3．「JIS B 9700(ISO 12100)」
Contents
1. li ra a l JIS B9700 B C ISO 12100 1 2 ISO 14121 ISO 14119 150 14126 ISO 134 ISO I 602042. j 4 Point point Point
3. 2215 X x hazardous situation S TEA 9 hazardous event pass 11
4. g gt 2381 5 4 4 5 52
5. LC 7 2 Hill III iM L MM 5 4
6. 5 5 b 3 3 3 kkk ABB ADRES 3 41 5 R lt H 0
7. 6 2 6 3 J V 7 74
8. 1 571 y s LE 33 5 52 mwca 1
9. b d point ss s _ Rm 2 59 2 1 2 lt Pra e 7
10. Safety of machinery general principles for design Risk assessment and risk reduction 2010 1 ISO 12100 2010 6 1 62 63 6 4 51 7 52 5 3 54 A 5 5 B 5 6 C 5 6 22 2 7 22035 7 LY 9 7
11. 8 1 o 7 0 Lk ff L lt JF E 5 52 1 2 3 4 14 JIS B9700 so ecz7Fs1 150 12100 1 2 ISO 14121 ISO 14119
12. No NCW 01 002 No NLC 02 002 56 6 4 1 2 3
13. 23 7 Z lt F y 222 2 LZ 4 5 1 a rsi Step 1 MY 3 0 P Step 2 MM 3 0 UJ 22 3 Step 3 4 4 OO 7 06 FPR
14. JIS B9700 ISO12100 JIS B9700 JIS JISB9700 JIS TISB9700 7 AK ZT JIS B9700 SUNX 1 TUV Z 8SOKUDO 61 1581 gt
15. a b 1 1 1 2 2 3 lt gt 250W 1mW 5 b 4
16. e f h SEMI 52 ES 9 S10 lt 60
17. 0 B HSR0RENE 01 02 2 ih 4 Safety of machinery general principles for design Risk assessment and risk reduction 2010 1 ISO 12100 2010 1 6 2 6 1 3 62
18. point 3 18 sss 28 2 2006 4 1 Q EZE E O 12 3 e 3 _ _ rs Bo700
19. 1 w Safety of machinery general principles design Risk assessment and risk reduction 2010 1 ISO 12100 2010 1 2 3 62 6 3 S 6 4 51 7 52 5 3 54
20. lt b h 1 BH Fe P 20 4 ar B J Pt ii Z 9 W F EE Ri PH TI 2 2 Fm 4
21. Z J k 2 p 3070 Step 1 2 3 lt TI T RR RRR ri lt l ENS C 912 x EE Z gt Z DRE TE 3 3 18 00 77 be 4
22. 7 LY 9 E 5 machinery machine 5189 50 p 118 3 6
23. A 5 5 B 5 6 C 5 6 Lk dif EE A DD lt E NM LTA 21 J sr Ja m DN mm L LZ 4 RE hs a 5 3 1 2 n ss s 5 5 25889 lt a m m sa m ms w wz s a m mz s m m sm m mom aca mem umu m sss usa 5 6 PS s Lis 08927 889 GB Ze gt 5 6 2 88
24. ek 77 Zx M7 4 2 JIS 9700 180 SUNX 18 lt
25. lt 7 0 DOF gt J SF 6 2616 A X amp T 2 E fay Ka x _ 29 815561 0181 5651 F Z YT A hazard zone danger zone J P lt 51 50 gt UZ 137 r point um
26. gt 4 L k gt gt bP gt gt 7 gt 6 6 2 L A TU Ch gy 49 EE rr ES I 50 6 6 2 JIS Z
27. 1 WG 23 9 20 2 WG 23 10 28 3 WG 23 12 2 4 WG 24 1 26 S 5 WG 24 2 10 4 4 EF FE lt 7 22 JIS B9700 ISO12100 Satety machinery general principles for design Risk assessment and risk reduction 2010 1 ISO 12100 2010 1 6 2 6 1 3 62 4 6 3 S 6 4 5 1 7 52 5 3 54 A 5 5
28. 6 3 1 2 3 1 amp 0 No NMW 01 002 NCW 01 004
29. 4 6 S 6 4 51 7 54 A 5 5 B 5 6 C 5 6 7 4 dif xE A E y 7 Dn 6 6 1 3 6 6 2 Step gt
30. g S aa mamawa x Lk dif EE L lt FI NK E lt y SETS ON lt f Severity Frequency Occurrence Avoidance 51 F1 F2 01 02 1 2 03 A1 A2 01 A1 7 A2 F1 A1 S2 A2 A1 A2 A1 A2 4 2 3 6 5
31. 1 399064 gt pa l 1 78 lt a 2 La 2 4 1 399064 Hazard identification
32. 61496 IEC 62046 61508 60947 61000 4 IEC 60076 9994 IEC 60079 Safety of machinery general principles for design Risk assessment and risk reduction 2010 1 ISO 12100 2010 62 4 6 3 S 6 4 51 7 52 53 5 4 A 5 5 B 5 6 C 5 6 22 2 7 22035
33. E Safety of machinery general principles design Risk assessment and risk reduction 2010 1 ISO 12100 2010 62 63 5 6 4 51 7 52 5 3 54 A 5 5 B 5 6 C 5 6 22 2 7 22035 7 2227 9 5 52
34. B 5 6 C 5 6 Safety of machinery general principles for design Risk assessment and risk reduction 2010 1 ISO 12100 2010 2 3 62 4 6 3 S 6 4 51 7 52 5 3 54 A 5 5 B 5 6 C 5 6 Lk dif xE A E NM 7 Dn
35. 150 14126 ISO 13 ISO I 60204 61496 IEC 62046 EC 61508 IEC 60947 IEC 61000 4 IEC 60076 IEC 60079 29 5 52 Satety FS 8100 5 1 xa 5 52 SSE
36. 8502 JIS Z 8503 lt 1200 DIN 33411 5 W V x 6 6 2 LAO W nV JIS 9705 1 JIS B 9961 z w OE
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