0 019 CP61 1M MILL type with screwed rod CP61 1MR MILL type with integrated rod eye A MR JIS ul CU dh JIS Symbol CP611S2 71 II Heavy duty pneumatic cylinder based on CP611S2 with flange welded cylinder tube Specification
301. 23 23 190 27 15 36 70 270 290 60 56 80 105 90 250 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 270 23 23 1215 M24X1 5 30 70 3001315 60 56 80 3 105 90 8 1 A A 93 2 S R S R A 90 A 91 CP69 CP691 CP691H x o RPE Max stroke Max stroke with tie rod Reinforcing ring mm mm 701 900 801 1 200 801 1 200 1 001 1 600 1 001 1 600 1 401 1 600 1 401 1 700 1 401 1 700 1 801 2 000 1 801 2 000 2 101 2 400 2 101 2 400 FB TC Dimension of tie rod reinforcing ring SS400 mm p 40 50 63 80 100 125
302. 25 M65 x2 T4 112 Rc1 335 25 435 395 22 35 90 270 345 1000 50 350 177 135 90 70 71 30 M72 2 80 126 Rc1 385 25 510 460 26 42 110 330 395 1000 45 400 202 150 100 75 77 30 M82 2 90 144 Rc1 1 4 435 30 575 515 30 47 120 360 450 1000 52 450 212 175 110 90 85 30 M90 2 100 155 Rc1 1 4 485 30 630 565 33 47 120 400 500 1000 42 500 217 200 130 105 95 30 M100 x2 112 170 1 4 540 30 690 630 33 50 150 450 550 1000 53 A A 15 FA FA 300 500 SS400 L LL 2 EE 0 mm ae T BL C1 AA B D DD1 EE E RA CD RD F V VV 300 172 220 80 60 71 112 Rc1 335 63 56 71 25 435 395 22 35 90 270 345 1000 50 350 177 250 90 70 80 126 Rc1 385 71 63 80 25 510 460 26 42 110 330 395 1000 45 400 202 27
303. 250 160 90 70 67 52 50 22 m56x1 5 120 Rc3 4 270 23 23 180 40 35 13 160 85 1000 42 A A 15 CP611MR LB 40 250 SS400 LB max 10 40 100 max 17 125 250 JE L LL 2kO 7 mm s 7 4 Lb C1 AA B D 001 EE E RA CD RD Fi F2 UU Z JJ TPE H W1 40 97 60 15 21 16 47 Rc1 4 55 13 10 16 17 14 40 15 10 40 30 600 0 50 105 70 18 22 20 55 Rc3 8 65 15 12 20 19 15 45 15 10 45 30 600 4 4 5 4 6 63 105 70 23 22 20 55 Rc3 8 75 19 16 25 19 15 55 15 12 6 55 35 600 80 112 90 30 28 30 75 Rc1 2 100 24 20 30 15 15 71 15 15 6 60 35 800 6 6 9 100 112 90 35 28 30 75 1 2 116 30 25 35 16 16 85 15 15 75 35 800 28 125 121 110 35 36 35 80 1 2 143 30 25 35 18 18 100 20 19 85 45 800 25 140 135 140 50 48 40 85 1 2 160 38 31 5 40 20 20 112 25 24 100 55 800 35 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 118 25 24 9 105 55 800 3
304. 30 110 330 1000 400 202 150 100 75 77 30 M82x2 90 144 1 4 435 465 8 M27x1 5 35 575 515 32 120 360 1000 450 212 175 110 90 85 30 M90x2 100 155 1 4 485 520 12 27 15 35 630 565 35 120 400 1000 500 217 200 130 105 95 30 M100x2 112 170 1 4 540 570 12 15 690 630 150 450 1000 H A A 15 A 10 CP61 CP611 CP611H CP611S2 CP611S2H Fr FB pj ARYA CA CA 40 250 FCD450 Maioe4o 1oo Max 17 125 250 E L LL N 4 M EE DDH10 V ___ 4 2 _ 4 8 l 3 TEEN
305. 35 32 36 30 12 26 1 5 35 80 Rc1 2 143 18 18 115 M14X1 5 19 25 35 5 65 20 27 5 71 37 800 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 1160 20 20 125IM16x1 5 23 31 5 40 80 25 35 80 40 800 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 142 M16X1 5 23 31 5 40 80 25 35 80 45 800 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155IM20X1 5 27 40 50 100 31 44 100 50 11000 200 145 85 60 57 50 41 20 M45X1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 40 50 100 31 44 100 50 1000 220 160 90 70 67 52 50 22 M56X1 5 60 120 Rc3 4 242 23 23 190 M27X1 5 36 50 63 125 41 55 125 65 1000 250 160 90 70 67 52 50 22 M56X1 5 60 120 Rc3 4 270 23 23 215 M24X1 5 30 50 63 125 41 55 125 65 1000 A B 24 B 19 CP66 TC TC 40 100 FCD450
306. 500 217 200 130 105 95 30 M100 x2 112 170 Rc1 1 4 540 30 570 12 M30x1 5 38 110 610 680 105 100 200 1000 117 122 l A B 24 2 S R S R B 21 CP66 ____ ________ Dimension with dust cover 40 100 300 500 MM 80657 7 YM YKM YKGM ALH JC A Lh iis m r TR z F a lt 1 8 MM FA JFA 125 250 JC A FA JFA B 22 CP66 RANE AR s 0 Dimension with dust cover OTER
307. 85 Rc1 2 143 18 18 115 14 1 5 19 220 185 143 18 14 100 140 135 190 50 47 150 41 20 M36X1 5 50 110 1 2 160 20 20 125 M16X1 5 23 255 212 160 22 20 1112 160 135 190 50 47 150 41 20 6 1 5 50 110 Rc3 4 176 20 20 142 16 1 5 23 275 230 176 22 20 118 180 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 198 20 20 155 20 1 5 27 320 265 198 26 25 132 200 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 220 20 20 180 20 1 5 27 335 280 220 26 25 150 220 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 242 23 23 190 M27 15 36 400 335 242 33 30 170 250 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 270 23 23 215 M24X1 5 30 420 355 2701 33 30 180 F A A 93 A 87 P69 z CA 40 250 FCD450 L LL CA e
308. 95 30 M100x2 112 170 Rc1 1 4 540 30 570 12 1 5 38 90 110 174 50 100 260 1000 A A 15 CP61 CB 40 250 Max 10 40 100 Hi FCD450 Max 17 125 250 CB gt L LL 4 iF eae VM w _ 4 RR1 SE 40 100 CB su 31 3382 LL C B Q Bt MM 001 la 22 5 M JARI Y k lt 40 97 30 20 17 21 13 7 14 1 5 16 47 Rc1 4 55 17 14 42 M6X1 10 10 15 35 12 11 30 15 600 50 105 35 25 22 22 17 10 18 1 55 20 55 Rc3 8 65 19 15 49 M8 x1 12 12 18 35 12 13 135 5 18 600 63 105 35 25 22 22 17 10 18 1 5 20 55 Rc3 8 75 19 15 59 M8x 1 12 16 25
309. I T R ma SD R S R Min 105 2 less TO 2 ia Bee S puya 09 OO aS vE 240 50 63 80 100 m PiE Ga 20 20 20 15 15 LB FA rea FB 20 20 20 15 15 Leet CB F SS 4C P 0 100 100 100 80 80 J AY ee 5 60 60 60 70 75 on SRMin 90 100 100 105 107 Tc F m x 7 100 100 100 100 100 mi L S R x S R 90 100 100 105 107 S 2 vE 40 50 63 80 100 20 20 20 15 15 LB FA f 1 54 4 20 20 20 15 15 CA A wa CB F SS 5A a aam 100 100 100 80 80 7 60 60 60 70 75 on rf S R Min 90 100 100 105 107 TC i s R F m m 100 100 100 100 100 m P Wa
310. Jj 2 FRADE ib E A 1 l gb R iP 5 2 gm ae Max strokes Min strokes 40 63 600mm Without 80 100 800mm 7 2 C 31 Na Material Neoprene standard TE C 1 0 aes Please refer to p C 1 for the structure cae No entry Y YA I ft IA ECE RA SESA YC Yi oS 2 Ya N YD Y YK Y Y YM Y YBA N TD pb EY PYF AYRI 55400 YS I a 2 ID I gt IB I 5227 g Z gt y bPa Without No en
311. L S R SRMin 90 100 100 105 107 TE MS68 C 34 TC TC Z 1 Z 2 SS 4C 180 C 31 SP68 Reed switch assembly SP68 SP68H Model of reed switches HSA Bore size Proximity switches Mounting style Rated voltage Electrical connection type AC125V Max DC100
312. Lubricant none Oilless Sa 7 E Bore size 40 100 0 2 1 0MPa Working pressure 107 250mm 3 7 e Under250mm Stroke tolerances 1 4 o 250 1 000mm Piston speed 50 500mm s A JIS 6H 6g Thread tolerance Y 5 Cushion Both ends Air cushion gt ft E 1 5MPa Proof pressure m EQ Ambient temp 5 60C HE 1 5C 2 3 4 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 As CP61LU is not standard products please contact us about the delivery 3 Heat resistant type is not available 4 Can be lubricated but the grease will be exhausted Although durability is e
313. S S z eee we 2 Y a F YD D4 oc 2248 YK Please refer to p D 4 for details Y YR tory 27 YM YBA N 7L b E WOT Y 2Bpe 7 Ey Py Ih AVRE ME Y S S 400 8 wf Bl gt ile l Wwe 7 9 gt a 8 te HE 2 27 si BJ I 7 SPF y gt a i D24 Please refer to p D 24 for details Standard type MP66 q Boe 9 2 p Lock nut Port position Cushion Pressure vessel installation Solenoid i Rated position construction code position of valve connection voltage valve type By Zary pe D Without 1 1 lock nut 2 2 lock nut 2 1
314. add equipment that prevents or stops operation of the cylinder when people come closer 4 3 Constraint during operation Before connecting a cylinder and a load firmly fix the both in order to avoid unintended movement due to gravity or operational work 4 4 Weight See Section 1 1 of the Users Instructions 4 5 Residual energy See Section 3 3 of the Safety Precautions 4 6 Other Care should be taken for risks related to cylinder system operation such as sudden blowout of compressed air unintended actuation of the cylinder due to residual pressure after exhaustion of air inside the system and bursting out of the cylinder just after restarting air supply A Warning Re 51 Modification Do not modify cylinder Unexpected risk may arise 5 2 Lateral load and bending pressure on a piston rod If a cylinder is operated with lateral load and bending pressure on the piston rod the piston rod and cylinder tube may be damaged which may result in deformation abnormal wearing and friction fluctuation as well as irregular or abnormal functioning of the cylinder affecting operators or the mechanical system In order to avoid this follow the steps below 1 Remove the lateral load by establishing a guide for the load 2 After alignment to match the piston rod shaft center and the load operating shaft fix the cylinder and connect the piston rod and the load 3 If the piston rod shaft center and the load operating shaft
315. 115V 1 AC100 220V 2 Lead wire DIN PG 9 DIN connector 1 2NPTF Rod flange Cap flange 1 1 Standard 5 5 Standard Code of the position E Cannot establish the plumbing and the position of the cushion in the same aspect Rod flange Cap flange 1 5 Code of the position 2 2 Standard 6 6 Standard 3 7 4 1 5 2 6 1 In case of standard position for both 8 and 9 the code is not necessary RE Cannot establish the plumbing and the position of the cushion in the same aspect Not apply 8 No entry Applicable V1 1 2 2 2
316. 13 55 12 35 12 3 8 55 600 80 118 47 36 33 27 24 12 M22X1 5 30 48 Rc1 2 100 17 76 M12x1 5 19 71 15 35 15 4 5 60 800 100 118 47 45 42 27 24 12 26 155 30 48 Rc1 2 116 17 90 M12x1 5 19 85 15 35 15 4 5 75 800 FA FA 40 100 SPHC V C L LL C A Jg il 2 EE 33 2 m 8 6 4 J Q 2 mm LLC NAN D e EN NN uum 40 94 33 22 19 21 13 7 M14X1 5 16 30 Rc1 4 55 13 42 M6X1 11 105 90 67 40 9 12 3 2 600 50 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 M8 x 1 13 124 104 80 45 9 14 3 8 600 63 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 75 15 59 M8X1 13 140 120 90 55 11 14 3 8 600 80 118 47 36 33 27 24 12 22 1 5 30 48 Rc1 2 100 17 76 12 1 5 19 1741148 118 71 14 20 4 5 800 100 118 47 45 42 27 24 12 26 1 5 30 48 Rc1 2 116 17 90 12 1 5 19 1194 164 132 85 14 20 4 5 800
317. 15 15 76 12 15 16 150 125 14 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 116 16 16 90 Mt2x1 5 16 185 155 14 14 85 800 A A 42 TC TC 40 100 FCD450 pelt P2 gali _ A _ L LL 10 _ Ai BF2 EE EE Fil B A1 gt gt N N Bi nS 5 1 ITT 49 4 s 4 Ola 8 S 4 ala A 8 A e a e 4 4 p 77 uyan ss 37 us 2 Q 4 M k GJ 2 S R gt gt mm n seq m mT 2 LL c ai B IQ Bi MM D lpp1 EE ElFilFzlN M G P x xx 2 s R gt 40 100 30 20 17 21 13 7 Mi4x1 5 16 47 Rc1 4 55 17 17 42 M6x1 10 22 58 65 18 16 26 1 5 600 49 47 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rcs 8 65 19 19 49 Max1 12 28 80 18 16 26 1 5 600 58 51 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 19 59 12 28 84 100 22 20 2 0 600 58 51 8
318. 2 0 2 0 7MPa Working pressure 1 0 a 250m O Under25om Stroke tolerances 14 250 800mm Specification Switch 2 Z p Se ks EE Piston speed 50 500mm s SS 3A SS 3B SS 4C Model code Detecting method Magnetic proximity switches Max AC125V AC5 220V Rated voltage Max DC100V Max DC24V DC5 115V AC3 18mA AC5 15mA Rated current 25 30 65mA pc5 20mA A Thread tolerance JIS 6H 2 gt Cushion Both ends Air cushion T sa m s Bore size 50 63 80 Cushion stroke mm 15 15 16 5 E Proof pressure 1 5MPa E Ambient temp 25VvA 2 5W 1 5w 5VA 2 5W Power rating ON Lamp LED light when switch is on 1 5 28 100M QE 2 3 TC
319. 27 1132 30 28 13 125 70 200 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 220 20 20 180 M20 1 5 27 150 30 28 13 135 70 220 160 200 70 67 150 63 25 56 1 5 71 130 3 4 242 23 23 190 27 1 5 36 170 40 35 13 150 85 250 160 200 70 67 150 63 25 56 1 5 71 130 4 270 23 23 215 24 1 5 30 180 40 35 13 160 85 P69 z FA FA 40 250 SS400 e a 7 N 80 250 NN L LL C A A max 10 40 100 max 17 125 250 711 7 40 100 mm J N HR 1 B Q B MM D DD Pil E2 N M INTIS EE J T UU 40 97 150 20 17 130 17 10 M14x1 5 20 45 Rc1 4 55 13 14 42 M6X1 10 1100 80 55 9 10 40 50 105 160 25 22 130 22 10 M18X1 5 25 50 Rc3 8 65 15 15 49 M8X1 12 110 90 65 9 10 45 63 105 160 25 22 130 24 12 M18X1 5 30 60 Rc3 8 75 15 15 59 M8X1 12 1
320. 3 Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required B 42 SP66 Model code SP665 EK Dust cover Mounting Style 40 100 Without Material Neoprene standard Z R Conex gt 724 Gentex TE B 1 Please refer to p B 1 for the structure Bore size 3 x Stroke Rod end fitting 40 50 Standard type 57 BW RV VIS 2 2 lt 2 0 Applied ype TE DA 2 DE 26 47 YS SP Z b E Kip E SA
321. 32 18 26 1 5 40 85 1 2 143 18 18 115 14 1 5 19 25 35 5 65 20 27 5 37 140 135 190 50 47 150 41 20 6 1 5 50 110 Rc1 2 160 20 20 125 M16x1 5 23 31 5 40 80 25 35 40 160 135 190 50 47 150 41 20 6 1 5 50 110 Rc3 4 176 20 20 142 16 1 5 23 131 5 40 80 25 35 45 180 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 198 20 20 155 20 1 5 27 40 50 100 31 44 50 200 145 190 60 57 150 50 22 45 1 5 60 120 Rc3 4 220 20 20 180 M20 1 5 27 40 50 100 31 44 50 220 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 242 23 23 190 27 1 5 36 50 63 125 41 55 65 250 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 270 23 23 215 M24X1 5 30 50 63 125 41 55 65 A 93 A 88 CP69 CP69H CP691 CP691H CB 40 250 FCD450 CB e 80 250 7 40 100 CB A max 15 3777 e za TAR 63 FO
322. 40 85 Rc3 4 176 20 20 31 5 40 80 25 35 45 800 35 180 145 85 60 57 50 41 20 m45 15 50 110 Rcs 4 198 20 20 40 50 100 31 44 100 50 1000 200 145 85 57 50 41 20 M45 15 so 110 Rc3 4 220 20 20 40 50 100 31 44 100 50 1000 30 220 160 70 67 52 50 22 m56 1 5 120 Rc3 4 242 23 23 50 63 125 41 55 125 65 1000 40 250 160 90 70 67 52 50 22 M56 15 120 Rc3 4 270 23 23 50 63 125 41 55 125 65 1000 42 H L A A 15 2 0 4 0 100 CB CP611MR ZWI VEZE v LE R L LL J CB CB 125 250 FCD450 DD H10 2 EE mm 82 Ro m S WE el AA B 001 EE BA GCD BD F1 52 DBD D1 R T RRI Y se re z 125 121 110 35 3
323. 56 63 DD 1 1 DD mm DD 40 O 068 1070 0 025 1020 040 p50 0 068 12T9 0 025 12 0 043 63 0 068 1679 0 025 16 0 043 80 0 081 0 025 20_0 043 100 1 D DD 0 081 2570 0 025 25_0 046 D 8 D 9 CABR Single clevis lubricant bushing FCD450 lt 40 250 gt Spake cp61 69 N mm DD 55 42 0 058 1070 65 49 0 07 12 0 75 59 0 07 1670 76 0 084 90 25 0 084 0 100 31 570 0 100 0 100 50 0 0 120 56 9 0 120 63 9 0 120 TIo 0 120 8070 0 140 9070 mm DD 0 058 1070 0 07 12 0 0 07 0 084
324. 65 25 2070 081 100 M26 x 1 5 70 31 5 25 9 081 12 15 0 025 25_0 046 32 0 025 0 050 40 M36x1 5 3219 085 50 M45x1 5 40 O 985 M16x25 0 025 40 0 050 0 025 0 110 50 0 50 0 050 63 56 1 5 0 025 55 0 055 80 M65 x2 10x200 5579110 140 160 300 DD DD 315 56 2 D1 DD 3 3 MM MS cp66 2 3 1 2 mm MM DD DD 14 1 5 10 79 968 1079 025 0 040 70 068 0 025 1279 12 0 043 M18x1 5 0 068 0 025 16 o 1620 043 M22 x1 5 2039951 20 6 943 M26 x1 5 25 0 081 25 9 925 40 100 M26 x1 5 251098 25 0 648 12 15 36 1 5 32791085 32 6 959 45 1 5 40 8 985 4029 928 16 25 56 1 5 soe 50 6 959 M65 x2 10 200 55 0110 55 9928 140 16
325. 97 2 228 1 S mm 2 LB 2 4 9 5 3 9 7 A 96 A 97 CROG Dust cover Bees CP66 CP61 CP69 2 2 1 A B D 40 500 2 _J C E 300 500 C C C O
326. B 31 MP66 125 250 Model code Dust cover Mounting Style Bore size Stroke Rod end fitting b Without Neoprene standard Material Conex Gentex TE B 1 Please refer to p B 1 for the structure 125 160 800mm 180 250 1 000mm SN 20mm Min strokes 7 2 Z 70 SAV ae Gi A esa em a SS400 ve wie E 1147 We 2 s y m j EX U22781 SS400 gt gt SS400 8 NN No entry Y YA I Z E IA Ww le ale 2 ty YC
327. CP611MR FB 300 500 SS400 L LL 2 0 FB mm 248 ace 15 lem EE 2 ma p mo F Sw c u um uz lt gt 5 300 172 220 80 60 71 112 Rc1 335 63 56 71 25 435 395 22 35 90 270 345 1000 50 350 177 250 90 70 80 126 Rc1 385 71 63 80 25 510 460 26 42 110 330 395 1000 45 400 202 270 100 75 90 144 Rc1 1 4 435 80 71 90 30 575 515 30 47 120 360 450 1000 52 450 212 300 110 90 100 155 Rc1 1 4 485 90 80 100 30 630 565 33 47 120 400 500 1000 42 500 217 330 125 105 112 170 Rc1 1 4 540 100 90 112 30 690 630 33 50 150 450 550 1000 53 CDP6 1 CP611M CA CA 125 250 FCD450 gt y R L LL 2 C A 00 H10 Cah mm sd oo Te C
328. M 1114 M 1115 1911 M 1117 EK M 1245 M 1246 1247 M 1248 2054 M 1250 2 IS 9 M 1252 M 1253 M 1254 ac 9 BIN oy gt M 3344 Z 00 57 Z BaD p Y gt 7 _ 02301 0188 NIN NI ININI IN IS S Gb S A To 300 500 300 02301 0035 P CP61H 125 P CP61H 140 P CP61H 160jP CP61H 180 P CP61H 200 P CP61H 220 P CP61H 250 20 350 400 450 p 500 Da N YW Yee SDR 71F SDR 80F SDR 90F SDR 100F SDR 112F Ely 289 gt SKY SKY 80F SKY 90F SKY 100F SKY 112F 1877 1878 1879 M 1880 1881 EZ p BIN S 1518 1519 1520 1521 1522 M 2127 2128 M 2129 M 2130 M 2131 Jb S S CO y 02301 0075 O
329. M27 x 15 M24 X 1 5 Tie rod material SGD400 D gt S45C Nut material for tie 55400 S45C 9250 Wi Model number Applicable cylinder Revision CP 61 series CP 69 series No change for CP61SU As a result of the change in cylinder tube material described above the model number for the following cylinders was changed for all sizes Old mode New model Tube internal No No diameter CP6 CP6 CP6 CP6 CP6 Series 040 500 CP6 CP6 CP6 2 427 gy c gt 40 500 040 250 C C C C C C 6 40 100 C C C C C 12 GPO MOS 134 CP61 CP69 CP66 2 1 A B D 40 500 2 _J C E 300 500 C
330. Without Jj 2 FRADE ib E A J 2 0 m 7 Ges coom Max strokes 80 100 800mm 50mm Without N Min strokes er CEER Material Neoprene standard Zx Ku ZO U VDE RE C1 Please refer to p C 1 for the structure No entry Y gt f IA Y Y Standard type lt jJ le vay Ble in YC Ws 2 y gt fy YD Y YK Y Y YM Standard type Sq RQ S A A VE Rie le amp fH SP gt VE Rw le amp l2 LE
331. Y 1 3488 2 2 1 A tes 3 D 25 Lock nut included as a standard for rod end fitting Please refer to p D 25 for details DS Please refer to p D 5 for details C 3 CP68 A FESZ Stroke I b Without Rod end fitting No entry Z With 1 This bush reduce the port size e g from Rc3 8 to Rce1 4 Code of the position Rod flange B Cap flange Port bushing 1 1 Standard 5 5 Standard
332. a Zlib gt Neoprene Max 120C SIS 26 9727 240 CONEX Max 200C Yat lt GENTEX 1 100C 2 CONEX 3 GENTEX Max 600C le 12 1 JPAS 005 SI Mx 12 S SI MPa kgf cW 1 01971 x 10 x x MPa N kgf 1 01971 x 10 x x N N m kgf mi 1 01971 x 107 x x kg
333. gt 1245 M 1246 1247 M 1248 M 2054 M 1250 A M 1252 M 1253 M 1254 B M 1253 M 1254 2127 ag 2 ZA Bp 22 Dy 22 2B AGH Jb PS gt gt gt M 3344 02301 018B 02301 0035 P CP69H 125 P CP69H 140 P CP69H 160 P CP69H 180 P CP69H 200 P CP69H 220 P CP69H 250 20 1 1 2 2 1 1 2 2 2 A 95 7 gt CP69 kg if woe CA CB Y T 8027 40 0 0053 3 5 0 34 012 013 021 50 0 0079 x S 5 0 0 47 049 022 0 39 63 0 0108 x S 6 9 0 90 0 37 037 0 48 80 0 0179 x S 12 0 1 71 0 69 0 71 1 05 100 0 0191 x S 16 2 2 55 1 26 1 17 1 52 125 00281 x S 221 3 3 126 147 257 140 0 0387 x S 34 4 5 3 i 25 30 3 11 160 00376 x S 39 4 5 9 180 0 0552 S 51 9 9 7 200 0 0641 x S 61 0 11 0 220 0 0805 x S 80 7 19 6 250 0 1030 x S
334. steel YS D 39 I Rod eye type MEAT Rod eye basic I D 27 MATL AREAS 7 Rod eye rolled bushing ID 41 7 177 eye lubricant bushing IB DAS 5 7 500 17 Rod eye SP bushing IP D 45 Joint pin DEAZ D 21 INDEX Yu Rod clevis type BBA Rod clevis basic Y Rod clevis rolled bushing YD Rod clevis keeper plate joint pin YK Rod clevis keeper plate ioint grease nipple BEELDT At Rod clevis detent angle YM mss400 Rod clevis steel YS noa eye ype DEKH Rod eye basic I s MATT FF A2477 Rod eye rolled bushing JD sass Rod eye lubricant bushing IB 5 7 gt 500 Rod eye SP bushing IP s 24 Joint pin INDEX Yu
335. the cushion in the same aspect Rod flange Cap flange 1 1 Standard 5 5 Standard Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard 3 7 4 50 2 6 8 Cap Flange Return Rod Flange RE Included speed control mufflers as standard equipment Lead wire DIN DIN connector W indicator W o indicator Water proof AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC220V AC110V B 30
336. to p B 1 for the structure Standard type RR VI ss ss A i Z gt gt lt 2 E gt 48 SP I Z VE E gt EX eee SJ So S400 55 F 2 ea PLA TE H OLA R OLA FA TE D4 Please refer to p D 4 for details NN Applied type Max strokes 40 63 80 100 600mm 800mm Min strokes B 51 No entry Y YA Standard type I
337. to the cylinder connection ports to prevent dusts and rusts from entering the cylinder Do not remove the plug until immediately before piping If the plug is lost take a protection measure with alternative cover Z Caution 2 1 Storage during transport If a cylinder is to be installed where it is exposed to wind and rain or other adverse environment transport the cylinder to the specified site just before installation If the cylinder is to be stored at the installation site by necessity keep it packed and protect with a sheet cover In such case make sure to shorten the storage period as much as possible 2 2 Storage A cylinder should be stored as follows to prevent contamination and material deterioration 1 Avoid high temperature and humidity as well as places with dusts and moisture 2 If a cylinder is to be stored for more than 1 year keep it packed or provide equivalent protection 3 Long term storage may result in sticking of packings or other components due to shortage of lubrication In such cases conduct pre conditioning operation of the cylinder before regular use 4 After a long period of storage permanent deformation change of size or deterioration of packings and other components would be a concern After such storage period conduct a cylinder operation test If any abnormalities are found perform an overhaul or exchange deformed deteriorated components as appropriate ZN Warning 3 Surrounding environment
338. will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required 9 3 Lubrication 1 Use JIS K 2213 ISO VG32 or VG46 type turbine oil for lubrication using a lubricator 2 Spray volume of a lubricator is determined by the number of oil drops typically 0 03 cm per drop or 1 5 to 2 5 drops per 1 m of air Another method for adjusting lubrication is to determine dropping volume based on the residual oil thin layer of oil on the surface of the piston rod 9 4 Centralized lubrication In principle 1 lubricator should be used for 1 cylinder Lubricating multiple cylinders may result in uneven oil supply to each cylinder particularly if there are differences in the operation frequency pipe length size and installation height of the cylinders By grouping the cylinders with similar conditions centralized lubrication can be achieved A Reference lar AGUE 10 1 Sequence control Follow the below steps for sequence control of a pneumatic cylinder 1 Detect the piston position 2 Interlock the control of other cylinders in the system 3 If operation is stopped in the middle of sequence make sure to restart the operation from the stopped position safely If impossible manually control the cylinder piston to return to the starting position 4 Set a sequence starting position at which movable components do not move after air exhaustion 10 2 Power failure and
339. 0 100 75 90 144 1 4 435 80 71 90 30 575 515 30 47 120 360 450 1000 52 450 212 300 110 90 100 155 Rc1 1 4 485 90 80 100 30 630 565 33 47 120 400 500 1000 42 500 217 330 125 105 112 170 Rc1 1 4 540 100 90 112 30 690 630 33 50 150 450 550 1000 53 CP611M CP61 SS400 FB 40 250 L LL max 10 40 100 max 17 125 250 FB 2 mm 588 5 aS LL IWA Bt MM 001 alr ke 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 14 100 80 9 12 40 60 50 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 65 19 15 110 90 9 14 45 70 600 4 63 105 35 25 22 22 17 10 15 20 55 Rc3 8 75 19 15 130 112 11 14 55 600 4 80 112 50 35 32 28 24 12 Mzex1 5
340. 0 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 100 15 15 76 M12x1 5 16 32 104 112 28 25 35 2 5 800 53 100 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 116 16 16 90 M12x1 5 16 37 124 136 33 5 31 5 44 2 5 800 69 62 1 A A42 2 S R S R 61 gt cH Fy Mt Dimension with luck nut CP611DR CP611 A 14 D 21 D 47 y 2 GE Y 38 umma
341. 00 300 DD DD 315 56 3 2 D1 DD 3 MM MS mm MM DD DD 0 068 0 025 M14X1 5 10 0 10 0 040 0 068 0 025 12 6 1220 043 M18x1 5 70 068 0 025 16 6 1620 043 M22 x1 5 20 9081 20 6 643 M26 x 1 5 25 0 081 25 6046 3 1 D1 DD D 42 DUIS EAN n 1B Rod eye lubricant bushing SS400 lt 40 250 gt MS CAC DD REEDA lt 6300 500 gt CAC DD Ra L A1 X util se 7 Ill a MS MM D 43 cP6 1 69 MM 1 mm DD 40 45 14 M14X1 5 0 058 1075 50 50 16
342. 032 eau Lubricant Lubricant E 7 J E 40 100 Bore size E 0 2 1 0MPa Working pressure 1 0 250mm 9 Under250mm Stroke tolerances i 14 250 1 000mm F E E Piston Speed 50 500mm s A Thread tolerance JIS 6H Gf 2 gt y Cushion Both ends Air cushion Proof pressure 1 5MPa E 60 Ambient temp 5 60 C TE 1 5C 2 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 As CP61AR CP61AD is not standard products please contact us about the delivery 3 The cushion system may be ineffective at adjusted side Bo 0 O u i J8 DWT Designation of Port location YY a ORME
343. 1 630 631 1000 75x 86 5 0 250 251 400 401 630 631 1000 85x 98 1 0 250 251 400 401 630 631 1000 95x 110 O 250 251 400 401 630 631 1000 105x 121 0 250 251 400 401 630 631 1000 115X 133 M100 x2 A 14 CP61 Q 2 CP61 1 CP611H CP611S2 CP61 1S2H D 15 D 29 L Dimension with luck nut Y 1 3 Y 1 s 3 Y N I 1 1 D 1
344. 1 1 4 435 30 465 8 M27x1 5 35 320 50 39 32 295 130 1000 450 212 175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 M27x1 5 35 380 55 42 35 320 145 1000 500 217 200 130 105 95 30 M100x2 112 170 Rc1 1 4 540 30 570 12 M30x1 5 38 420 55 46 38 360 175 1000 A B 24 CP66 CP665 FA FA 40 100 SPHC L LL 00 ail 7 SS LL C A All B Q B1 MM D 001 EE N M NN V VV U UU J TN 40 94 33 22 19 21 13 7 JM14 lt X15 16 30 1 4 55 13 42 M6X1 11 1105 90 67 40 9 12 3 2 600 50 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 65 15 49 M8X1 13 1124 104 80 45 9 14 3 8 600 63 105 35 28 25 19 17 10 18 1 5 20 34 Rc3 8 75 15 59 M8x1 13 1140 120 90 55 11
345. 1 5 40 85 Rc3 4 176 20 20 1142 1M16X1 5 23 275 230 176 22 20 118 800 180 145 85 60 57 50 41 20 M45X1 5 50 110 Rc3 4 198 20 20 155 20 x1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 IM45x1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 335 280 1220 26 25 150 1000 220 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 242 23 23 190 27 x1 5 36 1400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 420 355 1270 33 30 180 1000 A B 24 B 15 CP66 Max22 CP61 FB 300 500 SS400 L LL FB z Q T 3 2 8 J mm
346. 1 50 35 32 28 24 12 M26 x 1 5 30 1 2 100 15 15 55 24 41 19 9 M24 x3 71 15 115 6 60 35 800 100 1121 50 35 32 28 24 12 M26 x 1 5 30 1 2 1116 16 16 55 24141 19 9 M24 x3 85 115 15 6 75 35 800 A A 54 CP611AR Max 10 LB 40 100 SS400 4 W NL Adj L LL LB NH WW Adj EE Li L AT 2W1 mm m Bi MM D F1 AT AD NF NB NL UW 40 100 30 20 17 21 13 7 14 1 5 16 1 4 55 17 39 18 30 12 24 6 11 57 M14 2 40 15 10 4 40 30 600 50 105 35 25 22 22 17 10 18 1 5 20 Re3 8 65 19 43 19 35 12 30 7 13 62 M16 x2 45 1
347. 1 for the structure Max strokes 125 160 800mm p180 200 1 000mm Standard type E Min strokes B 51 QR BRIS R bh 2 AW 2 SA yD Sify SP SS400 I Z 2 10 2 gt 48 ZWZ PERIPE 27 57 A LR EX SS400 NN No entry Y YA I Ri IA we le Ble 22 ty YC kK gt SS400 Ws 2 am Ri YD ko et er i oe ee WS Z le 22487 YK DA Y Please refer to p D 4 for details Y YM Y VBE
348. 105 220 160 90 70 67 52 50 22 m56 15 120 Rc3 4 242 23 23 150 70 27o 29o 60 56 80 3 1000 140 250 160 90 70 67 52 50 22 M56 15 120 Rc3 4 270 23 23 152 300 315 56 3 1000 144 1 A A 15 2 S R W S R S R TC TC 240 250 L P L L LL 10 00 STKM13 55400 181995190 DE a x mm a 248 mu ET ce ae er in ae el e ee ee 4 40 97 60 15 21 16 47 Rc1 4 55 13 10 16 17 14 70 22 58 65 18 16 26 1 5 600 43 50 105 70 18 22 20 55 Rc3 8 65 15 12 20 19 15 78 28 70 80 18 16 26 1 5 600 51 63 105 70 23 22 20 55 Rc3 8 75 19 16 25 19 15 78 28 84 100 22 20 30 2 600 51 80 112 90 30 28 30 75 Rc1 2 100 24 20 30 15 15 85 32 1041112 28 25 35 25 800 58 100 112 90 35 28 30 75 1 2 116 30 25 35
349. 131 5 50 2 5 800 72 140 135 80 50 47 48 32 18 6 15 40 85 Rc1 2 20 20 125 16 x1 5 23 45 180 180137 5135 5 60 2 5 800 80 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 20 20 142 16 x1 5 23 45 2001200137 5135 5 60 2 5 800 80 180 145 85 60 57 50 41 20 M45x1 5 50 110 Rc3 4 20 20 155 20 x1 5 27 50 220 224 50 45 60 1000 86 200 145 85 60 57 50 41 20 M45x1 5 50 110 Rc3 4 20 20 180 20 Xx1 5 27 50 240 250 50 45 60 1000 86 220 160 90 70 67 52 50 22 M56x1 5 60 1120 Rc3 4 23 23 190 27 X15 36 70 2701290 60 56 80 1000 105 250 160 90 70 67 52 50 22 M56x1 5 60 1120 M27 x1 5 3 1 KAA A 34 25 S R A 33 CP61 5 8 040 250 SUS304 L DDH10
350. 135 37 220 1000 52 450 212 175 110 90 85 M90x2 100 155 174 485 100 150 38 90 230 1000 42 500 217 200 130 105 95 30 Mi00 x2 112 170 174 540 90 110 174 50 100 260 1000 53 A A 15 CP611MR CA CA 300 500 max22 CP611M CP61 CB 125 250 FCD450 max 17 L LL 00 2 mm ena At Bulan MM D pp1 EE la 5 s G re 125 121 35 32 36 12 26 1 5 35 80 Rc1 2 143 18 18 25 135 5 65 20 27 5 71 37 800 25 140 135 80 50 47 48 32 18 m36x1 5 40 85 Rc1 2 160 20 20 31 5 25 35 80 40 800 35 160 135 80 50 47 48 32 18 6 15
351. 135 80 50 47 48 32 18 M36x1 5 40 85 1 2 160 20 20 125 16 1 5 23 31 5 40 80 25 35 40 800 160 135 80 50 47 48 32 18 IM36X1 5 40 85 Rc3 4 176 20 20 1142 IM16X1 5 23 31 5 40 80 25 35 45 800 180 145 85 60 57 50 41 20 M45X1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 40 50 100 31 44 50 1000 200 145 85 60 57 50 41 20 IM45X1 5 50 110 Rc3 4 220 20 20 180 M20X1 5 27 40 50 100 31 44 50 1000 220 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 50 63 125 41 55 65 1000 2250 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 50 63 125 41 55 65 1000 A B 24 ed CP66 z CP61 CA 300 500 FCD450 CA
352. 140 160 180 200 220 250 QE 58 70 84 104 124 160 180 200 200 240 270 300 QT 19 25 25 38 38 43 48 4 61 61 78 78 yUY CP69 z CP691 CP691H j SE Dimension with dust cover JC mm 240 63 601 800 801 1 000 601 800 50 801 1 000 1 001 1 200 601 800 Jc A 801 1 000 1 001 1 200 801 1 000 M 1 001 1 200 al 1 201 1 400 1401 1 600 U 801 1 000 1 001 1 200 1 201 1 400 1401 1 600 801 1 000 1 001 1 200 1 201 1 400 1401 1 600 801 1 000 1 001 1 200 1 201 1 400 wes 1401 1 600 F31 JWE 80 250 1601 1 800 801 1 000 1 001 1 200 1 201 1 400 1401 1 600 1601 1 800 1 001 1 200 ue A 1 201 1 400 1401 1 600 _ Te 1601 1 800 1801 2 000
353. 145 85 60 57 50 41 20 M45x1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 M45x1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 335 280 220 26 25 150 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 x1 5 36 400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 M56x1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 420 355 270 33 30 180 1000 A A 15 FB 300 500 55400 V VV IE gt Max22 E 8 J mm 55 seq 1 72 LL c B MM p lpp1 EE E F IN k M KN Var or 5 gt 300 172 120 80 63 25 M65x2 71 112 335 25 354 8 M20x1 5 25 435 395 22 27 90 270 1000 350 177 135 90 70 71 30 M72x2 126 385 25 404 8 M24x1 5 510 460 26
354. 16 16 100 37 124 136 33 5 31 5 44 2 5 800 88 125 121 110 35 36 35 80 Rc1 2 143 30 25 35 18 18 105 40 160 170 33 5 31 5 50 2 5 800 89 140 135 140 50 48 40 85 Rc1 2 160 38 31 5 40 20 20 120 45 180 180 37 5 35 5 60 2 5 800 105 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 120 45 200 200 37 5 35 5 60 2 5 800 105 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 125 50 220 224 50 45 60 3 1000 105 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 125 50 240 250 50 45 60 3 1000 105 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 150 70 270 290 60 56 80 3 1000 140 250 160 180 80 52 60 120 Rc3 4 270 63 50 60 23 23 152 70 300 315 60 56 80 3 1000 144 S R TE S R S R A 71 CP61 CP611M TC TC 300 500 55400 L LL C A
355. 160 02307 2220 M 1075 Z Rby gt 02301 0030 125 250 P CP69 40 140 P CP69 50 p 160 02301 0090 P CP69 63 P CP69 80 P CP69 100 20 180 200 220 250 ZF 11 ZF 13 LBH 71 Bl yy 57 57 M 1149 M 1150 SKY 71 M 1112 1113 1114 M 1115 M 1911 1117 2 Zz p VIN SP 52 1153 1154 1155 1156 1955 1158 M 1075 1076 1077 B 1076 M 1077 1167 ag 2 ZA Bp 22 M 3344 Dy 22 2B AGH 02301 0189 Jb PS gt gt gt 1 1 2 2 1 1 2 2 2 P CP69 125 02301 0030 20 CP69 Consum
356. 2 143 18 18 115 14 X1 5 19 220 185 143 18 14 100 800 140 135 80 50 47 48 32 18 6 1 51 40 85 Rc1 2 160 20 20 125 16 1 51 23 255 212 160 22 20 1112 800 160 135 80 50 47 48 32 18 M36X1 5 40 85 Rc3 4 176 20 20 142 16 x1 5 23 275 230 176 22 20 118 800 180 145 85 60 57 50 41 20 45 1 51 50 110 Rc3 4 198 20 20 155 20 X1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 IM45X1 5 50 110 Rc3 4 220 20 20 180 20 x 1 51 27 1335 280 220 26 25 150 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 IM56x1 5 60 120 Rc3 4 270 23 23 215 27 1 5 36 1420 355 270 33 30 180 1000 CA 40 250 5 05304 Max 10 40 100 Max 17 125 250 DDH10 L LL EE CA A
357. 20X1 5 27 40 50 100 31 44 100 50 200 145 190 60 57 150 50 22 M45X1 5 60 120 Rc3 4 220 20 20 180 M20X1 5 27 40 50 100 31 44 100 50 220 160 200 70 67 150 63 25 M56X1 5 71 130 Rc3 4 242 23 23 190 M27 1 5 36 50 63 125 41 55 125 65 250 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 270 23 23 215 M24X1 5 30 50 63 125 41 55 125 65 A A 93 A 89 P69 z TC 40 250 FCD450 L LL 2 TC e 980 250 A e 63 mm Pa Ra C PS 21 MM D IDD1 EE ler FN M NN G P P2 Li x XXI T SSRs 40 97 1150 20 17 130 17
358. 23 23 420 355 33 42 180 275 1000 42 A 66 A 67 CP61M MR CP611M CP611M CP611MR FB 300 500 SS400 FB mm za 528 ae 8 MM D pp1 EE ss 300 172 120 80 60 63 25 M65x2 71 112 Ret 1335 25 435 395 22 35 90 270 345 1000 50 350 177 135 90 70 71 M72x2 126 Rect 385 25 510 460 26 42 110 330 395 1ooo 45 400 202 150 100 75 77 so 2 90 144 1 4 435 30 575 515 30 47 120 360 450 1000 52 450 212 175 110 90 85 so 2 100 155 Rc1 174 485 630 565 33 47 120 400 500 1000 42 500 217 200 130 105 95 so M100 2 112 170 Rc1 1 4 540 690 630 50 150 450 550 1ooo 53 A A 15
359. 25 20 0 043 M12 1 5 90 16 25 1905 0 025 25 0 046 18 O 085 32T9 0 025 32 0 050 22 0 085 0 025 40_0 050 30 26 50701 10 0 025 5020 050 0 110 55 0 0 025 55 0 055 1 2 D cP6 Ja 33 0 190 65 0 060 0 035 6540 005 140 160 300 350 O DD DD 315 56 63 DD 2 1 2 DD mm DD 40 0 068 1070 0 025 10 0 040 50 0 068 12T9 0 025 12 0 043 63 0 068 1670 0 025 1620 043 p80 0 081 0 025 20 0 043 100 125 0 081 25 6 0 025 25_0 046 140 160 0 085 32 9 0 025 32 0 050 180 p200 0 085 0 025 40 0 050 220 p250 0 110 5018 0 025 50 6050 300 0 110 55 0 0 025 55_0 055 350 1 Fa 3 2 D cP6 aa A 70 190 65 0 060 0 035 6540 005 7 140 160 300 350 D DD DD 315
360. 3 5 31 5 44 2 5 800 69 62 125 121 60 35 32 36 30 12 M26x1 5 35 80 1 2 143 18 18 115 M14X1 5 19 40 160 170133 5131 5 50 2 5 800 72 65 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 160 20 20 125 IM16x1 5 23 45 180 180137 5135 5 60 2 5 800 80 73 160 135 80 50 47 48 32 18 6 1 5 40 85 Rc3 4 176 20 20 142 M16X 1 5 23 45 2001200 37 5135 51 60 2 5 800 80 73 180 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 198 20 20 155 20 1 5 27 50 220224 50 45 60 1000 86 75 200 145 85 60 57 50 41 20 M45x 1 5 50 110 Rc3 4 220 20 20 180 M20 x 1 5 27 50 2401250 50 45 60 1000 86 75 220 160 90 70 67 52 50 22 M56x1 5 60 120 Rc3 4 242 23 23 190 27 x 1 5 36 70 270 290 60 56 80 1000 105 90 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 24 x 1 5 30 70 300315 60 56 80 1000 105 90 Ll A A 15 2 S R
361. 30 112 75 11 10 55 80 112 160 35 32 1130 32 18 26 1 5 40 76 Rc1 2 100 15 15 76 12 1 5 16 150 125 100 14 14 71 100 112 170 35 32 130 32 18 26 1 5 40 85 Rc1 2 116 16 16 90 M12x1 5 16 185 155 116 14 14 85 125 121 170 35 32 130 32 18 26 1 5 40 85 1 2 143 18 18 115 M14x1 5 19 220 185 143 18 14 100 140 135 190 50 47 150 41 20 6 1 5 50 110 Rc1 2 160 20 20 125 16 1 5 23 255 212 160 22 20 112 160 135 190 50 47 150 41 20 6 1 5 50 110 Rc3 4 176 20 20 142 M16x1 5 23 275 230 176 22 20 118 180 145 190 60 57 150 50 22 M45X1 5 60 120 Rc3 4 198 20 20 155 M20X1 5 27 320 265 198 26 25 132 200 145 190 60 57 150 50 22 M45X1 5 60 120 Rc3 4 220 20 20 180 M20X1 5 27 335 280 220 26 25 150 220 160 200 70 67 150 63 25 56 1 5 71 130 3 4 242 23 23 190 M27 1 5 36 400 335 242 33 30 170 250 160 200 70 67 150 63 25 56 1 5 71 130 Rc3 4 270 23 23 215 24 1 5 30 420 355 270 33 30 180 RE A A 93
362. 35 395 22 27 90 270 1000 350 177 135 90 70 71 30 M72x2 80 126 Rc1 385 25 404 8 M24x1 5 30 510 460 26 30 110 330 1000 400 202 150 100 75 77 30 M82x2 90 144 Rc1 1 4 435 30 465 8 M27x1 5 35 575 515 30 32 120 360 1000 450 212 175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 M27x1 5 35 630 565 33 35 120 400 1000 500 217 200 130 105 95 30 M100x2 112 170 1 4 540 30 570 12 M30x1 5 38 690 630 33 37 150 450 1000 A B 24 CP66 BEN Em CP665 FB FB 40 100 SPHC T L LL C A EE EE DD mm s ie A Al B Q B1 MM D DD1 N M NN MO NV D J TT bs 40 94 33 22 19 21 13 7 14 1 5 16 30 Rc1 4 55 13
363. 4 Rc3 8 75 15 59 M8x1 80 118 47 36 33 27 24 12 M22x1 5 30 48 Rc1 2 100 17 76 M12x1 5 100 118 47 45 42 27 24 12 M26x1 5 30 48 Rc1 2 116 17 90 M12x1 5 o B 67 CP66DR z AR et x gu ________ Dimension with dust cover OTER mm 0 160 JG A 161 250 gt 4 14 1 5 220 251 400 40 100 401 600 0 160 Ea e e 161 250 251 400 401 600 0 160 161 250 251 400 M22 15 401 630 631 800 0 160 161 250 251 400 M26 x1 5 401 630 631 800 M18X1 5 JFA 10 FA JFD CP665DR D 21 D 47 cH Dimension with luck nut Y 1
364. 4 5 800 100 114 47 54 51 27 24 12 M26x1 5 30 48 Rc1 2 116 17 90 12 194 164 132 85 14 20 4 5 800 C 7 CP68 CP68H F FB pj ARYA CP68 CP68H FB 40 100 SPHC max 10 _ 4 L LL FB FCD450 max 10 mm 237 a LL A lai mh MM D DD1 EE Ele IN u wy wiv wl SEN 40 86 33 28 25 21 13 7 M14x1 5 16 30 Rci 4 55 13 42 105 90 67 40 12 3 2 600 50 98 35 36 19 17 10 1 15 20 34 8 65 15 49 124 104 45 9 14 3 8 463 98 35 36 33 19 17 10 Miax1 5 20 34 8 75 15 59 140 120 90 5
365. 40 100 1 go CP611AD CP611AR 50 63 80 p 100 Da Nh D M 1907 M 1906 Sy BP 57 M 2050 M 1147 0 099 M 2337 M 2338 M 2339 M 2340 E Zz p BIN wy Se 52 M 1148 M 2052 M 2053 M 1151 M 2484 M 2485 Jp 2 02301 0030 WS 16 M24 IN 22 50 IN 34 20 63 Da N DJ gt Z M 1907 5 y Ib Ny 27 M 2050 M 2337 M 2338 EZ p BIN gt 22 M 1148 M 2052 M 2484 5 PRN 2 2 J Kat 80 ly 0 02301 0030 20 0 CP611AD CP611AR CP611AD kg SF si DAES W kg TC
366. 42 M6x1 11 1105 90 67 40 9 12 3 2 600 50 105 35 28 25 19 17 10 M18X1 5 20 34 Rc3 8 65 15 49 M8x1 13 1124 104 81 45 9 14 3 8 600 63 105 35 28 25 19 17 10 18 1 55 20 34 Rc3 8 75 15 59 M8 x 1 13 140 120 90 55 11 14 3 8 600 80 118 47 36 33 27 24 12 M22x1 5 30 48 Rc1 2 100 17 76 M12x1 5 19 1741 148 118 71 14 20 4 5 800 100 118 47 45 42 27 24 12 M26x1 5 30 48 Rc1 2 116 17 90 M12x1 5 19 194 164 132 85 14 20 4 5 800 CP61 FB FB 125 250 55400 Max 17 4 L LL mm sa m B Q Bi MM D DD1 E re N M J T OU 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1 2 143 18 18 115 14 1 5 19 220 185 143 18 14 100 800 140 135 80 50 47 48 32 18 6 1 5 40 85 1 2 160 20 20 125 16 1 5 23 255 2121 160 22 20 112 800 160 135 80 50 47 48 32 18 6
367. 45 x 1 5 1 MM cp61 cp66 M56 x 1 5 MS MM 16 25 1 MS 0 080 40 0 119 0 080 50 20 119 DD mm 175 80 M65 x2 p10 x200 0 100 56 10 146 205 90 M72 x2 215 M82 x2 225 M90 x2 270 M100 x2 13 x250 MS MM DD 0 100 63 0 146 0 100 71 0 146 0 100 80 0 146 0 120 90 0 174 mm 14 1 5 0 040 10 20 062 M18x1 5 0 050 12 0 077 0 050 16 0 077 M22 x1 5 0 065 20 _0 098 M26 x 1 5 0 065 25 0 098 D 36 E YM Rod clevis detent angle FCD450 SS400 lt 40 250 gt m1 L MM B B B 56 19 Qi gt B B A H D 37 14 1 5 M18X1 5 M26 x 1 5 M36 x 1 5
368. 5 CP61 CP611 CP611H CP611S2 CP611S2H F B pj HETAN FA PARAO 250 Max 10 40 100 SS400 Max 7 6125 250 NN L LL 8 4 7 2 mm Pa e a e MM 0 001 u NN ry yv vs puq gt 40 97 30 20 17 21 13 7 M14x1 5 16 47 Rc1 4 55 17 14 42 M6X1 10 100 80 55 9 10 40 600 50 105 35 25 22 22 17 101M18x1 5 20 55 Rc3 8 65 19 15 49 M8X1 12 110 90 65 9 10 45 600 63 105 35 25 22 22 17 10 18 1 5 20 55 Rc3 8 75 19 15 59 M8x1 12 130 112 75 11 10 55 600 80 112 50 35 32 28 24 12 26 1 5 30 75 Rc1 2 100 15 15 76 12 1 5 16 150 125 100 14 14 71 800 100 112 50 35 32 28 24 12 26 1 5 30 75 1 2 116 16 16 90 M12x1 5 16 185 155 116 14 14 85 800 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 115 M14X1 5 19 220 185 143 18 14 100 800 140 135 80 50 47 48 32
369. 5 ae 7 1 5MPa Proof pressure Internal circuit Sa P 5 120 C Ambient temp L 2 100C 3 TC Noies 1 Consult factory for non standard applications which are not coverd by above Specifications 2 f using this cylinder under atmosphere at over 100 C it is recommended to replace the packing with a new one annually 3 In case of TC mounting it changes to be tie rod type C 24 SP68 24 FBS 12 127 SP68H Model code CS YU Law BABE lt Mounting Style Bore size Stroke Classification Dust cover of mount Without
370. 5 M22 X1 5 40 100 M26 x 1 5 M26 1 5 M36 1 5 0 058 1078 0 070 1270 0 070 1672 0 084 2070 0 084 2579 0 084 2579 12 15 0 100 31 5 9 M45 x 1 5 M56 x 1 5 M16x25 40 to 00 50 70 100 M65 x2 10 x200 0 120 56 0 M72 2 MM 13 x250 DD 0 120 6379 mm M14X1 5 0 058 10 0 18 1 5 0 07 12 0 0 07 16 8 M22 1 5 0 084 20 9 M26 x 1 5 0 084 0 25 D 40 BRAG PGE Da Rod eye rolled bushing SS400 lt 40 250 gt AR L RR1 A1 X j gt 1 71 Di og L DU DD x I R 1 x T T th mo _ MHCA TL 2 HIT MS MM D 41 L cP61 69 2 3 1 2 mm DD 102228 12208 16 888 207888 X MM DD 0 068 1078 40 45 14 M14X1 5 50 50 16 12 0955 M18X1 5 0 068 63 55 20 1679 80
371. 5 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 132 30 28 13 125 70 1000 30 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 150 30 28 13 135 70 1000 30 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 170 40 35 13 150 85 1000 40 250 160 180 80 52 60 120 Rc3 4 270 63 50 60 23 23 180 40 35 13 160 85 1000 42 62 A 63 CP61M MR CP611M CP611M CP611MR LB 300 500 SS400 max22 L LL LB mm 5281 ae LL Bt MM D DD1 EE E g z aa 0 wm S 300 172 120 80 60 63 25 M65x2 71 112 Ret 335 25 240 43 25 220 105 1000 50 350 177 135 90 70 71 M72x2 126 Rei 385 25 280 43 36 25 230 105 1000 45 400 202 150 100 75 77 M82x2 90 144 Rc1 1 4 435 320 50 s
372. 5 10 6 45 30 600 63 1051 35 25 22 22 17 10 18 1 5 20 Rc3 8 75 19 43 19 35 12 30 7 13 62 M16 x2 55 15 12 6 55 35 600 80 1121 50 35 32 28 24 12 1M26X1 5 30 Rc1 2 100 15 60 28 50 20 41 9 19 88 M24 x3 71 15 15 6 60 35 800 100 112 50 35 32 28 24 12 M26 x 1 5 30 Rc1 2 116 16 60 28 50 20 41 9 19 88 M24 x3 85 15 15 6 75 35 800 A 54 1 z CP611AD EE NH WW Adj AT n FA FA 40 100 SS400 V pe gt VV W WW Adgj L LL C A NE 4 J LU AM Q 2 mm gt LL
373. 5 11 14 3 8 600 80 114 47 45 42 27 24 12 M22x1 5 48 Rc1 2 100 17 76 12 174 148 118 71 14 20 4 5 800 100 114 47 54 51 27 24 12 6 15 so 48 Rc1 2 116 17 90 12 194 164 132 85 14 20 4 5 CA CA 40 100 mm TEL MM D DD1 EE 2 rm mM loolanl eit lo 1 40 86 33 28 25 21 13 7 14 1 5 16 30 Rc1 4 55 13 42 M6 10 10 30 5 15 15 600 50 98 35 36 33 19 17 10 M18X1 5 20 34 Rc3 8 65 15 49 M8 12 12 30 6 18 18 600 63 98 35 36 33 19 17 10 M18X1 5 20 34 Rc3 8 75 15 59 M8 16 16 40 65 25 24 600 80 114 47 45 42 27 24 12 M22 1 5 30 48 Rc1 2 100 17 76 M12 20 20 50 9 31 5 30 800 100 114 47 54 51 27 24 12 M26 1 5 30 48 1 2 116 17 90 M12 25 25 55 9 35 5 33 800 CP68 ee max 10 CB 40 100 FCD450 0 1 0 3
374. 5 250 FCD450 gDD TC TC 125 250 FCD450 B 39 MIP66 u z MP665 OEDI CP665 B 22 CP665 D 21 D 47 CP665 B 25 0 CP665 E 7 E 8 B 18 CP665 kg 80 100 125 250 0 47 0 9 0 6 1 03 B 40 B 41 MP66 Oilless enclosed cylinders w
375. 5 55 55 55 y e im 8 Ff gt al a a 65 75 75 80 80 110 115 120 OR 58 min 109 120 121 131 132 157 169 178 s R 90 95 100 105 115 120 130 140 S H OR USRmin 133 142 145 158 166 168 181 197 TE 125 135 140 145 150 195 205 215 E m SRmin 109 120 121 131 132 157 169 178 mi S R 175 180 185 200 215 215 230 250 U sRmn 133 142 145 158 166 168 181 197 28 040 50 63 80 100 125 ae LJ oR 80 80 80 25 25 30 85 85 F LB E 1 80 80 80 25 25 30 85 85 FA b OH FB CA p cB m 150 155 95 85 25 30 85 85 N 50 OE p J pd 150 155 155 160 160 165 165 170 LI EA 80 85
376. 5 76 32 5 Rc1 4 20 9 111 8 M22 x 1 5 96 42 5 Rc3 8 18 14 16 14 M26 x 1 5 96 42 5 Rc3 8 18 14 16 20 MIS68 OBAEBFORAAECERLOZESR OY OEH RTE 0 80 100 0 47 MS68 CP68 C 5 MP68 C 15 C 17 SP68 C 27 CP68 C 6 C 8 CP68 C 9 CP68 J D 21 D 47 CP68 C 10
377. 50 E3 fal JE 7 0 2 1 0MPa Working pressure Stroke tolerances Piston speed ia 0 A Tread tolerance gt Cushion Both ends Air cushion m Resisting pressure 1 5MPa 120 Ambient temp 5 120C 1 5C 2 100C 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 f using this cylinder under atmosphere at over 100 C it is recommended to replace the packing with new one annually 3 Please contact us non standard applications which are not covered by above specifications 1 000mm 1 001m Under 1 000mm Above 1 000mm 50 500mm s JIS 6H Bo D O fu i 38 DWT Designation of Port location 0
378. 50 98 35 36 33 19 17 10 18 155 20 34 Rc3 8 65 15 49 1 3 28 70 80 18 18 26 1 5 57 50 600 63 98 35 36 33 19 17 10 18 15 20 34 Rc3 8 75 15 59 M8x1 3 28 84 90 20 20 30 2 57 50 600 80 114 47 45 42 27 24 12 22 1 5 30 48 Rc1 2 100 17 76 M12x1 5 4 32 1041115 25 25 35 2 5 63 56 800 100 114 47 54 51 27 24 12 26 15 30 48 Rc1 2 116 17 90 12 155 4 37 124 135 35 35 44 2 5 66 59 800 C 8 CP68 CP68H 7 E OR ts gO Ton ________ Dimension with dust cover lt _ mm Ae KN B MM A B1 2 50st 51 100 101 150 151 200 201 300 301 400 401 500 501 600 601 700 701 800 5 40 56 65 78 90 115 140 165 190 40 1 5 28 7 55 62 50 60 68 82 96 124 151 179 207 _ 45 M18 x 1 5 36 10 60 66 63 60 68 82 96 124 151 179 207 45 M18 X 1 5 36 10 60 66 80 70 70 78 88 109 130 151 172 193 214 60 M22 x 15 45 12 75 84 100 70 70 78 88 109 130 151 172 193 214 60 M26 x 1 5 54 12 75 84 JFA
379. 55 17 14 70 22 58 65 18 16 26 15 600 43 50 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 65 19 15 78 28 70 18 16 26 15 6001 51 63 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 75 19 15 78 28 84 100 22 20 30 2 51 80 112 50 35 32 28 24 12 26 1 5 30 75 Rcl 2 100 15 15 85 32 104 112 28 25 55 25 800 58 100 112 50 35 32 28 24 12 M26x1 5 75 1 2 116 16 16 100 37 124 136 33 5 315 44 2 5 800 88 125 121 60 35 32 36 30 12 15 35 80 Rcl 2 143 18 18 105 160 170 33 5 31 5 50 2 5 800 89 140 135 50 47 48 32 18 6 15 40 85 Rc1 2 160 20 20 120 45 180 180 37 5 35 5 eo 2 5 800 105 160 135 50 47 48 32 18 6 15 40 85 176 20 20 120 45 200 200137 5 35 5 2 5 800 105 gt 180 145 85 60 57 50 41 20 45 15 50 110 Rcs 4 198 20 20 125 50 220 224 50 45 3 1000 105 200 145 85 60 57 50 41 20 45 15 50 110 220 20 20 125 50 240 250 so 45 1000
380. 6 35 80 Rc1 2 143 30 25 35 18 18 25 35 5 65 20 27 5 71 37 800 25 140 135 140 50 48 40 85 1 2 160 38 31 5 40 20 20 31 5 40 80 25 35 80 40 800 35 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 31 5 40 80 25 35 80 45 800 35 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 40 50 100 31 44 100 50 1000 30 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 40 50 100 31 44 100 50 1000 30 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 50 63 125 41 55 125 65 1000 40 250 160 180 80 52 60 120 Rc3 4 270 63 50 60 23 23 50 63 125 41 55 125 65 1000 42 4 0 100 CB A 70 CP61M MR CP611M CP611M CP611MR Ta oe ft L LL oe oe TC 17 125 250 STKM13 55400 S eee 17988 e MM 001 ee bess G6 e eit 40 97 30 20 17 21 13 7 M14x1 5 16 47
381. 6 3 0 1180 x S 158 0 1180 x S 165 0 1520 x S 216 0 1520 x S 226 0 2230 x S 319 0 2230 x S 333 0 2510 x S 408 0 2510 x S 427 0 2870 x S 543 0 2870 x S 569 1 S mm 2 LB 2 3 CP61MR W kg 0 34 0 12 0 13 0 47 0 19 0 90 1 71 2 55 3 3 5 3 5 9 9 7 11 0 A 6 CP61M MR Long stroke cylinders standard 0 7 long stroke cylinders heat resistant cP691 cP691H JIS al JIS Symbol CP61BeEN KEGS VS 155 179 UFU YI CF Designed based CP61 cylinders for long stroke application CP691 series boast high rigidity with excellent reliability and proven performance Specification Long stroke cylinders standard long stroke cylinders heat resistant CP691 CP691H Operation type Double acting Lubricant 052213 12 Eo ISO VG32 46 Lubricant f 2 Bore size 40 2
382. 6 33 5 31 5 44 2 5 800 1 A A 54 A 52 A 53 CP61AD AR Dimension with dust cover 40 100 JC A ee OFA JFA Zs Ele mm 40 0 160 161 250 251 400 401 600 14 1 5 0 160 161 250 251 400 401 600 M18x1 5 0 160 161 250 251 400 401 630 631 800 M26 x 1 5 CP61 z z CP611AD CP611AR D 21 D 47
383. 63 105 70 23 22 20 55 Rc3 8 75 19 16 25 19 15 130 112 11 14 55 80 600 4 80 112 90 30 28 30 75 Rc1 2 100 24 20 30 15 15 150 125 14 20 71 105 800 5 100 112 90 35 28 30 75 Rc1 2 116 30 25 35 16 16 185 155 14 20 85 120 800 28 125 121 110 35 36 35 80 Rc1 2 143 30 25 35 18 18 220 185 18 25 100 150 800 25 p 140 135 140 50 48 40 85 Rc1 2 160 38 31 5 40 20 20 255 212 22 27 112 165 800 35 160 135 140 50 48 40 85 Rc3 4 176 38 31 5 40 20 20 275 230 22 27 118 180 800 35 180 145 160 65 50 50 110 Rc3 4 198 48 40 50 20 20 320 265 26 33 132 200 1000 30 200 145 160 65 50 50 110 Rc3 4 220 48 40 50 20 20 335 280 26 33 150 225 1000 30 220 160 180 80 52 60 120 Rc3 4 242 63 50 60 23 23 400 335 33 42 170 250 1000 40 250 160 180 80 52 60 120 Rc3 4 270 63 50 60 23 23 420 355 33 42 180 275 1000 42 A 65 CP61M MR CP611M CP611MR CP611M FA FA 300 500 SS400 L LL C A mm ae oF Pa a 8 amp fm MM ol ee 2 2 ja r WU 2 2 300 172 120 80 60 63
384. 7 C3604 z Ga A2017 T4 SUS WP UJ A 82 CP69 CP691 CP691H 100 CP691H Ns SS400 KF AWN SS400 Wee ze 27 STKM x gt SA gt eo ik S45C SA Bey SS400 jJ Sy SS400 SGD400 D TC SGD400 D FA FB CA CB FA FA FB CA CB wh FA DO Y A we 5 af SS400 ae Jb SWRM SWRH SBK1218 U gt ip Sy See 2 5 97 200 97 5 B
385. 7 48 32 18 6 1 5 40 85 Rc1 2 160 20 20 1125 16 x 1 5 23 255 212 160 22 20 112 800 160 135 80 50 47 48 32 18 M36x1 5 40 85 3 4 176 20 20 142 16 1 5 23 275 230 176 22 20 118 800 180 145 85 60 57 50 41 20 45 1 5 50 110 4 198 20 20 155 20 x1 5 27 320 265 198 26 25 132 1000 200 145 85 60 57 50 41 20 45 1 5 50 110 Rc3 4 220 20 20 180 IM20 x1 5 27 1335 2801 220 26 25 150 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 IM27 x1 5 36 400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 270 23 23 215 IM27 x1 5 36 420 355 1270 33 30 180 1000 A A 34 A 31 mj e id CP61 FB 40 250 SUS304 Max 10 40 100 Max 17 125 250
386. 7 50 41 20 IM45x1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 40 50 100 31 44 50 1000 220 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 50 63 125 41 55 65 1000 250 160 90 70 67 52 50 22 56 1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 50 63 125 41 55 65 1000 A A 15 CA CA 300 500 FCD450 Max 22 E lt R L LL C A 4 al a 8 S A MM Q emh mm BF Em EA Ls e MM pp1 EE E FIN k M NN Dp pi R T ARI x 7 300 172 120 80 60 63 25 M65 x 2 71 112 Rc1 335 25 354 8 M20x1 5 25 56 71 111 30 63 175 1000 350 177 135 90 70 71 30 M72x2 80 126 Rc1 385 25 404 8 M24x1 5 30 63 80 121 32 71 185 1000 400 202 150 100 75 77 30 2 90 144 Rc1 1 4 435 30 465 8 M27 x 1 5 35 71 90 135 37 80 220 1000 450 21211751110 90 85 30 M90x2 100 155 Rc1 1 4 485 30 520 12 M27x1 5 35 80 100 150 38 90 230 1000 500 217 200 130 105
387. 7 52 50 22 M56x1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 170 40 35 13 150 85 1000 250 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 180 40 35 13 160 85 1000 RE A B 24 CP66 ed CP61 LB LB 300 500 SS400 Max 22 NN L LL C A 4 JJ UU Z H L 2W1 2 mm saa T WL B Q Bi MM D IDD1 EE E N K M NN 00 Z JJ TTI H Ra 300 172 120 80 60 63 25 M65 x2 71 112 Rc1 335 25 354 8 20 1 5 25 12401 43 33 25 220 105 1000 350 177 135 90 70 71 30 72 2 80 126 Rc1 385 25 404 8 M24X1 5 30 280 43 36 25 230 105 1000 400 202 150 100 75 77 30 M82x2 90 144 Rc
388. 8 2 26 NBR NBR x a NBR SS400 E Jb NBR 2 SWRM CP61 z CP611LU Heat resistant type is not available Consumption packing list 40 100 40 50 63 80 100 SFR 16K SFR 20K SFR 30K PNY 16 PNY 20 PNY 30 M 2336 M 2337 M 2338 M 2339 M 2340 PGY 40 PGY 50 PGY 63 PGY 80 PGY 100 M 2176 M 2484 M 2485 Eo ae es 02301 0030 P CP61LU 40 P CP61LU 50 P CP61LU 63 P CP61LU 80 P CP61LU 100 20 g CP611LU
389. 8 to Rce1 4 CP66DR z Code of the position Rod flange Cap flange 1 1 Standard 5 5 Standard Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard Without KOON IED CHE 1 5 0 2 6 1 In case of standard position for both and 8 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect B 64 B 65 CP66DR CP665DR 40 100 ADC ADC A6063 S45C S45C SS400 SGD400 D TC
390. 90 12 1 5 0 065 25 0 117 125 14 1 5 0 080 31 5 0 142 140 160 M16X1 5 0 080 35 5 10 142 180 p200 M20 x 1 5 0 080 45 0 142 220 M27 X 1 5 p250 cp66 M24 x 1 5 M mm X M6X1 0 050 16 20 093 M8X1 0 050 18 20 093 0 065 20 01117 12 1 5 0 065 25 0117 0 080 35 20142 14 1 5 0 080 31 5 10 1142 16 1 5 0 080 35 5 10 142 M20 x 1 5 0 080 45 0 142 M27 x 1 5 M24 x 1 5 M mm x M6X1 0 050 16 20 093 M8 x 1 0 050 18 0 093 0 065 20 0 117 M12x1 5 0 065 25 0 117 0 080 35 0 142 D 18 D 19 TES SS400 Trunnion female screw steel mm M h QQ p40 42 M6x1 M10x1 50 49 12 1 5 63 59 16 1 5 9 80 76 M20 x 1 5 100 90 125 14 1 5 140 160 180 200 220 M27 x 1 5 M24 x 1 5 1 QQ q
391. 90 112 420 55 46 38 175 1000 53 CDP6 1 CP611M FA FA 40 250 V L LL 2 55400 4 J max 17 1257250 E mm san RT ESG EL GE MM 001 e Mma e 57 2 ME 40 97 30 20 17 21 13 T M14x1 5 16 47 Rc1 4 55 17 14 100 80 9 12 40 60 600 0 50 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 65 19 15 110 90 9 14 45 70 600 4 63 105 35 25 22 22 17 10 M18x1 5 20 55 Rc3 8 75 19 15 130 112 11 14 55 80 600 4 80 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 100 15 15 150 125 14 20 71 105 800 5 100 112 50 35 32 28 24 12 M26x1 5 30 75 Rc1 2 116 16 16 1851155 14 20 85 120 800 28 125 121 60 35 32 36 30 12 M26x1 5 35 80 Rc1 2 143 18 18 220 185 18 25
392. C 2 2 1000km The overhaul should also be performed when the cylinder operational distance reaches 1000km even before two years from the date of last inspection POKD ERE HORE OE 3 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications 3 Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required 2 100km The overhaul should also be performed when the cylinder operational distance reaches 100km even before two years from the date of last inspection CP66
393. C200V 50 60Hz 60Hz AC220V Rc Port size Solenoid valve OUT F A 1 4 1 4 1 4 1 4 3 8 3 8 1 2 1 2 1 2 1 2 SUP P B 35 MP66 sz js e mp mm M N 40 100 OH KEMI DIN R N mm MM lppil E N M NN Laas T EL DLJ ML SL ge p 40 94 33 22 19 21 13 7 M14X1 5 16 30 55 13 42 M6 x 1 11 55 51 99 72 32 5 Rc1 4 600 50 105 35 28 25 19 17 10 M18X1 5 20 34 65 15 49 M8 x 1 13 63 51 99 72 32 5 Rc1 4 600 63 105 35 28 25 19 17 10 M18X1 5 20 34 75 15 59 M8X1 13 63 51 99 72 32 5 Rc1 4 600 80 118 47 36 33 27 24 12 22 1 5 30 48 100 17 76 12 1 5 19 63 57 109 82 42 5 Rc3 8 800 100 118 47 45 42 27 24 12 M26 1 5 30 48 116 17 90 12 1 5 19 63 57 109 82 42 5 Rc3 8
394. CAT No 2221 CAD PDF URL hitp www 22 A s konan em com PABRIKA 500 40 500 A 2 A 2 CP500 280 320 360 CATNo 4223 CP61 CP500 250 40 250 A 78 A 78 40 500 40 250 p40 200 40 200 B 2 B 28 B 42 B 54 40 100 100 p40 100 40 100 40 100 40 100 C 2 C 12 C 20 C 34 C 2 C 24 CP3 6 16 CATNo 8216 5 8 CP5 SP5 12 100 p20 100
395. D mm 0 058 0 040 d8 0 062 0 07 0 0 050 d8 0 077 AMT6X1 0 065 d8 0 098 D 16 CBS 55400 Double clevis steel RR1 DDHaio mm cp61769 Seal Zh a amp N M1 40 55 42 M6 x 1 50 65 49 63 75 59 80 76 100 90 125 16 140 160 180 200 220 30 250 26 M8 x1 M12 X1 5 18 22 mm cp66 N M1 CBS 143 115 16 D5 0 084 160 125 176 142 198 155 220 180 242 190 30 270 215 26 0 1 18 31 5 6 0 1 22 40106 0 1 50 6 cp68 CBS TCS SS400 Trunnion steel a A cP61 69 M mm X p40 42 M6 x 1 50 49 63 59 M8X1 0 050 16 0 093 0 065 20 0117 80 76 100
396. D TC SGD400 6 TC we 28 at PZB Jb e SCM435 a y SWRH BC NBR y ls OS 57 NBR NBR E Z e gt gt Y S S gt NBR NBR 5 gt S S E S2 S o gt NBR SS400 NBR WZ YY P SWRM SS400 S45C SWRM SS NBR NBR P6 1 CP611AR gt 40 100 6 53 52 2 50 ED 09 22 19 4 G9 s 3 SS400 SS400 STKM13 S45C SS400 SGD400 D SGD400 D TADRE vr ae af as Jb Is 435 RH gt BC NBR IN Ps 7 57 8 NBR NBR Z F gt ay gt NBR NBR NININININ
397. E NE RRDA Ty F ty 2838452 LT FRE N O gt NC H 0 N OUT R OFF GEARY I N ON OUT 2 1 300w 2 H lt a ON p gt BELA b OFF IN ev 74 aR OFFI OUT b ON R 300mm a ON e eer nT
398. FL h By Py FW 10227 S 400 8 ile gt 2 y Ya Ki AS gt ES Standard type lt a TE D 24 Please refer to p D 24 for details SP66 9 2 Lock nut Port bushing Port position Cushion Pressure vessel position construction code Bly 229 Se L Without El ZJ tet 1 lock nut 2 2 lock nut 2 1 A B 24 Please refer to p B 24 for lock nut 292 ae Without YN With 1 This bush reduce the port size e g from Rc3 8 to 1 4 0 4 Ak Rated Electrical Position Proximity voltage conneaion to detect switches ype AC DC5
399. L JE 57 yy 2 lock nut 3 A TE D 4 Please refer to p D 24 for details L2 SP66 Port bushing Port position Cushion Rated Electrical Position Proximity Position voltage connection to detect switches ype 29 Yai Without AR With 1 This bush reduce the port size e g from Rc3 8 to Rce1 4 AC DC5 115V 1 AC100 220V 2 Rod flange Cap flange 1 Standard 5 5 Standard Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Rod flange Cap flange 1 5 2 2 Standard Code of the position 6 6 Standard
400. M45X1 5 50 110 Rc3 4 220 20 20 180 20 1 5 27 335 2801 220 26 25 150 1000 220 160 90 70 67 52 50 22 M56x1 5 60 120 Rc3 4 242 23 23 190 27 1 5 36 400 335 242 33 30 170 1000 250 160 90 70 67 52 50 22 IM56X1 5 60 120 Rc3 4 270 23 23 215 24 1 5 30 1420 3551 270 33 30 180 1000 RE A B 24 B 13 ed CP61 FA FA 300 500 55400 V NN L LL C A EE EE F B B1 at 5 1 i on 8 4 5 q MM 1 7 3 2 8 mm 528 an iL eA e Bi MM D IDD1 EE E F IN K M KINI waa a 2 300 172 120 80 60 63 25 M65x2 71 112 Rc1 335 25 354 8 M20x1 5 25 4
401. N OUT 2 H 0N b OFF O0FF b ON R 0N Db OFF OFF b ON Z F Zu gt FAH H IN HL OUT HL OUT IN SEE 1 NO NC H 2
402. N min No N No x 50 70 T N min min Emax J Es J T C E 16 E 17 F Fs N Us Fs 1 5xX50X WX E Fs N W N U m s Ls mm G is S 15 ts 2 x 10 x Ws N
403. Piston speed 50 500mm s A Thread tolerance JIS 6H Ci Si A gt Cushion Both ends Air cushion lt 2 IA size p 50 63 80 Cushion stroke mm 15 15 16 5 Proof pressure 1 05MPa Ambient temp 5 50C TE esponse time 03 lt 0 03s Notes Can be lubricated but the grease will be exhausted Although durability is enhanced after the lubrication continual lubrication will be required C 12 MP68 CS Model code lt lt ene Mounting Style Bore size Stroke Classification Dust cover of mount 4 40 50
404. QAVKN VARS 1ulol SIAelo TENNA SiAelo lqnoq ISSN AUS UA uid luto Sielo sl6ulS x x x ISSN AUS SIA 92 9IDUIS x x x lt 36uell deo N NB 36uell poy IE 1004 LB FA FB TC CAD CAB CAP CAS CBD CBK CBS TCS TFS LBR FAR tHe HOOK olseg N 40 100 O O OO OO O O O OJO OO 125 250 O JO O OO OJO O O O OJO O O 40 100 O O O O O O O O O 125 250 O O O O O O O O 40 100 O OO O O O1O1 O 125 250 1O1O1O1O1O1O1O1O1O1O1O1O1O1O1IO 40 100 1O1O1O1O1OTOTO 125 lt 250 1O1O1O1IOIOIOIO1O1O1O1O1O1O1O1O 25 250 1OIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOIOTIO1TIO 40 100 O 1OIOIOIOIOIOIOIOIOIOIO1O1O1O1O1O1O1O10O1O CP61LU 40 100 1O1O1OIOIOIOIO1O1O1O1O1O1O1O1O1O1O CP61SU CP61DR 40 100 O O O O CP61AD 40 100 O O O O CP61AR 40 100 O O O O CP69 Available Not available O x A CP61SU 180 250 LB As CP61SU 180 250 LB is not available D 3 TI INI A FS x leels
405. R 40 250 mm gt 0 160 161 250 251 400 rr 401 600 0 160 aa ME 161 250 251 400 a 401 600 0 160 161 250 Ss 251 400 401 630 CDH10 631 800 0 160 161 250 251 400 401 630 1 631 800 0 160 re 161 250 7 251 400 401 630 asl 631 800 y 0 250 251 400 401 630 631 1000 0 250 251 400 T 401 630 IE m 631 1000 0 250 251 400 401 630 FA JFA 631 1000 300 500 JC1 z AA mm 0 250 251 400 IF 401 630 im 631 1000 0 250 ala 251 400 J ele 401 630 631 1000 1 4 0 250 Ho 251 400 H 401 630 631 1000
406. Standard type QR Rl Vl No entry Y YA I IA we le Si ale 5 1 YC G 2 Y aA N YD Y YK Y Y YM MILE Ahm 2 2 52 i m Ve A Spo fil BAE LE Aye E gt Hy Applied gt z type TIT VERBA N 7b b EY 2570 kK gt F 55400 NN M Y Standard type I I YY zt Re ea S gt ny Poca aila R Applied YW4 J Ju F RE H FB type Tae R eR ee R FA YBEN TU FFI FY A 9 Tt TE DA 5 4 Q YS Please refer to p D 4 for details S Ri ID 2 ft IB SPT 9 IP a F y fp Without No entry
407. V Lead wire Max DC24V 4PVC 0 3mm 2 1m FA 5 220V DC5 115V 220V DC5 115V FB p 4 0 2mm 2 i motez Heat resistant lt 3m CA C 27 7 le A Z CB r CP68 MP68 1 2 Bore size Classification of mount 1 Classification of mount 2 40mm 40 50mm 50 63mm 63 80mm 80 100mm C 32 C 33 SP68 24 FBS 12 17 SP68H T OED RITE SP68 SP68H SP68
408. ake sure load force during rod out does not exceed the allowable buckling load of the cylinder piston rod Buckling load can be determined referring to the Technical Information 4 of the catalogue No 2221 1 4 Mechanical back up For securing safe operation of a cylinder even in case of entire error of functions involving pneumatic pressure select a spring offset cylinder or take other measures to maintain the operation by means of different energy sources 1 5 Entire safety consideration Select the cylinder model and size in a comprehensive planning and design process of a pneumatic control system taking into consideration the direct performance requirement as well as the safety in various conditions including installation adjustment full scale operation failure and disposal Cylinder installation Cylinders have precise operational functions and are used for applications with versatile conditions and environment It is therefore sometimes difficult to assume all concerned risks or risk factors when designing a cylinder In such cases the cylinder function and performance may be deteriorated in a period shorter than the maintenance period set by the manufacturer In order to avoid the risks install the cylinder as instructed below 2 1 Installation site Install a cylinder in a place where setting and maintenance is easy 2 2 Operating procedure After installation conduct a cylinder operation test for any abnormality
409. ally at the stroke end utmost care should be taken for safe operation Pressure vessel construction code of japanese government mm Large size pneumatic cylinders are identified as pressure vessels and the pressure vessel safety regulation of the Industrial Safety and Health Law applies The pressure vessel is defined as a vessel containing compressed air 0 2 MPa or more and satisfying the following conditions 1 A pressure vessel with 40 L or larger volume V D2xLx10 3240 V Volume L D Cylinder tube diamete cm L Cylinder tube length cm A pressure vessel with 200 mm or larger tube internal diameter and 1000 mm or longer tube length working pressure The maximum working pressure for a cylinder tube is 1 0 MPa 0 7 MPa for a tube with internal diameter 500 mm WStroke of standard cylinders 6200 mm or larger applicable to the pressure vessel construction code of japanese government Tube diameter mm Stroke mm 160 2 1933 180 1505 200 2 933 220 2 928 250 743 300 2 486 350 331 400 2 229 450 152 500 299 Excerpt from the pressure vessel construction code of japanese government reference A manufacturer that produces pneumatic cylinders or air tanks with specifications beyond the above requirements cannot transfer or lease the products to other parties unless otherwise passing the inspection by the Japan Boiler A
410. ater proof Cannot establish the plumbing and the position of the cushion in the same aspect AC100V 50 60Hz Rod fl Cap fl O ge AC110V 50 60Hz 2 6 AC200V 50 60Hz Gae ai ho poean 2 Standard 6 Standard AC220V 50 60Hz 3 7 DC24V 4 8 DC48V 1 502 6 DC100V 1 In case of standard position for both and 8 the code is not necessary tag Cannot establish the plumbing and the position of the cushion in the same aspect Cap flange Rod flange Both ends Cap end Rod end Return
411. do not match or the load oscillates select a method to use fittings such as pin and ball joint to avoid external bending pressure on the piston rod 5 3 Mounting of protection cover If the load on the piston rod and the driving component of the cylinder may possibly harm the operator during the cylinder operation mount a protection cover so that the operator cannot directly touch the driving components 5 4 Shock absorption using external shock absorber Generally rubber or air cushions are incorporated in the cylinder stroke edges to absorb external shock however these cushions are not enough for the load with high motion energy large mass and high operation speed In such cases it is necessary to mount external rubber cushions or other shock absorbers External shock absorbers should have appropriate absorption characteristics as well as suitable connection surface and connection stand with sufficient strength and rigidness AN Caution 6 1 Speed adjustment If a cylinder needs speed adjustment install a speed control valve to restrict the exhausting air from the cylinder port meter out control 1 Do not reverse flow direction of a speed controller 2 Konan standard SC6 series speed controller has an adjustment screw When it is turned clockwise the speed decreases to become zero valve closed When the screw is then turned counter clockwise the cylinder speed increases corresponding to the number of screw revo
412. e Cap flange 1 5 NM 2 6 Code of the position 2 Standard 6 Standard 3 7 4 8 9 1 5 2 6 1 In case of standard position for both and 9 the code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect C 22 C 23 SP68 8 SP68 C 27 C 32 Lightweight compact heat resistant cylinders with heat resistant reed switch 24 2 CP08H 77 Cha Ijo WAY IS CF Cylinders based on CP68H with heat resistant reed switch for detecting stroke position JIS JIS Symbol x t Specification Cylinder ER Specification Switch Z gt Ea Lightweight com
413. ease refer to p D 23 for details Neoprene standard Material Conex Standard type Z Gentex TE A 1 Please refer to p A 1 for the structure X y I T R Y Y Standard type Applied ype TE D 3 Please refer to p D 3 for details Without No entry 1 1 lock nut 2 4 L2 2 lock nut TE 2 1 A 4 63 600mm Max strokes 80 100 800mm n P6 1 z Lock nut position Port bushing Cushion position 27 87 Yael Without S With 1 This bush reduce the port s
414. ed type 4 7 P6 1 z Rod end fitting Lock nut By Weary Pe L Without Port bushing 1 1 lock nut 2 2 lock nut A 2 1 In case of with lock nut A dimension will be longer as shown page A 34 sy 7 a Without 2 With 1 This bush reduce the port size e g from Rc3 8 to 1 4 Rod flange Cap flange ol Port position 1 Standard 5 5 Standard Code of the position Cannot establish the plumbing and the position of the cushion in the same aspect Cushion position Code of the position Stroke adjustment range Rod flange Cap flange 1 5 2 6 2 Standard 6 Standard
415. esignation of Port location JIS 6H 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 56 CP61M MR E _ ee ne Ree TE Model code CP611 x Mounting Style Bore size Stroke Dust cover Rod end screw 1 Rod end eye a TE LCB 300 2CB
416. exhausted Although durability is enhanced after the lubrication continual lubrication will be required C 20 SP68 Model code CS HSA E l Jp Mounting Style Bore size Stroke Classification Dust cover of mount Without Jj 2 FRADE fe Rs ie HLS Z l A l gb R iP op aE ee Max strokes 40 63 600mm Min strokes Without N p 80 100 800mm RR Material Neoprene standard C my TE C 1 Please refer to p C 1 for the structure 252 No entry Y YA I IA a lean Yc YP amp 2 y gt YD Y
417. g 32 295 130 1000 52 450 212 175 110 90 85 30 M90x2 100 155 Rc1 1 4 485 55 42 35 320 145 1000 42 500 217 200 130 105 95 M100 x2 112 170 1 1 4 540 420 55 46 38 360 175 1000 53 A A 15 CP611MR LB 300 500 SS400 max22 ST 5 o 2 Ln Ctl NAAN EB DD1 EE ES fee 8 16 wy fa Te s 300 172 220 80 60 71 112 335 63 56 71 25 240 43 33 25 220 105 1000 50 350 177 250 90 70 126 Aci 385 71 es 25 280 43 se 25 230 105 1000 45 400 202 270 100 75 90 144 Rc1 174 435 71 90 320 50 39 32 295 130 1000 52 450 212 300 110 90 100 155 Rc1 1 4 485 100 380 55 42 35 320 145 1000 42 500 217 330 125 105 112 170 Rc1 1 4 540 100
418. gt M 2051 M 1148 M 1149 1150 1111 1112 1 1113 1114 1115 1911 1117 M 1152 M 1153 M 1154 M 1155 M 1156 M 1955 M 1158 2 S zai Zar S 15 02301 0280 02301 0320 02302 0400 02302 0450 Z s 22 E BIN So 22 M 1074 M 1075 M 1076 M 1077 SE m y ZIN D M 3344 02301 0189 27 02301 0030 P CP61MR 125 P CP61MR 140P CP61MR 160 P CP61MR 180 P CP61MR 200P CP61MR 220 P CP61MR 250 300 500 300 350 400 450 500 m lt 29 0 2 7 LBH 71 LBH 80 LBH 90 LBH 100 LBH 112 8 y J s gt gt SKY 71 SKY 80 SKY 90 SKY 100 SKY 112 M 1877 M 1878 M 1879 M 1880 1881 E ZS Ip BR 22 M 1092 1093 1094 1095 1096 02302 0550 02302 0650 02302 0700 02302 0800 02302 1000 1167 1168 1169 1170 M 1882 02301 0070 02301 0210 NI NI INI oI SI N gt S zal Aor p FA 32 22005 2
419. ish the plumbing and the position of the cushion in the same aspect J IT tt B With 1 This bush reduce the port size e g from Rc3 8 to Rc1 4 Not apply No entry Rod flange Cap flange 1 5 Ax Applicable V2 1 Standard 5 Standard Code of the position 1 2 2 2 11 Please refer to P 12 for details Cannot establish the plumbing and the position of the cushion in the same aspect A 80 CP69 mn CP691 CP691H 40 63 w 008060090 0 8 3 5 08 0 OUO 2 2 ls ga SS400 2 IN J SS400 STKM 5 Ves amp S45C SS400 CP691H SS400 SGD400 D TC SGD400 D
420. ith reed switch JIS JIS Symbol MERRY YF CPOS BIZ A ha Z BAL YF EBRLE A Ait PROP RE EIS L F Uz Oilless enclosed cylinder based on CP665 with reed switch for detecting stroke position This cylinder boasts high adaptability regardless of loads or operational environment Z Specification Cylinder Specification Switch HE Oilless enclosed cylinders with reed switch Model code SP665 e D Operation type Double acting Lubricant none Oilless Z Bore size 40 200 A 0 2 1 0MPa Working pressure SW 1 SW 2 Model code i B A Detecting method Proximity of iron Ac Dc5 115V AC100 220V 2 60mA 2 30mA Rated current a Power rating 3w 6VA 5 ON OFF 2 LED light when switch is light up 4 when switch is off Lamp Leakage current t 1mA 20M Q Isolation resistance 1 500V 1 _5 50C Ambient temp fe IEC
421. ize e g from Rc3 8 to Rc1 4 Code of the position Rod flange Cap flange 1 1 Standard 5 5 Standard Cannot establish the plumbing and the position of the cushion in the same aspect Code of the position Rod flange Cap flange 1 5 2 2 Standard 6 6 Standard mi Without 1 1 5 2 6 In case of standard position for both 8 9 code is not necessary Cannot establish the plumbing and the position of the cushion in the same aspect A 39 CP61DR CP611DR 40 100 o FP A SS400 I aw WN 08 SS400 STKM13
422. ize Color of lead wire Gray Black Cushion stroke mm 15 15 16 5 N m E 3 TENE m gt 5 pi Proof pressure gt 5 60C Internal circuit N Ambient temp 1 5 2 SS 3B SS 3A 3 TC 4 Notes 1 The air must be dried the ambient temperature may drop below 5C to prevent problems due to freezing 2 Consult factory for non standard applications which are not coverd by above specifications 3 In case of TC mounting it changes to be tie rod type 4 Can be lubricated but the grease will be
423. lace for loosening of screws and other external abnormalities as well as abnormal noise Confirm residual oil film on the surface of piston rod taking care of the inspector s safety Inspection should also be performed while the system is not in operation without exhausting inlet pressure for loosening of screws flaws on the piston rod surface and air leakage from piston packings exhaust port of the directional control valve and piping joint 3 2 Periodical inspection Following periodical inspection should be conducted by annually or annually 1 Precise inspection should be performed after electric pneumatic shut down and the status recorded Repair should be performed if necessary 2 Overhaul should be performed in the 2nd annual inspection and components exchanged as specified or if necessary The overhaul should also be performed when the cylinder operational distance reaches 1000 km even before two years from the date of last inspection 3 3 Residual energy Maintenance requiring actual operation of a system should be performed after pneumatic electric shut down and exhaustion of all residual electrical charge and compressed air from the system Make sure the movable components do not move during the maintenance and mechanically fix them if necessary for safety Care should also be taken for components that may drop out during the maintenance operation and components with sharp edges to ensure safety 3 4 Communicatio
424. lter with nominal filtration rating of no more than 40 um to remove solid contaminants Exhaust liquid drain or oil through the filter or drain separator after sufficient cooling of the air Exposure to contaminated high temperature compressed air may deteriorate packings or other components making the cylinder life shorter 14 3 Piping 1 Do not remove the plastic plug and keep the cylinder packed until just before piping in order to prevent dusts and rusts from entering the cylinder during storage or installation Use galvanized pipe for steel tube piping and remove dusts after screwing 2 Before connection clean the pipes by air flushing or washing to remove internal dusts moisture and oil 3 lf a seal tape is used for screwing wrap the tape around twice or three times in a direction opposite to the screwing direction leaving 1 5 to 2 threads from the screw edge 4 For piping works using tapered male thread joints or steel tubes use sealing materials such as seal tape and fasten to adhere tightly to the threads Do not use wrenches and spanners that are excessively large for the joint or those with long extended handle Do not step on the wrench spanner to fasten the pipe Excessive fastening may result in collapse of screws In case of 6A to 25A Rc1 8 to 1 size tapered male screws 4 to 5 threads should be screwed For operators with little experiences an exercise before actual piping is recommended A Caution BESS SEAE GE
425. lution 3 For safety fully close the speed controller before air supply then pressurize and gradually increase the cylinder speed using a directional control valve 4 After adjustment firmly fasten the locknut of adjustment screw 6 2 Air cushion adjustment A cylinder with air cushion incorporates a cushion needle needle valve that adjusts the cushion As the cushioning effect differs depending on the load speed and motion energy speed adjustment and cushion adjustment should be conducted at the same time For safety start the adjustment with the needle valve fully closed screw at right end to maximize cushioning effect and then stop the screw where the cylinder stops promptly without any shock approx 2 turns counter clockwise from the fully closed position A needle valve with locking function should be firmly locked A Caution ELEG cylinder can be stopped intermediately by controlling with 3 position closed center type directional control Due to compressible nature of air however precise stop position or retention rigidness of the stop position like those of hydraulic cylinder cannot be achieved with a pneumatic cylinder As sealing portions inside a cylinder system allow minimal leakage it is also difficult to maintain the stop position for a long time If long term retention of stop position is necessary install mechanical retention equipment such as brake lock or latching sys
426. n If multiple persons are involved in the maintenance operation keep all the personnel informed about the conditions including power off completion of residual pressure exhaustion power on and resumption of air supply Cylinder installation site Use of a cylinder at the following sites requires compliances with special functional specifications and regulations Consult our sales personnel in the planning process for anything unclear 1 Operating conditions not within the specified range 2 Significant risk for users properties or environment is anticipated Eg Use for nuclear power plants vehicles medical components components related to the Occupational Health and Safety Law and or the High Pressure Gas Safety Law etc Users Instructions A Caution 1 1 Weight Heavy weight cylinders should be transported with the aid of a conveyer equipment Cylinder weight can be confirmed by referring to Konan Pneumatic Cylinder Catalogue and product drawings Qualified personnel should be responsible for the operation of forklift truck crane or slinging according to the regulations and company safety code Care should also be taken for transport of light weight cylinders not to cause cylinder tube deformation and other component damage 1 2 Dropping During lifting or horizontal transportation of a cylinder handle the cylinder carefully not to drop or damage 1 3 Dust prevention Plastic plug is attached
427. ndard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 26 CP61SU JR 5 rim COME CAV Model code y Mounting Style Bore size Stroke Rod end fitting Dust cover w tb Without Neoprene standard Max strokes Material Conex Gentex A 1 Please refer to p A 1 for the structure No entry Y IE YA Standard type I IA D 23 Please refer to p D 23 for details Standard type 2 bv 4 Z TE D 3
428. nders with 5 port solenoid valve 24 2 Meee YY CP68 K SR ERREZI VZ Adee LO ME P AA ASO VERY EF CP68 oilless enclosed cylinders with directly mounted 5 port solenoid valve JIS cu al JIS Symbol This design enables easier piping and reduction in air consumption thus lowering costs Lightweight compact oilless enclosed cylinders with 5 port solenoid valve Specification Cylinder del code Specification Solenoid valve 4A3 Model code MP68 Allowable voltage fluctuation 10 10 of applicable voltage fF xX Operation type Double acting Temperature rise 70C Max 70C Lubricant none Oilless Insulation class JIS B 4003 B Class B Bore size 40 100 X J Power consumption AC 6VA DC 5 5W e Working pressure 0 2 0 7MPa 10 250m Under250mm Stroke tolerances 1 250 1 000nm
429. nhanced after the lubrication continual lubrication will be required Bo D O MUSH DUT Designation of Port location 90 180 Standard location of piping ports and cushions are shown in the dimension drawing of each models Configurations rotated by 90 or 180 from the standard as keeping the samerelative locations of ports are deemed as the same and as the standard Identify the location of piping ports and cushions by the surface numbers shown in the illustrate at right A 20 A 21 CP61LU an 5 COME CAV Model code CP611LU J Mounting Style Dust cover amp Without Neoprene standard Material Conex Z Gentex A 1
430. noid Electrical Rated voltage Rated voltage Electrical Position Proximity position position construction code position of valve valve connection type for solenoid valve for reed switch connection type to detect switches Rod flange Cap flange 1 1 Standard 5 5 Standard Lead wire W indicator DIN DIN connector Code of the position W o indicator Water proof Cannot establish the plumbing and the position of the cushion in the same aspect Rod flange 1 2 2 Standard 6 Standard 3 7 4 8 9 1 5 2 6 1 In case of standard position for both and 9 the code is not necessary Cap flange AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC220V
431. nt Feel free to contact our sales personnel for details 3 4 Working temperature Use a cylinder with specified range of ambient working temperature and supply pressure 1 Temperature of compressed air around an air compressor may become high which may cause deterioration of packings or malfunction of the cylinder 2 In a place where temperature is close to 0 C remove moisture in the compressed air with an air dryer If the dehumidification is not performed significant amount of moisture may freeze inside the cylinder to cause malfunction Z Warning 4 Safety measures 4 1 Operation space Secure sufficient operation space for safe installation and maintenance of a cylinder This should be considered sufficiently since in many cases a pneumatic control system is installed after completion of a main system Ensuring safety is the first and foremost priority 4 2 Mechanical safety 1 Intrinsic safety Make sure to avoid significant damage to operators squashing dragging blow cutting burn electric shock etc by contact with movable heated or energized components 2 Safety measures Put protection cover to the piston rod and other movable components during the system operation to prevent operators from approaching Take utmost care not to insert arms hands or fingers into the system 3 Safety system If setting of a protection cover or other safety measures cannot be taken due to the functional problem of the system
432. pact heat resistant cylinders ae Sniwe fin heatresistant reed SP68H 60 Operation type Double acing JIS K 2213 ig verse name Om cau Lubricant Lubricant J SS 5A Model code Detecting rendi Magnetic proximity switches AC5 220V DC5 115V Rated voltage 15mA DC5 20mA 5VA 2 5W H 8 H Rated current Power rating Lamp E lsolation resistance Withstand voltage Al B Ambient temp Hl gt Bore ee 40 100 0 2 1 0 Working pressure gt st 100M Q AC1 500V 1 0 120 C Protect construction IP65 A 4 PVC 3m Electrical connection Lead wire Color of lead wire Black 0 as 250m Under250mm Stroke tol roke tolerances 250 1 000mm 50 500mm s Piston speed A i b A JIS 6H Thread tolerance Cushion Both ends Air cushion F 7 7 Boe size 50 63 80 Cushion stroke mm 15 1
433. pneumatic pressure failure 1 In case of power failure or emergency stop of a cylinder operation ensure the cylinder at operation stops or shifts to a safe position Care should be taken not to damage personnel or equipment after recovery of the power failure or the system operation Indicate procedure to recover power failure 2 In order to complete a cycle operation even in case of pneumatic pressure failure reserve sufficient amount of pneumatic pressure in an air tank 3 In case of the system shut down due to emergency stop or power failure avoid damage to personnel or equipment when restarting the cylinder operation after power recovery or system reset N Warning 11 Clamp system If dropout of a workpiece due to pneumatic pressure drop in a cylinder driven clamp system is anticipated use a cylinder with spring return or lock A N Warning 12 Lifting system Following should be considered when using a cylinder for lifting systems 1 Do not use a cylinder for elevators transporting people 2 If external force due to loading unloading of workpiece etc is added at the stop position use a cylinder with lock or establish other mechanical positioning system 3 Set the start up position at the lower end of the lifting system 4 If power failure occurs during a solenoid valve operation stop the cylinder or shift it to a safe position If the valve is manually operated use a latch valve A Warning Follow the belo
434. ption packing list CP691H 40 100 1 lik 40 50 63 80 p 100 go Da KS 7 M 1907 SDR 25F M 1906 ZF 9 Ely NS y 27 M 1393 SKY 25F M 1239 M 1240 WY TAA P M 2336 M 2337 M 2338 M 2339 M 2340 2 5 p SIS y gt 22 M 1239 M 1240 M 1394 M 1395 M 1243 A M 2839 M 2838 M 2837 B 02307 1155 02301 7225 02307 2165 02307 2225 M 1252 Jb PS gt S gt 02301 0035 125 250 P CP69H 40 140 02301 0095 P CP69H 50 P CP69H 63 P CP69H 80 P CP69H 100 20 160 180 200 220 250 ZF 11 ZF 13 SDR 71F is Soy 57 M 1241 M 1242 SKY 71F 2 9 25 b M 11121M 1113 1114 1115 1911 1117 2 Zz p BIN SP
435. resistant type Model code CP611 CP611H CP611S2 CP611S2H Operation type Double acting Lubricant dS K 2213 Zina E ih ISO VG32 46 Lubricant a Z N E Bore size 40 500 F Working pressure 0 2 1 0MPa Stroke tolerances Under250mm 1 9 250m 04 250 1000 ZB ip a Piston speed 50 500mm s TES Thread tolerance JIS 6H 6g L a Cushion Both ends Air cushion Proof pressure 1 5MPa 1 5C Ambient temp 5 120 C F 2 100C 3 4 CP61H CP61S2 CP61S2H Notes 1 The air must be dried the ambien Designation of Port location
436. select appropriate type and size of cylinders for the load and motion energy as well as take into consideration the load connection method In particular if motion energy of the load is high large mass and high speed operation sufficient strength and rigidness of mounting structure is necessary Installation of separate shock absorber may also be required For example as described in the Technical Information 7 5 of the catalogue No 2221 use of a cylinder with excessive mass of loads may cause damage to piston and connection components that may affect operators and surrounding mechanical systems 1 2 Load factor and redundant safety Theoretical output of a cylinder is provided by multiplying supply pressure by piston area cylinder area In order to get enough speed dynamic output determine the supply pressure and cylinder diameter so that load factor to the theoretical output becomes no more than 70 In case that the cylinder plays a significant part of the system functionality or that it is used under conditions in which maintenance is difficult the system should be designed to lower the cylinder load factor Also a system design with multiple cylinders taking into consideration the redundant safety should be employed to avoid rapid functional deterioration For example selecting a larger size cylinder will double the energy absorbing capacity of air cushion making impact resistance reinforced 1 3 Buckling of piston rod M
437. ssociation or the Boiler amp Crane Safety Association in accordance with the Ministry of Health Labor and Welfare Ordinance The product user should conduct periodical voluntary inspection annually beginning within one year after the product use and record and store the inspection results including the followings for 3 years 1 Damage of the product body 2 Wearing of the clamp bolt of the product cover 3 Damage of the tube and valve 2 Material regulations wa The standard cylinders applicable to the second class pressure vessel should be used with operating temperature of O C For materials not specified in this catalogue please consult us 3 High Pressure Gas Safety Lav mm The High Pressure Gas Safety Law which was renamed from the High Pressure Gas Control Law in 1996 is applicable to 1 0 MPa or more pressure For a pneumatic cylinder using 5 0 MPa or less pressure however the law is not applicable because the cylinder uses compressed air provided from air compressor When using Ne gas or air from air tank the law should be applicable for 1 0 MPa or more pressure Main revision to the catalogue Tube materials Applicable cylinder Revision CP61 CP69 CP66 series cylinder with tube internal diameter 200 and 250 Tube internal diameter 9200 Cylinder tube external diameter 210 gt 213 Revision Cylinder tube external diameter 260 0267 Tie rod screw size
438. t right Cushion valve position is not standard its position is out of alignment from the center of the flange as below mm 40 63 80 100 4 In case of TC mounting it changes to tie type G EE CP68 R CP68H 1242717279 BAR Model code CP68 E Mounting Style Classification Type of mount 7 wb le ig I aw wb A s 2 Dust cover Bore size b No entry Max strokes 40 63 80 100 600mm 800mm Without
439. tem A Warning A cylinder with stroke longer than the specified maximum length is prone to cause deflection of piston rod or tube due to its own weight Follow the below when using such a cylinder 1 If the cylinder body is firmly fixed prepare a tube supporting equipment 2 Select a cylinder supporting equipment sufficient for the buckling load of the piston rod 3 Remove lateral load and match the center of piston rod and working load 4 If the load oscillates mount intermediate trunnion for support and use the cylinder not to make inertial force at oscillation excessively large Caution ERS deVeer 9 1 Selection of oilless enclosed cylinders Select an oilless enclosed cylinder under following conditions 1 The cylinder is not frequently used Lubricated oil may not reach the cylinder due to little spray volume 2 Flow capacity of pipings is several times larger than the cylinder volume or the cylinder is mounted on a place much higher than the lubricator The spray oil will not reach the cylinder Konan provides a lubricator that can be installed between the directional control valve and the cylinder Feel free to contact our sales personnel for details 9 2 Oilless enclosed cylinder 1 Use specified grease after overhaul of an oilless enclosed cylinder Reconfirm the type of grease with our sales personnel 2 greased oilless enclosed cylinder can be lubricated but the grease
440. try Standard type Standard type ES y M I I Y QR Ry RIS 2 ble R Ee gt A SND Wie Aig SP Z gt Y aii Siig wl Aye E gt A SW VIE Bie 9 mmf IUI VEABA N TU b EY RI 55400 toa Sa gt x xe TE D5 Please refer to p D 5 for details y Z a R L W 1 lock nut Only lock nut gt Z gt aetna L2 W 2 lock nut 1 Y 1 3 2 2 1 A 3 D 25 Lock nut included as a standard for rod end fitting Please refer to p D 25 for details NN C 25
441. ufflers as standard equipment Lead wire DIN W indicator DIN connector W o indicator Water proof AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V AC100V AC200V 50 60Hz 60Hz AC110V AC220V MS66 oy FAK Rated Electrical Position voltage connection to detect switches type AC DCS NSV 1 AC100 220V 2 Lead wire DIN PG 9 DIN connector 1 2NPTF Both ends Cap end Rod end B 57 MS66 125 200 Model code sl 4 lt Dust cover jies ae Bore size Stroke Rod end fitting b Without XIE som Neoprene standard 180 200 1 000mm Material I Conex
442. umbing and the position of the cushion in the same aspect Rod flange Cap flange 1 5 2 6 2 Standard 6 Standard Code of the position Without 1 5 2 6 1 In case of standard position on for both 9 and the code is necessary Cannot establish the plumbing and the position of the cushion in the same aspect Not apply No entry Ax Applicable V2 TE 1 2 Y Y I 2 a RJ I J i SPP 7 gt D 23 Please refer to p D 23 for details Without Without 1 L 1 lock nut 2 L2 2 lock nut 2 1
443. w for exhaustion of residual pressure inside a pneumatic control system at installation or maintenance 1 Use a manual control valve for exhaustion of residual pressure 2 Place manometers pressure switches and other residual pressure indicators at each section with residual pressure 3 In a sequence control system make sure to centrally control all related residual pressure exhaustion If this is impossible indicate the place and switching condition of the air exhaustion equipment with a tag 4 If allowing separate maintenance of each cylinder install a 3 port manual valve or other residual pressure exhaustion valve at the inlet or outlet of the directional control valve 5 In a system circuit using a check valve non return valve a pilot check valve and or a closed center check valve exhaust residual pressure separately or indicate warnings for residual pressure as air may be contained even the system is not in operation 6 Indicate the residual pressure exhaustion valve in the system circuit drawing A Reference 14 1 Pressure drop In a pneumatic control system with long pipes at the end or entrance of the system sufficient pressure may not be supplied due to pressure drop Piping thus should be designed properly or supplementary air tank should be installed to secure supply pressure if a cylinder is operated intermittently 14 2 Air filtration Air supplied to a cylinder should be filtrated by a fi
444. x1 5 27 40 50 100 31 48 50 1000 200 145 85 60 57 50 41 20 IM45xt5 50 110 Rc3 4 220 20 20 M20 x15 27 40 50 100 31 48 50 1000 220 160 90 70 67 52 50 22 M56x15 120 Rc3 4 242 23 23 M27 x1 5 36 50 63 125 41 63 65 1000 250 160 90 70 67 52 50 22 M56x15 120 Rc3 4 270 23 23 M27 x15 36 50 63 125 41 63 65 1000 32 CP61SU A i mp e j CB CB 40 250 Max 10 40 100 SUS304 Max 17 125 250 F ON R L LL 4 M DDH10 RR 7 40 100 CB Pr R WE EN en eh MM D DD1 2 Re 5 M NN DD D1 R K 40 97 30 20 17 21 13 7 M14X15 16 47 Rc1 4 55 17 14 42 M6 x1 10 10 15 35 12 13 30 15 600 50 105 35 25 22 22 17 10 18 1 5 20 55 Rc3 8 65 19 15 49 MBX1 12 12 18 35 12 15 35 5 18 600 63 105 35 25 22 22 17 10 18 15 20 55 Rc3 8 75 19 15 59 8 1 12 16 25 45 15
445. x1 5 19 71 15 35 15 4 5 60 800 100 118 47 45 42 27 24 12 M26X1 5 30 48 Rc1 2 116 17 90 Mi2x1 5 19 85 15 35 15 4 5 75 800 lt CP61 LB LB 125 250 55400 17 L LL C A w1 w1 2 4 JJ Z L1 L 2W1 2 Z mm za sam ee MM DD1 EE F1 F2 N M 00 2 9 125 121 60 35 32 36 30 12 26 1 5 35 80 Rc1 2 143 18 18 1115IM14X1 5 19 100 20 19 6 85 45 800 140 135 80 50 47 48 32 18 M36x1 5 40 85 Rc1 2 160 20 20 125IM16X1 5 23 112 25 24 9 100 55 800 160 135 80 50 47 48 32 18 M36x1 5 40 85 Rc3 4 176 20 20 1422 IM16X1 5 23 118 25 24 9 105 55 800 180 145 85 60 57 50 41 20 M45X1 5 50 110 Rc3 4 198 20 20 1155 IM20X1 5 27 132 30 28 13 1 125 70 1000 200 145 85 60 57 50 41 20 M45x1 5 50 110 Rc3 4 220 20 20 180 M20 1 5 27 1150 30 28 13 135 70 1000 220 160 90 70 6

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