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Contents
1. 1 gt gt2. 6 4 33 kW 820 kW
3. CONET etc etc http www jcmanet or jD
4. 14 N i146383 844 E T2466dd E11 KP 0 004 14 Vol 66 No 6 June 2014
5. 2 25 4022m 1500 mm 1 2 _ 33 190 i
6. Vol 66 No 6 June 2014
7. 70 0 01
8. BS3 1 32O0 D GCC 876 52920 49 0OO 44 28OHH 41 000 1HGOO 2013 Web 2OO1 2004 2007 2010O PDF
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10. 350 kN PC 4 11 7 PC 1 3 1 42 PC rE TL 5 a Ni 1 EE io
11. 7 2 8 3 7 2
12. 25
13. 3 GIMS K wm PC WR 66 6 2014 6 772 Vol 66 No 6 June 2014 2014 2
14. 1980 10m VSL 500T x 8 1988 0 3 MPA 0 3 MPA 1994
15. 9 Ts 9 2 0 6 m
16. 1 1 2 Vol 66 No 6 June 2014 73 6
17. SSPS 2013 1 SSPS
18. 2
19. 2010 22 4 UT 2005 17 7 1 2006 18 4 IS A 8612
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21. 91 1 67 2 1 gt 1 2 4 SD ii 6 50 pe 1
22. 2 3 Vol 66 No 6 June 2014
23. 4 5 Vol 66 No 6 June 2014 4 IEA International Energy Agency World Energy Outlook 2008 2030 170 toe 80 6 20 16 10 toe 12 4 2006 2015 6 EA 2030 170 toe
24. In 9 iNDr 219 A EE 21 13 270 2011 PM 4 es 5 ECO HE 2 4
25. T 4 5 4 Vol 66 No 6 June 2014 T 5 c
26. E amp C ICMA 65
27. 10 3 10 3 4
28. 4 8 10 ES H 2 18 25 JTCMAS JCMAS P040 25 26 JCMA 4 11 9 2 18 25 26 6 6
29. J s 5 28 3D 3D CIM 74 Vol 66 No 6 June 2014 SPAS APAS 26
30. Se JICIMIA Vol 66 No 6 June 2014 43 gt IC OFF 357 9m CSM
31. TD16O3m H26 3 31 450m 2 JCT JCT 74 km TIC 4 1___ em H 1 L 2469m 9 Bal 0 1 jam I fm dg Ms Bap 400m A 350m 425 426 247 428 429 430 431 432 433 1 DI 0 CY Di UI pm 0 DI 0 2 6 a Wh 7 9 20nlO Bp 5 4 IN m M 7 LE _
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35. 2 1 OFF 357 9m 357 3 U BOX FE STA 0 904 STA2 25 5 135 m I TI NS BOX 11 1 6 11 1 22000 4 NS BOX CSM
36. 26 7 We 3
37. Vol 66 No 6 June 2014 a RC SFRC 3 94kN 3 b 1 94 kN 0 685 8 08 m 11 80 m
38. Vol 66 No 6 June 2014 3 4B 4 1 gt 2B 4 mn i ji 1 bad 23000 1 0 23300 75 75 23450 3 lt Jr FE ER A 2 Se 4 FFU 7 1 2
39. 5 1 5 OB 1 Vol 66 No 6 June 2014
40. We 9 1 2 1 25 12 4 12 11
41. 70 1 2 2 2 Lm Dg 600 mm
42. 2 1 2 U U 2 8m x 10 m 3 U 12300 2 LE SC Vol 66 No 6 June 2014 H
43. H 12m 12 5 24 Vol 66 No 6 June 2014 5 URUP 12 hs
44. 26 1 4 24 21 25 25 3 25 26 27 26 4 16 10 26 106
45. 2 URUP 10 06m 48m 0 6 m 600 mm U 200 mm
46. 25 12 26 6 3 1 20 1995 2011
47. 5000 kW SEP 6m 7 CEs NEDO
48. RC RSP Te RSP
49. 35t 132 mm 750 m 1 6 6 3 3 500 t 50 1
50. c NS BOX NS BOX 2 3 a 1
51. CSM 1 1 2 357 OFF ON 1 OFF 59 4 2
52. 1963 15 5 10 3 ITS
53. 3 TD491 m 879 m 50 MPa 300 kW 9 40 50 m hr 433 00 60 MPa 15 m hr 3t 441 00 5m hr 50m __ Bi SSE gt lt gt ot
54. 2020 7
55. 3 Vol 66 No 6 June 2014 80 m 1 000 m min 2000 m min 80 m 5m lm 10m 02 24 mg m 4 4 2
56. 3 25 KPI Key Performance Indicator 26 4 25 2 6 3
57. 1964 50 200 km h 270 km h 2 500 km h dL
58. 7 Vol 66 No 6 June 2014 7 500t 8 2MW 6 8 5 66 kV
59. ISO ROPS Roll Over Protective Structures 2011 NM 3 5000 ER 1 JCMAS 2020
60. 2 3 25 6 5 9
61. 2 4 5 2 4 2 6 4 1 26 2 6 1 2 3 4 5
62. 5 2 ID 7 LCD KOMATSU CARE 1 NOx PM 2
63. 1 1 2 3 4 1 5
64. Vol 66 No 6 June 2014 99 NIEREIETT gt 03 SK125SR 3 15t 3 SK125SR 3 SK135SR 3 SK125SR 3 SK135SR 3 mo5 0 45 05 1 13 0 13 6 kW min 69 2 2 000 m 8 34 m 552 m 9 19 m 7 41 m 2 49 m 2 84 1 200 16 274 17 025 4 SK130UR 3 SK130SR 3 SK130UR 3 SK130SR 3 mo5 0 45 t 13 5 13 8 kW mn 69 2 2 000 m 7 57 7 57 m 4 82 4 92 m 8 51 8 15 m 7 43 7 43 m 2 49 2 49 m 2 81 2 84 200
65. 2000 5 8
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67. HH 8 S 16 ECO S 21 NETIS V iNDr AIS iNDr AIS ROPS SK130UR 3 ISO
68. http www jcmanet or jp privacy_policy htm 2 2 26 6 8 2 5 A No H26 5 26 7 920 6 787 600 H26 3 H25 6 26 26 DVD 6 048 5 142 500 400 H25 5 25 H25 3 2013 H24 5 24 H23 4 4 H22 9 H22 9 CD H22 7 H21 11 H20 6
69. 2 1 2400kW 92 m 3 2 3 1 Vol 66 No 6 June 2014
70. 9 1 4 m b _ 7 22 mm a b 3 mm X X b 8 a 3 7 8
71. F A X FAX FAX U3 3664 0138 4 e a a YY 130 0021 4 4 3 TEL 03 3634 5651 MNAGA URL http www yoshinaga co jp We 4 Refer a 572 5b22 5
72. 24 fs AI 4 ke 8 6 1968 Space Solar Power SSP 1990 JAXA IH USEF 56
73. 1 MB1 0 Vol 66 No 6 June 2014 CMI CIM 1 24 BIM Building Information Modeling CIM Construction Information Modeling CIM CIM CIM CIM 11 1ICT 25 BIM CIM BIM CIM 77
74. 1m 1 103 0022 2 1 1 2 TEL 03 3270 2005 FAX 03 3245 0203 http www mitsuimiike co jp E mail sanki mitsuimiike co jp 2 3 WIRTGEN JAPAN
75. 66 Vol 66 No 6 June 2014 2013 1 3 1 km FD SEP
76. VIMS 6 Cat 789D 789D t 181 0 143 3 km h 57 2 m 127 m 693 m 6 5 CaE9SI6B 2 69 kW ps rpm 1417 1 926 1 750 6 1 mo 141 101 CATERPILLAR 5 Cat 789D 158 8530 4 10 1 Vol 66 No 6 June 2014 101 WIEAEPB I gt 05 8 RK160 7 2 13 12
77. i V 7MW 2MW 2 2MW 2 25 7MW 2 H 1 23
78. 1 8 6 16 17 1 3 15 2 ISO TC 127 SC 2 WG 25 SO16001 2 ISO TC 127 SC 2 WG 9 ISO 20474 2 1 ISO TC 127 SC 2 WG 9 2 2 26 3 27 28 Vol 66 No 6 June 2014 2 3 UNI 2 4 15 SIS 2 Stefan Nilsson Volvo Herman Leufstadius SIS DIN 4 Reinhold Hartdegen BGBau Werner Ruf Liebherr Rena Kampmier VDMA Ulrich Drees DIN ANST 4 Charls Crowell Dan Roley CAT Rick Wires John Deere Steve Neva Bobcat AENOR 1 Jean Jacques Janosch CAT UN
79. coe ES coc EE HI HI HNC HI HNC HEIN HI HI HI ED 3 3 http wwW Ccmanet or D Sekou hukkou index html 26 26
80. OECD 170 toe 8 8 TW 100 kW 70 1 3 1 2 4 5 82 2 20 2 88TW 220 TW 1 37 kW m 400 km 400 km
81. JICMA Vol 66 No 6 June 2014 Na AN MM 0 a D70 60m D40 40 m 1
82. 105 0011 3 5 8 TBL 03 3433 1501 FAX 03 3433 0401 1 2 FAX 03 3433 0401 A B A B BD A 9 000 4 3 oo 12
83. Vol 66 No 6 June 2014 EFZZE 37 U 2 8 km U U 1 47 km 2 8 km
84. 26 26 26 1 5we 2 0 3 PC 4 5 a sa 25 1 wz B 5 1 100
85. Vol 66 No 6 June 2014 69 LT 2 SEP SEP SEP i N ASO 3 NH N 650t 3 SEP 1600 SEP SEP ASO a i pr LxBxD a m 11 500 1060 t 500t 650 t Nol 3 1 3 4 6 SEP 7
86. A MA 8 LM A Sy y a eR 5 5 m 0 0 0 5 10 1 5 20 2 5 30 35 m 5 m 6 6 7 2 06 0 8m TT 7 8s
87. 600 mm 900 mm 21 5 m NS BOX 198 2 5 WA W _ _ NS BOX 5 a b Vol 66 No 6 June 2014 H 300 NS BOX
88. 15 7 A4 85 1 470 1 400 600 49 1575 1500 600 F 1 gt Z lt gt
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90. A et ee 2 5 1 te HH 1 7 Vol 66 No 6 June 2014 3
91. COBie US Army Corps of Engineers Bil East 2014 10 COBie 3D ID ID 3D CIM 2013 3 COBie 5
92. 4 1 000 m 5
93. Vol 66 No 6 June 2014 6 b 1 2 3 2 5 4 2 7 8 3 9
94. 1 6 2 ISO 5006 JIS A 8311 A Crowell 1 73 Performance criteria for mirrors used to meet the visibility criteria For indirect visibihty with mirrors the height of the refHlection of a 1 5 m test object reference 1 55 m stature from ISO 3411 for a small operator in the mirror shall be at least 7 mm for ever meter that the mirror is positioned away from the operator s eye point filament position centre point As an example the reflection of a 1 5 m test object shall be at least 28 mm for a mirror located 4 m from the operator s flament position centre point The mirror performance shall be evaluated at the longest distance from the mirror to the test Vertical test object that the mirror is intended to be used at 150m 1 55m 1 50 m 7 mm
95. lt 3 8 ww My gt 4 MM 2 0 N R U G gt 2 2 Bi 6300 gt 2 a 5700 ST 3200 PS 12 12U LL 32 4 iA ee TC 1305R 20 5 TC 1308N 22 gt FS_2000R 2 km 6 km 40 Na 6 _ N RC g300U ER 2000R ET 2000R 110dB m 2
96. 1 2 6 7 24 25 26 8 28 2 9 2 3 3154 http www cmi or jp cmi map htm 4 MC MG TS 2 5 CPDS 6unit ie 1 TS 10000 NN 20 CPDS 14unit MC MG 500000
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99. i a a _3 25m 3 25m 3 25m 5 28 1 6 Vol 66 No 6 June 2014 A3 78 2 1 2 m
100. 3 2 3 ROV Remotely Operated Vehicle 2 Vol 66 No 6 June 2014 15
101. 1 13 STEP 2 STEP 1 STEP 3 STEP 2 4 1 m 2 1 JCT En A 5 5 Ne a rs ee TP
102. 30 1 tC Vos
103. Co 5 4 5 6 6 2 6 3 6 4
104. 1 4 1 V 13 2 2 1 6km yn 0 86mile ya 1 75km 0 94mile 2km 1 08mile 3 3 1 4 2MW
105. 1 mm 2 mm 9 7
106. 7 ICMA 1 1996 10 2 25 1 http wWWGe Cao g0 JD SDace plan plan pdf 2013 1 TAXA SSPS 51 2007 10 4 LUNA RING http wwwr shimz co jp theme dream lunaring html 2009 5 5 21 Web http www rish kyoto u_ac Jp matsumot opinlon sps_99 htm 1999 11 6 Lunar Sourcebook A User s Guide to the Moon Cambridge University Press 1991 7 15 SPS PP 2 7 2012 9 8 15 SPS PP 8 11 2012 9 9 SPS
107. 3 1 200 kW 100 m RH 10J SS 3 42 1 5 9m 3m 6m 6m 3m 100m Vol 66 No 6 June 2014
108. 60 N mm 10 MPa 8 4 26m 100 m h 64 11 NN we Pr i TS ma ry EET ET TT 12 DC SL1400BDH M28 Vol 66 No 6 June 2014 11
109. 9 10 SEP SEP lt a bh 1 2 a a bh 4 A ns SEP 4 10 2013 1 Vol 66 No 6 June 2014 6 1
110. 4 18 YMCA 26 25 25 25 26 34 4 21 67 LW ES CAT 7 gt 7 YU7T 7 3
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112. 2 HB205 2 HB205LC 2 HB215 2 HB215LC 2 HB205 2 HB205LC2 HB215 2 HB215LC 2 t 199 21 3 22 22 9 RW 1 NN IS D0006 1 PS rpm 141 2000 gt 08 07 JIS JIS m y 1045 1 1 1050 1115 m 045 117 050 m 9425 9 625 m 2805 308 2875 298 m 3 135 m 275 2 94 27 2775 285 295 ee mm 6 Hybrid 2 HB215 2 107 8414 2 3 6 4 14 04 14 02 02 SK125SR 3 SK135SR 3 a SK130SR 3 SK130UR 3 13t 4 2011 NOx PM
113. 21 56 2 11 96mX 8 24mX 11 95m 2 510kNX2 300stxX29MPaxX20 6 3cm min 300kNX1 400stX19 5MPaX9 10m min 9 4t 1 0 4m 2 117m hr 2 E 750mm 2 160m hr 2 610mm 1 166m hr 6 2 3 a 2m
114. 1 1 MB1 0 8 2m 6 9m 100kg 1ton 2 10
115. PDCA KPI Ve 3 26 6 I II IV Vol 66 No 6 June 2014 1
116. ISO TC 127 Earth moving machinery se a ay JE mk a wi 1 5 a a Hydrema Ww Ft 6 b hb 4 WELCOME ep Ongi etorri Bem vindo willkommen Bienvenido a ze Skid steer loader P HH Se ge SB Ss 3 i 4 J er 7 2 TT a WW ET AT 2520 cr Mustans track loader Aonce a VY I Case HNN D Sonos FI Beams 4 oa 77 J Var Mustang 2 Grader WERG K YOU co i Wacker neuson TANDER OMPACTORS S06ER TIRED ROLLERS ISO TC 195 Building construction machinery and equipment Truck mixer Oshkosh Ne ellie elil mw Continental mixers a Con Tech A x W AN LB performance DaVing Vol 66 No 6 June 2014
117. 2 1 2 2 Mercury CIM 9 23 Parsons Brinckerhoff 9 24 WTC BIM Co 9 25 BIM yl BIM AUTODESK 9 26 Presidio Parkway 9 27 BIM BIM ROI 78 HP CIM CIM 2013
118. 26 7 8 1 2 6 105 0011 3 5 8 TEL 03 3433 1501 Fax 03 3432 0289 TEL 0545 35 0212 7 HP http www jcmanet or jp Fax 2 417 0801 3154 0545 35 0212 Fax 0545 35 3719 E mai
119. 4 24 25 25 104 26 WG 4 8 10 4 9 22 26 7 773 26 8 774 3 26 9 775 26 4 26 6 770 772 4 18 4
120. 60 Vol 66 No 6 June 2014 2MW 4 4 2MW 2MW 106 m 66 m
121. 5 1968 43 7 Vol 66 No 6 June 2014 1968 185m 1970 20m 1972
122. CT 4 24 25 10 CIM 4 5 19 25 3 26 4 21 Vol 66 No 6 June 2014 25 4 21 8 408 4 23
123. 20 40 10 9 7 RSF RC 500 mm 3 000 mm 150 mm 2750 mm 125mm 1 350 kg 6 Terzaghi 50 cm
124. 600 mm 1m 1m 3 Vol 66 No 6 June 2014 lr lt i 3 4 1
125. 2 1 1 2 3D 2 2
126. 3 U 3 U 1 U 4 267 mm H 500 kN A A 306m _3812 GL 48 8m 6562 1 1 14 2 7959 3 U
127. DP 10 000T 2000HP 4 3 4 2 10 000T DP RE RTR 1968
128. ARC TCS 2 V 180 mm
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136. 2 417 m 413 1m 1 1 1 L 41 7m 0 iTS 0 L 413 1m 0 5m 95m 1 1 21 3 6 23 5 10 24 9 11 417m L 412 3m L 413 6m 3 4m L 0 5mX2 11 0mX 7 08m 2 10 7mX 5 7m
137. i 9 NN NN 65t57 1 Ar 7 sn 2 31m3 bf 15m3 46m3 366x0 04 8 18m3 454x0 04 133m3 15 550m2 2 5m 1375m3 CMI PR800 7 Wirtgen W2000 7 11 5 Vol 66 No 6 June 2014 CMI PR800 7 175 Wirtgen Wirtgen ER552F 305 320 320 230 484 421 421 418 3 7 1 30 cm CMI PR800 7 x 1 Wirtgen W2
138. 1 11 2MW 2 23 24 3 23 27 1
139. 1 2 rr 2 gt 1 0m LC gt
140. 10 97 63 9 10 3 11 66 kV 66 kV ey 7 22kV 6 64 11 66 kV 66 kV
141. 1 7 0 03 0 05 MPa 0 1 MPa 120 130 3 LA 4 Fb 8 Vol 66 No 6 June 2014 EB3 9 15R mm No 14 41 920m 5 4 3 2 1 0 1 2 3 4 5 51 mm 53 gt 12 12 10 12 12 20 12 12 30 13 1 9 13 1 19 9
142. 2MW 1 23 0 10 2MW
143. Vol 66 No 6 June 2014 8
144. 2 1 SSPS SSPS 2 2
145. HST 5 10 5 62Z7 67Z7 62Z7 67Z7 gt m 2 3 25 t 10 33 11 47 Cn 113 2 200 113 2 200 kN 87 96 350 350 390 390 km h kN
146. http committees jsce or jp cceips07 3 1 World Trade Center The Port Authority of New York amp New Jersey amp URS 2200 WTC 2 3 BIM 6 WTC 4D
147. CO CO 11 A LR 11 9 CO gt mv CO gt 12 26 3 38 950 L CO 50 1 7 233
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154. log handhng apphcation accordmg to 4 6 4 single heavy object applcation according to 4 5 6 Ob ect handhng application according to 4 6 6 Other application according to 4 6 7 2 73 ISO 20474 4 Backhoe Loader 1 6 Information of use bucket and shovel application according to 4 5 3 2 Ob ect handhng application according to 4 5 3 3 Other applcation according to 4 5 3 4 2 Annex A A nformative normative 2 74 ISO 20474 5 Excavator 1 3 11 Minimal swing radius excavator MSRX Excavator for Operation in confined space having an upper structure with a short swing radius equipment and attachment Swing within 120 of the undercarriage 2 4 3 2 2 Roll over protective structures ROPS and tip over protective structures TOPS
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156. 107 8348 6 5 11 TEL 03 5544 0499 Vol 66 No 6 June 2014 95 WIL f gt TLF 1 TLF A0 15mm 460 g 30 m
157. 4027 m 43 6m 4 1 2 12 28 000 38 000 10 000 26 000 oe ed aaa ee es pe 0 30 35 m N gt 50 N 10 20 N 10 40 N 1 10
158. 12 12 4 ROV 13 1 20 cm 6 DPS Dynamic Positioning System Vol 66 No 6 June 2014 13 ROV
159. 22 EE 14 EE 14 Vol 66 No 6 June 2014 4 25 4 25 25 26 27 26 26 4 25 10 25 26 26 4 17 4
160. BIM VDC Virtual Design and Construction 15 80 BIM VDC Autodesk 15 VDC 7 BIM BIM BIM 4 1 BIM BIM BIM 6 180
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162. 11 12
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170. 50 cm 4 PC 1 PC PC 1S178 PC SBPR 930 1180 32 PC 9S15 2 11000 t ED 2 3 O 1600 0 68
171. 66 kV 22KV 0 Vol 66 No 6 June 2014 S S 6 1 66 kV 23 7 km 66 kV 0 9 km 22 kV 2 3 km
172. Vol 66 No 6 June 2014 JICIMA Vol 66 No 6 June 2014 31 EFZZZE
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179. 2 1 MB1 0 1 MB1 0 14t 2
180. 2 25 12 26 6 25 12 12 17 26 4 45 5 12 6 Vol 66 No 6 June 2014 12 al eb 4
181. 2 15 SPS PP 2 7 2012 9 10 International Energy Agency World Energy Outlook 2008 Edition 2009 11 1999 10 3 St Vol 66 No 6 June 2014 EFZZZE 97 1 11
182. 6 000 kN 800 kN 013 3 4 lt SS ry 4 4 23 11
183. Vol 66 No 6 June 2014 10 1 I 1 VIA 1 1 1 LL tl Lt YE yD Net HS Dg 10 3 800 kN x 2 1 600 kN
184. cw 4m 28 mm Crowell CAD CAD 2 7 4 Performance criteria for CCTV system The CCTV system shall comply with ISO 16001 CCTV ISO16001 3 10 1 Visibility performance criteria on the visibility test circle Vol 66 No 6 June 2014 Rigid frame dumper that have an oftset operator station e g rigid frame dumpers visibility to front side away from the operator e g on a left hand mount operator station in Sector C visibility shall additionally be evaluated between the RB and Visibihty Circle in the areas that are machine can steer directly into CAB
185. ER ro 771 1350 FAX 088 694 5544 TEL 088 694 2411 http www asahionkyo co jp CT I CT 201 3 3 3
186. Vol 66 No 6 June 2014 39 H 4 2 000 mm 2 267 mm R 8 0 m 10 m 0 9 m 14 276 4 mm 19 0 mm SM570 H
187. 26 JEM TR104 4 25 25 25 26 27 1 4 9 5 3 26 1 4 15 CX YMCA 9 3
188. 1 CIFE 25 Center for In tegrated Facility Engineering CIEE BIM CIM BIM 60 CIFE 3D CIFE John Kunz BIM BIM 4 Discussion For an upcomind project plan tasks to use BIM Specify BIM show two examples of each Purposes who will use the BIM and for wha
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207. SSPS 55 7 30 3 1 Vol 66 No 6 June 2014 60 0 S1O2 s0 0 TiO2 Al2O3
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230. 1 21 6 19 25 5 17 4 5 770m 7 0mx1 56 000 m PC3 2 250m RC4 2 3 860 m 1 11 1 2m 1200 m L U 425m VL 20600m 60 90 cm 2 500 m NS BOX 470 ton URUP SN L 70m R 50m 1 16m 357 44 OFF 357
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275. 4 3 2 2 1 General Hydraulic excavator with an operatng mass lt up 92 to 6t TOPS shall comply with ISO12117 Hydraulic excavator with an operating mass over 6t and less than 50t should be designed so that a ROPS In complance with ISO12117 2 can be fitted Hydraulic excavator with an operating mass Over SU0t and less than 100t should have a TOPS Hydraulic excavator with an operating mass over 100t ROPS and TOPS are not required 1t 6t TOPS ISO 12117 6t 50t ISO 12117 2 ROPS 50t 100t TOPS 100 t ROPS TOPS 50t 100t TOPS TOPS ISO 2 75 ISO 20474 6 Dumper 1 4 4 Articulated frame lock EN 474 1 2000 A1 2009 5 14 5 applies with the following exceptions The articulated frame lock device shall meet the requirements in ISO 10570 2004 e
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315. ly locked in vertical position a 4 6 Information of use all blades and equnpment shall be in their transport position and so positioned that they are within the defined transport wrdth of the machine 2 8 EN 474 CEN ISO 20474 CEN CEN ISO TISO CD 2 9
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317. xcept that the requlrement for articulated dumpers 1s hmited to a steering torque expressed in Newton per metre of 4 0 tmes the steering torque for the unloaded machine This articulated frame lock device shall be tested to withstand a force of 12 tmes or more of the steering force calculated from the maximum torce of the calculated steering moment 1 2 76 ISO 20474 8 Grader 1 4 2 1 Operator s seat Vol 66 No 6 June 2014 Suspension seat shall be required 2 4 4 Steering system 44 1 General Clause 4 6 3 Steering System Crawler machines of ISO 20474 1 2008 apply with the additions 4 4 2 Controls and 4 4 3 Steering performance test ISO 2474 1 4 6 3 44 2 4 4 3 3 4 4 4 Safety requirements for travelling mode SN Controls for leaning front wheel system shall be possible to be mechanical
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