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Contents
1.2.
3.
4. 10 m DCC O No PFF OMMO004
5. O No PFF OMMO004 PF3W 7 JI E L 04 0 5 4 L min 40 5 40 L min 10 100 L min 50 250 L min 23
6. PFF OMMO004 e
7. O No PFF OMMO004
8. O No PFF OMMO004 LEE 2 S S LYC ama
9. No PFF OMMO004 BI FG
10. m
11. PFF OMMO004 RU s ss has
12. agt 10L min 10 L l EHHA ON OFF ON OFF
13. lt lt lt lt XX SSO lt S RSS SA OXA ASX 90555555555 KK AO OZ RS 000000000002900000000000000 SS SS A PFF OMMO004
14. 49 N
15. O UL UL1310 2 UL1585 2 30 Vrms 42 4 V 2 r Ws UL
16. 100 0 90 C 3 mPa s 3 cP 0 90 C E 7
17. IN IN 79 90 225 45 17 NY No FF OMMO004 PF3W704 720 740 M4 4 8 1 5 mm 64 PF3W711
18. O No PFF OMMO004 m F 2 OUT2 OUT2 0UT1 gt 1 NM map HYS k i tHYS ACCUMU a a 2 j j 2_ 2_ 40 3 i a P2L n2L tnL tPL P2H n2H tnH tPH 2 x a Ht 41 I 43 8 42 4 S D F 2 OUT2 NY No FF OMMO004 gt 1 F 2 oUt2
19. O O PF3W7 23 O No PFF OMMO004 NPN2 PNP2 PF3W7H A T PF3W7H BT _ 24 V _ 24 V Max 28 V 80 mA 30 mA 1 V 1 5 V NPN PNP PF3W7 C TD PF3W7 E T NPN PNP PF3W7 DT PF3W7 F T DC12 _ 24 V Max 28 V 80 mA 80 mA 1 V 1 5 V 1 5 V E 1 5 V 1
20. 1 1 5 3 1 1
21. M8 24 mm 21 mm 32 mm 41 mm 54 mm 54 mm 20 O No PFF OMMO004
22. c CC O No PFF OMMO004 720 0 0 gt ON EEPROM 100
23. 5 V 20 mA gt F22 AnA AnA FLoW tEMP F22 FF ym OFF 51 0 004 I OFF ON
24. IN 40
25. ISO IEC JIS ISO 4414 Pneumatic fluid power General rules relating to systems ISO 4413 Hydraulic fluid power General rules relating to systems IEC 60204 1 Safety of machinery Electrical equipment of machines Part 1 General requirements ISO 10218 1992 Manipulating industrial robots Safety JIS B 8370 JIS 8361 JIS 9960 1 1 JIS B 8433 1993 2 A A I H A N
26. 29 28 O No PFF OMMO004 2 F 1 2 Fnn w w lj X NY No FF OMMO004 001 OUT1 WS 1ot OUT1 1P 1 OUT1
27. UP OUT1 0UT2 ON EEA ON OFF ON OFF O No PFF OMMO004 1 5V F S 5 V 1 V 4 V 1 6F S 4 V x 196 0 04 V 1 5 V 1 5V
28. i 9 2 5 10 L min 5 10x5 50 L O No PFF OMMO004 0 o 1L min 12 1 L min 210 METERAN ETT SI
29. Tl O H_t 1 H 1 OFF Ht tPL H tn Ht ON ical w Y OFF tnL tnH PFF OMMO004 3 lt gt F 3 ORA F 3 7 s 45 O No PFF OMMO004 F10 0011
30. CE
31. lt gt PFF OMMO004 C 17 FG
32. 58 Q No FF OMMO004 m F99 lt gt F99 h IN AN gt ON X 2 OORA VARIT 5 g Y F99 59 O No PFF OMMO004 gt 1
33. ORA F 2 0072 e tPL tPH or tnH tPH ORA F 2 OUT2 c CC F 43 O No PFF OMMO004
34. DC DC z 2 RNN LE h _ 40 EE JIL ANTRE EKTE gS CS Eyri Ener FE A o EEDD 40
35. F10 46 Q PFF OMMO004 gt gt gt 5 gt O 4 L min P_1 N_1 P1L P1H N1L N1H PFF OMMO004 gt
36. O No PFF OMMO004 6 33
37. LoC 61 O No PFF OMMO004 DC DC OUT1 0UT2 30 ms GND 30 ms GND V lt opan aE gt 7 2477 sij
38. gt 1 gt 1 60 Q No FF OMMO004 lt gt LoC 1 LoC LoC 1
39. A en PE Q PFF OMMO004 L E PET FA UEH DCG DC OUT1 OUT2 j gt
40. 3 4 2 No FF OMMO004
41. 3 SMC M8 ZS 40 A m O No PFF OMMO004 0 0 10 20 30 40 50 60 70 80 90 C O No PFF OMMO004 PF3W 04 PF3W 20 lt edW l lt FEF l L min L min PF3W711 PF3W 40 S lt e edn H g edh F 80 100 60 IL min 10 15 20 25 30 35 40 L min PF3W721 L min Q PFF OMMO004 PF3W721 PF3W711 ed H 200 250 L min L min Q PFF OMMO004 PF3W704 720 740 P
42. 40 H lt IL 25
43. 2 5 100 24 5 x 100 500 9 5 5 90 7 s 6 9096 7 s X7 AC250 V 8 X G JIS 202 1S0228 1 1S01179 1 G 1 016030 G
44. 3 OFF 26 62 LCD BN HX R H S R 0FF
45. ON 30 OFF 54 O No PFF OMMO004 81 61 lt gt F81 PIN F81 55 O No PFF OMMO004 m F82 6
46. Fi 22 lt lt O No PFF OMMO004 OUT1 80 mA OUT2 80 mA 140 lt 1 110 Z L
47. 2 250 L min 1296 48 O No FF OMMO004 SU ON FF 2 4 O O 2 gt 2 A OUT IN a M8 4 T aliii SET Pronar DOWN 2
48. gt 5 LoC UnLoC Q gt 5 LoC UnLoC Di O No PFF OMMO004 3 100
49. 1 UnLoC LoC No PFF OMMO004 No FF OMMO004 PF3W7
50. 2 5 100 24 5 5 x100 500 9 5 2 2 x100 200 3 8 lt gt F30 SAVE hf TV 2 57719108 ORA F30 2 5 OFF OFF 2 5 A B
51. X OUT2 L gt Wan a PLS k u 2 ON OFF O 0 004 3 n_2 ORA F 2
52. OFF lt 2 5 x PB Q PFF OMMO004 730 129 30 ON lt gt F80 dSP bP OFF I ON OFF F80
53. 1 3 6 6 1 35 O No PFF OMMO004 4 OUT1 lol yom ON ON OFF OFF ORA 5 F 1 OUT1 36 NY No FF OMMO004 2 H_1 H_2 ON OFF J H1 H2 H2 ON 3 1 OFF PIL P1H P2L P2H 0 0ON
54. M5 4 2 mm 84 No PFF OMMO004 PF3W704 720 740 3 0 4 8 0 5 lt 0 7 Nm 64 PF3W711 721 4 0 4 1 0 1 2 Nn 64 No PFF OMMO004 UREDA
55. 4 20 mA IALO d DARE E ON OFF gt 90
56. 999999 3 1 5 5 6 3 5 999999999 999999999 F30 1 0 0 F20 48 999999 3 5 s 6 3 5 999999 6 0 O F30
57. 1 100 1 30 LOC FAL 3 UrLoG LoC 000 lt gt 61 UnLoC 5 000 62
58. 33 O No PFF OMMO004 c 34 Q 0 004 I 2 n1AH 6 gt 1 1 nldH 1 59 3
59. L min L 3 F S 3 F S 5 F S 25 4 99999999 9 L 999999999 L 0 1 0 5 1 NPN PNP DC26 V NPN 1 V 80 mA 1 5 V 80 mA 22 0 5 s 1 2 Q PFF OMMO004 PF3W704 PF3W720 PF3W740 PF3W711 PF3W721 8 0 5 s 1 8 2 s 1 5 V 1 kQ 4 20 mA DC12 V 300 Q 0624 V 600 Q 0 4 V 30 ms 2 4 7 2 6 11
60. 1 kQ D 4 20 mA 4 20 mA 12 300 Q 12 300 Q 24V 600 Q 24 V BF 600 Q NPN PNP PF3W7 6 PF3W7 H Max 28 V 80 mA 80 mA 1 V 1 5 V 30 ms 30 ms O No PFF OMMO004 NPN2 PF3W7 A T NPN PF3W7 C T PF3W7 0D T NPN PF3W7 6 PNP2 PF3W7H BT PNP PF3W7 ET 000 PF3W7 F 7 000 PNP PF3W LILI LILI H LILILI OFF Max 80 mA 0U
61. 100 OFF 30 msec GND ooo 1 ooo lt gt F20 iNP iNP F20 O No PFF OMMO004 m F22
62. amp 1 F20 48 O No PFF OMMO004 gt s gt 1 F20 50 _ gt F82 56
63. 0 0 0ON ON 50 msec OFF O PFF OMMO004 H_1 H_2 OFF H1 H2 H1 H2 ON OFF n1L 0 RE 0OFF 0 o 0 0FF 50 msec
64. JIS B0202 180228 1 amp 1S011791 G 1 S0O1179 1 IS01179 2 IS01179 3 IS01179 4 IS016030 6 ISO016030 REEERE 0 90 C G 2 O No PFF OMMO004 PF3W711 PF3W 721 3 mPa s 3 cP 20 350 L min 20 L min 0 BEENY 5 L min 1 L pulse
65. O 0 004 3 n_1 36 WP n1L or n1H s n1H 36
66. 1 2 3 1 2
67. 1 SVMC FLOW SWITCH FOR WATER P_1 n_1 Q 1 SMC SWITCH GSMC SWITCH 2 FLOW SWITCH GSVC SWITCH FOR WATER FOR WATER 0UT1 0UT2 P_2 n_2 tn tp F 1 10UT1 1 lt F 2 0UT2 39 33
68. 1 PF3W 0N OFF 2 2 lt L ON 0 O No PFF OMMO004
69. F 1 oUt1 H 1 OUT1 CoL OUT1 002 0072 20t OUT2 2 OUT2 F 2 oUt2 H 2 OUT2 F 3 RES rES IF10 IF20 iNP inP F22 AnA FrE IF30 SAVE SAVE U dSP F81 PiN Pin LinE TF90 ALL ALL SARRE IF98 tESt tESt F99 iNi ini SUb 50 200 2 00 L min 4 L 2 4 2 80 8 0 L min 16 L 24 2 200 20 0 L min 40 L 2 4 2 50 50 L min 100 L 242 126 126 L min 250 L 242 SB 5 020 0 20 L min 4 L 24 2 08 0 8 L min 16 24 2 20 2 0 L min 401547 5 5 L min 100 L 24 2 12 12 L min 250 L 2 2 SoG ON OFF HYS 2 P 40 9 0 Ex 50 200 2 00 L min 4 L 2 4 2 80 8 0 L min 16L 200 20 0 L min 40 242 50 50 L min 100 L 126 126 L
70. 56 O No PFF OMMO004 m F90 lt gt F90 AN gt OFF ON F 1 F82 X 2 F90 57 NY No P
71. 5 1 2 48 DC12 24 V 10 50 mA IP65 JZ SD 0 50 1E FR FEE BR 35 85 H AC1000 V 1 50 MQ DC500 V CE UL CSA RoHS PPS FKM CPVC i 285 g JERY 1 75 3 mPa s 3 cP 74 2 0 5 s 3 6F S 3 78
72. 6 1 3 1 3 L 6 6 1 b 9 1 1 ORA F 2 0072 42 O 0 004 tP
73. gt 0UT2 1 zji M S NPN lt nnl mo oo gt gt CL Q PFF OMMO004 PF3W7 L_ U 91 ii 10 100 L min PVC X 250 L min L min _ CNN PP X NS i j 1 L min 0 2642 gal min 1 gal min 3 785 L min OUT1 OUT2 O No PFF OMMO004 PF3W704 720 3x8 4 PF3W740 3x8 4 PF3W711 4x10 4 N8 3 m
74. F10 46 lt gt F82 LINE w A b C X y Z 0 1 8 9 gt 1 6 1 ORA F82 gt 1
75. 5V 20 mA 10 V 5 5 L min 4 L min 1 5 V ORA F22 NY 0 004 m F30 OFF
76. OUT2 0011 OUT2 gt F10 SUb Mr TL L LIL 0UT1 OUT1 lt OFF
77. 5 EJI 22 1 T JE s tl 0 50 35 85 R H AC1000 V 1 50 MQ DC500 V CE UL CSA RoHS PPS SUS304 38 12 341 iki O No PFF OMMO004 PF3W704 PF3W720 PF3W740 PF3W711 PF3W721 fi 385 435 130 85 g X1 75 mPa s 3 cP 74 X2 0 5 s 396F S 3 78 4 OFF
78. No PF OMM0004 81 A R PF53W zZZ SMC 2 11 14 15 17 18 20 23 26 29 30 F1 OUT1 31 F2 OUT2 39 F3 45 F10 46 F20 50 F22 51 F30 53 F80 54 F81 55 F82 56 F90 57 F98 58 F99 59 60 63 64 68 68 75 83 84 01 0 004 I AL
79. elelelele Tay 100 L min 250 L min 2 9 lewlelwlel 250 L min 2 nn Q p 1 Lmnm G galmin gal F gal min gal F 7 X SI M gt a iE G F J 1 L min 0 2642 gal min 1 gal min 3 785 L min 1 F 9 5 32 1 M8 3 m M G 10 e o4 1 e 0UI2 B KF x 4 Sjj Ei 1 5 V 21921 2 1 T NPN PNP 1 5 V 1 5 V 4 20 mA 4 lt 20 mA 1 lt 5 V 1 lt 5 V 4 lt 20 nA 4 lt 20 mA
80. 30 F10 46 4 L min LU UJO MIL OUT1 0UT1 MAERT lt lt OFF lt X OUT2 NY No FF OMMO004 ON 0OFF _1 L min gt ON OFF gt F 110UT1 31 F 210UT2 39 O PFF OMMO004 gt 3
81. IN IN OUT 0OUT OUT OUT
82. 250 L min cm Q PFF OMMO004 396F 5 11 cm PF3W711 721 PF3W711 U25 100 L min 9 6F S PF3W 21 U32 250 L min O OUT PFF OMMO004 OO PF3W704S PF3W720S 6 0 20 0 15 0 B 10 0 l K 5 5 0 0 PF3W 40S L min 0 1 2 3 4 5 6 7 8 AP No PFF OMMO004 PF3W704 720 740 1 8 V 7 2 mA 1 48 V 4 m 5 92 mA 2 TREE RE 10 C 0 C 100 110 C PFF OMMO004 PF3W704 720 740 711 42 35 5 2 12 13 6 13 6 16 8 3 5 14 mn e 2 812 CD gt lt CN cN LO
83. s 10 C OFF O No PFF OMMO004 m PF3W704 PF3W720 PF3W740 PF3W711 PF3W721 3 mPa s 3 cP 0 5 4 L min 2 16 L min 5 40 L min 10 100 L min 50 250 L min 0 35 5 50 L min 0 35 L min 0 00 50 ms 1 7 22 0 L min 1 7 L min 0 0 1 7 22 0 L min 0 1 L min 0 90 3 5 55 0 L min 3 5 L min 0 0 0 0 1 140 L min 20 350 L min L min 1 140 L min 7 L min 20 350 L min 20 L min 0 05 L pulse 0 1 L pulse 0 5 L pulse 1 L pulse 2 L pulse 0 70 C EEIE
84. OUT2 mw n2L or n2H eee n2H F 2 OUT2 41 O No PFF OMMO004 c Add dEC 0UT1 34 OUT1 OUT1 n2AH n2dH 3
85. 4 OFF 2 5 5 100 24 5 100 500 9 5 X5 90 6 909 6 7 O No PFF OMMO004 gal PF3W704 PF3W 20 PF3W 40 PF3W711 PF3W 721 0 13 1 06 0 53 4 23 1 3 10 6 2 6 26 4 13 66 gal min gal min gal min gal min gal min 0 09 1 45 0 45 5 81 0 9 14 5 1 8 37 0 5 92 gal min gal min gal min gal min gal min 0 09 L min 0 45 L min 0 9 L min 1 8 L min 5 L min 0 00 L min 0 00 L m
86. min 250154 2 5 020 0 20 L min 4 L 08 0 8 L min 16 L 20 2 0 L min 40 L 5 5Lmin 100L 12 L min 250 L 2 2 100 1 oUt 0UT1 tEWP REACUM FLoW tEMP oFF oFF Ba oN ON oF 55 eee tr 56 oF 57 NoRMAL oFF PFF OMMO004 m F 1 OUT1 0UT1 gt 1 gt HYS J 2 1_P 1_N 32 Add dEC 34 P1L n1L P1AH n1AH P1dH n1dH P1H n1H P1AL n1AL P1dL n1dL 33 3
87. 000 90 O No PFF OMMO004 EPDM PFE3W 109 _ EPDM 11 0 C DID DID X143 11 91 NY No FF OMMO004 SMC lgg 0120 837 838 URL http vww smcworld com 101 0021 4 14 1 UDX 15F 2009 2015 SMC Corporation All Rights Reserved No FF OMMO004
88. 5 4 SoG SoR REd GRN 36 F 1 OUT1 NY No FF OMMO004 lt gt 1 F 1 oUt1 E s E A 2 X ON OFF
89. 50 ms 0 lt 70 L min L H 3 F S 3 F S masu gt MEJ NPN 1 V 80 mA PNP 1 5 V 80 mA F 0 5 5 1 2 s 1 5 V 1 kQ 4 20 mA G DC12 300 Q 0624 V 600 Q 0 4 V AJ 30 ms 2 4 7 2 6 11 1 2 8 50 m BT MII 5 Q PFF OMMO004 PF3W711 PF3W721 0 4 V AJ 30 ms 2 4 7 2 6 11 H
90. F3W704S 720S 740S e R R 0 O 20 40 60 8090100 C C PF3W721 PF3W711 PF3W711 721 z MPa MPa f 10 20 30 40 50 60 70 80 90100 f 10 20 30 40 50 60 70 80 90100 C 2 PFF OMMO004 IN 396F S 8 cm 100 L min 11 cm UE IN 0UT PF3W 04 PF3W 20 10 PF3W720 03 UI j PF3W720 004 16 L min 96F S 96F S PF3W720 03 8 L min PF3W711 10 100 L min 9 6F S 9 6F S 0 2 4 6 8 cm cm O No PFF OMMO004 PF3W721 V F PF3W721 014 250 L min F 5 lt PF3W721 12
91. FF OMMO004 F98 ON 5 V 20 1 V 4 mA lt gt F98 waq coar gt TT 1 Ms NoRMAL FoRCE _ 1 gt OUT1 ON OFF OFF ON G OFFEN OFF ON OUT2 G ON 5Vor 20 mA OFF 1Vor 4 mA V F98 X 2
92. Lo cO LLI olo lt 88 CD CD z LO k CN n CO gt CD CN LL mi LS li HBE3W740 17234 98 3 4 1 PFF OMMO004 PF3W 21 AN AA AN PF3W721 PFF OMMO004 PF3W704 720 740 711 721 PF3W721 F12 119 PF3W721 F14 123 O No PFF OMMO004 PF3W704 720 740 22 TRIO 92 O No PFF OMMO004 PF3W704 720 740 PS O No PFF OMMO004 PF3W711 U25 PF3W721 U30 F g N SSY ii Bil Q 7 i Fe B B B 25 A PFF OMMO004 ZS 40 A 4 2 6 10 3
93. T2 T ou DcC 0112 O No PFF OMMO004 A IN 1 3 OFF 1 1 X gt 30 X 3
94. in 0 0 Lmin 0 0 L min 0 L min LEE 0 09 1 45 0 45 5 81 0 9 14 5 1 8 37 0 5 92 gal min gal min gal min gal min gal min 99999999 9 gal 999999999 gal 0 01 gal pulse 0 05 gal pulse 0 1 gal pulse 0 5 gal pulse 1 gal pulse 32 212 F RT m JEE Bl 14 230 F zarana Nme TOER maA 0 90 C G O No PFF OMMO004 E REAT O pure water 509 6 sodium hydroxide pure water O EERO utrie oo emheeseid oO O 1 2
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