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1. DC12V2. OO COC F3SG R vi F3SG R
3. F3SG R F3SG R 219 Du DH F3SG RA
4. 6 1 1 4 3 F3SG R
5. F3SG R 6 F3SG R 6 W F3SG R IX X
6. F3SG RA F3SG RA Gb OFF 14mm
7. F3SG R 7 F3SG R F3SG R OCC F3SG R Vii Vi
8. 1 2 F3SG RA 3 2 7 PNP F39 JGHA D 24V DC OV S1
9. F3SG RA QO F3SG RA F3SG RE x 2 15 1 F3SG RA ON
10. O hk O RW O O O O oO O Oo Oo O O Oo O o o gt oO O o o 5 Ma Oo Oo F3SG R Z S mE 7 20
11. F3SG RA F3SG RA F3SG R 45 77 77 dl
12. 3 F3SG R IP54
13. F3SG R F3SG R OFF b OFF
14. 3 1 DIP SW 8 Q CHECKI F2SG SD Manager 2 F3SG R 2 10 EDM F3SG RA F3SG RE x 2 10 1 hg OFF ON b
15. 2 F3SG R gt a 2 2 F3SG R F3SG R 2 2 1 2 ON ON OFF 2 2 2 Z 2 OFF ON OFF 8 2 2 3 2 OFF
16. 2 6 1 1 2 F3SG R F3SG R EMC DC24V
17. Push SW CH CH1 F3SG R 112 CH1 CH1
18. 1 0 F3SG R 41 77 dl 77 42 2 F3SG RA
19. 10s 1 200s 1s 1 1 15 1 0 0 5 1 DIP SW 8 NN CHECK QQ IEC61496 2 CHECKI 35G 3 Manager 2 F3SG R 81 E
20. FRO DIP SW E7 E8 DIP SW DIP SW 2 DIP SW 2 DIP SW F3SG RA DIP SW F3SG RE F3SG RE Y DP SW a 2 79 WR
21. ee F3SG RA E3Z E2E 3 D4N F3SG RA 3 N O 2 F3SG RA PNP PNP NPN NPN
22. 2 S3 35 F39 LGTB 486 2 M5 M6 M8 4 amp 1 40 8 35 35 S25 al F39 LGA E E EE 2 M 1 a MI SI 2 M5 M6 2 M5 M6 24 85 68 24 85 F39 LGTB w 1 SS B lt M5 M6 gt lt M8 gt mm F3SG 4RE 30 F3SG 4REH 14 A c1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 G C1 43 5 G C2 73 5 H C1 69 H C2 99 C1 88 C2 118 P 20 P 10 C1 1
23. _ 2 72 4 b ma 2 12 1 N F3SG RA A B ON 2 1 F3SG RA ON 2 A ON T1min T1max 0 1 4s B ON PNP Vs 3V Vs NPN 0 3V 2 80ms 1
24. S1 5 1 1 1 1 1 1 MUTEA i i 1 1 1 1 1 1 1 1 1 3 4 4 F3SG R MUTE B A 5 DIP SW DIP SW 2 D P SW F3SG R 184 5 2 8 4 NPN NPN 0V DIP SW 3 DIP SW1 DIP SW2
25. 35 26 5 F39 LGTB 23 2 8 2 M5 M6 ME SC 2 M5 M6 2 M5 M6 EE hm 2 lt Ss25 92 8 5 42 35 TI F39 LGTB i 8 lt M5 M6 gt M8 gt mm F3SG 4RE 30 F3SG 4RE 14 A C1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 G C1 43 5 G C2 73 5 H C1 69 H C2 99 I C1 88 I C2 118 P 20 P 0 C1 1 1 2 F C2 1 1 2 F 0
26. a
27. gt STB LOCKOUT 1 1 gt J MI J 11 NN i 4 7 4 x CA 4 ME FEO FA NN 2C 2D 2F
28. QQ CHECK lt CHEC F3SG R 65 7 Hl 66 F232SG SD Manager 2 F3SG R 2 13 F3SG RA F3SG RE x
29. F3SG R F3SG R
30. F3SG R
31. 10 11 12 ON OFF 13 14 m o A NN 1 9 10 11 12 ON OFF 13 14 F3SG R 7 m Ra 8 1 4 1 LED F3SG R LED 3 F3SG RA F3SG RE 1 TEST O EE DIP SW
32. F3SG RA 0 F3SG RA A B OFF F3SG RA
33. Oe F3SG RA F3SG RE 2 14 1 F3SG RA ON 1 13 3 F3SG RE Q CHECKI
34. 52 i RI O14 A 2 70 22 2 60 6B 6C 2 4 H NI 30 31 32
35. 0 0 8 i 5 6 ta 4 7 2 F3SG R 4 5 7 8 F3SG RA F3SG RA 6 6
36. TOP BTM 3 1 2 3 W 2 7 3SG RE N CHECK
37. 4 5 5 F3SG R S NN 113 F3SG R 114 4 4 1 117 4 1 1 117 4 1 2 118 4 1 3 122 hm 4 1 4 123 4 2 125 EN 4 2 1 125 4 2 2 127 3 4 3 128 4 3 1 F39 LGF 128 4 3 1 1 F3SG RA 128 4 3 1 2 F3SG RE 130 4 3 1 3 F39 LGF 132 4 3 2 F39 LGA 133 4 3 2 1 F3SG RA 133 4 3 2 2 F3SG RE 135 4 3 2 3 F39 LGA 137 4 3 3 F39 LGTB
38. 1 1 ON ON OFF OFF OFF ON OFF 1 2 3 5b5 to 1 1 1 EU I LL ON OFF i ON EE FE F3SG RE 1 CHECKI 2 22 2 F3SG R 2 22 3 DIP SW DIP SW
39. 2 7 1 2 3 1 9 1 8s 1 60s 1s 1 2
40. 0
41. ie 6 2 1 2 3 F3SG R 6 2 1 3 6
42. 22 5 15 F3SG R 146 lt 8 2 S3 F39 LGTB _23 2 8 2 9 6 35 2 S3 F39 LGTB F3SG 4RE0190 30 51 65 wn w 2 M5 M6 gg 2 M8 6 35 40 8 a EE E 8 a wn ww lt M5 M6 gt lt M8 gt mm F3SG 4RE0160 14 C1 190 C2 160 D 140 D 140 G 277 5 G 277 5 H 303 H 303 I 322 I 322 P 20 P 10
43. 2 20 2 7 6 2 20 3 DIP SW DIP SW 2 20 4
44. DC24V 20 F3SG R F3SG R F3SG R 7 1 2 7 1 2 1 F3SG R STB SEQ F3SG R 7 1 2 2
45. F3SG R x gt 1 1 LOCKOUT w k 1 INTERNAL N LOCKOUT COM 2 a INTERNAL N gt LONG LOCKOUT A k 1 POWER 9 N LOCKOUT SowEp N Z WN 2 DIP SW
46. F3SG RE 9 CHECKI 2 9 2 2 4 2 OFF F3SG R 2 2 5 2 OFF F3SG RE
47. 5 10 DIP SW 9 9 7 10 5 F3SG R 72 F3SG RA F3SG RA
48. Na J LL gt N DIP SW MO 2 2 A F232SG SD Manager 2
49. 7 3 A 1 2 4 F3SG R 209 7 1 2 3 A B ON 7 Nl he A ON B ON
50. ON 1CH ON 2CH 3CH 1 ON 2 ON DIP SW 8 NN CHECKI 5G Manager 2 F3SG R 95 7 F 96 2 22 F3SG RA F3SG RE x 2 22 1
51. mW F3SG SD 7gge F3SG RE Q CHECK 2 24 2 2 24 3 2 24 4 F3SG RA F3SG RA
52. 118 4 1 2 F3SG R F3SG R S Q CHECKI 4 1 2 1 ISO 13855 EN ISO 13855 S
53. F39 LP F39 BTLP Bluetooth F39 BT PNP OV NPN DC 24V F3SG R 201 2 1 S RT H NW g 202 F3SG R 7 7 1 204 7 1 1 205 7 1 2 209 7 2 212 7 3 219 7 4 222 F3SG R 203 7 1 F3SG RA lt gt lt gt oO 1 2 PNP NPN 3 4 5 6 7 8 O O O E gE O
54. 7 2 2 2 72 4 5 F3SG R
55. 1 Al BI F3SG RA i F A1 A MU B1 B lt 77 OFF F3SG RA F3SG R 55 2 77 dl 3 4 77 F3SG RA Al Bl F3SG RA A V B1 B Al1 B1 ON F3SG RA
56. DIP SW F3SG R DIP SW Push SW F3SG R Xi A CHECKI F3SG R Xil i FIT I x xi 1
57. F3SG R 128 2 2 M5 M6 g F39 LGF a de lt PE 8 8 F39 LGF J 2 M5 M6 4 M5 M6 gt mm F3SG 4RAH 30 F3SG 4RAH 14 A C1 18 A C2 48 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm 4 4 9 7
58. F3SG RA i Al BI F3SG RA Al Bl F3SG RA T Ro 1 1 77 df d 1 F d2 M d2 T3 0 1s A ON A1 OFF T1min T1max 1 B ON B1 OFF T1max UI _ 80ms T4 1s a 2 1 EE F3SG R 58 2 12 3 T1max A OFF ON
59. Push SW Co 2 DIP SW 3 4 5 1 m Q CHECKI 2 DIP SW F3SG RA DIP SW 5 6 DIP SW 8 DIP SW
60. F3SG RA Tdyn 3s 1 F3SG R 63 i dl
61. ml kd 9 2 F3SG R 6 1 4 LED F3SG RA 1 2 3 4 F3SG RE 2 3 4 gt ww B E 8 Lock OUT h T lt gt 4 E Wo lo 1 ls 2 lt gt EDM INT LK CFG BLANK SEQ SLOW NPNIITOP SS 4IRAO190 30 D senmlNo Loo0TZ14A Vemlon 10 Yesr 2014 REGEIVER PNP NPN
62. F3SG RA 140 12ms CodeA 13ms CodeB PF3SG RA 112 113 F3SG RA 17ms CodeA 18ms CodeB F3SG RE NN1 2 CHECK 3 2 140 255 F3SR RA 112 4 2 F3SG R 2 NO 2 1 19 1 2 2 21 2 2 1 21 2 2 2 21 2 2 3 21 2 2 4 21 2 2 5
63. ON 1CH ON 2CH 3CH 2 CHECKI W 1 ON 2 ON DIP SW 8 25G Manager 2 F3SG R 40 2 12 F3SG RA F3SG RE x F3SG RA ON AGV
64. EE XS5F D421 80 F XS5F D421 80 F T nm R R sa al 24V DC 24V DC ov 0V Q CHECKI 2 19 5 F3SG R 91 EEEEA0 gt 92 2 20 F3SG RE x F3SG RA 2 20 1 OFF F3SG RE
65. F3SG RA F3SG RE F3SG RA DIP SW F3SG RA DIP SW DIP SW DIP SW DIP SW DIP SW 8 DIP SW HE MM T 2 CLE Em 3 Cm Gp M2 5 1 PR M2 5
66. 9 DIP SW 24V 9V Vs ON OFF DIP SW 0V 0 3V ON OFF ON OFF F3SG RA ON OFF RESET ON OFF ON OFF F3SG RA ON OFF ON OFF
67. F3SG RA Z 7 2 1 1 0 1s 2 A B OFF 1 2 ON A OFF B ON A T3 0 1s OFF B T3 0 1s ON
68. OFF ON OFF F3SG R ON OFF OFF ON ON
69. _ 6 CG O 3 7 INT LK G 2 8 EDM 4 1 9 INTERNAL 10 LOCKOUT O O Ne ON 11 SB O 1709 OFF ON 12 ON OFF ON OFF O O OFF
70. 3 4 4 F3SG R 5 F232W MA 6 DIP SW DIP SW DIJP SW 1 1 1 1 1 1 S1 MUTE A MUTE B F3SG R 180 5 2 4 NPN NPN 0V
71. F3SG R IV F3SG R F3SG R
72. F3SG RA E3Z R E3Z LR D a E3Z F3SG RA D F3SG RA L 0 3 3m D 0 26m L 3m D Lxtan5 Lx0 088m L F3SG RA D F3SG RA 2 12 2
73. 8 DIP SW F3SG R 106 DIP SW F3SG RA DIP SW 8 OFF F3SG RA DIP SW DIP SW 8 ON F3SG RA PNP NPN 8 DIP SW 3 2 2 DIP SW DIP SW he 1
74. CH CH1 RT TT S NN Fr 11 11 10 10 a 5 5 4 4 L 4 11 4 11 2 2 2 2 4 5 i 45 10 11 10 11 ps i 13 12 7 6
75. 15 F3SG R 136 4 3 2 3 F39 LGA mm ZDC2 F3SG R 137 x KS J 4 3 3 F39 LGTB F39 LGA 4 3 3 1 F3SG RA F3SG 4RA0190 30 F3SG 4RA0160 14 2 S3 F39 LGTB S 26 5 2 M5 M6 8 2 M8 1 9 S25 F39 LGA o o 3 El 8 8 2 M5 M6 a 9 2 24 85 24 85 24 85 1 En 1 8 1 p 4 lt M5 M6 gt M8 gt mm F3SG 4RAH
76. IN Rt 2 1 EE NE 2 1 ON1 ON2 ON3 3 2 2 ON1 ON2 ON3 3 2 3 ON1 3 ON1 ON2 ON3 3 1
77. 1 0 1s 2 A B OFF ON A B OFF F3SG R 53 A B 4s F3SG RA 1s 60s i 7 A ON T3019
78. 1 1 F3SG RA gt N CHECK F3SG R 126 4 2 2 1 M3 2 F39 JGR2W 3 F39 JG B 10m
79. 5 6 F3SG R 5 2 10 F3W MA 4 L F3SG RA A PNP 24V F3W MA B 1 100ms DIP SW 1 DIP SW DL4 lt lt G F3W MA F3W MA F39 GCN
80. F39 LP F39 BTLP F3SG R 99 100 W 77 2 27 30 000h 30 000 1 000 000h 1h 2 24 5 F3SG RA F3SG RA F39 LP F39 BTLP
81. O CHECKI 2SG SD Manager F3SG R 71 Z 2 14
82. 24V 1 2 OV elu ol gl ro nm J F3SG R 167 4 5 4 FSSG RE F3SG RE 1 4 4 2 0 3mm2 0 058 2 m NN CHECKI 4 5 4 1 XS5F D421 80 F mm L 4o7
83. F3SG RA F3SG RA F3SG RA F3SG R 76 F3SG RA A B A CHECK
84. O O QO 2 74 2 1 3 2 lt CHECKI
85. Q CHECKI ON ON OFF OFF ON OFF 1 2 3 EE 1 1 1 I 1 EE I I I Or F3SG R 85 6 4 1 f 1 1 f 1 6 6 8 OOoOoOooooo OOOoOoOoooooo e e e e HO 4 5 I oooooklewaedpeee H 7 Ny r o O 6 O
86. Q CHECKI NN CHECKI F3SG RE NN CHECKI 2 21 2 1Hz 1 2 21 3 DIP SW DIP SW F3SG R 93 2 21 4
87. S2 CAGD a 3 7 70 YE 2 4 F3SG R ML A1 B1 5 DIP SW DIP SW 9 DP SW 1 1 1 16 1 1 1 S1 1 MUTEA EO MUTE B i i i PP F3SG R 182 5 2 6 2 NPN NPN 0V
88. dl El DIP SW F3SG R AN F3SG R 0 F3SG R We
89. 4 4 2 a F3SG 4R 30 F3SG 4R 14 0190 1230 0160 1200 2 1310 2270 1280 2080 3 2350 2510 4 J F3SG 4R 30 F3SG 4R 14 0190 1230 0160 1200 2 1310 2270 1280 2080 3 2350 2510 4 5 a oo a F3SG 4R 30 F3SG 4R 14 0190 1070 0160 1040 2 0 1150 1950 1120 1920 2 1 2030 2510 2000 2080 2 2 CHECKI
90. 2 23 2 2 CH mW F939SG SD Manager 2 F3SG R 98 2 24 F3SG RA F3SG RE 2 24 1 F3SG RA PC
91. 0 0 5 1 0 0 5 1 DIP SW 8 CHECKI ar IEC61496 2 CHECKI mW F323SG SD Manager 2 F3SG R 75 7 2 15
92. A B T1 4s A OFF ON B ON OFF T2 A B N 0O N C PNP ON OFF T3 0 1s A N ____ EE _ OFF Ti T3 0 1s 8 N OFF 1 T2 1
93. 13 COM O 14 BTM o o DIP CG 3 1 F3SG R 2 2 9 3 F3SG RE CHECKI 3 F3SG RA TOP CFG LOCKOUT STB ON OFF F3SG R
94. mm F3SG 4RA 14 F3SG 4RA 30 14 30 1 24 50 Ng 2 34 70 n 14 10 xn 30 20 x n F3SG RA LED 1 2 3 4 F3SG R 74 OoOOoOoewee e OOoooeweee eooe e 1 1 J J 1 2
95. 6 1 1 3 1 DIP SW 8 CHECK
96. 0 0 3s 0 3s 0 1 4s 0 1s 2 7 DIP SW 8
97. ON ON
98. S1 1 EH F3SG R 191 G lt Va 5Sed 192 5 2 15 F3SG RA Y PNP PNP 24V DIP SW 5 DIP SW1 DIP SW2 2 EE oN 2 EE oN 3 EE oN 3 EE oN 4 EN ox 4 EN ov PNP 7 LE oN 7 LE oN 24V 4L oN DIP SW F39 GCNY2 F39 JGLHB L F39 JG 1 1 MUTE A OV MUTE B 2
99. DIP SW F3SG RE F3SG R 123 w 2 2 DIP SW 2 D SW F3SG R 124 4 2 F3SG RA F3SG RE x F3SG RE NN CHECK 4 2 1 F3SG RA 3 1 1 F3SG RA 2 OFF 3
100. F3SG R F3SG RA 1 2 A A A A A A F3SG RA F3SG RA F3SG RA A B F3SG RA A B
101. NN CHECK F3SG R F3SG RA 14mm F3SG RA 4 5 OFF 1 4 4 OFF 2 1 2 3 OFF OFF 4 5
102. F3SG R 10 ON 100 170 F3SG R
103. F3SG R S mm S mm mm F3SG RA
104. 1 CHECKI F3SG R 131 4 3 1 3 F39 LGF 25 8 23 1 mm ZDC2 F3SG R 132 4 3 2 F39 LGA 4 3 2 1 F3SG RA 2 M5 M6 150 F39 LGA C2 14mm C1 30mm F39 LGA 2 M5 M6 24 85 150 WV M5 M6 gt mm F3SG 4RAH 30 F3SG 4RAH 14 A C1 18 A C2 48 C1 4 C2 4 D C1 50
105. F3SG RA 3 F3SG R 111 DIP SW CFG BLANK DIP SW SEQ BLANK CFG Co 4 Push SW 1s 1 BLANK NT 2 SEQ
106. Bluetooth Bluetooth SIG Inc 1 F3SG R F3SG R 2 F3SG R EU V 2 ESPE Electro Sensitive Protective Equipment 3 EC EU F3SG R EC EU 2006 42 EC EMC 2004 108 EC 2014 30 EU 4 1 EN61496 1 4 ESPE EN 61496 2 4 AOPD EN61508 1 4 SIL 3 EN ISO 13849 1 2008 PL e
107. ON NN T1 4s A B 4s 10s 0 1s A B 0 1s T S T ww F3SG R 77 78 PNP A B 1 N O 24V NPN A B 2 N C 1 N 0 2 N C 0V
108. 5 6 F3SG R t F3SG R DIP SW1 DIP SW2 A 1 EE oN 1 LE oN 2 EE oN 2 LE oN i 3 EE oN 3 EE oN F3SG RA 4 LW oN 4 LE ov PNP 7 EE oN 7 EE oy A 1 LE oN 24V 4 LE oN B 1 oN 1 ON 2 0 2 oN 2 LMON 2 a 1 3 EE oN 3 EMON 2 A 100ms 4 oN LEON 2 5 LE ov 5LEMON 2 6 oN 6 LON 2 B 1 LE ON G lt Va 5Sed G lt Va 5Sed
109. CHECKI F3SG R 6 FasG R 5 TOP BTM STB 6 TOP BTM STB lt gt lt gt Ko TOP BB EE 8 i io EMITTER bp RECEIVER p 1 p SHBS yd i md
110. 2 7 2 72 2 7 3 F3SG R 39 1s J ON1 EE un ee ON ON EDM ON
111. _ 20 1 1 232 8 3s 26 5 mm SUS304 4 3 3 4 F39 LGTB 1 27 22 65 26 122 TI 67 23 5 18 F3SG R 148 44 25 2 mm SUS304 F39 LGTB 1 3 29 67 2 B F39 LGA B 27 25mm 4 4 4 4 1
112. ON F3SG RA F3SG RA ON F3SG RA F3SG RA F3SG RA
113. F3SG R S mm F3SG RA 2 wx NM ET S NT H S N 7
114. F3SG RA F3SG R 56 5 FssG RA Al Bl F3SG RA Al A MV B1 B N 4 d 92 nl b F3SG RA F3SG RA T4 1s w A1 B1 F3SG RA A1 B1 1 1 2 A1 F3SG RA 2 3 4 A1 B1
115. 3 99 MI J W L ll F3SG R 211 7 2 F39 JG3A L 3m M12 5 5 F39 JG7A L 7m 6 F39 JG10A L 10m F39 JG15A L 15m F39 JG20A L 20m F39 JG3A D 3m M12 8 8 F39 JG7A D 7m F39 JG10A D 10m F39 JG15A D 15m F39 JG20A D 20m
116. F3SG R 10 ON 100 170 F3SG R
117. F3SG R F3SG R L a 1 BTM Com 8 se WK MEN EDM INT LK CFG BLANK SEQ SLOW NPN Top vy M30 OD bettie RECEIVER T FE T F3SG R 5 1 3 3 F3SG R F3SG RA DIP SW PC SD Manager 2 F3SG RE DIP SW Q CHECKI F3SG RA DIP SW MI 9
118. F3SG RA F3SG R F3SG RA F3SG RA F3SG RA OFF
119. 1 2 1 4 2 F3SG R 3 PLC 4 DIP SW DIP SW D P SW S3 0 1 a 1 S2 1 I 1 1I 1 1 1 1 1 1 i T1 T1 300ms T2 T2 60s T3 T3 300ms F3SG R 188 5 2 12 NPN NPN
120. A B 1 F3SG RA OFF A B OFF 9 OFF F3SG R 54 PNP NPN 2 F39 JG A D F39 JG A D lt m lt i in L LL LL L h pm di 24V DC 24V DC 0V 0V S1 S2 S1 S2
121. c 9 6 3 5 d 4 1 1 2 a
122. F3SG R PSDI F3SG R PSDI OSHA1910 217 IEC61496 1 F3SG R F3SG R
123. F39 GIF F3SG R 213 CI E 4 214 Bluetoothe F39 BT F39 BTLP F39 LP F39 CNM F3SG RA F39 LGF F3SG R 2 1 F3SG R F3SG R F39 LGA F3SG R 2 1 F3SG R
124. 100m lt gt 4 5 4 2 XS5W D421 81 F XS5F D421 80 F a 1 4 4 2 0 3mmz 0 058Q m NN CHECKI 4 5 4 3 Y F39 GCNY1 CHECKI m YY
125. F3SG R PSDI F3SG R PSDI OSHA1910 217 IEC61496 1 F3SG R F3SG R F3SG R F3SG R
126. ca OFF T1 gt Ti 9N OFF T1 2 10 2 EDM 2 10 3 DIP SW DIP SW EDM EDM 0 3s DIP SW 8 DIP SW DIP SW Q CHECKI b N CHECKI DIP SW 3 P S 2 10 4
127. O x O x x x x O x F3SG R W N 3 CHECK OOOOOoOoOoooooooo 1 oO OOoooooooooooo 2 oe F3SG R 89 2 19 F3SG RA F3SG RE 2 19 1 ce 2 i 30mm 14mm 0 3m 7 0m 0 3m 3 0m 0 3m 20 0m 0 3m 10 0m
128. 2 7 F3SG RE CHECK OFF F3SG RA
129. 2 7 gg a 2 72 2 3 7 ON1 ON2 ON3 F3SG R 94 oN EDM ON
130. S S F3SG R S Kx Cro 4 S K T F3SG R Cro S a 5 300mm K 2 000mm s 100mm S 100mm 500mm K 1 600mm s 500mm S 500mm
131. ON OFF OFF 300ms L50ms um 7N OFF F3SG R 32 ON OFF ON 0 1 iToff x 10 ON ON OFF l ON rr a iToff x 5 Lp ON OFF ni A ON ee i OFF a 1 1 i a EN 1 i 1 1 i EE 3 ON OFF ON OFF Y S wv 1 2 T1 T1 300ms T2
132. 1 1 ON rr 2 13 3 DIP SW DIP SW 2 13 4 1s 0 1 5s 0 1s 600s 1 lt 600s 1s DIP SW 8 N CHECK PE
133. G lt Va 5Sed 186 DIP SW 1 F3SG R DIP SW1 DIP SW2 B 1 oN 1 on 2 LE oy 2 EE oy WI 3 LEW oN 3 oN F3SG RA 4 LE oN 4 LE ov PNP 7 LE oN 7 LE oN B 1 oN gt 24V 4 LN oN A 1 oN 1 ON 2 me 5 2 oN 2 LMON 2 1 3 EE on 3 MNON 2 4 oN 4 ON 2 100ms 5 LWW oN 5 LON 2 6 LE on 6 LON 2 A 1 oN F3W MA i _ Rs a DIP SW 4
134. x 1 di ON 2 CHECKI DIP SW 24V 0V 9V Vs 0 3V F3SG RE CHECK 24V 0V 4 Lz F39 JG A L F39 JG A L R K Is 24V DC 24V DC S1 24V 0V S1 0V OV ON OFF Toff x 4 Toff x 12 ON mnt Toff ON OFF F3SG R 27 Z 28 2 7 2 24V 2 7 3 DIP SW DIP SW 24V 0V
135. 3 5 3 b c d 6 2 1 2
136. 9S H NK F3SG R 199 2 6 2 F3SG R 6 IF hy 6 2 1 6 2 1 1 F3SG R F3SG R F3SG R F39 HGA
137. ELV PNP NPN PNP NPN S SD Manager 2 F3SG RA Bluetoothe F3SG RA PC F3SG RA SELV Safety Extra Low Voltage ELV 25V 60V V Vs
138. EMC 20ms UL508 2 4 5 2 F3SG R EMC EU EMC F3SG R IEC 61496 1 UL 508 DC gt I WW 5 5 5
139. A F232SG SD Manager 2 F3SG R 97 2 23 F3SG RA F3SG RE x a 2 23 1 In 2 23 1 1 F3SG RA PC lt a F3SG RE ll 3 Ww CHECK 2 23 1 2 CH 2 23 2 2 23 2 1 F3SG R PC
140. b 900 1000 1100 1200 1300 1400 1600 1800 2000 2200 2400 2600 a Cro 2600 0 0 0 0 0 0 0 0 0 0 0 0 2500 400 400 350 300 300 300 300 300 250 150 100 0 2400 550 550 550 500 450 450 400 400 300 250 100 0 2200 800 750 750 700 650 650 600 550 400 250 0 0 2000 950 950 850 850 800 750 700 550 400 0 0 0 1800 1100 1100 950 950 850 800 750 550 0 0 0 0 1600 1150 1150 1100 1000 900 850 750 450 0 0 0 0 1400 1200 1200 1100 1000 900 850 650 0 0 0 0 0 1200 1200 1200 1100 1000 850 800 0 0 0 0 0 0 1000 1200 1150 1050 950 750 700 0 0 0 0 0 0 800 1150 1050 950 800 500 450 0 0 0 0 0 0 600 1050 950 750 550 0 0 0 0 0 0 0 0 400 900 700 0 0 0 0 0 0 0 0 0 0 200 600 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 900mm 2 a b Cro 2 S T Tm Ts s Tm s Ts F3SG R ON OFF s a
141. F3SG R F3SG R M3 1mmz 0 058Q m 20m F3SG RA F3SG RE M3 F3SG R 170 5 5
142. F3SG RA 2 ON OFF F3SG R 200 ON OFF F3SG R
143. 5 6 10 5 6 10 ON 10 6 5 1 2 1 3 2 4 3 n n 1 DiP SW CHECKI a DIP SW 7 F3SG R 73
144. BLANK 2 SEQ 3 1 1 2 Wa 10 11 4 11 5 a 4 4 5 RI Nw 2 1 1 2 3 323
145. d1 m VX Timin lt dl lt VX Timax 2 V m s T1min s 0 1s T1max s 4s D1 1 d1 2 F3SG R 47 F3SG RA PNP N O NS le il Sa 7 H i nn ma ml mm 1 3SG RA Nhs A Al
146. 2 13 4 1 2 14 1 72 2 14 2 75 EC jl 2 15 2 80 2 15 3 DIP SW 80 2 16 82 2 16 1 li 82 2 16 4 83 i ii 84 2 17 3 DIP SW 86 2 17 4 87 2 18 88 2 19 1 90 2 19 2 90 2 19 3 DIP SW 90 2 19 5 91 2 20 92 2 20 1 da 92 2 pp_Sw 2 20 4 92 2 21 93 2 21 3 DIP SW 93 2 21 4 94 EE TE 2 96 2 22 3 DIP SW 97 F3SG R xv 2 22 4 97 2 23 98 2 23 1 98 2 23 1 1 98 2 23 1 2 9
147. 6 MRO CHECKI F3SG R 5 3 F3SG RE F3SG RE ISO13849 1 PLe 4 5 3 1 RR ER 24 VDC 0 VDC mi IN2 1 2 1 2 F3SG R H DSe 1 1 1 1 1 1 1 _ EE EE
148. A 2 24 6 F3SG R 1 1 T1min 0 1s 0 1 3 9s 0 1s T1max 4s 0 2 60s 0 1s T2 60s 1 600s 1s T3 0 1s 0 1 20s 0 1s 1 N T1min 0 1s 0 1 3 9s 0 1s NM Timax 4s 02 60s 0 s N T2 60s 1 600s 1s
149. CHECKI F39 LP F39 BTLP 2 77 F39 LP F39 BTLP 2 27 F3SG RA LED
150. 2 2 F3SG R 105 Ii DIP SW 3 2 1 DIP SW DIP SW 2 DIP SW 2 DIP SW F3SG RA CHECKI DIP SW1 DIP SW2 iOoN 1 oN A 2 4 1 1 ox i ON B 2 4 2 EE ON 2 EE ON EDM a 0 2 oN 2 ON EDM 2 11 3 EE oN 3 ON 4 EE oN 4 EE oN 3 on 3
151. 2 16 F3SG RA F3SG RE x 2 16 1 7 OFF 1 lt 3 1 3 ON ON 7 F3SG RE Q CHECKI
152. F39 JGR5B L 0 5m MJ12 5 F39 JG1B L 1m F39 JG3B L 3m F39 JG5B L 5m F39 JG7B L 7m F39 JG10B L 10m F39 JG15B L 15m F39 JG20B L 20m J F39 JGR5B D 0 5m M12 8 F39 JG1B D 1m F39 JG3B D 3m F39 JG5B D 5m F39 JG7B D 7m F39 JG10B D 10m F39 JG15B D 15m F39 JG20B D 20m Cd 0J E 4 2 1 F39 JGR2W 0 2m 5 M12 5 8 M12 8 F3SG R 212 XS5F D421 C80 F 1m M12 4 4 XS5F D421 D80 F 2m XS5F D421 E80 F 3m XS5F D421 G80 F 5m XS5F D421 J8
153. B1 F3SG RA 3 I I A1 At1 B1 ON F3SG RA F3SG R 46 77 Lb WW B1 F3SG RA wR 7 L dl X A1 F3SG RA 1 2 B1 F3SG RA A1 A1 OFF F3SG RA D1 m D1 lt LO 1 L m
154. CHECK OFF ON OFF ON OFF ON OFF F3SG R ON OFF ON OFF F3SG R ON F3SG R 2 4 F3SG RA F3SG RE x 2 4 1 F3SG RA 2 Code A Code B A B F3SG RE
155. 2 DIP SW DIP SW P S S3 S2 T1 T3 T1 T1 300ms T2 T2 60s T3 T3 300ms F3SG R 189 G lt Va 5Sed 190 5 2 13 F3SG RA Y PNP PNP 24V DIP SW 3 DIP SW1 DIP SW2 2 on 2 oN 3 oN 1 4 oN 4 oN PNP 7 EN oN 7 LE oN 24V
156. A1 F3SG RA A2 ry 77 1 KM 1 h P V Vi M ee a B1 B2 J D3 d2 D3 OFF F3SG RA 2 777 F3SG RA Ep A1 F3SG RA A2 5 B1 B2 At1 B1 ON F3SG RA F3SG R 49 J F3SG RA
157. ESPE F3SG RA EN 2 3 4 1 1 ESPE 4 4 2 mm 3 mm 4 L D F3SG RE ESPE F3SG HREHHHHHH 1 1 ESPE 4 4 2 mm 3 P PNP N NPN 4 mm 5 L D F3SG R EMITTER RECEIVER CHECKI F3SG R QQ 1 3 1 3 1
158. 2 TOP BTM STB TOP BTM STB b a 7 4 LED 0 CHECK 3 TOP BTM STB 3 4
159. Q CHEcki 22 5 15 F3SG R b 2 7 142 F39 JGR2W F39 JGR2W UD F39 LGTB 7 F39 JGR2W F39 LGTB Bluetoothe F39 BT Bluetooth F39 BT F39 LGTB 17 5 Bluetooth
160. QQ 4 5 CHECKI F3SG R 178 KM1 KM2 G7SA 2 DIP SW DIP SW SW 5 2 2 F3SG RA NPN NPN 0V DIP SW 2 DIP SW DIP SW1 DIP SW2 2 oN 2 oN 3 oN 9N 4 LE oN 4 oN NPN 7 oN 7 on 0V 4 ON
161. ww N NPN F39 JGHA D 24V DC 0V S1 F3SG R 31 PNP F39 JGHA D NM s 24V DC YY OV S1 S2 NPN F39 JGHA D 24V DC OV S1 S2 ON OFF PNP NPN ON Vs 3V Vs 0 3V OFF 0V 1 2Vs 1 2Vs Vs lt gt oFF ON Jrr 300ms 50ms
162. 3 SEQ SEQ BLANK BLANK CFG CFG 1 3 4 2 1 9 3 3 4 5 1s
163. PNP 182 5 2 6 2 NPN 183 5 2 7 4 PNP 184 5 2 8 4 NPN 185 5 2 9 F3W MA 4 T 186 5 2 10 F3W MA 4 L 187 5 2 11 PNP 188 5 2 12 NPN 189 5 2 13 F3SG RA Y PNP 190 5 2 14 F3SG RA Y NPN 191 5 2 15 F3SG RA Y PNP 192 5 3 F3SG RE 193 5 3 1 193 5 3 2 194 5 3
164. 2 4 7 4 3 255 10m CS EDM 2 _ ER PNP NPN 3 DP SW 10 55 C 25 70C 35 85 RH 35 95 RH 3 000 lx
165. F39 LGF b F39 LGF C1 30mm 2 M5 M6 7 9 2 42 35 150 150 D C2 14mm 64 51 66 25 15 M5 M6 gt im im mm F3SG 4RE 30 F3SG 4RE 14 A C1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm 4 4 9 7 F329 1LGF MM
166. EN415 4 EN691 1 EN692 EN693 IEC TS 62046 OSHA 29 CFR 1910 212 OSHA 29 CFR 1910 217 ANSI B11 1 to B11 19 F3SG R i ANSI RIA R15 06 CSA Z142 Z432 Z434 SEMI SEMI S2 19 7 31 0731001 GB17120 GB27607 F3SG R 1 1 F A 2
167. 4 3 5 1CH 4 1 2 3 4 5 F3SG R 109 DIP SW SEo SEQ BLANK BLANK CFG CFG wow 5 1s Push SW
168. 77 A1 OFF 1 Bl F3SG RA A1 A V B1 B 7 A1 A1 OFF T5 F3SG RA 77 B1 OFF Al Bl F3SG RA 1 1 A1 A 2 MT B1 B 2 B1 B1 OFF
169. 2 J lt O O oO Oo 1 2 _ 1 lt 1 bd K 2 1 lt 9 O O Oo 3 4 7 2 72 2 14 2 7 J 2 14 3 DIP SW DIP SW
170. F3SG R 4 9 4 F3SG R F39 GIF F3SG R F3SJ A F3SJ E B DIP SW 6 F3SG R
171. MM A B _ 60s a T2 0 1s A B o CHECKI F3SG R 44 PNP NPN 2 5 F39 JG A D F39 JG A D lt mm mm LL Lu LL 24V DC 24V DC Es 0 S2 0V 0V S1 S2 S1 S2
172. 23SG SD Manager 2 F3SG R 83 84 2 17 F3SG RA F3SG RE x 2 17 1 F3SG RE NN CHECKI 4N F3SG RA F3SG R
173. Q ON OFF _ B ON OFF A m 1s ON OFF T1 0 Ti 0 TT _ 1s T2 1 OFF T1 1s T2 600s F3SG R 68 PNP NPN F39 JGHA D F39 JGHA D 1 1 MUTE A MUTE B MUTE B 24V DC 0V S1
174. 3SG SD Manager 2 3 DIP SW 3 1 DIP SW 104 3 2 DIP SW 105 3 2 1 DIP SW 106 3 2 2 DIP SW 107 3 2 3 Push SW 107 3 3 108 3 3 1 108 3 3 2 111 F3SG R 103 DIP SW 3 1 DIP SW F3SG RA DIP SW p 23 PNP NPN p 24 p 27 p 30 EDM p 35 p 72 CS p 76 p 90 F3SG RE DIP SW CHECKI A nk 3 F3SG R 104 DIP SW 3 2 DIP SW DIP SW F3SG R
175. F3W MA F3SG R 215 NN ry 2 1 F39 HGA 2000mm 2 F3SG RA F39 HGB F3SG RE F3SG R 10 DIP SW DIP SW G9SA 301 a X3 F39 JG b x1 A PNP F3SG R 5ar1b G9SA 301 P
176. ON PNP 24V NPN 0V ON F3SG R DC 24V 20 DC AC gt eo eB PNP o 24V o 24V o OV o OV NPN o 24V o 24V o OV o OV F3SG R 158 4 5 2 F3SG R IEC 61496 1 UL 508 DC 0 DC24V 20
177. EMC 20ms UL508 2 F3SG R EMC EU EMC b Ei UL 508 sl 8A 4 2A DC24V S8VS 30W 60W S8VK G 15W 30W 60W UL UL508 2 CE
178. L S Kx Ts Tc Tr Tbm Dpf S K OSHA 1 600mm s K ANSI B 11 19 K Ts s TrF3SG R ON OFF s Tc s Tbm s Tbm Ts Tc Ts Tc 20 Dpf ANSI Dpf Dpf 3 4 x d 7 0 dg F3SG R mm K 1 600mm s Ts Tc 0 06s 0 1s Tr 0 008s d 14mm Tbm 0 1 0 06 0 04s Dpf 3 4 x 14 7 0 23 8mm S 1 600 x 0 06 0 008 0 04 23 8 196 6mm F3SG R
179. Q CHECK 7 4 2 4 2 Code A Na Q CHECK 2 4 3 DIP SW DIP SW Code A Code B A DIP SW 2 D P SW 2 4 4 F3SG R 23 Z pa TF A 2 5 PNP NPN F3SG RA F3SG RE x 2 5 1 F3SG RA PNP NPN NPN NPN F3SG RE
180. se RE PP EpM INT LK CFG BLANK SEQ sLoWw NpNlropy Oo 1 o 2 o 8 3 9 4 o 1 10 o 11 o 12 ON OFF ab 13 oo 14 EE F3SG RE lt gt gt S lt Ww 1 MI J W L fl EMITTER 2 3 4 SerlalNo LO001Z14A Vemion 10 Yesr 2014 Vemion 10 Yemr 2014 POWER LONG 9 10 11 12 ON OFF 13
181. F3SG RE CHECK 2 25 2 EDM A A B B 1 1 2 2 DIP SW DIP SW
182. 88 2 18 F3SG RA 2 1 2 F3SG RE NN CHECK 1 3
183. F39 JG A PNP F3SG R F3SG R 217 NN cs J 218 G9SE 201 a x2 PNP x 1 G9SE 401 a x4 PNP x 1 G9SE 221 T a x2 a x2 PNP x 1 F39 JG A PNP F3SG R G9SE 221 T 5 30 16 F3SG R 7 3 P PELV Protected Extra Low Voltage
184. F3SG RE CHECKI lt gt 24V 24V 0 24V O 24V FasG R F3SG R NPN ov A Vo oo 100mA Q 2 11 2 F3SG RA 0 5 1Hz ON OFF ON OFF 3 ON OFF 0 5 ON OFF OFF F3SG R 38 2 11 3 DIP SW DIP SW Z OFF ON 0 Ton OFF ON Toff
185. gt a x mm PT M3x15 2 0Nm M4x10 M5 x 10 0 TOP BTM STB Q cHEcki F3SG R 157 4 5 4 5 1 PNP 0V NPN 24V
186. 4 2 1 125 4 2 2 127 4 3 128 4 3 1 F39 LGF 128 4 3 1 1 F3SG RA 128 4 3 1 2 F3SG RE 130 4 3 1 3 F39 LGF 132 4 3 2 F39 LGA 133 4 3 2 1 F3SG RA 133 4 3 2 2 F3SG RE 135 4 3 2 3 F39 LGA 137 4 3 3 F39 LGTB F39 LGA 138 4 3 3 1 F3SG RA 138 4 3 3 2 F3SG RE 144 4 3 3 3 F39 LGTB 148 4 3 3 4 F39 LGTB 1 148 4 4 149 4 4 1 149 4 4 2 149 4 4 3 150 4 4 3 1 F39 LGF 150 4 4 3 2 F39 LGA 151 4 4 3 3 F39 LGTB 154 4 4 4 157 4 5 158 4 5 1 158 4 5 2 159 4 5 3 FSSG RA 160 4 5 3 1 160 4 5 3 2 16
187. QQ 2 CHECKI F3SG R 193 G JH DSe 194 5 3 2 i EN s Oo ID 1 2 1 4 24 VDC 0 VDC 2 F3SG R F3SG R 5 3 3 F3SG RE Y Q F3SG RE
188. 2 22 4 7 mr a ON ON ON DIP SW 8
189. 2 F3SG R
190. 67 2 F3SG OFF 3 1 2 3 0 1s T1 1s5 NM CHECK FM 1 1 600s 2 OFF 3 F3SG RA 4 ON PNP Vs 3V Vs NPN 0V 3V OFF
191. 1 F3SG RA 2 2 5s 3 0 1s T1 15 1 1 600s 2 F3SG RA 3 ON PNP Vs 3V Vs NPN 0V 3V OFF Q CHECK N F3SG R 70 ON OFF 1 NN 1s 0 T1 tT1 1 TT1 m1 1s T2 2
192. A B ON A B SN A B ON A ON T1min 0 1 1 B ON 1 A ON B ON T1max 4s 1 2 1
193. F39 LGTB F3SG R 4 1 F3SG R F3SG R F39 LGTB 1 3 2 2 67 F39 TRD14 14mm F39 TRD30 30mm 0 CHECKI F3W MA0100P F3W MA0300P PNP
194. F3SG RA ON F3SG RA ON 7 F3SG RA ON in F3SG RA ON
195. I 2 M5 M6 M5 M6 gt mm F3SG 4RA 30 F3SG 4RA 14 A C1 18 A C2 48 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm F399 LGA 7 CHECKI
196. ii iv F3SG R iii 5 3 b 24
197. 1 8 F39 LGA SN ass a 8 a K 2 M5 M6 TTT 42 35 B B lt _ M5 M6 gt 1 0 I i mm F3SG 4RE 30 F3SG 4RE 14 A C1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm 29 G Q CHECk
198. ESPE EC 61496 1 4 PL PL e 4 EN ISO 13849 1 2008 PFHd 1 1 x 10 8 EC 61508 9 1x10 9 IEC 61508 Tu 20 IEC 61508 SFF 99 IEC 61508 HFT 1 EC 61508 B EC 61508 2 F3SG R 1 6 1 6 1 F3SG 4RAHH 14 ms mA a 02 a mm ON OFF 1 NE SN oO F3SG 4RA0160 14 15 160 8 40 140 40 75 1 8 F3SG 4RA0240 14 23 240 8 40 140 45 75 20 F3SG 4RA0320 14 31 320 8 40 140 55 75 2 2 F3SG 4RA0400 14 39 400 8 40 140 60 80 27 F3SG 4RA0480 14 47 480 13 65 165 50 80 2 9 F3SG 4RA0560 14 55 560 13 65 165 55 80 3 1 F3SG 4RA0640 14 63 640 13 65 165 60 85 3 3 F3SG 4RA0720 14 71 720 13 65 165 65 85 3 9 F3SG 4RA0800 14 79 800 13 65 165 65 90 4 1 F3SG 4RA0880 14 87 880 13 65 165 70 90 43 F3SG 4RA0960 14 95 960 13 65 165 75 90 4 5 F3SG 4RA1040 14 103 1040 13 65 165 80 95 47 F3SG 4RA1120 14 111 1120 13 65 165 85 95 48 F3SG 4RA1200 14 119 1200 13 65 165 90 100 5 0 F3SG 4RA1280 14 127 1280 13 65 165 95 100 5
199. NPN 24V DIP SW 3 DIP SW1 DIP SW2 2 oN 2 oN 3 on 3 on 4 EE on 4 EE on NPN 7 oN 7 oN 24V 4 ON DIP SW G F39 GCNY2 C3 F39 JGLHB L F39 JG 1 OV MUTE B lt Va 5Sed KM1 1 EDM 2 PLC 3 DIP SW DIP SW 2 D P SW KM2 S1 KM1 KM2 M 3 PLC
200. ON F3SG RA B1 F3SG RA A1 F3SG RA 600s AF3SG RE Q CHECKI
201. au Code A p 23 PNP NPN O PNP p 24 24V p 27 p 30 O O p 35 EDM O p 35 O p 41 p 67 O p 72 p 76 O p 82 O p 84 O O p 90 p 92 9 9 O p 96 O p 100 F3SG RA 1 1 F3SG R 1 0 1 1 a KN 4 I TR
202. 2 S3 F39 LGTB 48 6 w 2 M5 M6 1 2 M8 0 i eo a lt M5 M6 gt lt M8 gt mm 35 190 G H C2 14mm C1 30mm Eu F39 LGTB _ 51 75 1 me F3SG 4RE0190 30 F3SG 4RE0160 14 C1 190 C2 160 D 140 D 140 G 277 5 G 277 5 H 303 H 303 I 322 I 322 P 20 P 10 2 2 4 4 9 2 F329 LGTB QQ CHEcki
203. A B ON 2 1 F3SG RA ON 2 A ON T1ninT1max 0 1 4s B ON PNP Vs 3V Vs NPN 0 3V 2 80ms 1 2 F3SG RA Z 7 2
204. CHECK F3SG R b QQ CHECKI 7 F323SG SD Manager 2 F3SG R 37 ww i s 2 11 F3SG RA IN F3SG RA O F3SG RE x 2 11 1 F3SG RA F3SG RA OFF
205. M4 x 10 v 2 3 2 NN 3 1 Id Q S 3 S CHECKI 1 F3SG R 2 F3SG R F3SG R 1 2 3 0N m 2 gt lt gt tich Q 2 2 Q CHECKI F3SG R 154 3 3 lt gt gt
206. 0 0 2 13 1 1 A B ON 1 ON F3SG R
207. 121 4 1 3 D 4 1 3 1 F3SG 4R 4 ESPE D 9 5 nh U 1 1 L L 5 NN TS L D 0 3 3m 0 13m 3m L 2 xtan5 Lx0 044 m F3SG R 122 4 1 4 90 F3SG R
208. N CHECK ME 2 782 DIP SW 2 SW x ry A 404 EDM 2 3 O x O 1 x x x PA xX o O x x x A A x A EDM O Oo A O Oo O A 2 1 2
209. gt 0a gt 24V 5V FF 3mA gt OV A B gt gt 24V Mk ul A B gt gt 24V gt 24V A 5mA 3mA A B F3SG R G Y 177 lt Va 5Sed 5 2 F3SG RA F3SG RA PLe 4 ISO13849 1 5 2 1 F3SG RA PNP PNP 24V DIP SW 2
210. 1000 H 15 d 50mm S EEEEEEEEEEEEEE H 300mm 200mm Tm 0 05s Ts 0 008s d 14mm S 1 600mm s x 0 05s 0 008s 1200 0 4 x 500mm 1092 8mm L L F3SG R 1 x P 10 F3SG R 120 P mm F3SG 4RAHH 14 10mm F3SG 4RAHH 30 20mm F3SG R 7 7 S 4 1 2 2 ANSI B11 19 ke F3SG R
211. 21 2 2 6 21 2 3 22 2 4 23 2 5 PNP NPN 24 2 6 25 2 7 27 2 8 29 2 9 30 2 10 EDM 35 2 11 38 2 12 41 2 13 67 2 14 72 2 15 76 2 16 82 2 17 84 2 18 88 2 19 90 2 20 92 2 21 93 F3SG R 17 18 F3SG R 2 22 96 2 23 98 2 24 99 2 25 101 2 26 102 2 1 F3SG RA F3SG RE
212. 25 2 6 1 2 26 2 7 27 2 7 1 27 2 7 2 28 2 7 3 DIP SW 28 2 7 4 28 2 8 29 2 8 1 29 2 9 30 2 9 1 30 2 9 2 33 2 9 3 DIP SW 33 2 9 4 34 2 10 EDM 35 2 10 1 35 2 10 2 36 2 10 3 DIP SW 36 2 10 4 36 2 11 38 2 11 1 38 2 11 2 38 2 11 3 DIP SW 39 2 11 4 39 2 12 41 2 12 1 43 2 12 2 53 2 12 3 59 2 12 4 63 2 12 5 64 2 12 6 DIP SW 64 2 12 7 64 2 13 67 2 13 1 67 2 13 2 70 2 13 3 DIP SW 71
213. 2 2 6 7 12 13 F3SG R 110 DIP SW 3 3 2 Push SW QO 1 2 DIP SW 3
214. 4 5 1 Q CHECK 2 DIP SW F3SG RA DIP SW 5 6 DIP SW 8 DIP SW F3SG RA 4 NN CHECK DIP SW P S Co S Nw 3 Push SW 3s
215. DIP SW 24V 9V Vs ON OFF DIP SW 0V 0 3V ON OFF F3SG RA ON OFF ON OFF ON OFF F3SG RA ON OFF ON OFF F3SG R F3SG R 2 ON OFF
216. A ON B ON 7 A B ON 0 08 4 lt 2 i NI
217. F39 JGHA D 1 x R a 2 Gl R RR RR EE 3 1 KM1 8 4 09 KM2 sn s2 Nl KM1 ww KM2 24 VDC S1 24V S2 0 VDC KM1 KM2 G7SA M 3 1 EDM 2 DIP SW DIP SW 2 D P SW T Le a S1 S2 i ll F3SG R 179 G lt Va 5Sed 5 2 3 PNP PNP 24V DIP SW 6 DIP SW1 DI
218. F3SG RA F3SG RE CHECK F3SG R 149 4 4 3 F3SG RA DIP SW F3SG RA SW F3SG RA F3SG RE 4 4 3 1 F39 LGF 1 M3 x 15 1 2 1 M3 x 15 2 1 F3SG R M3 x 15 2 lt gt gt 2 tich 1 3 M3 x 15 F3SG R
219. 15 F3SG R 134 4 3 2 2 F3SG RE 35 2 1 2 M5 M6 F39 LGA o a OT 6 EE 1 RE lt w HH F39 LGA SR 85 o HH OT 1 Ei 9 2 2 M5 M6 24 85 2485 a l _ 1 VY 8 M5 M6 gt a OM F3SG 4RE 30 F3SG 4REH 14 A C1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm
220. 3 4 3 1 2 3 4 i ii
221. 8s T3 T3 300ms 2 9 2 2 9 3 DIP SW DIP SW F3SG RA F3SG RA 1 8 9 DIP SW 8 DIP SW DIP SW
222. F3W MA F3W MA L MA1 SLC Sg MA SLC F3SG RA F3W MA MA2 CN sh Q cl CHECKI F3SG R 165 166 4 gt 1 24V ON 2 9 3 OV 4
223. 33 8 1 lt M5 M6 gt 33 75 F3SG 4RA0160 14 8 2 M8 1 1 FF 1 1 ww M8 gt mm 1 1 2 39 JGR2W 39 BT 0 39 JGR2W 39 BT EBTID C1 190 C2 160 D 140 D 140 G 277 5 277 5 281 292 5 G 277 5 277 5 281 292 5 H 303 303 306 5 318 H 303 303 306 5 318 322 322 325 5 337 322 322 325 5 337 P 20 P 10 2 2 lt 1 4 9 9 7 25G 4 gg 2 4 4 3 2 F39 LGTB MM
224. PNP DO 24V NPN 0V PNP DC 24V NPN 0V F3SG R F3SG R F39 LP F39 BTLP Bluetooth F39 BT PNP OV NPN DC 24V F3SG R
225. 1 2 2 L 1 B1 F3SG RA At1 B1 L d1 D1 A1 B1 OFF F3SG RA 2 A1 B1 2
226. 15 1000mm F3SG R 139 140 F3SG 4RA0190 30 F3SG 4RA0160 14 2 S3 35 F39 LGTB 48 6 4 13 6 IE 2 S3 EE U F39 LGTB F3SG 4RA0190 30 C2 14mm C1 30mm 2 M5 M6 1 35 75 33 75 lt M5 M6 gt 48 5 wn lt M8 gt F3SG 4RA0160 14 mm 1 9 7 256 24 2 4 4 9 2 29 67
227. 2 F3SG RA a 7 2 2 1 0 1s 2 A B OFF 2 ON A B OFF A B
228. ON OFF PNP NPN ON Vs 3V Vs 0 3V OFF 0V 1 2Vs 1 2Vs Vs F3SG R 29 Z Z 30 2 9 AN 1 0 F3SG RA F3SG RE 2 9 1 F3SG RA OFF F3SG RA
229. oe A1 F3SG RA A2 nn jE I Hg 77 9 B1 B2 0 A1 B1 OFF A2 B2 ON 1 2 ON il mk DC E ES A1 F3SG RA A2 1 Vy B1 B2 B2 OFF F3SG RA D3 m d2 m VX Timin lt d2 lt VXT1max 4 V m s T1min s 0 1s T1max s
230. 0D NO Df Ny EF DIP SW 8 CHECK F323SG SD Manager 2 F3SG R 87 7
231. 2 LONG oO Oo 3 POWER 4 LOCKOUT a F3SG RA F3SG RE EID MAE A 1 FOP O O 3 DIP SW PNP NPN NPN _ 2 PNP NPN NPN O 6 3 SLOW 4 SEQ GA 5 BEANK O
232. 4 qi OFF ON 2 2 _ OFF 4 F3SG R 79 7 Jl NM 80 F3SG RA OFF 14mm 1 1 24mm 2 2 34mm 3 F3SG 4RA 14 3 44mm 4 4 54mm 5 n 14 10 xn mm n 1 30mm 1 1 50mm 2 2 70mm 3 F3SG 4RA 30 3 90mm 4 4 110mm 5 n 30 20 x n mm n 1 F3SG RA LED 2 15 2
233. F3SG R m F3SG R LED LONG 2 19 2 FI3SG RA 0 3 7m 30mm 0 3 3m 14mm F3SG RE F3SG RE 2 19 3 DIP SW F3SG RA DIP SW a DIP SW SW F3SG R 90 2 19 4 F3SG RE
234. PNP x 2 15 16 0 G9SP N10S F39 JG PNP x 4 A PNP F3SG R PNP x 4 PNP x 4 G9SP N10D PNP x 16 PNP x 6 G9SP N20S PNP x 8 PNP x 6 NX SIH400 PNP x 4 PNP x 2 NX SID800 PNP x 8 PNP x 2
235. 9 m 1 1 5 mm 4 Sl F3SG 4RA 14 F3SG 4RA 30 F3SG 4RE 14 F3SG 4RE 30 a 14mm 30mm 14mm 30mm E 10mm 20mm 10mm 20mm 15 lt 207 8 lt 124 15 lt 207 8 124 5 2 x 3 4 W x H mm 7mm 5 2 x 3 4 W x H mm 7mm 160 2 080mm 190 2 510mm 160 2 080mm 190 2 510mm 0 3 10 0m 0 3 20 0m 0 3 10 0m 0 3 20 0m 0 3 3 0m 0 3 lt 7 0m 0 3 3 0m 0 3 7 0m 8 18ms 1 5 15ms MM 16 36ms 1 2 OFF ON 40 90ms 1 25 75ms 1 6 2 EAA EC 61496 2 3m 25 LED 870nm 2s Vs SELV PELV 24 VDC 20
236. F39 JGHB D 7 7 60 a oe Ne2 8 8 9 4 4 F39 JG A F39 JGHB 100m F39 JGHA L gt F39 JG B L F39 JG B F39 JG B D F3SG R 162 F39 JG A F39 JG A D 4 5 3 3 m F39 JGR2W L Li 234 40 7 M12 IP67 M2 5 24 2 200 6
237. Q CHEck 22 5 15 F3SG R 1 1 0 39 JGR2W 39 BT 39 BTLP F39 JGR2W F39 BT 39 BTLP 190 C2 160 140 D 140 281 G 277 5 277 5 281 292 5 303 306 5 H 303 303 306 5 318 322 325 5 322 322 325 5 337 20 P 10 2 2 2 2 S3 F39 LGTB 9 6 2 S3 F39 LGTB 35 75 2 M5 MG6 C2 14mm C1 30mm 208 F3SG 4RA0190 30 51 65 co 3 35
238. DIP SW G DIP SW1 DIP SW2 2 oN 2 oN SA 4 EO oN 4 LE oN PNP 7 LE oN 7 LE oN 24V 4 on F39 JG A D x 2 d lt 3 R R R EE gt S 2 oO 24V ov S1 OV S2 M 3 1 EDM 1 3 S2
239. 1 1 1 2 3 1 2 1 4 1 3 5 1 3 1 5 1 3 2 5 1 3 3 6 1 4 LED 7 1 4 1 LED 8 1 5 10 1 6 13 1 6 1 13 1 6 2 16 2 17 2 1 19 2 2 2 2 1 21 2 2 2 21 2 2 3 2 2 4 0 2 2 5 21 2 2 6 21 2 3 2 3 1 2 4 23 2 4 1 2 2 4 2 2 2 4 4 23 2 5 PNP NPN 24 F3SG R xiii 2 5 1 24 2 5 2 24 2 5 3 DIP SW 24 2 5 4 24 2 6 25 2 6 1 25 2 6 1 1
240. 8 4 5 9 7 4 5 9 2 6 6mm R R36mm 100m PBT PMMA PVC ZDC2 FE SUS 7 6 1 2 1 F3SG 4RA 14 F3SG 4RE 14 0160 1200 2 1280 2080 3 F3SG 4RA 30 F3SG 4RE 30 0190 1230 2 1310 2270 3 2350 2510 4 2 F3SG RA N
241. A 1 F N O 1 OFF N C 2 ON F3SG RA 2 rv1 1 N 0 2 N C 24V 0V OFF ON A ON B A OFF ON F3SG RA F3SG R 61 F3SG RA ME U U i 1 ji 2 1 No NC
242. B1 A1 B1 F3sG RA B2 A2 A1 B1 F3sG RA B2 A2 A1 B1 F3sG RA B2 A2 E3Z R E3Z LR E3Z E3Z F3SG RA D F3SG R 52
243. WW a 2 77 2 27 100 000 1 100 000 4 000 000 1 2 24 6 F3SG R 2 25 F3SG RA F3SG RE x 2 25 1 F3SG RA LO DIP SW 8 Q CHECK 2SG SD Manager
244. 5 5 1 1 1 DIP SW 1 1 2 2 74 w LE 39 3A 3B
245. EMC UL 1310 2 UL 1585 2 F3SG R 159 4 5 3 F3SG RA F39 JG L 2 F39 JG D 4 5 3 1 m F39 JG A L mm L 2 14 9 D EE 6 6 5 M12 IP67 0 38mm 1 2mm F39 JG A D mm 6 6 8 QO 14 9
246. F3SG RA 4 a DIP SW 2 7 DP SW 3 Push SW 3s CFG BLANK DIP SW SEQ BLANK H CFG F3SG R 108 DIP SW 4 Push SW 1s 1 F3SG RA
247. F39 BT 1 17 5 F39 LGTB F3SG R F39 LP Bluetoothe F39 BTLP F39 LP Bluetoothe F39 BTLP 1 F39 LGTB i 29 F39 LP Bluetoothe F39 BTLP b YY fT 4 Jl 29 F39 LGTB DIP SW DIP SW 12 F39 LGTB F3SG R 143 4 3 3 2 F3SG RE F3SG 4RE0190 30 F3SG 4RE0160 14
248. OFF F3SG R ON 10 ON 100 170 F3SG RA F3SG R O
249. NM CHECKI O L7 45 5 a CN2 NN 5 O CN1 F3SG RA F3SG RA 1 11 5 24V 2 2 5 MUTE A 3 3 O00 MUTE B 4 4 Dg D 9 5 s EY 2 6 6 0V 7 7 8 8 F3SG RA a U 1 2 3 4 L m F39 GCNY2 0 5 F3SG R 164 4 5 3 6 4 4 F39 GCN4 F3SG RA PNP
250. ON x OFF ON b F3SG RA b PNP NPN PNP Vs 3V Vs NPN 0V 3V F3SG RE EDM NM CHECK gt PNP NPN F39 JGHA D F39 JGHA D 34 24V DC 24V DC 0V OV S1 KM1 KM2 EDM F3SG R 35 Z Wa 4 36 lt gt
251. 14 LOCK OUT FSSG 4IRNEO190 0 L SAFETY LIGHT CURTAIN FSSG 4IRIEO19OPSO ID Sertal No L0001Z14A SAFETY LIGHT CURTAIN emnon emnon F3SG R 204 7 1 1 7 1 1 1 F3SG R OFF F3SG R F3SG RE 47 F3SG R 205 MI J W L fl 206 7 1 1 2
252. C1 1 1 2 F 0270 1070 2 0 1150 1950 2 1 1000mm 2030 2510 2 2 1000mm 1 2 NN C2 1 1 2 F 0240 1040 1120 1920 1000mm 2000 2080 4 4 9 2 F3239 LGTB MM CHECkI 22 5
253. M12 IP67 0 38mm 1 2mm L m F39 JG3A L F39 JG3A D 3 F39 JG7A L F39 JG7A D 7 F39 JG10A L F39 JG10A D 10 F39 JG15A L F39 JG15A D 15 F39 JG20A L F39 JG20A D 20 F3SG R 160 F39 JG A L 4 5 3 2 bn nr om WN F39 JGOA D Ro ol oo on NM 24V OV 1 2 3 4 5 24V OV 1 2 MUTE A lolol lolgltl MUTE B F39 JG B L 14 9 QO M12 IP67 M12 IP67 6 6 5 2
254. Me 2 NI Nv DIP SW 8 DIP SW DIP SW Q V CHECK a DIP SW P S 2 14 4 WW CH 1 1 1 1 1 1
255. NN 29 67 CHO 22 5 15 F3SG R 138 26 5 23 2 F39 LGTB 8 2 8 6 5 35 F39 LGA Fo OF F39 LGTB 2 M5 M6 25 75 38
256. 10 000 lx EC 60529 IP65 IP67 EC 61496 1 10 lt 55Hz 0 7mm 3 20 EC 61496 1 100m s2 3 1000 QEC 60664 1 3 M12 5 8 M12 4 IP67 IP67 i 4 4 0 3m 6mm R R5mm M12 5 8 IP67 5 8 0 2m 6mm R R5mm F3SG R 11 12 F3SG 4RA 14 F3SG 4RA 30 F3SG 4RE 14 F3SG 4REHHHHH30 M12 5 8 XS5 D42 IP67 5
257. 2 oN 2 oN _ 3 EN oN 3 LW oN 4 LE oN 4 LE oN NPN 7 oN 7 oN 0V 4 on DIP SW F39 JG F39 JGHA D a RR m R R R WE Ei ML KM1 KMz 9 S2 ss kM1 Me AN KM2 M 8 24 VDC A1 S2 6 S3 NPN KM1 KM2 G7SA M 3 ML S1 24V A2
258. b 4 A B ON a wg Nd F3SG R 210 7 1 2 4
259. 5 F3W MA 58 3 EN 27 U 1 24V o 2 3 0V 4 5 F3SG RA F39 GCN4 L 0 1 24V N 2 9 3 0V 4 5 C F3W MA MA1 SLC MA2 1 1 213 1 415 11213 1 415 1 1 213 5 0 amp F3SG R 11213 41 5 CN U 1 24V a 2 3 0V 4 5 4
260. Al A2 B1 B2 1 2 Le _ 1 il S1 3 DIP SW DIP SW D P SW MUTE B MUTEA i F3SG R 185 5 2 9 F3W MA 4 T F3SG RA B PNP 24V F3W MA A 1 100ms
261. DIP SW 3 P S 2 7 4 F3SG R 2 8 F3SG RA F3SG RE x 2 8 1 F3SG RA F3SG RE 3 CHECK PNP NPN F39 JGA D F39 JGHA D R 24V DC 24V DC 0V OV S2 S2 gt ON 1s OFF 1s
262. 0V DIP SW 2 DIP SW1 DIP SW2 2 oN 2 oN a 3 LE oN 3 LE oN 4 oN 4 oN NPN 7 on 7 ON 0V 4 oN DIP SW F39 JGHA L F39 JGHA D a gE R R R KM1 lt KK RI Me CS 8 24 VDC ss ss 0 VDC kMi 3 KM2 S1 24V S2 PLC 1 S3 KM1 KM2 M 3 PLC 1 PLC
263. 1 2 3 DIP SW DIP SW 2 D P SW 1 1 1 1 1 S1 MUTE A MUTE B F3SG R 181 G lt Va 5Sed 5 2 5 2 PNP PNP 24V DIP SW 5 DIP SW1 DIP SW2
264. 2 F3SG RE NN CHECKI OFF F3SG RA OFF F3SG RA 3 F3SG R
265. B ON OFF N O N C PNP ON ON F3SG RA 2 nl 1 F3SG RA ON 2 A OFF ON B ON OFF T1min T1max 0 1 4s A B PNP Vs 3V Vs NPN 0 3V 2 80ms 1 2
266. F39 JG B F39 JGR2W F3SG RA F39 JG B D F3SG RA ER F3SG R 163 4 5 3 4 1 5 8 2 0 3mmz 0 058Q m 3 MUTE A MUTE B DC24V DC0V CHECKI 4 5 3 5 Y Y F39 GCNY2 CHECK DIP SW 4 24V
267. F3SG RA 4 90 240ms Ng S ON 1 Nr OFF 1 89 2 8 45 120ms ON 2 OFF 1 15 35ms 40us 4 2 2 3 3 3 4 OFF 100 s F3SG RE lt 200ms ON 1 OFF 14 100ms ON 2 OFF NC 40us OFF 100 s F3SG R 26 2 7 F3SG RA F3SG RE x 2 7 1 F3SG RA OFF DIP SW
268. 4 EE oN DIP SW F39 GCNY2 F39 JGLHB L F39 JG 1 1 MUTE B OV 1 EDM 2 PLC 3 DIP SW DIP SW 2 D P SW KM2 S1 KM1 KM2 M 3 PLC 1 1 1 1 1 S1 F3SG R 5 2 14 F3SG RA Y NPN
269. A F3SG R 2 PE
270. F39 GCNY1 175 45 5 FN CN2 lt CN1 U 24V 1 6 2 2 0V 3 OO 1 4 F3SG RE OQ ol MN F3SG RE 1D OQ oO F3SG RE CHECK L m F39 GCNY1 0 5 F3SG R 169 4 5 5 F3SG R F3SG R F3SG R
271. S2 S1 S3 S4 KM1 KM2 S2 S3 S4 KM1 KM2 2 F3SG R 69 7 PNP F39 JGHA D 1 MUTE A MUTE B S1 NPN
272. a x3 XS5F D421 b x1 80 F NPN F3SG R Cd JIE 4 G9SB 301 B a X3 F39 JG b x1 A PNP F3SG R G9SB 301 D a x3 b x1 G9SB 200 B a x2 G9SB 200 D x2 F3SG R 216 G9SX AD322 T15 PNP x 3 PNP x 2 F39 JG A PNP F3SG R
273. ms mA kg 2 mml ON OFF A i 0 F3SG 4RE1680 14 167 1680 13 65 165 110 95 6 7 F3SG 4RE1760 14 175 1760 13 65 165 115 95 6 9 F3SG 4RE1840 14 183 1840 13 65 165 115 95 11 F3SG 4RE1920 14 191 1920 15 75 175 110 100 73 F3SG 4RE2000 14 199 2000 15 75 175 115 100 74 F3SG 4RE2080 14 207 2080 15 75 175 115 105 8 0 1 2 1 F3SG 4REHHHHH30 ms mA kg 2 mm ON OFF MM Mu a F3SG 4RE0190 30 8 190 5 25 125 40 50 17 F3SG 4RE0270 30 12 270 5 25 125 45 50 1 9 F3SG 4RE0350 30 16 350 5 25 125 50 50 2 1 F3SG 4RE0430 30 20 430 5 25 125 55 55 26 F3SG 4RE0510 30 24 510 5 25 125 60 55 2 8 F3SG 4RE0590 30 28 590 7 35 135 50 55 30 F3SG 4RE0670 30 32 670 7 35 135 55 55 32 F3SG 4RE0750 30 36 750 7 35 135 60 60 3 8 F3SG 4RE0830 30 40 830 7 35 135 65 60 40 F3SG 4RE0910 30 44 910 7 35 135 65 60 42 F3SG 4RE0990 30 48 990 7 35 135 70 60 44 F3SG 4RE1070 30 52 1070 7 35 135 75 6
274. 0 35N m CHECKI F39 HGA DIP SW DIP SW Q CHECK F3SG RA DIP SW 1 1 2 EDM 2 3 3 4 4 5 6 7 PNP NPN 8 DIP SW DIP SW F3SG RA Q F3SG RA DIP SW F3SG RA DIP SW DIP SW Push SW
275. EAA F3SG R 0 1 lt 3 F3SG R OFF F3SG R Du 221 J 47 222 7 4 SGFM 712 F 2014 10 B 2014 12 C 2015 1 F3SG RE
276. F3SG R 0 lt Ei F3SG R 198 6 1 1 3 F3SG R F3SG R ON OFF
277. ON A 2 4 1 1 ON B 2 4 5 2 ON 3 LE oN 2 oN 3 LE oN 2 3 2_ OoN 3 oN 2 ON 3 on 4 ON 24V 2 7 4 4 ON 0V 2 7 F3SG RA 1 CHECKI 3 2 3 Push SW Push SW 2 DIP SW Push SW Push SW 3 3 UI F3SG R 107 DIP SW 3 3 3 3 1
278. PNP NPN PNP NPN 3 CHECK 2 5 2 PNP 2 5 3 DIP SW DIP SW PNP NPN a DIP SW 3 SW 2 5 4 PNP NPN F3SG R 24 2 6 F3SG RA F3SG RE 2 6 1 F3SG R 2 Z ON J OFF iN 2s 2 ON EE F3SG R
279. Q CHECK DIP SW SW F3SG R 33 Z 34 2 9 4 PH
280. in OT 6 in F3SG RA 7 Lb T A B A B 77 777 nl ll lf A B F3SG RA PC
281. 2 2 4 4 9 2 F329 LGTB MM 7 Check b 22 5 15 F3SG R 147 4 3 3 3 F39 LGTB 31 4 4 48 25 1 j 4 3 161 67
282. 4 3 1 1 F3SG RA F39 LGF F39 LGF F3SG 4RAH 30 C2 14mm C1 30mm 2 M5 M6 B lt a 2 M5 M6 485 B 33 M5 M6 gt F3SG 4RA 14 mm A C1 18 A C2 48 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm 4 4 9 7 F 9 G CHECKI QQ
283. F3W MA F3W MA F3W MA F3W MA F39 GCN4 L mn m F39 GCN4 D mu mum F39 JGHA L F39 JG co x gt R NE 4 amp i S2 4 S1 0V S2 ML 1 DIP SW F3SG RA DIP SW 3 D P SW F3W MA DIP SW 3 44 2 F3W MA DIP SW 2 3 4
284. T2 60s CHECKI F3SG R 59 77 dl Nw Ts O1s 0 EI __ A ON T3 0 1s 1 B ON 2 OFF 80ms q T2 0 5 1Hz 1 ON or I 3s A B a A B 60s T2
285. check F39 GCNY1 XS5W D421L 81 F 80 F 1 R R EE G 1 2 F3SG R JH DSe 1 1 1 1 F3SG R 195 G 196 5 4 F3SG RA PNP PNP F3SG RE PNP G9SA 301 G9SA 321 G9SA 501 G9SB 200 B G9SX AD322 T G9SX ADA222 T G9SX BC202 G9SX GS226 T15 G9SP N10S G9SP N10D G9SP N20S NEOA SCPU01 NE1A SCPU01 NE1A
286. 0 1s A B PNP NPN F39 JG A D F39 JG A D 6 i lt m x a 24V DC 24V DC 0V 0V S1 S2 F3SG R S1 S2 F3SG RA 1 ON B F3SG RA Bs 1 b i i i H s 1 1 2 NO i NC A OFF
287. 4 2 IEC61496 1 4 ESPE IEC61496 2 4 AOPD IEC61501 4 SIL 3 ISO 13849 1 2006 PL e 4 3 JIS JIS B 9704 1 4 ESPE JIS B 9704 2 4 AOPD UL61496 1 4 ESPE UL61496 2 4 AOPD UL508 UL1998 CAN CSA C22 2 No 14 CAN CSA C22 2 No 0 8 5 GB4584 5 TUV SUD EC EU 4 ESPE EN61496 1 4 AOPD EN 61496 2 4 ESPE EN61496 1 4 AOPD EN61496 2 EN 61508 1 4 SIL 3 EN ISO 13849 1 2008 PL e 4 2 UL UL 4 ESPE UL61496 1 4 AOPD UL61496 2 UL508 UL1998 CAN CSA C22 2 No 14 CAN CSA C22 2 No 0 8 3 GB4584 6 F3SG R UL
288. 64 ON A OFF B OFF ON OFF Tdyn 3s 2 12 5 2 12 6 DIP SW DIP SW DIP SW P S 2 12 7
289. D 2015 2 E 2015 4 F 2015 8 Bluetooth 4 F3SG R 2 0120 9
290. F39 GCN4 D 58 3 13 6 MA2 HH 5 Kk CN 0 So y MA1 27 gt U U U 0 3 Dg dD 24V DD 24V DBD 24V 3 3 IMurEA 3 S 4 4 IMuTEB 4 5 A 5 1 5 A 6 B 6 2 6 B 7 ov 7 ov 7 ov 8 8 8 F3W MA F3SG RA F3W MA
291. F39 LGA 138 4 3 3 1 F3SG RA 138 4 3 3 2 F3SG RE 144 4 3 3 3 F39 LGTB 148 4 3 3 4 F39 LGTB 1 148 4 4 149 4 4 1 149 4 4 2 149 4 4 3 150 F3SG R 115 4 4 3 1 F39 LGF 150 4 4 3 2 F39 LGA 151 4 4 3 3 F39 LGTB 154 4 4 4 157 4 5 158 4 5 2 159 4 5 3 F3SG RA 160 4 5 3 1 160 4 5 3 2 161 4 5 3 3 163 4 5 3 4 164 4 5 3 5 Y 164 4 5 3 6 4 165 4 5 4 F3SG RE 168 4 5 4 1 168 4 5 4 2 169 4 5
292. MUTE B MUTE A Ii 2 1 G Y OV F3SG R 173 NPN 24V OV T MUTE B MUTE A 2 I 4 1 B F3SG R 174 5 1 1 2 F3SG RE PNP se a 24V I I 1 1 1 J EE 1 1 1 1 T
293. 2 1 280mm 2 270mm 3 2 350mm 2 510mm 4 F3SG RA 1 F3SG RE 1 4 1 F3SG R 2 1 2 F3SG R F3SG RA F3SG RE lt DIP SW Q s EE Push SW SN 0 FN i 3 F3SG R 3 4 1 2 1 F3SG RA
294. 2 15 3 DIP SW DIP SW DIP SW 8 DIP SW DIP SW Na1 CHECK ta DIP SW SW 2 15 4 CH F3SG R
295. DW Ns EN gt b 3 1 3 CHECKI 4 FsG_R 4 TOP BTM STB 5 TOP BTM STB lt gt lt gt ST TA gt TOP 1 i A p TE b 8 bp gb Pl i Wp
296. 2 EE oN 2 EE oN 3 EE oN 3 EE oN 63 4 EN ox 4 LE ov PNP 7 LE oN 7 LE oN 24V 4L oN DIP SW F39 JG A L F39 JG A D x TR R g 0 ml RR 1 KK gt se gt S kK KR Ss S1 sz o ee IN1 IN2 3 4 24 VDC A1 B1 PNP amn 1 1 L__ IOVDC 1 2 5
297. F39 JGHA D 1 MUTE B MUTE A 24V DC OV S1 S2 S3 S2 S3 1 em 2 13 2 N ON CE
298. F3SG RA F3SG RE 2 F3SG RA F3SG RA F3SG RE F3SG RE F3SG RA 4 4 1 3 2 F3SG R 1 0 1 1 1 0 1 1 1 0 F3SG R 10 1 1 1 01 1 10 7 9 2
299. M3 x 15 2 0Nxm 3 eo 8 3 NN CHECKI F3SG R 150 4 4 gt gt Tk g 9 1 QQ CHECKI U 4 4 3 2 F39 LGA 1 M3 x 15 2 1 2 2X M3 x 15 1 2 2 M3 x 15 3 1 M3 x 15 1
300. 30 F3SG 4RA 14 39 LP _ F39 LP F39 JGR2W F9 BT WF39 BTLP 39 JGR2W F39 BT WF39 BTLP C1 18 A C2 48 4 C2 4 C1 50 D C2 20 C1 77 5 C1 80 5 C1 91 C1 102 5 G C2 107 5 C2 110 5 C2 121 C2 132 5 C1 103 C1 106 C1 116 5 C1 128 H C2 133 C2 136 C2 146 5 C2 158 C1 122 C1 125 C1 135 5 C1 147 I C2 152 C2 155 C2 165 5 C2 177 20 P 10 4 2 9 7 F323SG C1 1 1 2 F C2 1 1 2 F 0270 1070 2 0 0240 1040 2 0 1150 1950 2 1 1000mm 1120 1920 2 1 1000mm 2030 2510 2 2 1000mm 2000 2080 2 2 1000mm 1 2 LU
301. 5 2 11 PNP PNP 24V DIP SW 4 DIP SW1 DIP SW2 2 EE oy 2 LE oN UE 3 EE oN 3 EE oN 4 ON 4 oN PNP 7 EE oN 7 EE oN 24V 4 EW oN DIP SW F39 JGHA L F39 JG A D 1 0 R R RR 8 K gt gt KK KK S O O S2 si 24 VDC 0 VDC S1 OV S2 IN IN1 We S3 PLC 3 PLC
302. F329 LGPE MM Q CHECK F3SG R 129 4 3 1 2 F3SG RE 40 35 35 LT 1 T FI a oo 1 2 M5 M6 F39 LGF bB NA Im 1 SH 5 4 9 EE lt lt I Po F39 LGF als H Di a8 5 4 BB 92 2 M5 M6 2485 24 85 B 3 M5
303. ON 4 EME oN 4 ON 3 4 3 ON 3 ON a 4 on 4 on 3 oN 3 o n 4 oN 4 ON 5 oN 5 ON 6 on 6 oN 5 on 5 ON 6 on 6 oN 5 6 5 5 oN 5 ON 6 oN 6 on 5 on 5 ON 6 ON 6 oN 7 ON 7 oN PNP 2 5 7 PNP NPN 7 on 7 oN NPN 2 5 8 EE oN 8 EE oN DIP SW 3 DIP SW 8 on 8 oN DIP SW 8 DIP SW
304. ___ o o 2CH ooooeaeseedpooo 2 8 o o r n L2 ooooooeeeeeeeee Ol 6 i O on I Se I I F3SG RA LED La 2 7 2 17 2 2 17 3 DIP SW DIP SW F3SG R 86 2 17 4
305. p p10 2 PNP NPN 2 DIP SW PNP F3SG 4RE P PNP 2 NPN F3SG 4RE N NPN 2 300mA 2V 1 uF 22H 1 1mA PNP 2mA NPN 2 1 ON OFF 4Hz 2 PNP NPN 1 DIP SW PNP NPN 100mA 2V ON 24V 9V Vs 3mA 0V 0 3V 3mA
306. 4s F3SG R 50 D3 3 d2 4 F3SG RA 77 OO i PNP N 0 PNP AN H A B F3SG RA Al A2 Bl1 B2 N 0
307. DIP SW 3 DIP SW1 DIP SW2 2 oN 2 oN 3 EE oN 3 LOE oN 4 oN 4 LOW oN NPN 7 oN 7 oN 0V 4 oN DIP SW G F39 JGHA L F39 JGHA D R lt lt R R RR ki i i El lt 5 5 1 KM2 1 1 9 a a 1 24 VDC T S3 wy a 1 Tn 1 3 e 0 VDC KM1 KM2 S1 24V S2 S3 S4 S5 KM1 KM2 G7SA M 3 ML
308. ON OFF 2 DIP SW 8 F9SG SD Manager 2 F3SG R 2 21 F3SG RA F3SG RE x 2 21 1 F39 LP F39 BTLP F3SG RA 3 gt gt F3SG RA F3SG RA OFF
309. Pp P BTM Ba MM 5 6 15 NN CHECK 1 2 0N m 7 lt gt gt a 3 F3SG R 1 1 2 M3 x 15 NN 8 1 M3 x 15 7 Q CHECKI F3SG R 153 4 4 3 3 F39 LGTB 1 1 M4 x 10 3 2 2 M5 x 10 1 2 M5 x 10
310. 1 0 38mmz 1 2mm mm 14 9 F39 JG B D 14 9 QO M12 IP67 mm 14 9 M12 IP67 6 6 8 4 0 38mm2 1 2mm F3SG R 161 F39 JGR5B L F39 JGR5B D F39 JG1B L F39 JG1B D F39 JG3B L F39 JG3B D F39 JG5B L F39 JG7B L 1 3 F39 JG5B D 5 F39 JG7B D 7 F39 JG10B L F39 JG10B D 10 F39 JG15B L F39 JG15B D 15 F39 JG20B L F39 JG20B D 20 F39 JGB L 1 1 FN N EE Oo 2 2 4 4 5 1 _
311. A B PNP Vs 3V Vs 3mA NPN 0 3V 3mA PNP Vs 3V Vs 5mA NPN 0 3V 5 mA 24V 0 1 5V 0V 9V Vs A B PNP 0V 1 2Vs NPN 1 2Vs Vs Vs EC 60664 1 I OSSD 9V Vs 3mA 0 3V 3mA ON OFF F3SG R 10 F3SG 4RA 14 F3SG 4RA 30 F3SG 4REHHHHH14 F3SG 4RE 30 4 7 LED 20M Q DC500 V AC1 000V 50 60Hz 1
312. D C2 20 P 20 P AA C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm C 9 G4 Q CHEcCK 15 F3SG R b 133 2 M5 M6 k F39 LGA 1
313. I 14 9 6 5 0 15mm2 1mm b Mi F39 JGR2W D HE mm a J CN L 200 23 4 40 7 M12 IP67 M2 5 8 A 3 6 8 0 15mm2 1mm L m F39 JGR2W F39 JGR2W L F39 JGR2W D 0 2 F3SG RA F39 JGR2W F39 JGHB 10m F3SG RA F3SG RA 8 F39 JG B L
314. Push SW Push SW F3SG R 101 Z 7 4 102 2 26 F3SG RA F3SG RE 2 26 1 F3SG RA DIP SW 8 lt CHECK F3SG RE CHECKI F3SG R
315. T3 0 1s 0 1 4s 0 1s T4 1s 0 120s 0 1s T5 4s 4 lt 20s 0 1s 1 1 T1max 4s 0 2 60s 0 1s T2 60s 1 600s 1s T3 0 1s 0 1 4s 0 1s 3s 1 25s 0 1s 1 0 5 1 DIP SW 8 4 77 7
316. 4 L 187 5 2 11 PNP 188 5 2 12 NPN 189 5 2 13 F3SG RA Y PNP 190 5 2 14 F3SG RA Y NPN 191 F3SG R 171 G 172 F3SG R 5 2 15 F3SG RA Y PNP 192 5 3 F3SG RE 193 5 3 1 193 5 3 2 194 5 3 3 F3SG RE Y 195 196 5 4 5 1 5 1 1 F3SG R No 5 1 1 1 F3SG RA PNP 24V lt
317. 9 CHECKI 9 2 2 2 6 2 OFF ON OFF 3SG RE 9 CHECK 2SG SD Manager F3SG R 21 Z 22 2 3 F3SG RA F3SG RE 2 3 1 F3SG R F3
318. Al1 OFF _ I WW T1min T1max B ON T3 0 1s B1 OFF 5 T2 ON T4 1s A B Ni A B A B Ta A B T2 60s
319. F3SG R 207 MI J W L ll J Nd L NM w 208 DC12V DC24V 20 F3SG R
320. M6 gt TL i F3SG 4RE 30 F3SG 4RE 14 A C1 A C2 30 C1 4 C2 4 D C1 50 D C2 20 P 20 P 10 C1 F C2 F 0190 1230 2 1000mm 0160 1200 2 1000mm 1310 2270 3 1000mm 1280 2080 3 1000mm 2350 2510 4 1000mm F39 LGF MM N CHECK F3SG R 130 35 2 M5 M6 150 150
321. lt gt F39 JG B L 2 F39 JGR2W L 2 3 F39 JG B D 2 F39 JGR2W D C WC r WGr EN lt gt s a M2 5 0 35N m Q CHECKI F3SG R 127 4 3 4 3 1 F39 LGF
322. 1280 2080 3 1000mm 2350 2510 4 1000mm 32 4 CHECKI 15 F3SG R 135 35 lt 2 M5 M6 E gm a 8 F39 LGA a
323. 6 No 1 2 IS 1 30 5 50 L m XS5F D421 C80 F 1 XS5F D421 D80 F 2 XS5F D421 E80 F 3 XS5F D421 G80 F 5 XS5F D421 J80 F 10 XS5F D421 L80 F 20 XS5W D421 81 F mm M12 6 No 8 88 i Ra L L m XS5W D421 C81 F 1 XS5W D421 D81 F 2 XS5W D421 E81 F 3 XS5W D421 G81 F 5 XS5W D421 J81 F 10 XS5W D421 L81 F 20 F3SG R 168 XS5F D421 80 F XS5W D421 81 F
324. NO i j24V 0V ON A A B Timax H ON OFF B 4s 0 A OFF ON T1max s B ON OFF F3SG RA F3SG RA ON F3SG RA t1 s t1 lt T1max 1 T1max s T1max CHECK T3 0 1s A ON 1 OFF TN T3 0 1s 1 w B ON 2 OFF 1 80ms a T2 0 5 1Hz i md ON 1 EE F3SG R 6
325. OFF 2 6 1 1 CPU DIP SW CPU DIP SW F3SG RE DIP SW DIP SW F3SG R 25 2 6 1 2 ON OFF OFF OFF
326. T3 0 1s OFF T2 60s F3SG RA Q CHECKI F3SG R 43 ON ee A OFF Timin T1imax ON B OFF 80ms 1 Ts jp T2 EE fn I 77 dl 0 5 1Hz 1 1 t I ON OFF 0 1s A B a i A B 4s A B
327. f 1 a 1 I 1 1 1 1 0V J F3SG R 175 G Y 176 OV 1 2 0 24V Oi J A RE RR RE NR CE 2 I I F3SG R 5 1 2 5 1 2 1 F3SG RA PNP gt 4 24V 5V 9 1 gt OV NPN gt 4 24V 3mA gt OV 5 1 2 2 F3SG RE PNP lt gt 5V gt 1 gt OV NPN lt
328. mm b mm Tm 0 05s Ts 0 008s a 1 400mm b 1 500mm F3SG R 119 Cro 850mm b 1 400mm 1 600mm Cro b 1 400mm S 2 000mm s x 0 05s 0 008s 850mm 966mm 966mm 500mm K 1 600mm s S 1 600mm s x 0 05s 0 008s 850mm 942 8mm S 942 8mm S 116mm S 942 9mm 7 6O 13855 EN IS0 72852 UI ER hm K 1 600mm s C 1200 0 4 x H 1 C 850mm S 1 600mm s x Tm Ts 1200 0 4 xH S mm Tm s Ts F3SG R ON OFF s H F3SG R mm H
329. 24V ON PNP 24V NPN 0V ON F3SG R DC24V 20 DO AC OFF F3SG R OCS OC F3SG R DC24V 20
330. ON OFF 3 2 11 4 da 4 42 3 ON1 3 ON1 3 1
331. 1 173 5 1 1 173 5 1 1 1 F3SG RA 173 5 1 1 2 F3SG RE 175 5 1 2 177 5 1 2 1 F3SG RA 177 5 1 2 2 F3SG RE 177 5 2 FSSG RA 178 a 5 2 1 F3SG RA PNP 178 5 2 2 F3SG RA NPN 179 5 2 3 PNP 180 5 2 4 i NPN 181 5 2 5 2 5 PNP 182 5 2 6 2 NPN 183 5 2 7 4 PNP 184 5 2 8 4 NPN 185 5 2 9 F3W MA 4 T 186 5 2 10 F3W MA
332. 1 1 24mm 2 6 6mm F3SG 4RAHH 14 2 34mm 3 16 6mm 3 44mm 4 26 6mm 30mm 1 1 50mm 2 13mm F3SG 4RAHH 30 2 70mm 3 33mm 3 90mm 4 53mm F3SG RA LED F3SG R 82 2 16 2 2 16 3 DIP SW DIP SW 2 16 4 7 Qo J L a ER
333. 3 1 2 F3SG R 2 gt gt 2 2 3 1 1 3 1 2 F3SG R 151 tich 152 4 F3SG R 2 0N m 3 lt gt gt 3 D 4 lt gt gt
334. 3 F3SG RE Y 195 5 4 196 6 197 6 1 198 6 1 1 198 6 1 1 1 198 6 1 1 2 198 6 1 1 3 199 6 1 1 4 199 6 2 200 6 2 1 200 F3SG R 6 2 1 1 200 6 2 1 2 201 6 2 1 3 6 201 7 203 7 1 204 1 1 1 05 7 1 1 2 206 7 1 2 209 1 2 1 209 7 1 2 2 209 7 1 2 3 210 7 1 2 4 211 7 2
335. 4 3 169 4 5 5 170 F3SG R 116 4 1 4 1 1 F3SG R F3SG R
336. A1 B1 A2 B2 PNP ON A1 A2 2 F3SG R 51 lt gt T3 0 1s SF Timin T1 min max T3013 ON T3 0 1s RS B2 ON l I OFF T3 0 1s az ON _ OFF T2 80ms 1 Nw 0 5 1Hz 1 a ON OFF F3SG RA F3SG RA
337. SCPU02 DST1 ID12SL 1 DST1 MD16SL 1 DST1 MRD08SL 1 NX SIH400 NX SID800 F3SP T01 G9SB 200 D G9SB 301 B G9SB 301 D G9SE 201 G9SE 401 G9SE 221 T NPN F3SG RE NPN G9SA 301 P F3SG R 6 6 1 198 6 2 200 F3SG R 197 2 6 1 6 1 1 6 1 1 1 F3SG R
338. 0 4 5 F3SG 4RE1150 30 56 1150 7 35 135 80 65 47 F3SG 4RE1230 30 60 1230 7 35 135 85 65 49 F3SG 4RE1310 30 64 1310 7 35 135 85 65 5 1 F3SG 4RE1390 30 68 1390 9 45 145 75 65 5 5 F3SG 4RE1470 30 72 1470 9 45 145 80 65 5 7 F3SG 4RE1550 30 76 1550 9 45 145 80 70 59 F3SG 4RE1630 30 80 1630 9 45 145 85 70 6 4 F3SG 4RE1710 30 84 1710 9 45 145 85 70 6 6 F3SG 4RE1790 30 88 1790 9 45 145 90 70 6 8 F3SG 4RE1870 30 92 1870 9 45 145 95 75 70 F3SG 4RE1950 30 96 1950 9 45 145 95 75 72 F3SG 4RE2030 30 100 2030 9 45 145 100 75 73 F3SG 4RE2110 30 104 2110 9 45 145 100 75 79 F3SG 4RE2190 30 108 2190 1 55 155 90 75 8 1 F3SG 4RE2270 30 112 2270 11 55 155 95 80 82 F3SG 4RE2350 30 116 2350 11 55 155 95 80 87 F3SG 4RE2430 30 120 2430 11 55 155 95 80 8 8 F3SG 4RE2510 30 124 2510 11 55 155 100 80 90 1 2 1 2 0m s Q CHECKI F3SG R 15 KS 16 1 6 2 F3SG RA
339. 0 F 10m XS5F D421 L80 F 20m XS5W D421 C81 F 1m M12 4 XS5W D421 D81 F 2m XS5W D421 E81 F 3m XS5W D421 G81 F 5m XS5W D421 J81 F 10m XS5W D421 L81 F 20m Y KS F39 GCNY1 0 5m M12 F39 GCNY2 F39 GCNY1 F3SG RE F39 GCNY2 F3SG RA F3SG RE Pa 4 5 i F39 GCN4 M12 5 F39 GCN4 L F3W MA F39 GCN4 D F39 GCN4 F39 GCN4 L F39 GCN4 D A a WA F39 GCN4 L F3SG RA F3W MA SROn F39 GCN4 D F3SG RA PNP F3W MA
340. 1 4 5 3 3 163 4 5 3 4 164 4 5 3 5 Y 164 4 5 3 6 4 165 4 5 4 FSSG RE 168 4 5 4 1 168 4 5 4 2 169 4 5 4 3 169 4 5 5 170 5 171 F3SG R xvii XViii 5 1 173 5 1 1 173 5 1 1 1 F3SG RA 173 5 1 1 2 F3SG RE 175 5 1 2 177 5 1 2 1 F3SG RA 177 5 1 2 2 F3SG RE 177 5 2 F3SG RA 178 5 2 1 F3SG RA PNP 178 5 2 2 F3SG RA NPN 179 5 2 3 PNP 180 5 2 4 NPN 181 5 2 5 2
341. 1 2 F C2 1 1 2 F 0270 1070 2 0 0240 1040 2 0 1150 1950 2 1 1000mm 1120 1920 2 1 1000mm 2030 2510 2 2 1000mm 2000 2080 2 2 1000mm 1 2 4 4 9 2 F29 G7 QQ GuEGki 22 5 15 F3SG R 144
342. 19 066 PHS IP 055 982 5015 8 00 21 00 365 FAX Web FAX 055 982 5051 www fa omron co jp www fa omron co jp Web SGFM 712F 2015 8 OMRON Corporation 2014 2015 All Rights Reserved
343. 2 2 12 4 lt 1 EL Se lt La kr 1 gL a W 1
344. 2 F3SG 4RA1360 14 135 1360 13 65 165 95 105 5 6 F3SG 4RA1440 14 143 1440 18 90 190 85 105 5 8 F3SG 4RA1520 14 151 1520 18 90 190 90 105 6 0 F3SG 4RA1600 14 159 1600 18 90 190 90 110 6 6 F3SG 4RA1680 14 167 1680 18 90 190 95 110 6 8 F3SG 4RA1760 14 175 1760 18 90 190 100 115 7 0 F3SG 4RA1840 14 183 1840 18 90 190 100 115 7 2 F3SG 4RA1920 14 191 1920 18 90 190 105 120 7 3 F3SG 4RA2000 14 199 2000 18 90 190 105 120 7 5 F3SG 4RA2080 14 207 2080 18 90 190 110 125 8 1 1 CodeB CodeA 1ms 2 2 2 3 1 F3SG 4RAHHH 30 ms mA 2 Cd mm ON OFF 1 0 NR i F3SG 4RA0190 30 8 190 8 40 140 35 75 1 8 F3SG 4RA0270 30 12 270 8 40 140 35 75 20 F3SG 4RA0350 30 16 350 8 40 140 40 75 2 2 F3SG 4RA0430 30 20 430 8 40 140 45 75 27 F3SG 4RA0510 30 24 510 8 40 140 50 75 2 9 F3SG 4RA0590 30 28 590 8 40 140 50 75 3 1 F3SG 4RA0670 30 32 670 8 40 140 55 75 3 3 F3SG 4RA0750 30 36 750 8 40 140 60 80 3 9 F
345. 212 3 ESS 7 4 222 F3SG R XIX F3SG R XX 1 1 1 2 1 2 3 1 2 1 4 1 3 5 1 3 1 5 1 3 2 5 1 3 3 6 1 4 LED 7 1 4 1 LED 8 1 5 10 1 6 13 1 6 1 13 1 6 2 16 F3SG R 1 1 1 mm x 1 x 1 F3SG 4RA F3SG R 1 280mm
346. 255 10m b ww 2 3CH 1 2CH 1CH DIP SW DIP SW Q CHECKI F3SG R 125 1 1 1 1
347. 270 1070 2 0 0240 1040 2 0 1150 1950 2 1 1000mm 1120 1920 2 1 1000mm 2030 2510 2 2 1000mm 2000 2080 2 2 1000mm 1 2 A 4 4 9 3 F239 LGTB CHECK 22 5 15 F3SG R 145 F3SG 4RE0190 30 F3SG 4RE0160 14
348. 3SG 4RA0830 30 40 830 8 40 140 65 80 40 F3SG R 13 ms mA SE ga ok mm ON OFF 1 0 MN oi F3SG 4RA0910 30 44 910 13 65 165 50 80 4 2 F3SG 4RA0990 30 48 990 13 65 165 50 80 4 4 F3SG 4RA1070 30 52 1070 13 65 165 55 80 4 6 F3SG 4RA1150 30 56 1150 13 65 165 55 85 4 8 F3SG 4RA1230 30 60 1230 13 65 165 55 85 4 9 F3SG 4RA1310 30 64 1310 13 65 165 60 85 5 1 F3SG 4RA1390 30 68 1390 13 65 165 60 85 5 6 F3SG 4RA1470 30 72 1470 13 65 165 65 85 5 8 F3SG 4RA1550 30 76 1550 13 65 165 65 90 6 0 F3SG 4RA1630 30 80 1630 13 65 165 70 90 6 5 F3SG 4RA1710 30 84 1710 13 65 165 70 90 6 7 F3SG 4RA1790 30 88 1790 13 65 165 70 90 6 9 F3SG 4RA1870 30 92 1870 13 65 165 75 90 7 1 F3SG 4RA1950 30 96 1950 13 65 165 75 95 7 3 F3SG 4RA2030 30 100 2030 13 65 165 80 95 7 4 F3SG 4RA2110 30 104 2110 13 65 165 80 95 80 F3SG 4RA2190 30 108 2190 13 65 165 85 95 8 2 F3SG 4RA2270 30 112 2270 13 65 165 85 100 8 4 F3SG 4RA2350 30 116 2350 13 65 165 85 100 8 8 F3SG 4RA2430 30 120 2430 13 65 165 90 100 8 9 F3SG 4RA2510 30 124 2510 13 65 165 90 100 9 1 1 CodeB CodeA 1
349. 4 L S1 0V F39 JGHHA L F39 JG S2 S3 ML F39 GCN4 D x EN S2 4 24 VDC 0 VDC 1 DIP SW F3SG RA DIP SW 2 D P SW F3W MA DIP SW F2W MA 2 F3W MA DIP SW 2 3 4
350. 4V DC S1 ML 1 EDM 2 3 4 4 F3SG R 5 DIP SW DIP SW P S MUTEA MUTEB Wi mm
351. 5 2 M8 14mm 30mm C2 C1 2 M5 M6 2 M5 MG6 f b 2 7 33 18 33 75 46 5 lt M5 MG gt lt M8 gt mm F3SG 4RA 30 F3SG 4RAH 14 _ F39 LP F39 LP 39 JGR2W 39 BT P39 BTLP 39 JGR2W F39 BT BF3 BTLP C1 18 A C2 48 4 C2 4 C1 50 D C2 20 C1 77 5 C1 80 5 C1 91 C1 102 5 G C2 107 5 C2 110 5 C2 121 C2 132 5 C1 103 C1 106 C1 116 5 C1 128 H C2 133 C2 136 C2 146 5 C2 158 C1 122 C1 125 C1 135 5 C1 147 C2 152 C2 155 C2 165 5 C2 177 20 P 10 7 25G 24
352. 8 2 23 2 98 2 23 2 1 98 2 23 2 2 98 2 24 99 2 24 1 99 2 24 2 99 2 24 3 99 2 24 4 99 2 24 5 100 2 24 6 100 2 25 101 2 25 1 101 2 25 2 101 2 26 102 2 26 1 102 3 DIP SW 103 3 1 DIP SW 104 3 2 DIP SW 105 3 2 1 DIP SW 106 3 2 2 DIP SW 107 3 2 3 Push SW 107 3 3 108 3 3 1 108 3 3 2 111 4 115 4 1 117 4 1 1 117 4 1 2 118 4 1 2 1 1SO 13855 EN ISO 13855 118 4 1 2 2 ANSI B11 19 121 4 1 3 122 4 1 3 1 F3SG 4R 4 ESPE 122 4 1 4 123 4 2 125 F3SG R XVI
353. Bl1 NM wT N 0 Nu lt A1 B1 4 PNP N 5 y HE x Y N ON Al 2 lt gt A1 oN OFF a ON B1 B N OFF F3SG R 48 Ts rg T2 80ms 3 __ 0 5 1Hz T1min T1max 2 4 4 1
354. DIP SW 3 ppP swl pmp swz 2 on 2 oN 3 EE oN 3 LE oN 4 EN on 4 EM on NPN 7 oN 7 oN 0V 4 oN DIP SW F39 JGHA L F39 JGHA D G 1 0V MUTE A MUTE B 1 2 24V lt Va 5Sed sal KM1 KM2 _ 24 VDC A1 B1 NPN 0 VDC 1 2 S1 24V
355. Kx C 1 S K T F3SG R C F3SG R S 30mm K 2 000mm s C 8 x d 14mm 1 S 2 000mm s x Tm Ts 8 x d 14mm S mm Tm s Ts F3SG R ON OFF s d F3SG R mm Tm 0 05s Ts 0 008s d 14mm S 2 000mm s 0 05s 0 008s 8 x 14mm 14mm 116mm 2 100mm S 100mm 500mm K 1 600mm s S 1 600mm s x Tm Ts 8 x d 14mm 3 3 500mm S 500mm F3SG R F3SG R S
356. NN IS OU S2 S3 ea Cy RE lt 3 DIP SW 8 E DIP SW KM1 KM2 G7SA a EN NO M 3 ML A1 B1 1 1 1 1 1 1 S1 MUTE A MUTE B F3SG R 183 5 2 7 4 PNP PNP 24V DIP SW 5 DIP SW1 DIP SW2 2 LE oN 2 LE oN _ 3 EI oN 3 LE oN 4 EE oN 4 EME on PNP 7 EN
357. ON t1 s tl d1 WU ee 1 d1 m A1 B1 V m s F3SG RA 1 t1 Timin t1 T1max 2 T1min s T1max s T1min T1max CHECKI A1 F3SG RA t2 s t2 d2 V 3 d2 m A1 F3SG RA V m s 3 t2 t2 lt TT5 4 T5 T5 F3SG R 57
358. P SW2 2 EE oN 2 LE oN 3 EE oN 3 LE oN ME 4 EE on 4 EE on PNP 7 EN oN 7 LN oN 24V 4L ON DIP SW F39 JGHA L F39 JGHA D x 3 amp lt Gl R RR RR gt 9 ET gt S a 24 VDC e 0 VDC S1 0V 22 Ni Nz S2 a i le 3 4 ML 1 2
359. SG R F3SG RE 1 2 3 PT PFI
360. SH es OmMRon amp INNOVATION F3SG R 1 SGFM 712F F3SG R F3SG R F3SG R F3SG R F3SG R
361. SSD ON ON F3SG RA OFF F3SG RA PC F3SG RA
362. i EMITTER HD i RECEIVER p STB 1 i B BTM a 5 22 5 NN CHECKI F3SG R 155 tfch 156 5 Q F3SG R 1 3 0N m 6 lt gt gt 2 1 2 CHECKI F3SG R 4 4 4 0 QQ CHECK 1 F3SG R
363. ii DIP SW F3SG R 90 OS e Ne 90 F3SG R 6 F3SG R PNP OV NPN
364. ms 2 2 2 3 1 F3SG 4RELHLHLHHH14 ms mA 5 0 Se CH ak kgl 2 F3SG 4RE0160 14 15 160 5 25 125 45 50 1 7 F3SG 4RE0240 14 23 240 5 25 125 55 55 1 9 F3SG 4RE0320 14 31 320 7 35 135 55 55 2 1 F3SG 4RE0400 14 39 400 7 35 135 65 60 2 6 F3SG 4RE0480 14 47 480 7 35 135 70 60 2 8 F3SG 4RE0560 14 55 560 7 35 135 80 60 3 1 F3SG 4RE0640 14 63 640 7 35 135 85 65 3 3 F3SG 4RE0720 14 71 720 9 45 145 80 65 3 8 F3SG 4RE0800 14 79 800 9 45 145 85 70 4 0 F3SG 4RE0880 14 87 880 9 45 145 90 70 4 2 F3SG 4RE0960 14 95 960 9 45 145 95 75 4 4 F3SG 4RE1040 14 103 1040 9 45 145 100 75 4 6 F3SG 4RE1120 14 111 1120 11 55 155 90 75 4 7 F3SG 4RE1200 14 119 1200 11 55 155 95 80 4 9 F3SG 4RE1280 14 127 1280 11 55 155 100 80 5 1 F3SG 4RE1360 14 135 1360 11 55 155 105 85 5 6 F3SG 4RE1440 14 143 1440 11 55 155 110 85 5 7 F3SG 4RE1520 14 151 1520 13 65 165 100 90 5 9 F3SG 4RE1600 14 159 1600 13 65 165 105 90 6 5 F3SG R 14 a
365. oN 7 LN oN 24V 4 EE oN DIP SW 2 F39 JGHA L F39 JG x amp g R a gt gt S K amp s 3 O O 1 si W IN1 IN2 3 3 4 B1 B2 L ll 24 VDC 0 VDC 0 PNP EE S1 0V S2 ML Al A2 B1 B2 mm 1 2
366. p 3 a bp c 3 3 e 5 0
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