liebherr-500 ton ltm 1500
DESCRIPTION
ÂTRANSCRIPT
. .. .. . ... .. . ,- --
,
Technical DutuCaracf6rEstiqU9es te_cEmiques
m
LTM1500Mobile CraneGrue automotrice
Telescopic boom
FI?mhe t%leseopique
max. 276 ft
.........- .
. .... ----
Ltfting oapaaities and Ltfttng hetghts on 164 ft long telesoopio boom (’l’)
Lifttug oapaeltlea and IMttng lmigbtu on 164 ft long, guyed talesooplo boom (TA)
LifttrIg oapaoitles and Ilfttng heights on the lnttloe fly jib wtth 164 ft long talesooplo boom (“IT)
Ltfttng oapaaltles and Mttng heights on the Iattlea fly jib with164ftlong guyed teleseopta boom (TAY)
Ltfttng oapaaltleu and Ufttmg helghta on the Iufflng Iatiioe jlb with 164 ft longtelesaopio boom (TN)
Ltfting oapaoltieu and Itfttng heights on the kfllng lattioe jib wtth 164 t’t lon& guyed telemopio boom ~AN)
Ltfttng oapasltles and Ilfttng heights on 276 ft long tedesooplo boom ~
Lifttng capaeItie6 and lifttng heights on 276 ft long guyed telesooplo boom (TA)
LtftinK oapaaities and flf’tlng heights on the lattioe fly jib wtth 276 ft long telesoopio boom (T’F)
Ltfttng oapaelties and lifttng heights on the lattim fly jib wtth 276 f’t long, guyed teleaoopto boom (TM?)
Ltftlng oapaoltles and ltfting hetghts on the luftlng Iattloe jib wtth 276 ft long telesoopio boom (TN)
Ltfttng capacities and ttfttng heights on the kf!lng Iattleo jib wtth 276 ft lonLz guyed teleeoopio boom (TAN)
Dtmensloon, weights and worktng speeds
Crane oarrter, orme superstruotura, aompltmentary equtpment
Tables des mati+res
pap
3-7 ‘
6-9
10-13
14-17
m16-
24-
26-34
3s-37
3642
4347
46-56
56-s8
56-61
6243
P4P
Les forces de Ievage et hauteurs de Ievage Ala fl?mha t61emoplque de 164 ft (T) 3-7
Les forces de levage et hauteurn de Ievaga k la fkhe t61esmpique haubem% de 164 ft CIA) 6-9
Les foroeu de levage et hauteurs de levago k la fkhette trrttlltg flxs avee la flhob. t6kmopIque de 164 ft (T’F) 1G13
Los foroea de leva~e et bauteurs de levage A la f16ebette tretlllu fl.xe aveo la tlkhe t61esmpique haubnn6e de 164 ft (TAF) 14-17
Les tortes de levage et tiauteurs do levage A la ZMobetta treW relevable aveo la flkbe t~lesmpique de 164 ft (TN) 16-23
Les foroes de levage et hauteurs de levaga k la tb$obetta tretllia relevable aveo hLfl?iohe t61esecipkpe haubart6e de 164 ft (TAN) 24-25
Len forms de levage et hauteurs de leva~e & la flbobe t61esmpique de 276 ft (T) Qtx34
Las foroea de levaee et hautettre do levage i la fkhe t61emopique haubart6e de i!76 ft (TA) 3s-37
Les foroes de Wage et hauteum de Ievage L la iMohettetreillla ftx.eILVMla il?mhetdleawplque de 276 ft (’IT) 3842
Les forces de Ievagu et hauteurs da Ievage A la f16ehette trelllts flra aveo la flkhe t61e-x.pique hauban6e de 276 ft (TM) 43-4
Lea foroes de levage et haut.urs de levago A la fkhette treitlls relovable aveo k flhbe t6kmopique de 276 ft (TN) 4+Les foroea de ievage et hauteurs de levage A la flhhette tretllls relevablo aveo la flAehe t61esmpique bauben6e de $?76 ft (TAN) 66-5s
Encombrement, polds et vttessm 56-61ChiuIsls porteuro partie tow—rumte,eqdpement optloxmel 62-63
Liming capacities are givenin kips (1,000 Ibs). 2
t
a
—---------------... . . . . - ..-. —-.-......--. -—.....—----- ..-. -._-,—_,_-A.-.-_.....-+.-,..._ -.-.-...,... ..... ............ .... .
Liffing capacities on 164 ft iong telescopic boom. [~)Forces de #evage a la fkche t6!escopique de 164 ft.
fz!!!il..fi.l... EE13Z110.X3:1El..o. @133070.1b8 @
63 ft 70 it 87 ft 104 ft 121 ft 138 ft 155 ft 164 ft*1 11
10 1081 1081 10B111
1004? 947 947 11
12 830 830 830 58s13
12720 729 7’29 856
1413
866 068 651 646 62015 602 801 590 534 604 H18 605 586 567 624 400 16
6S1 608 640 516 478 402 17:: 560 648 620 505 4%0 39a!20 6!21 610 488 486 44t2 373 310 x2Q 488 478 460 463 422 S66 30324
224s0 44’9 427 424 401 339 291 249 24
26 431 420 400 399 3’79 324 2s0 239 2628. 408 392 376 378 357 310 271 231 $?01 28
386 366 ae4 363 336 206 201 223 194 170;:
30361S 34a 333 333 320 2S3 260 215 188 170 32345 322 316 315 306 271 208 182
%165 34
3B8 304 299 atm 290 280 % 201 178 159 36307 $387 a83 283 e76 248 Q20 194 171
::154 98
290 270 268 aaa afm 238 !211 188 185 14946
40a6e 238 a38 239 g31 218 194 173 153 138 45
60 am .?!07 198 178 160 141 128 no56 1Q3 187 180 164 14? 131 119 6580 173 170 184 161 138 122 111 6065 150 168 150 139 126 114 104 8670 14f5 137 131 118 107 98 70
133 126 124 111 100n
89 75118 117 106
8S82.5 80
111 109 100 % 77.6 8690 103 101 96.6 84.6
I
73 9096.6 93.6 90.6
IE80 68.676.6 64.6
105l%
:: % 60.5 106110 70 78 U 67.8116
11071.6 65.ti 6S
120116
67 02.5 62.6 120125 63 69.9 50.1130
12669.8 67.4
13647.8 130
64.9140
46.6 13552.0
14643.4 140
49.5160
41.3 14541,1 39.3
156160
37.3 156
0 4afofo 92.i4f3fo 92/46 92 92 02 100 I
o 0f48f O 0/40148 48/48 46 9a 92 100 II
o 0/ cff46 w 0146 w40 46 1 48 92 100 III
“mar rear, 396800 lb- oountarwel.ght /en url&e, mntrcpcdda de 308s00 lba “ war rear/en arriAre TAB 118s01 / 118SM
~cgiaJca referdng to load,
1. When aloddng ormna strenaescmd 10*,Oerman Industrial 8hmdmti (DDV)areappli-cable, In oonfonnity with00rnmn legislation(publtshed WS5Y The liftlng aapaoitlon(stablllty mgin) DINABO U. m Imld downin DIN 15019, @ 2, and 1S0 43o5. Theurma% atruotural @tee] workn & In acmord-anoe with DfN 1501S, part 3. Doalgn snd .xn-ctrnation of the mane oomdy with DIN 1601 S.
Remarque8 relative8 aux tableauxde6 charge8.
I. La grue estdad4a ●elon normea DIN oon-fordment au dkret f4d6rml 2/S6. Leo obarguaDINTBO reapeutent lea s6mrit60au banoufe-ment re@ea p8r lea normea DIN 15019, par-tie a et 160 43os. IA ●trrroture de la @_ue eat00npe SO1OII1A nonno DIN 16018, pwtle 3. Laaonoeptlon g6n6rale eat r6dlAa melon lanorme DIN 1601S, psrtie f!, almd qua LIelon 10Sreao-dstlotrs da la I? E. M.
part 2, -d with F. E. M. r&&latlotm. Z. Lea abargea DDW180 tlennemt oompte rf’of-2. For theDDW80 load &arts, depandlng on jib foti m vent salon Beaufort de 5 A 7 en fono-lmgth,mane operation maybe perrniaaibla atwtnd speeds trp to 6 reap. 7 Beaufort.
3. Llfttng cupaaitlaa are given in matria tons..4. The wolght of the book blcmkm nnd hods
must be dedrtatedfrom the Ufthrg oapaoltiea.6. Work.lnu rti mm measured from the nlewimr
cant relha..“
6. Snbjoat to modlfkwtion of Ming oaprmitkw7. Lifting oqmdtbs above 604 kipE Ody with
*
qmnisl aquipament.
tlon de la Iongurwr de flbhe.s. Los absrgm sent lndiqudes an tonnan.4. Les poidn du aroohetou de la moufle sent A
d6dulre dea abargoa hIrUqu6as.5, Les port6ea sent prbw A partir de Ya.xa da
rotation da la &tle toul-nmte.6. Ohargee dorm a ●oum r6aewe da modifloa-
tIOn.T. Forms de Ievaga phu de 004 kipa saulement
aveu 6quipement aupp16mentaire.
Les forces de Ievageen kips (1.000 Ibs). ,
sent donn6es
Litting capacities am “i434H kmg tieflescopucboom. I AIMUxMJJForces de levage u fla fWche M4escopique de 164 ft.
k!!!LJ u1“-PI”-163 fl-164tt 32’10’x 31’6” w 360” M 264660 ltM
4 63 rt 70 l% 87 ft 104 ft 121 rt
dft *
10 604I
60411 604 60412 604 604 66813 604 004 66614 004 688 546 62016 60S 676 534 SO-416 E77 663 SE4 49017 666 632 612 4?8 40218 637 512 409 466 39220 498 476 471 442 373 318
22 461 442 430. 422 365 30324 426 411 410 399 339 29126 302 382 382 375 324 28028 364 358 367 352 310 271
30 339 336 33s 329 296 261
32 317 315 315 309 283 25034 299 29s 297 291 271 24030 282 28i 281 Q75 260 a3038 266 $36s 206 268 248 a2040 260 Z60 25a a47 a37 21146 a19 219 22 i 216 912 10460 106 192 188 17866 176 17660
16’7 164167 167
65i49 151
14$! 141 188 13670 129 12676
la411s 116 113
80 107 103S6 101 94
11
121314151617182022
249 24239 E6a3 I 201 28223 194 178215 188 170 ::208 182 la 34201 176 159 36194 171 164 38188 166 149 40173 153 138 46160 141 12s 6014’7 131 119 56136 122 111 60126 114 104 65118 107 06 70111 100 89 76103 94 aa.s 80
9004.6 89 77.6 86
I 94.606
St) 87 64.6 73 %088 83
10080.6 80 68.6 96
77 74106
76 64.6 10071.6 60.6 70.6 60.6 e
110106
67 66.6116
06.6 67.6 11083
12061.6 66 116
60.7125
67.2 5a.6 1$?066.6
J3053.6 50.1 126
63.3 60.2136
47.8 130
14047.2 46.6 13644.6
14643.4 140
4i? 41.3 146-.
39a 160.- . 1 *KK1=
1s0 I I I I 3s.9 I <
56 I I I I.
3-(.KT I n
lL -
Au/ nl n i aor.4nl n 1 ooldnl n I aC1/All I aOl.4 n / 0. / <fin I r
lA. ; i ; i ‘q “’ “ i 0/46/46 i 413/46/48 i ~lj~
“-,m”, “ --,-”, “ “a,-.“
~481 O
V- .Uu L
9at92 ea 100
1 “,=”,”- 1 46146 46/Oa 92 100-over rear / en arriht-e ZAti tlE603/ lle605
y:’% ml o W 0/46 I 01 0/46 f n/Aafao r .
4
63rt-le4n m3211.mx3116. EL. Q1231500lbs o85%
53 n ‘IOft 87 ft 104n ml !t 138ft 155ft 104ft
10 60411
10604 11
la 004 56813
12604 568
1413
68S 646 52015
1456s 534 504
1615
645 8a4 49017
165i?4 611 47a 40s
181?
504 494 400 392,Zo
18
4e0 462 44P, 373 316m
20
431 4!?8 419 355 30324
22400 400 394 339 291 $?49
9624
372 371 365 3s)4 280 239
28
26
348 347 . 842 aio $271 !23130
S?o1 28
326 a25 ai9 298 28 i 2S3 194
22,
176 30
ao5 ao4 iw8 283 250 215 188 170 32
34 287 280 280 271 240 208 182 185 a4
36 270 271 203 268 230 20138
176
264 265169 36
249 246 220 104 17140
164 38238 241 235 233 all 1S8 185
46149 40
S?08 a 10 aos aoa 194 173 153 138 4660 . 185 186 177 177 16066
141164
128 60164 159 169 147
80131 119 65
147 147 144 14a 136 12265
111 60133 13a 129 127 lrJ5 114
70104 65
lai 119 114 114 10776
96 70.111 111 104 104 100
8089 76
@
102 97 94.6 93.6 82.6 8085 9a 88.6 86 88
9077.6 86
86.6 81 81 81 73 9095 79 75.6 76 74100
08.6 9571.6 70.5 08
loci64.6 100
66.5 66 62.6110
80.5 10662 60.5 58
11667.8 110
66.2120
Ua.s 5a.9 11562.4
12660 60.1 120
49130
46.5 46.8 12646.1
13643.5 43.5 130
14040.8 40.8 13538
145 .37.9 140
16035.5 35.3 145
16633.6 33.1 150
31 165461 of o 92f461 O 02446/ o 0a1431 o 9w4e ea 100 I
0/401 o w46146 46/46/46 4W92J92 92/92 92 100
Of 0t46 0/ of4i3 0/40/02 46146/92 46/92 92 100TN! 118509
5
EiEJ53n.1*4.B3210X3106.(EL@ (EII1984s20b L@85Y‘
F 63 ft 70 rt 87 ft 104it 121ft 138ft 155$t 164rt
+-Jft10 604 1011 604 1112 604 668 1213 004 656 1314 S83 646 520 1416 Seo 634 504 1516 637 684 400 1617 516 509 4’78 402 1718 496 489 406 39!$3 1820 456 466 441 373 916 2022 430 420 411 Ssfs 303 2224 389 388 983 330 291 a4e 2426 361 381 355 3a4 280 239 2628 336 a30 830 aio 271 931 sol 2830 3 la 31a aoe 296 ael aas 104 17% 303a 29a a03 asfl a83 250 als 18s 170 3234 a74 2378 870 aea 240 208 18a 186 3436 a67 aeo a54 asfi a30 201 176 159 3638 a4 I a43 aa8 aas a20 104 171 164 3840 aa8 aa8 a28 aao ail 188 106 14fl 4045 105 197 197 1s9 190 173 163 138 4560 173 1?3 169 108 160 141 128 5055 153 16a 150 147 146 131 119 6560 135 137 134 130 129 la2 111 6066 120 122 Iaa 117 118 114 104 6670 109 110 105 103 104 08 7075 98 98.6 94.6 03.5 94 89 7580 89 88 87 85 82.5 8085 81 80 79 78.5 76.5 8500 74 73.5 72 69.5 70 9085 88 67.6 66 63.5 64 05100 62 60.5 58.2 58.4 100105 67.1 55.7 53.4 63.5 106110 53.1 51.5 49.2 40.3 110115 47.8 45.6 45.6 116120 44.4 4a 42.1la5
12041.4 38.8 38.0 125
130 38.8 35.9 35.s 130135 33.2 33a 135140 30.8 30.8 140146 a8.7150
a8.5 14s28.9
155B8.6 150a4.7 156
P
I o 46/ 01 0 02146/ OJ o 92J46J o 9W48/ O oa148 92 100 I
2. ; :
01461 0 0/46/48/ o 46140148 4wea/92 92/92 92 1000/ 0146 of oj40i9a oj4w9L? 48t4w9a 40102 0a 100
‘J!A8118607
6
---- . . . . . . . .. . .. .. ...____ .. . . . .. .. . . .. .. .. . . . . .. . .. . .. . . . . . ... .. ... . .. .. .. >-
Li*ing heights. CE@!clHauteurs de Ievage.
164 tt teleampio boom.Flkhe t&esoopique de 164 ft.
, 180n
170
160
150
140
130
120
110
100
90
60
70
60
50
40
30
20
10
00 10 20 30 40 60 641 70 80 90 100 110 120 130 140 150 160 R-
7
Lifting capacities on guyed ttdescapic boom. EIEz!EForces de Iewsge 6 la fkche Wescopique hauban6~
iiii!i)m,tt-ls.fi@32°10nxW6n~3*Oa@h%%%:~8570
104 ft 121 n 138 ft 165 nt] a) 1$ a) 11 a) 81 0
396 370 al% 205 2428 386 36 i 313 aea 2628 37e 361 310 250 2830 357 341 307 2,66 3032 337 927 302 M3 3234 324 3ie 913 313 204 250 3436 310 303 gae 298 285 247 3638 295 286 286 283 275 $?43 38
40 882 271 mm a69 $366 a85 S3B 239 40
45 262 239 - 24% a38 a40 f?3B ~28 Z29 46
50 2a6 a13 as3 am aie 213 214 211 60
6s 204 191 202 189 ao 1 191 198 192 66
%0 i84 171 16a 170 188 171 i8a 174 6085 188 156 167 163 168 155 170 1s8 66?0 163 140 162 lao 154 141 158 144 7075 140 1WI 139 127 141 129 144 131 75Bo 1%3 117 ma 116 la9 116 132 120 80.96 119 107 118 106 119 108 122 111 8600 110 98.5 109 S8 . 111 $0.6 113 , 102 9005 06.6 00 101 ‘ 103 oa 105 95 05
100 03.6 % 95.5 85 98 88 100106 8B.M 78.6 88.6 T6.f5 91.5 : 81.5110 80
10571 82.6 73 85.5
11s76 110
‘?7iilo
67.6 80 70.6 11671.6 03 75 66
126120
L34.6 58.6 ‘70.5 61.6 126130 56.3 64.5 66 67.6 13135 ea 63.0140 58.1 60.4 1146 62.$? 46.1 1461s0 I a6.a I 34.0 160
4% 9a I !32 ea I
46 48 f)2 92
48 46 I 48 92TAB 118839/118s40
8
Liffing heights. EEclHau*eurs de Ievage.
Guyed teleaoopio boom.Fkhe t61@soopique haubam%.
170 ft
160
,138 ff-== ~ — — — — — — — — — — — 150
- 140
130
r 120
110
100
90
80
70
60
50
40
30
I
1 , I
-1I
I 0 10 20 30 40 50 60 70 no go 100 110 120 130 14014-21’8”+”
iiii
20
10
-L150
J160 ft”
9
Lifiing capacities on the kttice fly Iib. I Umuxw 1Forcesde levage u lafkch~e ireillisfixe.
, 1 r 1
165 ft+7ft* 184ft+7ft*
46 n 69 ft 92 ft llsn 138 ft 161 it 1s4 ft 207 ft 207 it
40 110 93.645 103 89
4045
no %7.6 84.6 6856
6091.5 80 63 50
6056
86 75.5 Oo.ls 48.1 30.8 31.965
0081.5 71.5 67.9 46.2 38.3 30.7 66
70 77 08 65.7 44.4 36.8 20.4 23.0 Zo.1 70
76 73 64.6 63.6 42.7 36.4 98,2 W3.’l’ 19.4 18.8—80 80 61 51,6 41$1 34 27,1 21.8 18,6 18.1 :85 66 68 40.8 39.6 32.8 20.1 20.9 17.8 17.3 8690 01 65.1 48 38.2 31.6 26.1 20.1 17.1 10.6 9096 87.6 82.5 4%.4’ 36>9 30.5 24.2 19.3 10.4 15.9 95100 64.8 60 44.0 36.0 29.5 23.3 18.5 15.7 16.3 100106 62.2 47.s 43.2 34.4 fM.5 22.4 17.8 15.1 14.7 106110 49.7 45.8 41+4 33.2 27.6 21.6 17.1116
14.5 14.!4 11047.3 . - :;~ 39.6 32.1 26.6 20.9 16.5 13.9
12013.0 115
46 37.6 31 26.5 20.1 15.7 13.4125
13.1 12042.0 38:9 3s.7 29.9 24.6 19.3 14.8 lQ.7 lZ.5
130125
40.7 36.s 93.9 28.9 03.7 18.5 14 IQ135
11.s 13038.7 36.1 32.2 27.9 az.$a 17.s 13.4 11.3 11.2
140135
30.7 33.2 30.5 ae.s 2a.1 17 la.9145
10.6 10.6 14034.8 31.5 a8.9 26 21.3 18.3 ia.4 10
1600.s 145
33.6 30.4 27.4 an.1 20.6 16.6 11.9 9.6 9.6155
15032.4 20.2 mia !24.1 19.8 16 11.6 9.2 155
160 3i.a Za.a a6.3 aa.o 19.1 14.4 11 8.8 :.5 100166 30.1 27.1 84a 81.7 18.4 13.7 10.0 8.5 7.9 165170 a9 ae.1 23.4 80.0 17.8 13.1 10.2 8.1 7.4 170175 27.9 25.1 22,6 eo.a 17’.1 la.5 9.8 7.s 7 175180 ae.e 24.2 21.6 10.4 16.5 12 9.4 7.5 8.6 160185 a5.9 e3.3 20.8 18.7 15.9 11.5 Q 7.2 8 185100 !24.0 2,2.4 10.9 18 15.6 11.~ 8.8 8.0 8.6 190196 a3.9 21.6 19.1 17.3 16.a 10.B 0.3 8.8 6.2 195aoo 20.6 18.4 16.6 14.7 10.7 7.0 6.3aos
4.7 mo19.8 17.0 16 14.1 10.4 T.8 6
210ao6
19 16.9 15.3 13.8 10.2 7.a 6.8 aloa15 18.2 10.1 14.7 19.1 10 8.9 5.6220
21517.4 16.4 14.1 la.t3 9.7 6.6
2265.2 220
14.7 13.5 la.1 0.6 6.3 6230 14
a25le.il 11.6 9.3 6.1 4.7
a35$230
13.4 ia.3 11.1 0.1 6.9240
4.5 23512.7 11.8 10.7 8.7 6.7
2464.3 240
11.2 10.2 8.3 6.6260
4.1 24510.7 9.8 7.9 5.4
2S63.9 260
10.2 9.3 7.6 5.a260
3.7 2559.7 8.9 7.2 6
266af30
8.5 8.8 4.7 u 265270 8,1 6.5 4.4 270276 7.6 8.1 4.1280
2757.2 6.8 3.8
a86280
8.9 6,4290
2866.1 ;::
296290
4.8 3 296300 4.4 300305 4.1 305
9a 100 I9a 100w? 100
“4dapt.r / plba tiad. ptmkuxTAB 118557
166 ft+7ft* 164ft+7ft*
46 ft m It 92 ft li5ft 13s ft 161 ft 184 it 207 rt 207 ft
65 02 3500 59.5 56 6066 f57.a 6a.9 6570 55.2 60.9 707s 53,3 40 30.7 7680 51.5 47J? 38.4 8085 49.8 45.7 37.2 8690 48.3 44.3 38.1 28 9096 40.8 43 35 27.1 95100 45.3 41.7 34.1 26.2 2i.e 100105 43.9 40.5 33.2 25.3 20.8 16.9 105110 42.9 39.4 3a.4 24.6 20.1 16.3 110115 41.9 38.4 31.6 23.0 10.4 14.7 115120 40.9 37.3 30.8 23.3 1s.8 14.1 10.8 12012s 40 ae.3 30.1 22.7 18.2 13.5 10.3 125130 39.2 35.3 29.3 22.1 17.7 13 9.9 130135 38.3 34.4 28.5 21.5 17.a 12.6 9.5 7.3 7.2 135140 37.1 33.3 27.7 f?o.s 16<7 12.2 0.1 7 6.9 140145 38.4 32 26<9 20.4 10.2 11.8 8.8 6.7 6.6 145150 33.7 30.8 26.3 19.9 15.8 11.5 8.4 6.4 6.3 150155 3a,5 $29.7 25.7 10.4 15.3 11.2 8.1 6.1 6 155160 31.3 28.6 25.1 18.9 14.9 10.8 7.9 5.9 5.8 180105 30.2 27.5 24.4 la.4 14.5 10.5 7.8 5.0 5.6 166170 29.1 28.5 23.6 17.0 14.1 10.2 7.4 6.4 5.4 170175 28 25.5 2a,6 17.5 13.7 9.9 7.1 6.2 5.1 175180 27 24.5 21.5 17.1 13.3 8.8 0.0 5 4.9 180186 23.8 20.6 16.7 13 9.3 8.7 4.8 4.7 186
0
190 a2.7 10.8 18.2 12.7 9.1 8.5 4.0 4.8 190106 21.8 18.8 15.8 12.6 8.8 8.3 4.4 4.4 105200 20.9 18.1 15.6 12.2 8.6 6.1 4.2 4.2 200206 20 17.4 15 12 8.4 6.8 206210 18.7 14.6 11.8 8.$2 8.6 210215 16.1 14 11.5 8 5.4 a15220 15.4 13.5 11.a 7.9 6.3 2202a5 14.8 13 10.9 7.7 5.1 225230 12,6 10.0 7.6 6 a30236 12 10.3 7.4 4.8 236240 11.5 10.1 7,a 4.7 240246 11 0.8 7 4.6 245250 10.6 9.4 6.8 4.4 a50255 10.1 9 0.6 4.3 a66s?80 8.7 6.4 4.2 280286 8.3 6.3 4 265270 7.0 8.2 3.9 270275 7.8 6 3.7 275280 6.7 3.8 280286 5.4 3.4 285290 5.1 3.3 290295 4.8 3.2 295300 4.5 3.a 300305 3 305
I 02 100 I
/’. :
9Z 100
92 .E.‘1 /.100 m*Uimptar / pike d’daptdeur T.49 1165t15
11
@i!!!!Jmft-MMfi@i) %’k184fi m32,0x3,,~3800m3307mlb&
1551’t+7 ft.” 164ft+7ft*
46 ft 69 ft 92 ft lllsft 138 rt 161 ft 184 ft 184 ft
80 44.265
6043.1
7066
42.176
7041.2
8076
40.3 36.286
8039.5 36.4
9086
38.‘1 34.695
9038.1 33.9 0s
100 37.6 33.3 !27.$3106
10036.9 32.7 26.7 106
110 36.3 32.1 26a 110
115... ~ 35.8 31.6 25.7 19.3120
11536.4 31.1 25.1 18.9
125120
35 30.6 24.6 18.5 125130 34,7 30.1 24,1 18.2 130136 34.4 20.7 23.6 17.8 13.2 135140 34.1 29.6 23.1 17.6 12.9 140145 33.9 29.2 22.7 17.3 12.0160
14633.B 29 22.3 17 12.9
16LS150
2s.7 m? 1(3.8 12.1 8.5160
i5f528.2 81.8 16.5 11.9 8.3
166160
27.4 21.8 lea 11.7 8.2170
10526.2 21 15.9 11.5 s
175170
25.3 20.9 16.6 11.3 7.8 6.2 6.2180
178120.9 16.3 11.1 7.7 5.1 5
185180
20.6 15 10.9 7.5 4.9100
4.0 1852?0.3 14.8 10.8 7.4 4.8 4.8
195190
19.6 14.6 10.5 7.2 4.7lmo
4.6 19514.4 10.4 7.1 4.6
2054.6 )200
14.2 10.2 7 4.4$210
4.4 20514 10.1 6.9 4.3
2154.3 210
14 10 6.7 4.2 4,2220
21513.9 9.0 8.6 4.1 4.1
226220
9.7 8.5 4 4230
2260.0 6.4 3.9 3.9
235230
9.6 6.3 3.8240
3.8 2359.5 6.2
2463.7 3.7 240
8.1260
3.% 3.t3 2466
2569.5 260
5.9260
3.4 2566.8 3.3
ees260
5.8 3.2 t36f592 100 I
02 100 II
02 100
“uinpter / pihoe d’adaptatour TAB 118673
.——._ ...... .... ------ .... .... .. . . . .. . . . ,_ .,. --.. . . . . ,.> $-.,,-
Lifting heights. EEcl ‘-Hauh%ms de Ievage.
2 40
\ 60
0 20 4Q 60 80 100 i20 140 160 180 200 220 240 260 280 300 320 ft”
13
I
!
I
I
/
1
I
Lifting capaci~ies on the #a**ice fiy iib \ mm1500Jwith guyed telescopic boom.
Forces de Nevage u ia fkcheste trd[is fixeavec fkche tdescopique hauban+e.
m
155rt+7rt*
46 rt 69 fi 02 ft l15i’t 13s n 161 ft 184 ft 807 n
34 138 114 34
38 136 111 36
38 132 100 38
40 130 107 El? 4046 124 102 7s 4650 116 07.5 74.6 58.9 6056 100 03 71 S8.4 46.2 38.8 5560 103 89 66 64 43.3 35.3 Z8.6 $?2.9 6005 07 86 06 51.8 41.0 34 27.6 ~a 6570 oa 8= ea 49.8 39.9 3a.7 W3.4 21.1 7076 87 78.6 69.S 47.5 38.3 31.5 a5.6 20.3 7580 82.S 75.5 57.1 46.8 38.8 30.3 24.5 19.8 8085 78 Ta.s 54.8 43.8 36.3 29 23.4 18.9 86
00 74 00.6 52.6 413.1 34 27.9 22.6 ls.a 00
95 70.5 66.6 so.7 40.5 32.’7 28.8 21.5 17.4 96
100 67.6 %4 40 38.0 31.8 26.7 20.7 18.7 100
106 64.6 61.6 47.4 3’7.4 30.4 24.7 19.8 15.9 106
110 6a 69.8 46.8 36.2 Jm.4 23.8 19.1 16.3 110
115 59.3 56.9 44.3 35.1 28.3 aa.e 18.3 14.7 115
120 66.8 64.8 42.7 34 27.3 22 17.6 14.1 120
125 54.4 52.3 41.1 3a.9 26.4 21.2 16.9 13.6 126
130 6$3.1 50 39.7 31.8 25.5 30.3 16.3 12.9 130
135 49.8 47.9 3B.l? ao,7 m4.4 19.6 15.6 12.4 135
140 47.7 46.8 a6.8 29.0 23.3 18.8 14.8 11.9 140146 46.7 43.8 a6.5 Z8.8 $32.3 18.1 14 11.4 145 I
150 44.4 42.4 a4.i3 a7.6 21.5 17.6 13.2 10.0 150155 43.1 41 33.2 a6.8 ao.8 18.8 la.4 10.4 165100 41.9 39.7 32.3 25.’7 20.1 16.2 11.8 0.9 180106 40.6 38.4 31.4 f?4.8 1%5 15.6 11.3 0.4 166170 39.4 37.1 30.6 23.9 18.8 15 10.9 8.8 170176 37.0 36.8 20.8 23 1s.2 14.4 10.5 8.2 175180 36.5 34.8 20 2$2.2 17.6 13.9 10.1 7.6 180186 32.4 a3.4 28.2 21.4 17 ia.3 0.7 7 185190 28.9 32.8 a7.6 ao.9 16.4 18.8 0.3 6.7 190196 26.5 31.4 a6.7 ao.4 15.8 12.2 8.0 6.4 196200 ass a6 19.9 16.2 11.7 8.5 6.1 200al. 34.8 $)4.8 19 14.1 10.6 7.8 , 5.5 210216 21.6 24.4 18.5 13.6 10.1 7.5 5.2 215a20 23.9 18 la 9.8 7.1 4.9 aao230 20.4 17.2 12.2 8.9 6.5 4.4 2,30$?40 14.7 18.a 11.7 8.6 5.8 a.0 a40250 15.3 1l.a 8 a.a as.260 11.4 10.7 7.6 4.7 260270 io.a 7.2 4.4 a70a80 9,8 6.8 4.1 280
290 6,4 3.8 290300 e 3.6 300306 5.9 3.4 305310 3.2 310320 3 320
92 I
92
02.tiqitor/pih4 d’adap tatour TAB 118593
. . . . . .. .. ... . .... ... . . . -- ., . ..-. . ... ... .. . . . . ... .
0
165!t+7ft*
46 n 69 ft w?ft l16ft 138 ft 161 n 184 ft 207 ft
55 6660
5563.6 59.3
6580
al 56.0 0670 613.tY 64.6 70
56.5 5a.6 4a:
7564.6$ 50.6 40.6 60
85 5a.7 48.8 39.3 8590 50.9 47.3 38.1 Q9.7 9095 49.3 45.8 37 28.7 a2.9 95
100 47.7 44.3 36 a7.8 a2.I 100105 46.I 43 ae.8 21.3 16.9 105110 46.2 41.7 XI aa.t ao.e 16.3 110115 44.3 40.6 33a 26.3 19.9 16.7 116120 43.4 39.3 3a.4 a4.e 19.a 15.1 11.4 120125 4a.6 38 31.6 a3.9 18.6 14.6 10.9 126130 41.? 36.9 30.8 23.3 18.1 13.9 10.4 130135 40,9 l?e 30 2a.7 17.5 13.4 9.9 7.5 135
140 40.a 85.1 29.3 22.1 17 12.9 9.5 7.1 140145 30.4 34.3 28.0 al.s 16.6 la.s 6.8 146160 38.7 33.6 27.9 20.9 15.9 12.1
y: I ::: :::180
*
155 38.1 32.s %?.4 20.3 16.4160
15537.4 32.1 26.8 19.7 15
165I60
3%.7 31.4 at3.8 19.2 14.5 11 7.7170
6:6 1653e.1 30.7 a5.8 18.0 14 10.6 7.4 5.3
175170
35.6 30 a5.3 18.3 13.6 10.3 7.a180
5.134.9
175a9.4 94.0 18.1 13.E 9.9 6.9 4.8
1851s0
28.8 24.4 17.8 12.8 0.6 8.6 4.6190
185aa.a 24 17.5 la.4 9.3 6.4
1964.4 190
28.3 %3.5 17.3 12.1 e 6.2 4.2aoo
19528.1 23A! 17.1 11.9 8.? 5.9
l?06200
a7.9 a3 16.s 11.s 8.4 6.7210
20622.8 16.6 11.6 8.1 5.4 210
alu 2a.e 10.4 11.4 7.9 s.aaao
215aa.4 ie.a ii.a 7.8 5 220
aa5 ma 10 11.1 7.e 4.8 225i330 . 15.8 10.9 7.5 4.7X36
a3015,0 10.8 7.4 4.6
a40235
i&4 10.6 7.2 4.4a46
a4015.1 10.5 7.1 4.3
250e45
14.9 10.3 7 4.2256
25014.8 io.a 8.9 4.1
aeoa5t3
10 8.8 4285
aeo9.9 6.6 3.9
a70265
9.7 6.5 3.8a76
a709.6 6.4 3.7
a80276
&3 3.6asu
2806.2 3.5
Z902sb
6.1 3.4295
290e 3.3
300295
5.9 3.2806
3003
310306
3315
3102.9
sao315
12.8 320
9a I
/ .:
92
*F
98● Mllpter / pl&O d’ulaptateur TAB 118601
15
Lzt#@ngcapacuxmes on _?#he Ia&Mice xsy ~~m
with guyed telescopic boom.Forces de Ievage a [a fkche~te trdlis fixeavec fi~che t61escopique haubarn~e.
. .... .<””
166 ft+7ft*
48 ft 69 ft 92 n IIEft 138 I% 181 ft 184 ft
70 41.9 70
76 41.2 75
ao 40.6 37.1 80
86 39.8 38.3 85
90 39.2 35.4 “ 00
95 38.6 34.8 (36
100 3s.1 33.9 27.0 100
105 37.6 33.3 f27.3 105
110 37’ 32,7 26.8 110
115 36.6 32.1 26.3 19.7 115
120 38 31.5 25.9 19.2 120126 36.6 30.9 a5.6 18.8 126
130 36 30.4 a6.1 18.4 130
136 34.8 a9.9 a4.7 18 13.3 135
140 34.1 a9.4 a4.3 17.7 ia.e 140145 33.8 a9 a4 17.4 12.6 146
160 33.8 E8.7 w.8 17.1 12.3 160
155 28.6 $i3.3 18.8 12 8.2 156160 a8.2 $?3 16.6 11.8 8 1801(36 28 Z2.7 16.3 11.6 7.8 5.1 165170 a7.8 22.8 16 11.3 7.8 4.9 170176 a7.0 aa.5 1S.8 11.1 7.5 4.7 175180 aa.4 16.6 10.9 7.3 4.8 180185 a2.3 15.3 10.7 7.a 4.4 185190 ae.~ 16.1 10.5 7 4.2196
190a2.1 14.8 10.3 8.9 4.1
200196
14.7 10.2 6.7 4206
20014.6 lo.a 8.6 3.!3 205
210 14.8 10.Z 6.4 210215 14.5 10.2 6.3 215220 14.6 10.2 6.J2 220226 10.1 6.1 226
230 10.i 6.1 230
235 10.1 8.1 a35240 10.1 6.1 a40a46 %.1 246260 6.1 250265 6.1 256280 6.1 aeo205 & 1 a05
02 I02
92-tiC@tWIPike d’adaptatmr TAB 1 laaoe
16
... . . . .. . . . . . . ,._., . ........ . .... . .. . .. .. . ... .
Lifting heighdHauteum de levage.
—
—
—I
400 n
. 380
360
— — — 340
~ 320
300
280
260
240
220
200
180
Wj ~
/
160
88 140
●
%s$s
120
s●
*100
8*n
00t1
60* 1
40
20
0 20 40 oil 80 100 120 140 160 160 200 220 240 260 260 300 320 340 ft”
17
Liiting capacities am the hstmnag #arxace ~IKJ. \ M...*-” JForces de Ievage a la fkcheite ireiilisrdevable.
fii!!i)%t-msft bi!!!i)tm-mm @3210x318°03600m330,~b@~—
63 ft+-13ft” 87’ft+13ft*
1em (3P,ftl15fl138flIolft18.M 207!t220fi\253ftf176fii299ft69ft 92ftllM 13M lf)lrt184fi207ft230n 2S3R 276n 209f(
40 04946 229
40
6045
2oa 800 17766
50183 18’4178
60166 160 65
168 168 185 1468S
154 148 137 80155 153 lna 141
70148 139 192 85
144 142 141 180 11075
iaa 131 lk?u iia 70184 132 131 1s0 108 85.5
80iao 185 119 168 98 76
184 122 la1 106 84 66.5 HII 113 105 20 7a86
80116 114 113 102 62.5 64.6 112 108 101 62 71.6
0086
102 106 107 102 al 68.6 48.0 106 103 97 80 70.6 6795
90103 102 101 08 79.5 82.5 47.8 m 100 98.6 93.683.5 69.5 58.1 44.6 95
100. WI 96 03.578 61.5 47.1 a7.a QB 04.5 93 90 81 60 55.4 43.8 34.6105
10091 90 66.67’7 60.6 48a aii.6M.4 ao.7 6a 08.576.6 67 64.8 43.1 23.9 25.9
110105
80.5 85.5 84 70 60.8 46.0 35.0 27.9 ao.a 8a.6 68.670.6 65.6 53.9 42.5 33.4 sM.4115
11088.5 81.6 60 76 69 46 35a 27.3 19.7 79.6 7’8.674.5 84 53 41.9 32.9 25 18.8
120115
76.5 77.6 76 73.6 58.1 44.3 94.8 a0.9 19.3 78 74.672.5 63 52.1 41.4 32.4 84.8 18.4 1$!0125 74 72.571 57a 43.8 9a.e 20.4 18.8 71 e9.5 61,5 512 40.8 a1.9 24.2 17.9130
12570.5 69 67.6 68.6 4a.8 33.3 a5.9 18.4 886 8.5 60.6 50.4 40.8 a1.4 23.8 17,6
136130
87.5 68 64.6 66.9 4a.1 3a.7 85.5 18 66 83.5 59.1 49,8 39.7 a0.9 23.5 17.a 135140 63.6 83 81.5 66.1 41.4 aa.1 85 17.8 8a 60.5 67.9 46.8 39.2 a0.4 a9.1 1&8 140145 60.5b9,1 54.9 40.7 a1.5 24.6 17.8 59.568 56.6 48.1 28.6 29.0 i?9.7 16.5 145160 66.166!8 63.4 4oa 18 4.r!16.6 67.166.6 54.4 47,4 388 9.8 aB.9 18.1 150155 58 84.6 52.6 39.4 a0.4 2a.7 1&5 53.8 62a 4&7 37.4 2e160
91.9 15.8 1556a.3 62.4 51.2 38.7 89.8 SI3.3 18.1
16561,8 50.1 46.1 a&8 a8.5 81.5 15.5 160
46.050.s 42.5 38.2 a9.2 22.9 16.8 49.0 48.1 45.4 a8.3 28.1 a1.1 1ha170
105a9,948.4 47.5 a7,6 a8.7 28.6 16.5 47.7 4e.a 44.7 a5.9 a7.6 80.7 14.8
176170
46,6 45.7 37,1 as.a a3 152 44.4 43.1 a5.4 87.1 a0.8 14.8 176180 44.8 44a 6,S 87.6 a1.6 14.8 42.8 41.5 86 86.7 ao 14.3 180185 42.a 4a.4 862 7.1 a1.9 14.5 41.Q a9.9 24.6 a6.3 19.6 14 186
190 07.4 40 ,8 85 .5 8 6.7 20 .8 14 .8 se .7 66 .4 84 .2 a6.9 19 .3 13 .0 190
196 39 .3 85 M .0 80.6 14 36.9 87 39 .8 a5 .6 19 la.7 195
i-w 37,6 a4.6 M .7 80.1 13.7 M .7 33.4 as.2 18.7 ia.4 200205 84.8 a4.1 96.3 19.8 19.4 34 .4 32 .8 a4.9 18 .4 la.2 205
@
210 30 .3 3a.8 S4 .0 1!3.6 ia.iI
33.f!31.6 24.5 16.1 13215
al.as.9 3a.8 a4.4 10.8 12.9
‘mo2a.1 20.4 84.2 17.9 12.’l
31.4 84 18.9 13.8215
225a9.3 83.9 17.a 1s.6 a20
30.I sa.6 18.8 12.423o
28.4 aa.8 17.3 la.a 225aa.a aa.2 la3 laa
236a7.6 as.9 i7.I la.1 $230
a5 a.a.9 18 11.B 26.s a3E40
18.8 11.9 2s6aa.6 17.8 11.7
24525.7 aa.7 16.e 11.7
2a.6 17.6 11.64240
250a2.6 16.4 11.5 245
aa.a 17.2 11.2255 19.8 17 11
az.1 18.a u 3 !250
260al.4 15.9 11.1 !dUs
26516.6 16.7 10.8 ao.6 16.7 10.9 200
16.5 10.6270
15.6 10.8 205le.6 10.4
27516.9 10.e 270
16.5 10s 16280
10.4 27514.6 10 16
2s510.2 200
9,8290
14.9 10 285!3.8
Q,950.8 200
9.4 9.7 205300 9.4 9.6 300305 6.7
0
9.s 30546 I
o 46
0 0. ..— .——“ Mlcphc / plhm d’uimphtmr TM! 1lc3tlEw.1/Q/3/4
The LTM 1500 can be equippedto tackle any iob. 18
121 ft4=13rt* 155 l’t+ 13 rt”
~ 69n 92ft11s? 13srlIelft184n 207n 290n 263ft276R inert69R 9.M l15ft138rt161ftle4ft207n 230n 253n 278n 299ft
66 145eo
6s136 iao 101
6660
128 120 9s.570
65ma i14 104 91 84
7670
116 108 101 87.5 87 20.6 73.680
75111 103 97 85.6 73.6 83.677 71 62.5 80
m 106 99 93.583.5 7P. 80 7a.5 66.5 61 8590 95 80 81 70,5 68.4 78.670.8 66 69.4 61.295
9091.5 87 76 69 67.4 46.4 67.5 83.6 57.8 50.3 42.2
10095
66 84.576.5 07.5 58.3 48 a&6 66 61.6 55.8 40.2 4L4 34.3106
10062 74.8 ds.1156.2 45,6 35.4 27.4 62.5 60.7 54.1 47.9 40.7 33.7 27,a
110105
72.672.5 04.5 54.2 45.1 36.1 27.2 60 58 52.5 48.6 39.9 33.1 20.8116
1107&5 70.5 63 632 44.4 24.9 27.1 80.8 56.4 51 46.4 39.1 32,8 28.4 21
120115
7a 68.5 81.6 5m3 43.7 84.% i?8.9 90.4 14.9 54.9 49.5 44.a 38.2 32.1 ae 20.7 15.5126
12069.5678 05 1.3 43 24.3 a6.8 80.1 14.7 52.5 48.1 43.1 37,3 a1.6 a6.7 20.3 1&4 10.7
lao125
06.6055 S.6 60.5 42.9 34a 0.6 Qo 14,5 5a.i 46,8 4a,i 3&5 30.9 26.3 20 16.2 10.7135
130a26 na 49.0 41,7 a3.5 96.4 i9.8 14.3 50.8 45<5 41.8 95.0 a0.8 a4.9 i9<7 15 10.7 135
140 59.6 564 8.7 4H aa.1 96.1 10.6 14.1 44.3 40.4 34.9 29.5 24.4 19.3 14.8 10.6145
14057.1 54.7 47.7 40.5 22.7 85.8 19.4 14 4m a9,6 34.1 28.0 23,9 191 4.6 10.0
150145
565 3.4 48.7 a8.8 22.3 a6.5 i9.a 1a.s 483 8.9 33.3 28.a 23.5 18.7 14.3 10.4155
16051.4 46.7 a9.8 31.9 e5.1 19.1 1a.6 40.9 28.2 a2.6 87.7 231 8.3 14
18010.2 166
49.3 44.8 88.6 31.5 24.8 18.9 1a.5 37.5 31.9 27.1 22.6 18 13.7 10la5
16047.4 43.8 37.9 31.2 24.4 18.7 ia.a a6.8 a1.2 2&7 28.1 17.7 13.4 9.8
170166
45,8 42.9 37.a 20.9 24.1 18.8 13.2 a6.2 a0.5 a8.2 21.7 17.4 13.1 9.6175
1704a.o 41.7 a8.8 80,0 23.8 18.4 ia
180as.6 a9.9 25.0 21.3 17.1 12.8 9.4 176
40.3 38.s a0.3 23.5 18.1 1a.9185
a52 9.2 26.4 $?0.9 16.8 la.5 9.3 180a8.8 35.7 a0.1 23.3 17.9 18.8 aS.8 25 20.5 16.5 12.3 9.1
190185
37.3 S5.! 28.8 29.1 17.6 la.6195
as 24.7 ao.1 16.2 12 8.938
19084.6 29.6 ae.8 17.4 la.4 27.5 a4.3 19.8 16 11.7 8.8
200185
33.7 ae.a 22.8 17.2 18.tl 26.9 24206
19.4 15.8 11.6 8.7 20022.5 aeJ a2.3 17 11.9 a3.7 19.1 15.6 11.3 8.6
210205
31.4 as,9 a2.1 16.8 il.7 a3.3 10.7 15.4 11.1 8.6215
Zlo20.3 a8.1 ill.8 16.8 11.5 aa
22018.4 15.a 10.9 8.4 215
28.a a7.s 21.e la.5 11.4225
82.7 18.1 1s 10.8 8.3 220m. 5 21.4 18.3 11.2 a2.4 17.8 14.8 10.6 8.a
230$225
as.4 21.2 16.1 11.1 17.6 14.8 10.58 .1235
23024.5 20,9 16 11 17.a 14.6 10,3 8.1
240236
23.7 ao.7 15.8 10,8 18.Q 14.3 10.aa246
24020.5 15.6 10.7 16.6 14.2 10 7.9
260245
So.3 15.Ii10.5 14 9.9 7.8255
25019.7 15.a Io.4
28013.8 9.8 7.7 255
19 !53 10,a 13.7 9.B 7.8i365
26018.3 15 10.2 13.5 9.5 7.e
270 14.9 10285
27fS13.4 8.4 ‘?.5 Z70
14.6 9.B280
13.2 8.2 7.4 275
28514 8.8 9.1 7.3 !?8013.a 8.7
2209 7.3 285
9.8$?06
8.9 7.2 2900.4 8.7 7.1
300 9.a295
7.! 300305 9.a310
7 3059.1
3156.9 310
3ao6.8 3158.8
9a320
92 I
46 92
40 92 ?,: /’,.“adaptar / pka d’w.lsptatau
.—..TM 118629.5/6/7/8
19
Lifting heights.Hauhwrs de Ievage.
I LTM130u I
480 f!
460
440
420
400
36a
360
340
320
300
280
260
240
220
200
180
160
140
120
100
80
60
40
20
0 20 40 60 80 100 120 140 160 180 200 220 240 200 280 300 320 ft”
nleEoopio boom/ Fl?mhe tdeaoophpw 83”.
20
Lifting capacities on the hd%ng iattice iib. GEEElForces de Bevage a Hafkchette treillis rdevabie.
r53 ft-i-13ft* 87 ft+i3rt* I
~ 8an 9fM llm 138ftIslft184ft207ftQ30ft253fta76ft!299rl69R ezrll151t138ft16M 184ft207ft230fi253i276ft299fi
195 I I 5560 178 ! 60es 184
159 151 131 i !:142 141 124 76133 132 130 117 114
180
185 199 122 11s 103110 114 113 108 ioa 100 i%110 108 107 98 9s1041 013 101 97 94.5 90.587.6 I ,x
98.6 97 96.594 77 92 80.683.6 77t
10593.6 m 91 89.6 76.6 88 83 80 74.6 110
87.8 86.586 74 84 30.5’77 7a,5 I 11683.6 88.681 78 68.6 78 74 70 8a 12080 79 77.5 71.6 57.8 44.3 I74.571 67.6 60.6 50.7 lim7a.5 75.5747 1 66.9 49.8 71.5698 5.5 58<9 49.8
1130
78 70.6 WI 66.1 43 I636 8.5 835 7.6 48.9 .13569 67.6 86 65.3 4a.s a2.9 848 15 8 42.1 3968 84.6 83 54.6 41.5 22.3 a4.9 815 9<1 54.4 47.2 38.4 30.763.5698 0.5 644 0.9 31.8 aM 68.7 67.2 5a.9 46.3 37.8 30.3I w.61 50.7 58.1 53.4 40.2 31.2 sa.4 58.4 55 51.5 45.3 37.s g9.8
57.4 55.9 6a.e 38.6 20.7 a3 10.5 I54,2 5a.8 50.2 44.4 38.8 29.3 22.2 I M65.2 53.7 51.8 38.8 a0,8 E2.6 18.2 60.7 48.9 4a.6 36.1 28.8 21.8 15.8I 1%563.1 51.7 60.7 38.a 8a.6 aa<l I6.8 48.8 47.3 42.8 35.4 28.3 al.s I5.5: 17051.2 40.8 493 7.6 22 aL7 15.5 474 5.5 41.8 34.8 27.9 21.1 15.1 17b
484 7.1 36.8 88.4 al.3 16.a 45.8 43,8 41.1 34.3 27.5 20.8 14.8 18048.a 46.4 a6.4 87.9 20.8 14,8 42.2 40.5 33.7 27.1 ao.4 14.sI 185u ,6 4a,8 a5.9 87.a ao.4 14.6 40,7 39.4 3a.z 26.8 ao 14.3I 19049.1 42.a a5.4 88.8 20 14,9 38.a 38 32.8 28.1 19.7 14 I 19640.8 40.8 35 Q8.3 19.8 14 a7.9 38.6 22.4 a5.8 19.3 13.70 I?OO
39.4 a4.8 $!5.9 19.a 13.7210 38.1 34.2 25.9 18.9 13.3
36.8 ;:.; ; .; : : ;: ;;,:, 2&
Sils 28.9 $3.8 26.3 18.0 13 2a:9 31:3 24:4 W& 12:9IMo I
21634.4 3a.4 26 18.a 12.7
22631.8 30.3 a4.1 17.9 12.8 220
9a.8 84.7 18.i ia.4230
ao.8 ae.a 23.8 17.6 12.3I 22631.a a4.5 17.9 12.1
235as.2 23.8 17.3 12 I 230
ao.7 a4.2 17,‘7 11.a a7.3 23.3 17.2 11.7,MO
236aa,7 aa.9 17.6 11,7 a6.3 a3.1 17.1 11,4’ 240
246 28.7 aa.‘1 17.3 11.5250
2& 5 a2.8 lN 11.2i 246a3.4 17.1 11.3 24.6 22.5 18.8 11 ,
266260
a32 18.9 11.22%0
23.8 2a22.9 18.7 11 al.a M ::;1 %
f366Z70
22.1 16.5 10.918.4 10.8
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Z76 18.2 10.6 19 18.Z 10.3/280 I 276
10 10.4285
1%.1 10.2: MO
29015.8 lo.a15.7 10.1
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a9ti 16.5 10 14:7 !3:8J300
2969.8
30614.1 a.61 300
9.7310
9.5I 3059.5
3169.4I 310
3209.2I 3169.1! 320
0 40 II
o 46
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21
L urn -.” J
121 rt+ 13 rt* 155 rt+ 13 fi”
09R t)m l15rllswi mm 164ftm’m 230!4263n 276fl~ggfi~a~ 9Qfillsfi138~ lalfil~n 207fi~~30ft253ft27I3n~99n
80 10466
80 ,9s
9085 ,
99.66005
9090 86.5 64
10095 I
87 81.6 7a 61 5s.1106 ’78 76.6 58.6 55.2
100 I
110 75.6 72.8105 ‘
66,4 6%7116
110 I73 89.5 86.6
lao60.4 48.6 115
71 68.5 64 69 I
la648.4 46.5 44
64 61.6 67.2120
13048.9 44.6 43.2
oa.s 59.3 65.s126 ~
13646.7 42.8 40.5
el,s 67.2 53.8 47.9 “130 /
14044.B 412 33.9 98.4 135
59.9 55.4 6a.1 46.6 40 39,9 87.4 34.9 140 :
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II
I--- “.. -, ... -, .
160 49a 48 4165 47.e 4549 4t a6.1 S0,2 24.s -. -.. au.,
170 46.1 44.6 30.9 86,8 a9,7 me sloe 27,8 85.1
176 42.9 30!1 84,6 a9.a 8a08 18s au 97,1 04,2 21.6 18,9 iha 175 I180 41,3 38.3 8aq7 28.7 m 17.8 19.1 80,6 88S3 23.3 90.8 182 14.7 180 ‘185 3e.a 37+6 38 $!al 82.8 17.5 ia<9 ai5.9 23.4 ao 17.6 14.2 lo.a190
18538.4 a8,4 38.2 87A 82.5 17.2 12.7 au 21.7 18.2 18.8 19.7 10.6
106lQO
37.1 35.1 31.7 27 e2.1 16.9 12.4 a4.7 212 la.4 10.1 19.2 102 7.7aoo
195 Ia3.8 31.3 a6.5 QL7 16.6 wa B4.1 20.8 17.7 15.5 la.7 9.9 7.5 200 ~
Qos 22.6 ao.9 a&1 21.3 ma 12 20.5 17 i4.a ma 9.8 7.2=10
!20591.6 30.5 a6.7 20.9 16 11.7 20,1 16.6 i4.a 11.8 9., 7
216210 I
30.4 %9.4 E5.4 20.8 15.7 11.5220
ma 16.2 13.a 11.3 e 8.7 215 :a8,3 26.1 eo.a 16,6 il.a 19.6 i5.a 13.9 10.8 6.6 6.6
225220
a7.4 a4.a 2023o
152 11.1 19.1 15.4 12.9 10.4 aa 82 225 Ia6.4 24.4 la.7 14.9 io.a
23515 12.6 10 8 6 830
86.6 23.6 19.7 14.7 10.7240
14.6 12.1 9.6 7.8 6.8 236a4.7 2aa 19.6 14.4 10,6 14,a 11!8 9.3 7.8 6A ‘o
246240 I
al.a i0.6 14.3 10,4250
13.8 11.4 9 7 5.9 a46 !ai 1944 142 10.2
25611 e..% 8.6 6 250
ao.a 18.6 14.1 10 10.6 8.5 a.a 4.a t260
25519.6 1a.1 I4.1 Q.il 10.1 a.a 5.9 4.6
205280 I
17.4 14 9.9270
9.7 8 &7 4.1 266 :10.7 1S.9 9.8 9.3 7.8 62 a.8 I
275270
16 13.7 9.7 9 7.e 5.6 3.5Z80
27616.4 13 9.6 7.4 6.S 3.4
288aso ,
14.8 12,3 9.6200
7.2 5.2 3.211.6 9.4
a86 ~
296 11.1 9.96.9 6S 290
I
3008.8 4.9 8.9 295
30610.7 oa 4.8 2.7 300
I310
~0.4 8.9 4.6 2a 3068.6
3164.8 a.4 310
8.a320
k4 8167.9
3264.a 320
7.5 3.2691Z 9a I4a 92
4a 9a● adaplar / plbm dkdaptskmr TAB 118e36.3/4
oLa LTM1500 poss&de I%quipementqui convient a chaque probl~me. ,,
.. . . . . ... . . .. .... -------- . . . .... . . . . ... . . . .. .. .. ........ . . .. ...... ... .. . . . ... ... ..-. .... . .. ,-. . .. . . ... . . ..-.. .. . . .. .... . ..
Lifting heights. EEEl. i4auteum de Ievage.
0
I 1 I I I 1
l?
/!Imrl-n
o 20 40 00 00 100 120 140 100 laO 200 220 240 260 280 300 320 340 ft”
‘Meaoopio boom/ Fl&he t61eaoopiqua:75°. ‘-
23
Forces de ievage a ia fi~chetk treiilis relevableavec fM&chet~flescopique hauban6e.
o
1s?1n + 13 ft* 155 rt+ 1s ft”
~ 69fi 91M l16ftmm 16in 154n 207n X30ft 253n wren w9rt eeft wxt iwt 138nlem m4n 207n morl 259R 27en 2991t
100 87 100105 aa,b 106110 78 110116 74.6 72.6 115120 6’d 64.6 120125 6!5.683.5 61.6130 6ac5 80.6
1!25ua.e
136la.
69.8 57.0 64.2140
13557.8 55.9 53.8 51.8
146140
52.9 51.4 49.6 47.7150
14660.’748.s 47.6 46.7
186160
48.6 47.8 46.6 45.0 4a.8160
15648.7 46.2 43.7 4a 40
165160
43.4 41.9 ae,7 40.s 86.4170
16541.7 40.2 28 28.7 38.S 170
176 40.1 38.6 36.6 87.3 36a 83.7 175
180 a8.7 37.1 a6 3a,8 3a.e a2.4 180
185 37.3 35)% 3a$5 88,4 3a,8 s la 8.0 185
190 86.a a4A 92.2 a1.1 31,4 29,8 27,B 190195 339 1!? 0,9 a7.0 30,3 a8.0 88.4 195200 a1.9 1?9.8 22.7 86.8 f!9.2 27.6 26.8 83.3$?06
200a0.7 28.7 Q7.6 $36.4 22.8 20.6 a4.2 2a.3
210205
a7.0 a0.4 E4,3 aM $?5.6 83.2 !2i.a 19.8216
21028.0 a6.4 23.3 a1.9 a4.6 22.2 2o.a Ia.8
220215
26.8 24.4 M .3 ai 16.7a25
a9.8 31.3 10.4 17.8 22024.7 23.6 f!1.3 ao i6.5
2ao20.4 18.5 1e.7 i4.s 225
aa.8 32.8 a0.4 1e.1 1iia I1.7 19.8 17.6 15.8 1a.1236 a3
230a1.7 1(?.818,1 16.8 11.!3 18.8 16.s !4.9 1!4.1
240235
20.e 18.7 1‘7.314.B 11.4 18.1 16 .4 11.4 9.6246
24020.2 17.9 16.4 14 11.a 17,4 162 1*Q ~fin ~ 9.4s
2150 19.4 17,1 16.6 13.1 11 14256200
18.7 16.4 14.8 la2 10.6
26510.7 14 11.6 10.115
270la.8 10.9 9.8
14.3 la.6 10.6 B.a275 13.7 11,9 10.1 a.8 , --- -.280 13.s 11.3 9.7 2.4 9.6 8286 10.9 9.a 8 9.3 7.?!9 I*, OI
290295
10.6 & 9 ‘1.6 1,9 7.4I5.7 I4.a I
30010.a 8.6 ‘r.:9.0 8.a & [
305310
7.9 6.6
316 “7.8 6.a7.se 4.9 2.9
320 7315
6.7 4326
2.7 320%.8 5.4 3.8 2.4
330325
5.1340
a.6 3304.8 3.a 340
92 w I
46 9a
48 92● d~pt~ /Pkll d’adaptat.mu TA2 11 E1371.1/2
tt-39
. . . . . . . ....... .. ..________ _+.. . ------- ..----- .. . ... . . . .
Liftingheights.Haufeurs de Ievage.
,—...- —-. .I LTM1500 \
380
. 360
0 20 40 60 60 100 120 140 I@) 160 200 220 240 260 280 300 320 340 ft
‘IbkmoOpio boom/ Fl?iahe t410sooplque: 6’P.
25
Lifting ccapucitks on 276 ft iong ieiescopic boom. [ UM1s09 JForces de ievage a la fi&che t~lescopique de 276 ft.
m63fi.276.EL.X3S8ma..m%%’,: D05’Y
53 n 70 rt 87 It 104 ft 121 ft 138 n,, u
10 10.s1 1081 10s 111
10947 947 947
1211
830 830 830 64a13
127f?9 729 729 543
1413
64a t14z 642 640 430
1514
1577 575 671 634 426 15le 575 506 649 625 414 1617 563 560 628 512 403 907 1718 642 531 509 497 aw 386 18!20 503 492 471 466 am am 806 2022 471 460 -490 434 a66 347 $392 2224 441 431 410 404 a38 330 280 238 $!426 414 406 384 878 3aa 313 2%8 W28 Eflas 301 977 300 964 308 299 25730
219 ES369 361 338 s3a 295 804 Z46
3P,210 30
350 327 am 319 283 s27a 236 zoa34
32931 808 300 204 271 260 226 196
3034
312 290 a84 a78 201 249 21838
188 36aa3 a72 a68 aim 251 298 200 181 38
40 276 25$ !?183 247 $340 227 197 174 40
46 242 284 284 $?17 216 201 i 78 159 45
60 191 190 182 181 144 5065 170 168 164 148 129 6560 149 160 146 137 116 6066 123 134 131 126 107 6570 121 12)! 117 99 7075 100 110 107eo
01.5 76100 97
!3584.6 80
0100
87.6 77.5 8583
0678.6 73 90
76100
72.5 68.6 9566 64
106100
69.9110
60.3 10664.8
11554 110
12049.2 115
12544.9 120
13040.8 1$?5
I38.8 130
0 46J O 46/ 0/ o 92146148 iw,maf o aa1401 o I
n o 01 0 46/ 0/ o 46/92148 92/46/ O 921921 0 11
0 010 01 0/ o 0/ 0/46 o146t o 4219W o m
o of o of of o OIOJO 0/0/0 0/ 0i46 IV
o 01 0 O/46f O 0/ 01 0 Q/ 0192 0/ 0102 v
o 0/46 0/46/92 0[ 0/ o 0/ 0102 q 019!2 VI“-over roar. 396800 Ibacuuntacwdght / an mike, oontre.pdch 3081N0 lb- TAB lIWO1 / 118002/118004,1/2“ over rear / an arritio
26
. .. . . .. . .... .. . ,---- . . . ----- . . .. ...... . . . ... .. . ..... . . . . ,-, . . ..- ,-. ...- --- . . ..-. . ... . . . . . --- —
155 ft 17Z n 189 it 200 ft X23 rt 241 ft 258 ft 270 ft
28 18630
28
178 16338
30
171 14734
32
165 142 12536
34
16B 138 12138
36
164 133 11740
38
143 129 i14 99.5 88.54U
40
135 110 105 92.6 8360 68.6
45
124 109 97.6 86 77.6 60
55 114 101 90.6 80 73 66 57.9 43.4
0055
106 92.5 84.6 75 .08.5 61.6 66.1 41m
6096.5 86.5 78.6 ’70 64 67.7
7062.4 38.7 65
8a.6 70 7&6 e6.6 80.6 64.476
49.7 38.48~
7073.6 88 61 68.8 61.3 47.1
ao34.2
7775
6a 03 6e.a 63.6 4a.385
44.7 32.1 80va 8Z6 67.8 6a.7 60.4 45.5
90
4a.4 30.2 8567.6 68.0 64.5 40.3 47.5 4$2.9 40.2 28.4 . 90
95 83.6 66.8 61.5 46.1 44.4 40.3 38.1 ae.7 96
100 69.6 62.6 46.6 43.1 41.3 37.7 38.1 a6
106
100
66.9 49.6 46.9 40.3 3a.4 36.3 34 23.1
110
106
6!4.3 46.8 43.4 37.5 36.e 33.2116
31.7 21.1 110
48.9 44.1 41 34.9 33.1 31.1 29.6 19.4
iao116
46.4 41,3 38.7 32.4 30.9 29.1 27.7
126
17.a 120
41.6 38,6 a8,6 30 29 27.2 26 18.6 125
130 88 a6,i 34.6 137.’7 27.!a 26.4 24.4 16.2
136
130
34.6 33.8 aa.4 i?i6.9 25.4 23.7 2S!.8 14
140
136
al,4 81.8 ao.4 a4.4 a3.7 22 21.fJ 12.8 140
24.4 94.6 S!O.2 1s,9 17.2 17 9.5 165
i9.a W2.6 ia.e 17.4 le105
16.6 8.4 160ao.7 17.8 10.1 16.1
17014.4 7.6 186
18.8 16.4 16.a i4.a 13.7 7
176
1701’? m.a 14.3 13.4 13 e.5
lao175
10.8 13.9 13.4 12.6 12.3 8186
180ia.7 la.8 11.9
19011.6 5.5 185
11.a 11.8 11.1 11 6.1195
10011 11 10.4
mo10.4 4.6 196
10.2 9.7 9.8ao6
2009.4 a 9.2
aio205
8.3 8.8216
alo7.6 a
2s0216
T 7.52a6
2206.3
230e.e a26e.4
235230
5.9 235340
I6.4 240
92/ 0/ o 92J of o 92/ 0/ o 92f 0/ o 02/ o 92/40 9a 100 I
n m! of o 9W 01 0 9W82/ O Bw9a14e OwOa 9a19a 92 100 II
~111 9W021 o ew92i46 9alew02 0wf32102 02/92 1 92192 e2 100 In
A@I #’-: I 0$8: I 4:6/9 I 46/39/92 I 92f9B/02 02/%2 9W92 I e2 I 100 Ilv ,
r 4W4W92 461BW92 40/92 9W92 8a 100 lv~pY%VIl 0/40/09 I o/48/9a I 0/48/92 I 0/46/92 4e19a 46/02 oa I 100 J!r--_l@ flsTAB 1lfJC-34.2/3
27
LiWng capacities mm276 ftkong telescopic boom. 1Lrm15w JForaes de Ievage d la fl~che Mescopique de 276 ft.
i!!!!d53M6ft bi010”x3,8n &!)360° Q1264550 lbs—
83 ft ’70ft 87 fl 104 ft 121 it 138 rts
10 578 57811
10578 570
1211
678 678 549 1213 678 1378 64314
13678 670 540 439
1614
674 668 534 426
1615
567 635 624 414 1017 538 614 509 403 307 1718 519 406 480 a92 380Zo
18481 467 462 a72 9f36 306
2Z20
446 426 419 366 347 29824
22412 306 “ 389 338 330 280 238 24
26 978 367 i380 322 313 268 2!28 282s 350 343 336 808 299 $?67 219 2830 3!26 320 313 295 284 Z46 210 3032 303 300 994 283 27Q 236 !202 32
2s5 263 276 269 2s9 22(3 195 34;: 268 287 $!00 256 248 218 188 3838 SM1 !?61 844 a41 296 208 181 3840 f!3tI 236 SQ9 aim 224 197 174 4046 l?06 208 198 197 193 170 169 4660 173 17)2 168 161 144 8066 152 160 148 146 129 6660 134 132 134 131 118 6066 119 117 119 116‘rO
107 66106 106
76103 90 70
04 95 9a 90.680
768n.6 82 81.6
8680
7790
73.6 73 86e9.6 66 86
9690
63 6B 68.4 06100 LW.9 62.3106
10047.6 48.7
110106
42.8 46.7116
11041.9
---116
-- .-0R
1 0 46/ o 46/ OJ o 92/461O 9a/92/o 92/46JO I
11 0 0/0 46t 01 0 4614610 0214610 92192/O II
‘n o 0/ o O1o1o of46{ o oi4el o 4619!21o m
o 0/ o 0/0/0 of 01 0 0/ 01 0 01 0/46 Iv
o of o 0/46/ O Of 0/46 0/ 0192 01 0/62 vo 0/40 o14ei9a of 0192 0/ 0192 0/ 0/92 vl
“omr rear I an urib TA3 11800S / 118005.1/2
28
. . . . . ... ,,, . . .. .. . . . .. . . .. ... . . .... .~ . . .. . .. . . . . .. . .. .. . ..,-. ..-.
‘@i5163..27.*ELSX31Wa 380” 1.!4J264550 Ibs o85%
156 !t 172 ft 189 ft 206 n 223 ft 241 ft 258 ft 278 ft
Q8 18530
28
IT8 15332
30171 14’7
3432
lets 142 1$?636
34159 138 12i
38
36
164 133 11740
38
148 129 114 99.5 88.6 40
4s 135 119 105 92.5 83 46
50 124 109 97.5 86 77.5 88.5 60
55 114 101 90.5 80 73 85 67.9 43.4 5560 105 03.5 84.5 75 68.6 61.5 55.1 41 6066 96.5 85<5 78.6 70 64 57.7 62.4 38.7 6670 S8.6 79 73.6 65.6 00.6 64.4 49.? 36.475 8$3
7073.5 68 61 68.8 61.3 47.1 34.2
80 7776
t18 63 6e.8 53.6 48.3 44.7 32.1
8680
‘7$3 62.6 67.8 6%7 60.4 46.6 42.4 30.2
00 8886
68.9 54.6 49.3 47.6 4a.9 40.a 28.4 ‘ 9096 69.6 66.0 61.6 40.1 44.4 40.3 38.1 28.7 96100 63.4 52.6 48.6 43.1 41.3 37.7 30.1 a6106
10047.8 49.6 45.9 40.3 38.4 35.3 34
110
23.1 105
42.9 46 43.4 37.6 36.% 33.2 31.7 all
115
11038.4 40.6 41 34.9 33.1 31.1 20.0 19.4 11s
120 84.3 38.5 38.4 38.4 30.9 29.1 27.7 17.8 120125 30.5 32.7 36.2 30 Z9 27.2 26 16.6 125130 a7.1 ae.a 81.8 87.7 27.2 r25.4 24.4 15.2135
130a4.4 a8.a a8.0 a5.9 a5.4 23.7 aa.8 14 135
140 a2.8 a4.7 f!5.6 24.4 88.7 2a 21.2 la.a 140146 20.8 23.3 2a.7 W?.9 ax 1 ao.3 19.8 11.0 145160 1%1 21.9 ao.1 21.2 20.5 18.7 18.3 10.6 150166 ao.6 17.7 18.8 18.9 17.a 17 9.5160
16619.2 16.s 17 17.4 16 15.6
1658.4 160
14.7 18 10 16.1 14.4 7.5170
16513.3 16.1 14.8 14.2 13.7 7
176170
11.9 14.3 12.7 13.4 13 6.5180
17510.0 13.4 11 12.2 12.3 8
185180
12.8 9.7 10.9 11.8 5.6190
18511.s 8.7 0.7 11 5.1
195190
11 8.1 8.0 10.2 4.62W
1957.6 7.9 9.3
206aoo
8.9 7.4 8.3 206210 $.8 7.3215
2106.3 6.4
2!20a15
5.8 5.6a26
2206.3 4.8 2a6
I 9ai 01 0 92/ 0/ O 92/ 0/ o 9at of o 92/ o 9ai46 92 100 I
119 afolo Oat 0/ o 9ah32fo 9a19w48 9w9a 92/92 9a 100 II
m 9$2/024o 92/92/48 9a192/9P/ 9af9w02 9W9E 92/92 92 100 m
46i9w02 4w9af92 aa19w92 9W92 92(92 92 100 Iv
o19at9a 4614619fI 46f2at92 46102 92ma 02 100
oi4w9a o/4810a oi46ma 46i92 46192 02 100TAB 11800S.2/3
Lifting capacities on 276 ft long telescopic boom. [~~~1Forces de Ievage a Ia fkche tdescopique de 276 ft.
iiii!i)Wt-2TtIfi @%10”x318 ~360° c1u231500 lbs
IS3ft 70 tt 87 n 104 !t 121 n 138 ?t
10 57811 67812 578 54213 678 543
666 640 430:: 550 533 4a816 M27 519 41417 607 501 403 39718 487 481 ma20
386449 443 372 365
aa308
416 400 a56 a4724
292a86 378 a38 a30 280
28 a5t3238
360 322 ai3 E68Q8 333
2Z8320 308 !!99 267
30219
310 ao4 204 284 24632 aao
!?10284 280 272 Q3tl
34 .273202
a86 iM4 267 a2838 a58
196249 i?413 Ua 218
38 Q4018S
233, 231 827 20640 2s!5
181218 S16 a 12 197
46 195174
187 186 189 17860
159162 161 168 157 144
55 141 140 141 13860
1291s?4 122 11?4 121
66116
118 108 109 loa70
10595.6 07 93.5
7693
85 86 8380
8278.6 73
8672.6
68.5 65 64.5
0850/o
p&h1011121314161617’182022242028303234383840456055806570758086
9096
6L15 67.9 69 90
10065.6 51.6 64.6 95
46.8106
49.7 100
11040.8 44.6 106
11638.2 40 110
lQO36.7 115
12631.6 120
13029 12627.4 130
I o 48/ o 461 0/ o 92[481 O 921 01 0 92146t O 1II o 01 0 46/ 01 0 4w4al o WI 01 0 921921 0 11
01 0 0/010 01461 0 Olofo 4Ef92t O m
0/0 Olofo of 010 oi92t o 0! 0/48 Iv
01 0 w48/ o of 0/46 0/48/92 01 0102
0/48 W46198 01 0/92 0/48/92 01 0192
30
. . . . .. . ... . ... . . . . . .-. .. . .... . . . .. .-
165 ft 172 ft 189 ft aoe n !2,2,3f% Q41 ft 268 fi 276 ft
28 1s530
2s178 163
3$230
171 14’734
32165 149, 125
3034
160 1ss lai38
36164 133 117
4038
146 ia9 114 90.6 SS.646
40186 119 106 92.6 83
6046
124 109 97.6 86 ‘77.6 68.666
50114 101 90.6 80 73 66
6057.9 43.4 56
106 9S?.6 84.6 75 68.6 81.666
66.1 41 8096.6 85.6 78.5 70 64 57.7 62.4 38.7 66
70 88.5 79 73.6 66.6 60.5 64.4 49.7 38.475 61
70‘73.6 88 61 66.8 61.3 4’7.1 34.2
8075
74 88 83 5%.8 63.6 48.3 44.7 32.185
8066.6 62.6 6’7,8 52.7 60.4 46.6 42.4 30.2 86
90 68.4 58.9 64.6 49.3 47.6 42.9 40.2 28.4 . 9095 6L3 64 61.5 46.1 U.4 40.3100
38.1 X%.7 954t3.a 48.6 48.6 43.1 41.3 37.7 36.1 26
106 41100
43a 46:8 40.3 38.4 35.3 34 23.1110
10I5sO.4 38.6 4La 37.6 36.6 33a
11631.7 21.1
3a.3110
34.4 37 34.9 33.1 31.1iao
am 19.4 11630.a 30.9 33.1 32.4 30.9 29.1
la6a7.7 17.8 120
B8.a a9.3 2S.6 30 ae a7.a a8130 a8.3
18.5a7.7
125ae.a Q7.4 a7.a a6.4
135a4.4 16.2
a4.4130
a6.Q E4 24.4 25.4 a3.7 za.8 14 136
140 aa.6 84.7 W.8 $21.6 $%3.6 22
@
21!2 12.8 140146 20.8 E3.3 ao.7 10.9 al.7 ao.3150
19.819.1
11.6al.9
14519.!a 18.9 19.1 18.7
15618.3 10.6 150
20.6 17.7 17.9 16.6 17.2 17100
9.5 16619.Q 18.2 17 i4.a 16.6
16516.6 8.4 160
14.7 16 ia170
13.8 14.4 7.6 16613.3 15.1 11.3 11.8 13.7 7
176 11.9170
14.3 10.6 10.9180
12.1 6.5 17510.0 13.4 10 10.3 10.7 6
1s5lBO
la.8 0.3 9.’? 9.5 5.6ID(I
1S611.8 8.7 9.1 8.4
1065.1
11190
8.1 8.5 7.4 4.6 196m-o 7.5 7.9206
6.4 aoo6.0
2107.4 6.5 2058.8 I 210
~ 8.2216ago
215
..: 6.8aa5
... a204.4 a25
I 92/ w o f3a/0/ o 92/0/0 981 0/ o WY o fla146 92 ioo I
II 9QJW0 92/ of o fmt9al o cam/48 9w9a 9w9a 92 100 xl
B
m aataw o 9amw46 92mat98 9amma 9WW3 9a19a 9a 100 In
TV 0)62/99 4t319w9a 4819a19a 9amm 9aifta 9am2 9a 100 ~&@
r VI o14619a j olswea I 48{4619$? 46/92/08 48fG2 I 9a/9Q 9a I 100!v Al& IP %VIl w48t9a I 0f48102 1 0/46/92 I o/46/Oa 4t319a 4619Q oa I 100 lln~ K MI
TAB 118006.2/3
31
LHting capacities on 276 K flong Seiescopic boom. [V--lsm- JFomes de ievage a ka f9&che Mescopique de 276 ft.
69 rt 70 ft 87 ft 104 ft
11 5’7812 67a 64$!19 678 64314 668 640 439
642 632 426
:: 520 513 41417 409 403 403 39718 479 4’73 392 38820 440 433 a7a a66an 406 398 366 a47
m198420 lbs o85%
121 ft 138 ft
101112131415
161718
306 20292 22
24 374 a87 a38 aao2X3
280 238 2434% 339 32$? 313
2s268 2.38 26
32a 31!S 307 529930
267 219 28299 892 290 283 240 210
92 a7830
271 270 20594
238 202aeo
32263 262 248
30228 195 34
a44 na7 2a5 23138
210 18.9 36a27 220 210 @16
40206 1s1 38
ma 206 203 aoo46
197 174 40ma 174 173 1’73 171
60159 45
160 149 160 14766
142 50132 128 lao
60127 124 66
123 111 112 10985
107 60114 97 98.5
7006 03 66
86.5 88.5 83.575
81.5 7077 78.6 ’73
8074.5
67.6 6486
68 :68.7
9066.5 60.5 85
62.196
48.1 63.2 9048.7
10046.3 40.8 9542.8
10640.7 100
11040.4 38 106
11538.2 34.2 110
12032.4 115
12530.7 lZO
13029 126
I oa7.4 130
401 0 48/ 0/ o 021 01 0 921 OJ o 021 of o I
13 0 Ofo 484 of o 48/ 01 0 02/ Ot o 921 01 0 II
Ofo 0/010 0/010 of 01 0 481 01 0 m
0/0 0/010 01 01 0 oJ92f o Ot92146 Ivof o of4w o OfOW48 oi4e192 0!92192
0/48 0/46198 Of4W02 O140h?2 Of46182TA.s11so07.1P2
32
. . .. .
o85%
155 n 17Z ft 180 tt ‘ $308n 223 ft 241 ft 258 ft 276 rt
as 185 2830 178 163 3032 171 147 3E34 165 142 1$25 3436 160 198 lQ 138
38164 133 117 38
40 148 la9 114 09.5 88.5 4046 185 119 105 92’.5 83 4560 la4 109 97.6 86 77.5 68.5 5056 114 101 90.5 80 73 65 57.9 43.4 5560 104 92.6 84.5 75 68.6 61.5 55.1 41 6065 91.5 85.5 7&5 70 84 57.7 52.4 38.7 6570. 80.6 79 73.5 66.6 60.5 64.4 49.7 36.4 70
70.5 71.6 , 68 61 68.8 61.3 47.1x
34.2 7562 69.6 62.5 56.8 53.5 48.3 44.7 32.1 80
85 64.8 60 57.5 52.7 50.4 45.5 42.4 30.2 8690 48.4 49.8 51.6 49a 47.5 42.0 40.205
a8.4 904a.t3 44.1 46 46.fI 44.4 40.3 38.1 ae.7 ‘06
100 99 39 41 41.6 41.8 37.7 30.i 25106
10095.6 36.8 36.4 37.1 38.4 3s.3 34
110as.1 106
a4.4 34.1 33.3 a3.z 36.3 33.2 31.7116
21.1 1103a.3 3%4 31.2 “’ am3 3a 31.1 a9.8
12019.4 115
ao.a 30.0 20.3 a6.9 28.7 m. 1 27.7la5
17.8 laoa8.2 29.3 27.4 26.1 a6.7 %?7.1 20
13016.6 126
S6.3 27.7 i!6.7 23.3 22.9 24.3 24.4136
15.2 130X.4 t 116.a e4 ‘ SM.1 20.3 S1.8 22.8 14
140135
2%6 E!4.7 22.3 I?l 18.5145
19.4 21.220.8
12.8 14023.3 20.7 : 19.9 17.1 17.9
19.119.4 11.6 145
21.9 la 1s.9 16.7 16.4 17.4 10.5 15020,5 17.1 17.9 14.4 15 16.6 9.5 16610.2 16.2 17 13.1 13.5 13.3 8.4 160
13.0 16 la170
12.3 11.2 7.6 165la.7 15.1 11.3 11.8 0.9 7
175170
11.6 14.3 10.6 10.0180
8.6 6.5 17510.6 13.4 10 9.9 7.4 6
186180
11L6 9.3190
8.8 6.2 18511.8 8.7 7.4 5
195190
10.8 8.1 6.2mo
1057.3 6
205200
6.4 205I 921 0/ o 9al w o oaf of o 92/ 01 0 9W o 92f4e 92 100 I
II Wwo 9*I 01 0 92ma\ o nwaw48 W92 92/92 92 100 IIIn9 WW?J o 02102/46 02/92/62 92mw0a 92192 9w9a sa 100 IIt
48t92f92 46t92/oa 9at9w62 92t9a 02/02 0a 100 Iv0192102 46/4(3192 4wmama 4w9a 9W02 92 1000140!92 oi4e/9a o14619a 4w9a 46f9a 92 100
TAB i 16007.2/3
r LTM 1500 )Lif#ing heights.Wxuteurs de ievage.
276 !t Mesoopio boom.F’Mohe t&emmpique de 276 ft.
300
280
260
240
220
200
180
\ \ 160
140
\
m 120 140 160 180 2013 220 2400 20 40 60 80
n
Lifting capacities on guyed tadescopic boom. Gi!EzClForces de tewage a la fI&che Wescopiqwe hawban6e.
104 ft ml ft 138 ft 166 it 172 it 188 l% 206 n W23 l% 241 ft 25S ft
m 37622
203’73
a422
8B4 307 302 MO20
24378 356 299 ~4g
aaP.8
360 342 a97 246 i20330
28335 326 294 $243 801 172 90
3!2 317 308 289 Q41 199 170 3234 301 291 270 239 198 169 140 120 3438 287 27’7 267 S36 197 168 139 12098
30ins 863 264 &?a4 196 167 138 119 38
40 mo MO 243 !a30 194 me 137 118 99 4046 23!2 2133 2.17 a 10 i91 163 134 116 97 4560 ‘ 206 202 195 101 162 159 132. 114 95.5 80.5 5066 184 181 177 174 170 155 180 ila 94 79 5560 104 162 101 159 157 149 128 110 02.5 78 0066 148 148 147 140 144 141 126 108 90.570
70 65134 131 132 134 1s3 13a 122 105 88.5
76 ia174.6 70
119 1$20 1122 1E3 12a 118 103 B8.5 7380
76me 107 108 ill 113 114 112 101
98 i86 72
m80
99 97 101 103 100 106 99.6 83 70.6 8690 90 98.5 88.6 92 94.6 97 98 07 81.5 00,6 9006 75 80.5 81.5 84 86.5 89.5 91 92 80.5 68,5 96
100 73 74 ?6.5 70 63 83.5 86 79 07 10010s 6’T.6 70 72.5 75.8 77 80 77.6 6% 105
110 ::.8 61.6 64 66.5 68.5 71 74 75 64.6 110
116 54.8 58.8 ‘“61 64 85.6 88.6 70,6 83.5 115120 47.6 D3.2 56.9 58.9 60.5 63.5 65.6125
62.6 12048.5 51.2 54.2 56 68.8 60.6 61.5 126
130 44.2 46.9 60 61,7 54.0 56.5135
58.3 13040.2 43.9 48 47.8 SO.7 5S2.6
14054.7 135
.:5.1 89.9 42.3 44.1 47 48.9145
61 14036.4 38.8 40.6 43.5 45.4
16047.0 146
30.2 36.8 37.4 40.3155
42.3 44.4 160als.1 32.5 34.4 37.3 39.3 41.4 155
160 ,, 88.8 31.6 34.6 30.6106
38.8 I00$34.6 28.9 31.8 33.8 36
170166
S!0.6 20.3 29.3 31.3175
33.6 17016.8 23,4 2’7 28.9
18031.1 176
20 a4.7 a6.71s5
28.9 18016.3 aa.4 a4.6
190af3.8 1S6
12.7 19.7 22.5195
a4.7 190
mo10.7 20.6 22.8 196
f!ou13.7 18.0 21 20010.7
21018.7 19.2 20514.0 17.4 210
EM 13 15.7 215a20 10.7 14 220225 12 225230 9.8 230235 7.7 i335a40 5.8 e40
I 48 02 92 9a 9a 92 98 92 m 92 I
II 46 48 92 92 9a 9a 9a 9a 92 9a II
46 48 9a 9a 9a 9.3 ea 02 9a In
o 0 0 40 48 9s 9a 92’ ea Iv
: : : : 4: 4: : : :: ;
TAB 11s039
.-
MWWMYwdjkc~~~eson guyed telescopic boom. EEzlForces de Ievage a Bafbche fdescopique hauIxm6e.
a 330700 Ibs o85%
104 n 1$31ft 138 n 155 rt i7a ft 1s9 it ao6 rt 223 ft i?41ft 258 ft
16 4e9 1618 427 1617 484 1718 432 18$20 417 376 20U? 407 373 22
::4 304 a67 ao2 250 24
28 378 358 299 246 26
26 356 34$? B97 84s 803 28
30 335 325 294 ~43 aoi i7a “ 303a 310 908 2s9 241 ,, 199 . 170 3234 990 $?00 279 !430 198 160 140 120 34
36 $382 $276 267 236 107 16S 199 120 36
38 me Ze!d a64 a34 196 1%7 138 llB 38
40 $360. a48 B43 a30 194 166 197 118 {Ig
al? ‘40
46 a19 ai7 ?.310 191 16s 1s4 116 :;~ 4860 193 191 Ioe 190 ,.162 : 169 132 114 {:5.6 SO.5 5055 171 169 169 171 169 1n5 130 112 94 79 5s80 151 140 160 15a 169 148 19s 110 92.6 78 6006 135 133 la4 138 138 137 1B6 108 90.6 76 6570 lB1 119 120 laa 1a4 iau lai 106 88.5 74.5 7075 100 106 107 110 ila 114 113 103 88.6 73 7580 07.6 96.5 96.5 90 101 104 104 101 85 72 8085 87.6 86 87 89 91.5 04.6 96.5 96 83 70.5 8690 79 77.6 78.6 81 83.5 88.5 88 89 81.5 69.6 9096 $9 69.5 71 73 76 79 80.5 8a.5 80 68.5 96100 6a.5 63,6 66 60 72 73.5 76.5 76.5 67 10010I5 cm.1 57.3 50.7 82.5 66.6 87 70 71.6 06 105110 60.3 51.6 54.1 56.8 59.8 61.5 64.5 66 64.6 110115 46.4 48.8 61.6 54.6 66.4 69.3 61 6a 115lao 41.6 44 46.7 49,6 51.6 54.6 66.5 68.8 120la5 89.6 42.3 46.4 47.2 60.1 62 64a 125180 36.6 a8.a 41.4 43.$3 46.1 46.1 60.2 130135 81.7 34.6 a7.6 39.4 42.4 44.4 48.5 135140 lm.1 al 34.1 36.0 38.9 40.9 43.1 140146 a7.7 30.0 3a.e 36.7 37.ei60
30.8 146a~u a7.8 a9.e 32.0 Lf4.e
1553e.8 150
21.6 “’“~a4.e aO.8 S9.8 31.8 341eo
156aa.a a4.1 a7.2 29.2 31.4
1S6leo
19.6 21.4 a4.e 2e.6170
28.9 le517 18.9 2a.2 24.2 28.5
175170
14.6 16.6 19.9 21.9180
24.3 17514.1 17.e 19.8
186...., .,.,..., 22.1 180
11,9 15.4 17.6130
20.1 186lo.a 13.a 16.6,. .,, .
19518.1 190
11.4 13.5aoo
16.1 1969,9 11.7
$0614.2 aoo.,
8.7 10.2210
12.4 2059.1
31610.8 alo
,“..,8 9.7 216
9s?0 6.9 8.7 a20225
.. .. . .7.7 a25
2s0 6.7a95
2305.8
MO236
4.9 240r 48 9a 9a 9a 9a 92 aa 9a 9a 9a I
n 46 46 ea m oa 9B ea 92. 9a 92 11xn4 6 46 46 @a 9a ua 92 92 oa 92 Ill
o 0 0 0 46 46 92 m? 9a 92 Iv
: ; : ; : 4: 4; : : :; ;
TA8 11LI040
36
*
Lif#ing heighb.Hauteurs de Ievage.
Guyed telesoopio boom.F@ohe t61eaoopique haubauw.
- 200
0: 20 40 60
Lifting capacides on Me iaitice fiy iib. E!@E-JForces de levage a la fkchette treiIIis fixe.
1
155 ft+7ft* 189rt+7ft*
4a rt 69 n 92 $t llaft 138 il 161 ft 104 rt 46 it 6!3it 92 ft 115 !t 138 rt 161 n
40 al.5 58.’7 4045 75.5 64.0 4550 70.5 80.8 39.3 31.7 67 48.2, so66 66 47.0 36.? a9.7 a3.6 63 46.8 35.2 6560 62.6 44.8 34.3 27.7 22 18.1 13.7 59.1 43.5 33.4 25.5 19.7 6066 58.9 42.2 32.3 25.9 ao.0 16.8 12.7 55.3 41.4 31.8 24.2 18.7 6570 65.8 30.9 30.5 24,4 19.2 15.7 11.8 51.8 39.4 30.3 23 17.7 14.1 70?6 52.9 3’7.8 28.9 23.1 18.1 14.7 10.9 48.6 37.7 28.8 21.8 16.8 13.3 7580 60.1 35.7 27.3 21.8 17 13.7 10 45.6 36 B7.4 20.7 16 12.6 8085 47.= 33.s 26,8 ao.6 16.1 12,.9 wa 42.7 34.6 26.2 19.8 15.1 11.9 8590 44.2 ai.f3 a4.4 19.5 15.a 12.1 40.1 33.1 25 18.9 14.4 11.295
9041.8 29.8 a2.8 18.3 i4.3 11.3 37.1 31.7 24 18 13.7 10.6 95
100 30,9 28.3 21.2 17 13.3 10.M 34.P, 30.4 a2.9 17.a 13 10 100105 98.i 26.8 20 15.7 12J? 8.6 31.s 29.1 22 16.4 12.3 9.4 105110 36.4 26.5 19 14.4 11.1 &6 29,5 27.2 20.8 16.4 11.7 8.8 110
115 34.7 24.2 17.9 13.5 10.1 7.8 27.3 25.2 19.6 14.4 10.0 8.2 115120 32.7 22.9 17 12.8 9.3 7 25.2 23.4 18.5 13.5 10.i 7.8 120
125 30.4 21,7 16 12.1 8.8 $?3.i?l 21,6 17.7 12,5 0.4 7 125
130 88,1. $!0.5 16,1 11.6 8.4 21J! 19,9 17 11.6 8.6 6.5 130135 SM.4 19.7 14.3 10.9 7.9 19.4 18.3 1%.3 11.1 8.!2 135140 24.9 19.1 la.4 10.3 7.5 17.6 16.7 1s.5 10.6 7.s145 23.6 18.8
14012.6 0.8 7.1 15.9 16.a 14.8 10.2 7.4
15014!5
21.9 17.0 11.8 9.3 6.7 14.9 13.7165 20.4
13.5 0.8 7.i 16017.3 11.4 8.7 6.3 - 13.9 ia.3 12.4 9.4 6.7
160 191s5
16.7 11 8.S fL9 13 10.9 11.2 Q165 17.5 10.2
8.410.7 7.7 6.6 “
16012.1 9.7
1TO10.1 8.B
16.26.1
15.7le5
10.8 7.2 5.2 11.3 9 9.1 S.3175 14.8
5.8 170i5.a 10 7 10.4 8.4 8 7.6
180 la.25.4
143176
9.7 e.7 9.6 7 3.9185 11.6 13.2 9.4 6.s
&1:: e.1 6.2 4.9
1808,8
190 10.1 12.1185
9.1 e.a 8.i 6.6 5.e 5.4 4.6196 10.8
1908.8 8 7.8 6 5.1 4.7 195 a
200 9.8 6.5 5.8 6.%ao6
6.6 4.78.5 8.2 5.6
2006.9 4.0
210 7.4 8aos
5.3 5.2215 6.5
alo7.4 5.1 4.B
220 6,6215
4,9225
2205.8 4.7
230 5225
4.6 230235 4.2 4.4240 4.1
235
I240
9a 92 I
II 92 92 n
92 92 III
o 48 l-v
o 46
0 0● Mhp@I /Pi&dd’mdaptmteur TA8 118057. 1/2
38
f!i?3it+7ft* 25Sfti-7ft”
48 rt 69 ft 92 ft 115 ft 138 !t 161 ft 4% ft 69 ft 92 ft l15rt
55 47.$390
5544.9 38 29 32.9
es60
42.8 36.4 27.9 30.9 6570 40.a 34.9 20.9 Bo.1 EW.e 24.775
7037.8 33.2 a5.8 19.3 15.7 28.2 !23.5 19.3
8076
96.7 31.4 $34.8 18.4 15 10.5 28.8 22.3 18.4 15.5 8085 33.6 29.7 23.9 :-?.!; 14.4 10 25.4 21.1 17.4 14.7 8690 31.7 2s.1 23 ,!!,\; 13.7 9.4 24.i 20.1 16.5 13.9 10.8 90
95 20.8 a6.6 22.1 ‘-7’:-u!< 13.1 8.9 22.9 19 15.6 13.1 10.1 95100 27.9 P#4.9 21.2 :.’.8 M!.6 8.5 21.% 18 14.7 1$3.2 9.4 10010IS a5.7 2s.2 20.a 16 12.1 8 20 16.7 13.6 11.4 8.8 105110 aa.a i31.3 18.8 14.4 11.8 7.5 18.3 15.4 12.6 10.6 8.2 110115 al.5 19.4 1%.9 i3.e 11.1 7.1 16.7 14.1 il.6 9.8 7.6Iao 10.8
11517.6 15.6 la.7 10.% 15.1 12.8 10.6 0.1 7
125120
18.1 16.B 14.4 11.7 10 13.6 11.5 9.5 8.4130
12516.8 14.s 13.3 10.4 0.4 12.6 lo.a 8.6 7.7
136130
15.2 13.1 la.3 9.5 8.8 11.6 9.2 7.7 7140
13513.9 12.1 11.3 8.? 8.2 10.’7 8.4 7.1 8.2
146140
1SL6 11.2 10.4 8 7.3 0.8 7.7 0.4150
14511.3 10.4 ?.3 6.6 9 ‘7 6.8
155160
10.1 9.6 ;:: 6.7 6 s.a 6.3160 9
1658.8 7.7 6.1 ., 7.4 160
165 7.8 8 6.B 6.~ 165170 6.7 ?.a e.i 5.8 170176 6 6.6 5.3 . ,.180
1765.4 5.8 180
I aa 92 I
9 II 92 9a II
9a ‘- 92 Ill
92 9a Iv
46 92
46 92‘daptar / pihe dldsptatau TAB 11.9057.314
a
39
Lifting capacities on the lattice fly iib. GEEEClForwes de Ievage d k fkcheite SreiNisfixe.
@lE6fi-2fi8fi~:: fi-li6flB320lOnx3l6036O0m33OTW,~B@ e
16i5ft-t7ft* 189ft+7ft” 223 ft+7ft* 2581’t+7ft*
~ 40 ft 09 It 9a ~ 116 it 48 ft 09 B 92 rk Iluft 4e ft 00 ft 92 ft 11sft 46 fi 69 ft 92 ft l16ft
50 46.3 ,55 44 46.3
50
6055
41.8 29,5 43.765
40.9 6039.7 ea 41.0 99.8
7066
88.1 26.6 40.2 26.5 38.7 3075
70afm 25,8 19,3 38,0 26.4 a7.4 ~4J? 28,7
80 35.1 a4 18,3 37.1 24,3 18.1 30.2 23.3 27,4 22.7 :85 38.8 a3 17.3 85.8 23a 17.3 ‘ 85.1 2%6 26 21.990
8632A 2a.1 18.3 11.8 84.7 S2.4 10.5 33.4 21.7 15.6 24.8 20.9
9600
91.4 21.2 15.5 11.1 93.8 f?LB 15.7 11.1 31.6 20.9 16 10.1 23.5 19.9 13.6100
0590.3 ao.4 14.9 10.4 32.6 20.8 i4.9 10,0 29.7 20.3 14.3 9.7 22.8 18.8 13.1
105 i29.a 19.6 14.Z100
0.8 31.6 lm.1 14.4 10.1 27.T 19.7 13.7 0.4 lm.7 17.6 12.7 8.5110. ae,ll 18.8 *a.6
1059.4 30.7 19.5 1s.8 .9.6 Z5.’7. 10.1 i3.a 0 19.4 16.6 12.3 8.2
115 137.s 18.1 13.1110
9. S9.8 la.s la.a120
.9.1 23.8 18.5 ia.7 8.7 18.1 15.5 12 826,4 17.4 1%5
1158.6 a7.4 18.2 1s.7 , 8.7 21.9 la
lwsn.a 8.4 16.8 14.5
95.9 16.7 1!211.6 7.7 120
8.3 25.3 17.6 Isa 8.4 2.0 17.6 11.7 8.1 15.3 13.5130 25.4 16, 11.5
11.3 7.5 1257.9 29.3 17 11.8 8.1 18.a 16.8 11.2 7.8 13.0 12.6 10.5 $7.3
136 S36 15.5 11130
7.6 21.3 16.8 11.3 7.8 i6.6 i6.4 10.8 7.s 12.9 11.7 9.7 7140 24.5 18.1 10.6
las7.a i9.7 15.0 10.9 7.5 14.9 13.$ 10.3 7.3 1a 10.8 9 6.8 140
146 24 14.7 10.1 7 18.6 16.4 10.4150
7.2 i3.3 i2.5 9.9 7 11.2 9.9 8.2 6.623.6 14.3 9.7
1466.7 17.3 16
15510.2 7 1s.4 11 9.6 8.8 1o.a 8.9 7.7 6.4 160
2%a 13.9 9.4 6.4 i6.2 14.4 9.9160
0.7 11.4 10.1 9.2 6.6 9.5 8.2 7.2 5.9 15sa0.6 18.5 9.1 6.1 16.1 13.5 9.8 6.5 10.5 9.4 8.6 6.4 8.7 7.5 8.7 5.5
166 18.9 13.1 8.8Ieo
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8,3 9.7 8.0a46
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a60 7.4 260Z66 ,: 6,4 206
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9a ea 92 92 III Ioa 1 9a 92 I 9a HI0 40 9s 9a Iv0 4a 40 920 I 0 40 92
● whptu Iplk d“uiqxmtau TAB 1II9109.1IWW4
46
Lifting heighb.Hauteu= de Hevage.
4
a
420
400
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“,,:>:.:,,,,.,:”,. :’ .;“.,. .........,,>
47
lifting capacities on the luffing lattice iib. CE@!ClForces de Ievage d Bafkchette ireilk reievabie.
53rt+13ft* 87 ft-t13ft*
_,l ~ em wit I,m Mm Mill M’4ft 2rJ7rl2WM !4Ml 87M 29B~ 69fi o~fi 115~ 138fi lsl~ ls~fi 207fi 230n 253ft Y7nfl 299n
50 la3 50
56 124 120 145 55
60 119 119 108 104 140 60
66 114 105 10$3 98 138 66
70 114 103 96 92 80.6 133 116 7075 114 102 91 87 82 73 125 112 105 97.6 as 75
80 108 86.5 83 78 ‘70.5 59.9 108 99,5 94 83.5 68.5 8000 80 87 8588.s 78 mti 53.9
I mi I Ilnc! 8s 173 188 163 164,e144.a 135.51
90
1 I I 96 I 08 183.6 76.6 84.5 53.1 41.7 95
‘1.5165.5 I 60.5 I 63 I43.3 I34.8 I86.8 [ 91189 181 78.6 63 62.3 41.1 32.5 100,6 40.6 31.9 24.4 106
I 110s I I i 8018171161 /58.a149.ai4i.0 /a9.s 28’7 19.3 8uJi’75 60 6U.D 60.8 39,9 31.5 a4 110
I 25,9 18.7 76.5 75 87.s 58.9 49.8 39,3 31 a3,8 17.7 116I 120 I I I 74.61 70.516E.6 162.4146.8139.8182 24,7 18.3 w 71.5 66.5 57.8 48.7 38.8 30.5 23.2 17.3 120
85 I 108 I 24.6178,5174,6168 158 I I I I 107 I 94.5
00 i I 10a i 83.51 76 i 71 I65.5 I58.s I4&4 I I 102 I 93
~-’’il!llllllll.,.:81 71 102.515803151.4148.4184198.3119.6 84.5179.6171 161.5151,. ----- ---- ---
I 115 ] -. I 79,5170.51159A(54.114B.3140.6132,1
126 70 57.8 51.2 46.4 38.8 3i.a 24.8 17.9 68 68 58.4 47.7 38.2 30.1 22.9 17 126
130 69 68.% 50.8 44.1 37.7 30.6 23.7 17.5 65 63.6 56.8 48.7 37.7 29.7 22.5 18.7 130
136 68.5 65.7 49.0 43.1 38.9 90 23.2 17.1 6Q 80.5 54.S 45.7 37.1 29.3 22.2 18.3 135140 62 64.9 49.3 43.6 as 29.8 aa.7 18.8 69.4 67.9 53.4 44.8 38.6 98.9 21.8 1814s 64
14048.8 4s. 1 85.2 2S.7 92.9 16.4 56.9 55.4 .s3 44 36.1 2.9.521.5 1s.7
150 59145
48.2 41.8 94.4 28.Q 21.8 18.1 54.s 53.3 51.7 43.6 35.7 ZB.Z 21.2 15.4155 L$z
16047.7 41.5 33.8 27.8 21,4 15.7 51.2 40.7 43.5 36.2 27.8 ZO.9 16.1
160155
51.4 47.1 41.8 3a.4 Z7 80,9 16.4 49.1 47.8 4a.5 34.8 27.5 20.6 14.0166 49.5 48.7 40.0 33.1 86.s 20.6 16.1
10047.2 45.7 43a a4.f327.1 20.3 14.8
170165
40.7 46.7 40.8 32.8 atr.i 20,1 14.8 45.4 43.9 42.4 34.5 28.8 20175
14.3 17045.5 40.4 3a.5 a5.8 19.7 14.6 42,2 40.9 34.4 26.6 19.7 14.1
180176
I 49a 40.1 3a.a 26.6 19.4 143 40.5 39.2 34a 28.3 19.4 13.9 180185 412 39.6 31,9 a5.3 19 13.9 39 37.7 94.2 a6.2 10.2 13.7190
18538.1 39.8 31.7 25 18.8 13.6 37.8 9a.3 33.8 25.8 19.2 !3.7
195190
3s.a a1.4 24.8 18.8 13.4 30? 84.9 33.1 a5.4 18.9 13.8200
1953e.9 ala 24,6 18.8 13.3 33.6 38 25.1 18.6 13.4
205200
34.8 80.9 84.3 18.8 13.2 32.4 30.8 24.8 18.3 13.1210
20630.a 30.7 24.1 18.6 13.1 31.2, 29.8 24.4 18
21512.6 210
a5,9 30.6 29.9 18.8 lB.8 30.2 Iz? 5 24.1 17.8 12.7 21512201 I I I I I I I30 123.7 I 1s.7 I lE.6 I I 27.6 23.8 17.5 12.5 220
26,7 23.5 17.2 12.2 22525.? 23.2 17 12 23024.8 22.9 18.8 11.8 23523.9 22.1 18.5 11.8 240
4560
225 29.3 Q3.LI 18.6 lQ.3230 28.8 23.3 18.3 1s,1235 25.1 23 18.1 11.9240 a2.6 17.8 11.7245 22.4 17.8 11.4 21.2 iii 11.6 2<260 2a 11.8 11.2 20.4 16.1 11.3 2C255 20.a 17 11 19.6 16.8 11.1260
25516.7 16.s 10.8 18.8 16.0 10.9
286260
16.8 10.6 15.4 10.7270
26510.8 10,4
$47515.2 to.a 270
15.0 lo.a 14.9 10.4880 13.6 10
276
a8614.3 10.2 280
9.8a90
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O@]%’t-mft @?!i)f3iHt-2wR @3210*X316H~3600~3307Mlba@
121 ft + 13 N 155 ft + 13 ft*
~ 6M eail 116rl 1381!lun lwt $? 253ft 876ft s!99ft 69ft 9art 1lm 138ft 181ft 184ft 207fi 230ft 253ft 276ft 299ft
lal 6005 12870 117
6523.5
?570
lla 10580
73.6 73.5 75107 W.6 9s.5 8s.5
8576 70 80
102 05.5 90 81.5 7a 8780
S591.5 06.s 70 68 57.5 70 64 80.5 54.s
9690
6a 83.6 78.5 67 66.4 4e.a 61.6 57.9 53 48.8 39.s
64.6 01.5 74 66.s 55.2 46.6 ! .::7 ;95
100 66.8 58,7 51.1 45.6 39 22,5105
10072 71.8 84 54 45 i “. : ! 27.6 60.4 64 48.4 44a 38.2 31.8 26
110 75.5 69.5 6a.6 52.9 44.6 xi a7.4105
64.1 5a.4 47.7 42.8 37’,3 al.i as.tj115
11072 67.5 81 51.8 4s.8 34.7 27.9 ao.0 50.9 48.3 41.6 36<2 30.6 25 20.1
iao115
u8.5 66 69.s 50.8 4a 64.3 86.9 20.4 i 5 49.4 454 0.9 85,2 20.8 24.% 19.7 15la5
120%56 a.5 58.2 49.8 4M 84 86.8 a0.9 14-7 48.1 43.8 39.1 a4,a 2M a4.1 i 8.3 14.7 10,8
130126
086 0$5 57.1 48.9 41.5 ti3.5 S8.4 201 4.5 46.8 49.6 86.1 33.a 8a.a za.7 18.9 14.a I 0.5135
130585 6.8 464 0.8 3a 80.1 i 9.7 14.s 46,6 41.6 37.2 a9.4 a7.6 23.2 18.5 14
14010.3 136
55.6 5&l 47.a 40.1 62.5 a5.7 I 9.5 14.1 40.5 20.3 aM a8.8 22.6 18.1 13.6 10.1146 ‘
14053.4 61.9 40.4 39.4 aa 96.4 i M 1a.9 a9.6 26.6 30.7 a8.1 2a 17.6 13.3 9.9
160146
51.2 49.7 45.7 86.8 al.s $35.1 181 3.7 a8.5 24.8 29.8 a5.4 21.5 17.1 13 9.6156
15047.6 4526 .3 ail 24.8 18.7 i 3.4 a7.0 342 92 4.7 20.9 16.7 12.0 9.4
160155
45.7 43.6 37.9 ao.7 24.4 1S.5 13.0 3a.3 a8.3 24.1 20.4 18.2 1a.s 9.1165
16043.8 41.8 37.4 30.3 a4.1 18.2 13 22.6 a7.5 23.0 19.9 15.8 11.9 8.9
1’70165
42.1 40.1 a7 29.9 a3.7 I8 la.s a1.9 a6.8 23.1 19.4 15.3 11.8 8.7176
17040.5 28.5 a6.6 29,6 3s.4 17.8 la .6 a1.3 a8.1 2a.d I H 14.e 11.3 8.4
180176
ae.9 35,7 &9.a aa.i 17,8 1S.4185 ‘
ao.0 m).4 22.1 10.3 14.s 11 8.226.5 84.6 292 2.9 17.4 la .a
180a4.8 21.7 17.7 14.1 10.8 B
190186
24.1 82 x /2%7 22,7 17,2 12,1 : ~~
e:
24,2 21.3 17.2 13.8 10.4 7.8195
100aa.0 Y: 3 ‘ $.?..6 62.6 16.9 11.9 23.6 SO.8 16.7 13.5 10.1 7.8 195
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W;.7 i w a2.6 16.7 11.7 23 flo.4 16.2 13.a 9.0 7.5 .eOo
205 25,5 I ~7.9 22.4 16,6 11.8 ao.1 16.7 13 9.5 7.a 206alo i?8.4 %6 2as 16.5 iL 5 19.7 15.a 12.7 9.3 7.2 210215 97,6 26.6 22 16,a 11.5 19.a 14.7 12.5 9,1 7~ao
215a8.7 84.6 81.7 18A! 11.4 18.9 14.a 12.a 8.9 0.9 220
aafs Ea.6 21.5 16.1 11.3 18,8 13.8 12 8.‘1 6.8230
22522.6 31.2 16 11.1
23613.4 11.8 8.5 6.6 a30
al,7 ao .a 15.9 11940
12.9 11.(1 8.3 e.5 235. ao.s 19.4 i5,8 10.8:
a4612.6 11.4 a,1 8.4 240
la.5 15.6 10.7960
12.1 11.8 7,9 8.3 2461’7.7 15.4 10.6 11 7.8 (3.1
266260
16.9 14.5 10.4aao
10.8 7,86 26516.1 13.7 lo.a
a%s10.6 7.4 &9 200
16.4 la.9 10.2 ‘“ 10.4 7.2 5.8a70 la.a 10.1
a86
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11.4 9.9 10 6.9 5.0280
276
a8511 0.610.8 9.9
6.8 5.5 2806.6 5.4
i190 8.8285
(3.4 6.aa98
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3007.7 6
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3ao4.6 31s4.8
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II 48 92 II46 W3 m
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0 0“ LrJapki? / pibo d%dmpktwr TAB 1la 129.5/W7/8
Lifting capaci~ies on ihe Iuffing lattice iib. -Forces de levage d la fl~chette trei~lis re~evab~e.
189 rt+ 13 ft” 223 it+ 13 ft* 268 ft+ 13 ftb
~ 6aft93ftllan 13srt161# 164tl207f&x30m253rtI
W16fbe9n mfl l15ft138itltilft184ft207rt230tt69tt92ftIIBft13wt lelfi
75 Ella80
7555.ls51.a 38.0 23a
8580
52.6 48.8 3? 22.190
864Q.B 4Q 43 38.1 31.1
9621 90
44.4 41.4 36.8 33.2 a9.7 Ee.n 10.9 16.7 95100 4a.e 30.6 36.6 30.0 t?5.8 28a 26.4 ai.fi 14.7 11.9 9.4
105100
41.2 38 34.5 20.’7a5.1 20.4 a6.8 a4.3 ao.6 16.8 la.8 13.8 1l.a 8.0 8.8 105
110 39.9 38.4 33.2 28.9a4.6 19.8 25.323.1 10.7 10.212.2 12.8 10.7 8.5 6.2 110115 38,635 3a M 23.719.915.3 a3,9aa.118.816.411.58.8 11.010.1 8.1 5.0 115180 93.630.7a7 aa.818.715 10.0 al 18 14.710.98.2 5.8 11 9.0 7,7 5.6 120125 32,329,5!40 aa 17.914.510.56.6 ao 17.213.910.4T.D 5.0 9.17.3 6.3 125
130 31 !28.5 9841 91.9 17.1 14 10.2 6.6 19 10.5 ma 9,9 7.5 5.3 8.6 6,9 4.0 130
13U. 09,0 w?.a Q4.100.416.413.5 9.9%.% 10 18.’71 k4 9.5 !?.8 5.1 8 6.6 4,6 135. ..—ai3.8a3.319:715:71s I0:7]6.6I I 117.1]14.9/11.7]e I6.8I4.9] I I 7.68.!214.3 14025.9iaa.3119115 112.519.416.6I 114.1111.118.616.5I4.8 I 15.8/4 145
140 !145 :150 alL2{2Lu18.3{14.3112 I 9.116.3i i I I13.4I1O.5I6.918.1I4.4 [ I I I5.4 I3.7 I 160155 a4.4 ao.7 17.13J13.7111.5j8.8]6,1 j llA7j10.lj7.8j5.7i4.!2I100
15.113.41 165a3.7 10.9 :
165 119.2.:le,il13.1 11 8.5I5.9 1$3.1 9.7 7.5 5.4 3.9 4.8 3.1 16016.s la.5 10.0 8.2 5.7 9.3 7.1 5 3.5 4.4 2.8
170les
lB.6 15.8 11.9 10.2 7.8 5.5 9 %.8 4.7 3.a1’75
4.1 2.5 17017.8 15.s 11.8 9.7 7.6 5.2 8.7 6.0 4.4 3
180a.z 175
17.1 14.7 11.1 9.3 7.1 5 8.3 6.4 4.$ 2.71s5
1s014.a 10.E 8.9 6.8 4.7 ,. 8
190e.1 3.8 2.4
13.7 10.6 8.5 6.6 4.6 ‘185
7.7 &9 3.7 a.1195
18013.3 10.3 8.3 6.1 4.2
2005.7 3.5 ia5
la.a 10 8 5.8 3.9 5.5 3.3206
200la.31 9.s 7.8 5.6[3.6 I 5.3 3.2 205
, . ..1 =.” .“.’, 1 ! 1 I I I 1 -.,. . I I
1 8.91 .4.719.7 I I iS.6 I
210 9.5 7.515.3]3.4 I I I I 13 I215
210wa 7.9 5.1 3.1
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280215
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225220
8.8 ..- -.. ... —.-t230
2258.7 4.4 2.e 2.4
235230
6.5 4.32.4 a.3240
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2465.9 3.7 mn
● dapklr / pi?maldmdsptateur TAB 118129.9/10
m
Lif#htg heights.. Hauteuss de ievage.
e
-
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60
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0 20 40 60 W .,100 120 140 160 180 200 220 240 260 280ft.,,, .’. , ,,,”, ,.,,,-.-ion*’jFl&e&wopiqne: S&. ‘<;’ ;,”:’ “: ,, ~,~, /,,,,,:. . ,/ ;”.>,
51
Lif*ing capacities on the Nuffing Iattice iib. @E!EIElForces de Ievage a Ia fkchette trei[lis rdevabie.
E!!!iJROfi.268.bi!!Ei16Bfi-29Q.B32r10”x318emo36@3307mlb1531t+13ft* 87 ft+13ft*
~ e9n 92A llliftlsan NM mn ao7n 230n 253n 87eft209f’t69ft 92ft115rt138filelfi184R207tt~30ft$!53fl276ft299fi
66 125 on30 116 6085 107 8570 106 99.6 124 70
75 103 93.5 91.5 118
80 10!433.5 86 111 100 :;86 101 84 81 109 101 8530 88.6 77.6 74.5 104 96 9s 9096 aa 74 71 92.666.5 95100 8a 71 67.U 66 ao 84 81 100105 8146 70.5 65 62 68.1 87 81 77 78 105
110 81.6 70.6 69 68.9 66.6 03 78 74 69.6 i10
116 70.5 60.6 66.6 53.8 73 76,5 71.6 e7 115
120 70,5 69.8 64.6 61 48.8 ‘?3.689 64.5 67.7 120
125 70!5 68!8 5848 48.8 44s) Z&o 70 07 82.6 60 48.1 125
130 70.568.860.047 43.337,7 07 86 80JJ64.448.9 130135 68.8 49.9 46.6 41.8 38.8 84 82.6 68.6 6m.B 46.8 136140 6S.S 49.8 44.1 40.a a5.6 Q9.a 59.7 68.8 61.4 44.7 38.9 140146 ,, 58.8 49.8 42,7 39.1 34,6 28.5 ai?.4 , 57.9 56.4 60.1 43.8 36.3 w 146150 58.8 49.6 41A 37.8 83<5 27.8 2L8 55.1 53.5 48.0 42.8 35.6 28.5 160156 54oa 49.6 40.8 38.7 22.8 27,1 a1.8 .. .5 36 L4 47.8 41.7 352 8.1 155160 49.6 40.5 s5.6 3L7 s8.4 a0.8 15.6 50.9 49.9 48.8 40.8 34.4 27.7 20.8 160Ies 49.6 40.8 s4,5 20.9 s6.7 20.3 16.1 .... 47.4 45.5 40 s3.B 27.3 20.5 15 186170 49.8 40.6 34 20.1 a5.1 1M 14.7 ‘ 45.6 43.9 39.2 33.1 28.0 20.1 14.7 170176 49.3 40.8 94 26.4 a4.6 19.4 14.4 2/ 43.9 42.2 38.4 32.5 26.5 19.8 14.4 175180 40.5 34 260T 29.a 18.9 14.1 42.2 4O.e 383 1.9 261 9.5 14.2 180185 40,5 34 2s2 3.3 18.6 1a,~ , , 39.1 37.0 31.3 25.5 i9.2 13.9 1s5180 ,, 40.5 a4a 7.7 22.a I8.1 ia.4 “’ a7.6 98.1 30.7 25.1 1a.e I3.6 190195 40.6 a42 7.7 22.3 17.7 1a.i .. , a6.2 94.8 30.2 I?4.6 18.6 13.4mo
19540 a411 7.7 21.9 i7.4 1$2.8 a4.9 33.5 3Oe 42 18.4 13.2 200
34n 7.7 s1.7 171 a,5 .$. 33,7 02.2 29.9 23.7 i8.1 12.9 205:; 84* 7.7 81.7 16.0 1a.a 31.1 29.4 23.3 17.9 12.7 210am 342 7.7 2L7 i6.a 11.9 30$! a.9 23.3 17.8 12.5
39.7 27.7 al.7 16<1 11.$ “f21(5
aao 28.9 27.4 f?3.a I7.4 12.3 P,20Walls 27.7 al,7 181 i.a 23 88,6 23.3 17.2 12.1 225230 : 27,7 M .7 16 11~~ “’ 26.5 23.3 18.9 11.9 230$335 27.7 91.’l16 10.a ; 24.0 22.8 18.a 11.8 235a40 87.7 21.7 M 10.a 23.6 !21.s 10.a 11.4 a40B45 a7.4 ai.7 10 io.8 ., 22.8 20.9 18.7 11.1 a46250 21.7 la 10.8 21.9 20 16.6 11 250266 21.7 18 10.8 21.1 19.2 18.5 10.s 255200 $!1.7 18 ‘ io.8 ““ ‘“ 10.4 16.4 10.7 2430i305 . .,., al.4 18 10.3 . 17.7 16i?’m
10.5 285, ..16 10.7 “‘“ 17 15.3 10.4 270
S76 16 10.5 10.3 14.5 10.3. .280
27616.9 10.4 ‘‘
2s513.a 10,2 280
16.a 10.8 ,, “< 2 ~~ 13.1 10am
t ;’.,!. 28616.e 10,1
am12.4 9.9 290
16,5 9.0 .:,. . . 1L7 9.8300
2959.8 11.3 9.e 300
.306 B.7 9.4310
305a.6“ “’ 9.1 310
816 8.a 315aao a.4 320
I o 46 I
II o 46 II
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Ialft+ 13ft” 155n + 13ft”
~ 69R 9M l16n 138filtllfl184itQo7ft230fl263fta76!t!m9fl69rt 9$?ft1lCMI138ft161ftls4rt207tt.?30tt253ft276tl
98.685 91
80
9085
80.5 83.5915 89 79.6
90
10064.fJ
80.5 75.s 7495
10551.9 49
72 70,6100
11049.6 46.6 105
69.6 67.6 47.e 44a115
11007,6 84.6 62 42a 40.0
12,0116
46 62 59.5 65.712,5
40.5 38.7 36.6 12069.3 67.1 6a.8 a9.1 37 34.8
130125
67.8 64.9 51.9 88 36.4 33.2135
1306%.)?52.7 50.1 46.6
14037 84 31.6 29.6 136
54.s 51 48,3 44.3 38a146
32.8 30.4 28..226.6 140
52.2 49.6 4%.8 43.1 a’7.4 31.8 29.1 28.8 24.3160 50
14548.8 44.5 41.9 a6.6 30.6 27.9 25.6 23.1
155160
48.5 43.3 40.6 35.0 30 2,9.9 272 4.5 22.1 19.4160
155
44.6 42.1 99.9 34.8 29.4 23.9 26.2 23.4 21
16518.3 160
42.8 413 89 3.0 Q6.8 $?3.6 26.7 22.4 201 7.3 15.3170
165
4La 39,6 90.7 33i! 8.3 23 25.1 21.6 19.1 1&4 14.3175
170383 5.6 32.1 i?7.7 i!a.a f7.4
1s024.6 20.9 I6.2 15.6 1a.5 f1 175
36,5 34.3 31.9 27,1 E2.1 17.1 12.7 24.1 20.3 17.4 14.6 12.6 10.41s5
1s036.1 32.0 30.4 20.5 21.7 16,7 12.4
19019.7 18.6 13.8 11.8 9.0 7.9 !s6
33.8 81.6 29.6 25.s 21.3 16.4 12.1 19.1 16.9 13195
1O.fl 9.3 7.4 19032.6 a0.3 !?8.7 25.4 20.9 i8.1 11.8 18.6 15.4 12.2 10.6 8.8 7
200195
29.1 Q8.1 24.8 a0.4 15.8 1l.e20s
17.9 15 11.4 10 8.3 6.6 200Q8.1 Q7.3 24.a ao 15.6 11.3
21014.6 10.8 9.6 7.7 e.1 205
27.9 26.2 29.8 1s.6 15.1 11.1215
14.2 10.6 9 7.3 5.6 210$!6.a 26.1 a2.8 19.8 i4.8 10.9 13.a ;0.1 8.5 8.8 5.1
W20215
24.1 S?l.8 la.8 14.5 10.6 13.4 9.0 s 8.4 4.7225
220a9.2 20.8 18.4 14.2 10.4
23013 9.e 7.7 8 4.3 225
22.3 19.9 18.1 1s.9 10.2 9.3 7,5 5.5 3.9236
23081.4 19 17.5 19.8 10 9 7.3 6.1 3.6
240235
80,8 18.2 16.8 13,3 9.8246
8.7 7.1 T .8 3.2 24017.4 15.8 12.9 9.6
2508.4 6.9 4.6 2.8 246
10.6 14.9 12.2 9.4 6.7 4.4255
25015.8 14.1 11.4 9.a 6.6 4.J?
2eo255
16.1 13.3 10.99ams
6.4 4 2eo12.8 10.4 a.8 6.2 3.8
270265
11.8 9.9 8.5 6.1 3.62’75
27011.a 9.6 a.1
2805.9 3.4 275
2s510.a 9.i 7.7 3.2 $38010.4 a.7 7.3
2003.1 285
a.3 6.92!95
2.9 2B07.9 6.e
3002.7 295
7.6 8.2305
3007.3 5.9
310305
315310
K
380315
4.0326
3204.7
I w?325
92 III 40 92 II
46 92 m
o 0 Iv
o i)
o _o -... /; /%
● Ldmphr/pmxl rrdaptdaur.— ..—
TAE 118131M/4
53
Liftingcapacities on the kffimg IaHice ~ib. CEEE-.lForces de Ievage d la fkche~te treiilis rwdevable.
iii!!ik”fi-- bi!!ifJ-9ft m32tlOMX316M@3e00m330,Wlbe@
ls9ft+13rt* 223 rt+ 13 ft” 258ft+ 13ft*
In 69 ft 92 rt l16fk 138 ft 181 n 184 ft 207 ft 09 ft 92 lt Ilsft 138 it 69 ft 92 ft
100 95.8 100105 33.(3 105110 31.9 110116 30.3 27.3 17.7 1151$30 a5.8 16.6 120125 a.4.4 22.7 16.6 11.5 6.e 125130 23.1 21.6 14.6 10.8 0.4 130185 2%1 20.3 la 10.2 8.9 6.1 136140 21.2 10.$2 16.9 9,7 8.4 3.i 140145 18.2 16.9 13.2 9.3 7.9 6.3 2.8 146150 17.3 14.9 la.3 8.8 7.6 5.8 2.5 150155 16.5 14 i1.6 9X3 ‘7.i 6.4 2.3 155160 ., . 15.8 13.1: 10.7 8.7 .,., 6.7 5
10,1 8.2 0.2 ‘‘“100
165 12.3 6.4 4.7 165170 11.0 0.6 7.7 5.8 6.1 4.4 170175 11.5 0.8 7.3 5.4 5.8 4.1 175180 11.1 8.8 e.a 4.9 3.8185
iao10.7 a.4 8.4 4.5 3.5
190la5
,, 10.3 8.1 6 4.. .. . 3.2 1901(J5 7.7 5.6 3.7 “ 3 195200 7.4 5.2 3.3 . 200ao5 7.i 4.9 $3.9 205
.- . . ---
I m.” I I I 1 J 1 -. - , ---. .
Zlu21522000Rea. I I ! ) 1 . I ! I ! ! 1
230..“
3.8 230236 a.5 “’ “ “ ,“ 235
I 02 92 92 In 02 9$! 92 II
92 92 92 III48 I 9B 92 Iv42 48 920 ( 4a 92
● dapter / pib d’srlaptdeur TAB 118136.5
54
Lifiingheighd.Hauteurs de Ievage.
o
I 0“ 20 40..60 80 100 120 140 Ioa 180 200 220 ft”
a Tebsoopio boom/ FRY&o t41woopiqna 76”.
Lifting capacities on the Iuffing flattice iib EEEClwith guyed telescopic boom.Fomwesde ievage d la fkchette treiMis reIevabIeavec fltscheWescopique hauban~e.
~%Hm3ft@i!!ifHN3nm3210”x31*”~3.0°m33121 n + 13 w 166 n + 13 n.”
n Wt Wm 115flla8n 181ft184ftEo7n 230fl253fti?’mfl299n 89rk em mm 13sn Ifilft184ft207n 230n 253R Mat 299n
60 14766
eo143 65
70 194 110 7076 124 11s 108 90.580
75116 115 103 e9 106 89
S5 108 107 a8.507.680
104 07.5 ‘ 8590. 101 97.588.6 7Lli 67.4 98 86,5 73 8195 95,5 93.583.5 70.6 86.9 45.8
Bo84 72.6 80.5 50 41 95
100 88.581.5 69.5 56.9 45.3 a5.5 88.5 7s 50.8 49.6 40,7 3355.0 44.9 36.3 87.6 ““
10010LS 83.578.5 6.9 8 71.5 59,1 49 40.3 32.7 M.2
; 71 68.6 48.6 39.9 32.3 28.9105
110 79.677.5 67 55 44.4 m %7.3 110
115 75.674 68 64.4 43.0 94.7 97.1 QO.5 25.6 20370 58,2 48.1 39.5x ___ ___ 115120 78 70.5 65.6 53.8 43.5 84.9 26.9 Ao.a 14,8 68.6 67,8 47.8 3F.-iaL6 25.4 20.1 14.9
.—
125 33.0 MB $?0.114.6 65120
S&s 87 65.5 63.2 43190
57a 47.2 38.7 31.a 25.1 19.9 14.7 10.3643.564
12502.5 52.6 48.8 aa.a $?8.319.9 14.4 8B 56.0 47 38a 31 24.0 19.6 14.5 10.3
135130
61.5 59.9 52.1 42.1 33.2 26 19.7 14.e 59.5 56.3 40.9 a8 SO.7 24.8 19.4 14.3 10.2140
13658.6 67.1151.8 41.7 a2.9 25.7 19.4 14.i
14555.1 48.8 a7.7 30.4 24.3 19.2 14.1 10.1
56.2 54.7 5L7 41.4 3s.5 a5.4 19a 1%9140
59.1 46.6 a7.6 30.1 24.1 19 13.9 10160
14554.1 52.8 50.6 41.4 a2.2 25.1 19 m.e
15560.9 46.5 37.4 29.8 23.8 18.7 13.7 0.8 150
50.5 48.6 41.4 31.9 24,9 16.7 13,4 48.8 46.4 3‘7.31?9.6 23.6 1s.5 13.5 9.7160
15548.5 46.5 41.4 a1.6 24.6 16.6 1a.2
165,’,. 45.4 s7.2 29.4 2a.3 I8.2 1a.4 9.5 160
46.6 4.5 41A 31.4 24.4 16.3 13 ‘4 3,5 a7.1 Q9.4 23.1 18 13.2 9.4170
les44.8 42.7 41.3 a1,4 5?4.1 1M 1%8
175 43.1 4141.8 372 9.4 22.9 17.6 13 9.3
40.1 31.4 R3.9 17.9 12.6 ““ ~~ .’170
18040.2 30.0 s!9.4 22.e I7.6 12.9 9.1i 175
99.6 38.6 81.4 23.7 17.7 1a,4185
88.7 36.2 29.4 z%7 17.4 18-7 9’ 1BOaaa 7 31.4 a9.5 i7,6 1M 35.1
190$29.4 aa.e 17.E 12.5 8.9 185
a8.6 35,6 a1.4 23s 1ta t%1 a3.7 29,4 28.5 17.2 12.4 8.s196
19035.8 a4.a 31.4 2,2.9 17.2 11.9 3Q!5 P.9,4 22.5 17.2 12.2 &7
200195
93a 0.7 z8.7 17.1 11,7 a1.3 29.2 22.4 17.Z 1%1 8.8905
2003L7 29.7 a2.4 17.1 11.8 Q8.7 !?2.3 17.2 1%1 a.4
210206
a0.0 Ee.5 22.1 10.8 11.5 27.9 22.2 17.2 128 .3915
21029.5 87.6 81.9 18.7 11,4 e6.6 22.1 17..2128 .2
$320215
28.4 e6,0 21.6 16.5 11.2 25.8 22.1 17.2 128 .1allu
22025.8 9L4 16.3 11
$230!44.9 28 17.2 11.9 8 2a5
a4.e 21.1 16.1 10.8a.u
al.8 17.2 11.9 8 23023.7 a0.9 16.9 10.e
a4021.1 17.2 11.9 8 235
22.s Eo .8 15.7 10,4a45
20.3 17.2 11.9 8 a40so.a 15.6 10.2 19.5 1’7 11.8 8
auo 10.7 15.4 10.1245
25616.5 11.88 aso
10.8 1529 .4Jaeo 18
15,6 11.68 aus15.1 9.7 14.0 11.6 e
285280
17.8 14.7 9.6870
14,!! 11.28 $?6514.a 9.3 13.B 10.8 8 270
975 13.6 0.0 .“ la,8 10,4 8 !275280 19/,7 9 10 8 280a85 la.1 a.a 9.6 7.9200 6.7
2869.3 7.8
a85 a.6a90
3008.8 7.4
8,6a95
3067.1
8.5300
910 8.48.8 305
315e.5 310
3aoe.2 315
I 9a5. 9 320
sa III 46 9a 11
46 9a mo 0 Xvo 00 0.,
● U18pte.r I plba C1’uhptawr TAB 11816’r.lwaM
~%t-w$t k?i)mfl-wfl @3210wX31iflm~3 f100@330,Wlti@
189 it+ 13 ftv 223 ft+ 13 ft* Q68 ft+ 13 rt*
801tSSflr16ftWft w~ 115 ielfim zo7fiz30fi egfi 9217 1Iafi 13M Ielft184fI
75-----
7s.s !
8075
73 59.8 46.8 26.4
~1
8086 7M 59.1 46.4 28.1 8590 78.858,540.1 45.230 2.89s
—. 9088.148.640.s 45 35.728.9 25.918.8
100 58 48 40.422.326.4 35.628.622.0 1s.614.410.7 1%105 67.847.539.9924926.419.7 35.328.328.417.41X3110
18.414.210.5 7,4 10557.747.839.632.526.119.7 35.12s.182.217A 12.6
11618.3 14 10.3 7.2 110
61.6 47 89.1 82.2 25.8 19.7 14.1 a4.9 27.9 28 17 la.4 8.01s20
18.2 13.7 10.1 7.1 4.3 11548.8 38.7 31<9 26.6 18.7 14.1 9.a 27.9 ala 16.9 Iz.a 8.8 6 18.1 13.6 10 6.9 4.2
las120
46.6 38.4 S1.6 25.3 1’4.7 14.1 9.3 8.6 27.S 2Le 16.7 12.1 8.7 6 13,4 0.0 6.S 4130
12546.4 38.JI 31.s 25 19.6 14.1 9.a 5.6 E7.8 21.6 16.5 11.9 8.8 5.9 13.3 9.6 6.7 9.9
135130
46.2 a6.1 3 la 4.7 19.4 14.1 a.3 6.6 27.7 21.4 16.3 11.8 8.4 5.6 13.2 9.4 6.5 3.8140 36 30.6 24.5 19a 14.1 9.a 5.6
13527.621.916.211.6 8.3 5.7 13.1 9.3 6.4 3.7
146140
87.8S0.71?4.2 19 14.1 9.3 &6 21.3161 1.5 8.1 5.6 9.2 6.3 3,6160
14637.730.8241 8.014.1 e.a 5.6 81.1 161 1.4 8 6.5 9.1 6.1 3.5 150
1s5 37!.s 30.4 23.9 18.6 14.1 9.3 6.6Ieo
a11 5.9 1I.a 7.9 5.437.4 30.32 3.8 18.4 14 9.a 6.6
9 6 3.3 15520.9 15.9 11.1 7.8 5.3 m 6 3.2
161i180
3o.a 23.8 18.2 13.a 9.3 5.6 15.8 11 7.7 5.2 S.9 5.9 3.1170
18530 32.7 18 13.8 9.3 5.6 16.8 11 7.0 5.1 8.8 5.6 3
175170
z9.9 a3,7 17.9 13.e 9.3 6.6 15.7 11180
7.5 5 5.6 3 1’75s 9.8 $?3.7 17.Q ! 3.5 e.a 5.6 15.’7 11 7.4 6
1866.7 2 .9 180
a3.6 17.silJ.3 9.3 5.6 15.6 10.9 7.4 4.9 5.7 2.a190
18523.a I7.7 13.s e.a 5.6 15.6 10.9 7.3 4.8
1965.a 2.7 190
23.5 17.7 13.3 M 6.6 1o,a 7.a 4.7X)0
a .6 195z3.5 17.6 13.3 9.1 5.6
20810.7 7J? 4.6 2.5 200
23.4 17.6 13.3 9.1 &6S$lo
10.7 7.2 4.6 2.5 20517.5 1.3.39 5.6
a157.1 4.5
17.5 13.3 9 5.62.4 210
7.1 4.52s0
2.3 a1517.4 13.3 9 u.a 7 4.5
a26220
17.3 13.3 9 5,6 . 7 4.5230
22513.3 9 5.0 a.9 4.4
a35230
a40,;& : ::: 6.9 4.4 235
4.4245 10,3 9 5,a
240
jl4.4
J!60 .-- ~-.- y<: 9 5,0245
4,3256
250: s.s e 548 4.3
aeo i 9 5.a235
ae5 9260
5.6a70 9
$?65
275 9 :::270
200 6.6275
am 5.6280
290 5.aS66
am 5.a290
300 5.a295
I300
0!4 9a 92 In ma ‘-- 92 92 II
9a 92 Da III
40 02 92 r?
40 48 02
0’ 4% 92● dapter / pialmd’dlpm.wr TAB 11s157.5/8
a
57
Lifting heights on the hdfing Batticeiib k&!?-Jwith guyed telescopic boom.Hauteurs de Ievage a la fkchetie treillis relevableavec fi~che tdescopique hauban4e.
420
.,‘/,.”
..
,. ;.:).
,.
.i
z180
,.., ,. -160
140
- 100
... .
.
\
;:,0 20 40 30 80 100 120, 140 160 ,160 200 220 240 260 280 300 320ft”
JiR
Dimensions.Encombrement.
With 1%4ft long teleaoopia boom.Aveo Ilbhe t&soopique de 164 ft.
..”.
“ ~~~ET>..........
.,.,’: . . . . ....”.. ,.
Dimensions.Encomb=ment.
I UMl!soo I
With 276 ft long telemopio boom.Aveo IRmhe t61eaoopiqUede $370it.
L
,.. ..’
.’
*
e
o
60
Weights.Poids.
‘[-qm
Ls!w!L
Axle1 n 3 4 Is 0 7 8
Total weight
Essieu POidetotal
lba 26450 23450 Q6450 26450 20450 28450 2e450 26450 211 640*● with 164 ft 10!w tdcmmplebamm/greaflhht41.asooplquede 184 ft
mLoad (kipE)” No. of sheaves No. Of ltnea Weight Ibs
~roea de Ievage kipd’ I=ouUes Brim IWda lbs %
903 13 27 ‘7600 320 DEM
270 11 23 7700 250 DSM
187 I ‘7 16 6060 S!00DSM
8s 3 7 3970 80 DM
40 I 1 3 P,71O 40 EM
19.7 1 1320 12.5 E
“ l%a safetyreguhtions of the raspactlw oountq dull be appiicabia.
La @JMicsthns da s4curit6 du pam oonoand●rent en dg-uaur.
Working speeds.Vitesses.
..:
f \
,@!!!!9—
2 1 2 3 4 ‘5 R’ 1 2 3 4 5 R
o 5 13 $30.5 29.s 43.8 8.7 17% 8.9 14.3 22.5 32.6 47.8 9.6 15,4 %;-
mtis l.n 7.5 11.8 17.4 S4A 5.s9 91 % 1.4 a.a la 19.1 27.3 5.8 26 %
L flli!l14.00 R 25 16.00 R 25
mI Drive
IIllflnMy variable Ropedlsmeter / Rope leugth Max. Shlgk line PU1l
MAnhunm en oonttnu Dludtre du cAble/ Longueur du ofable Effort au brtn md.
. . H1 , ft/mio single line.,.. 0-428 Wmin au brtn simple
1“ I 1470’ 41300 lb
M. ~ -,75 fthutn nlngle kmfthnls mubrfn almple
1“124E0’ 41300 Ibs
Crane carrier.Frame:
Outriggers:
Engine:
Tmnsnlission:
ties:
Suspension:
Tyre equipment:
Bteertn~
Brakes:
Driving oab:
EIeotri&l system:
EiEiElLtebhem dedgaed and -ufaoturec4box-type, torsion restst=t design of high-teasile tiegmdned ntruotural steeLFour hydraultedly -terubable sdidhg beams wtth hydrmdio jaeke and supporting pads. Tim fkontoutrtgger easing is mounted between axles 3 and 4 and the rear eaaiag is looated atthe rear ofthe oarrier. Supporthig basis: 32’10” longttudlnally x 31’6” transversally.
s-oylinder Dlemd engine, make Liebhmr, type D 940S ‘IX-EA4, wataroooied, output aeo. to DIN44o kW (596 HP) at t?OOOrpm SOO.to ECE-R E4.03 sad ECE-X 49.ost (EURO II), max. torque1880 lbs-ft at 1400 rpm, dmtronto engine management by data bus teehnique.Yuel tank 158 gatlons.
Autmaatio tranmnimlon, make WOW type c~T 755. ~th tOrve 00nverter -d hy*Odm~cbrake, 5 forwmd speeds!, 1 reverse. Tmnafer IXUIewith lmkablo traaafer difkential and off-roadratio.
Heavy-duty vetdole axlea. All axles ●qended. ties 1 to 4 and 7 and 8 steered. Axles 1, 2, 4 and uare planetary ados.
AU axles wtth hydropneomatlo ●upenslon =d automatic levelllng system. Load equrdtzatlonbetween the axle palm. The suspension aaa be Ioeked hydrmdieally.16 tyrcm,all axles equipped wtth ah@e tyrea.Stxe of tyres: 14.00 R 96.2P ●md-integrsi pewer steering, dual cdroult●yetem with hydraulio servo-=yitem and additionalbanking pump driven by an -e.Servioe brake: All-wheel sarve-afr brake, dual elrc.uttayxtem.Additional brakes: Ratarder, TELMA-type eddy ourrrmtbrake.Hand brake: Spring-loaded, acting on all wheels of axles 4 to 8.Spaelous and comfortable sheet stool eab mounted on rubber shook absorbers, safety @um wtn-dows, operattng and mntrol elements.Modern data bus teehdque, t14Volt DC, S batteries of 143 Ah ea-=h.lighting aaeerdhq to traffiaregulation.
Crune superstructure.Frame: Liebharr-made tordon resist-t, welded oonetruotion of high-tensile rntruoturalsteel, tloired to
murier by a three-row roller slewtng rtm for 36o” oontlrmous rotation.
Crane ertglne: e-oytlnder Died engtrm, make Ltebhem, type D 926 TI-E A4, watercooled, output MO. to DINa40 kW (326 HP) at 1800 rpru, max. tove 1070 lbs-ft at 1900 Wm.
Crane drive: Diemd-bydraulto, wtth 4 axbd piston vartable ~pkement pump.% wtth 6ervo-eoatrol and oapa-oity oontroi operattng tn olored otrouit for hoirtlng, slewtng and lufflng of lattioe jib, 4 axtalpiston pumps, operattng to open otreutt for Iufltng and teleaooptng.
Crane control: MO self-oentertn~ control Ievem Uoy-stloks). Pedal swttohes for teleeooptng. Infinitelyvariableorane motions through dtsplaoement oontrol of the hydraulto pumps. Additional worktq speedcontrol by vartation of the Diesel engine speed.
Hoist gear: Add piiiton variable dlsptaoement motor, Liebherr hoist drum wtth integrated planetary gearand sprtng-loaded statio brake.
Luiling gear: 3 differential hydraulto rama wtth nonretum valve.
Slewing gear: s dewing guava,oordattng of hydraulio motor, planetary gear, siewing ptnlon and sprtng-loadedstatio brake eaeh.
Crane cab: Aiuminium de-ign with safety @as=, operating and oontrol clamant=. Cab tiltable baokwards.The oab will be pivoted to the roar for road transport.
Safety devtees: IJCCON cafe load tndtaator, ted ■ymtem, hotst Mutt swttohes, mfety valves agatnstrupture ofpipOlland hose-.
Counterweight: 165 t total oountmweight oomprtetng 1 buio dab of 16.5 t aud 9 dab- of le.s t eaah.
Telesnopio boom: Variant 1: Beem length 63 ft to 1S4 ft, consisting of 1 base motion and 3 hydraullo telasaopioseetlona. All tolesoopio ■otions expendable individually by means of the rapid-oyole telescopingsystem TELEMA~.Vartant S: Boom length 53 ft to *76 ft, oorulstlng of 1 base ●otion and 6 hydraulto telesooplo■otions. All talemoplo seotlone expendable tndtvtdually by meaxu of the rapid-oycle telemoptagsystem TELEMA1’JIL
Eleotrta system: Modem data bus teeimtque,S4 Volt DC. 2 battaties of 143 Ah eaoh.
Compiementury equipment.(hying system for Conatattng of guytng &une withs rope wlnohas, mountable to the 164 ft or me ft long telesrioploteleseopio boom: boom, tfltable ha trarwport oondttlon.
AfMitiona.1 ballad.: 9 additional oounterwe~ht dabs of 16.6 t eaeh for a total oounterwelght of 19Y3t,required for the
oparation with guyed teleseoplo boom,
Teletmoplo boom 46 ft Iattloe ●otion for axtrmdiog the 164 ft long teleseopio boom In order to mount the lufllng orextension: ftxed Iattioe jib.Lattice jibs: Ftxed tattloe jib 46 ft to Y?07ftlong luffing lattloe jib efJ ft to $?89ftlong,
Stnd hoist getw Axtal platen vu-table dlaplaoement motor, Ltebherr-made hoist drum wtth integrated planetarygear aad spring-loaded statio brake. The Znd hoi=t gear la requtred for %hoek operation.
3rd hoist gear with Axtal pieton vxriable diapiaeement motor, Liabherr-made hotat drum with integrated piarietarylufflng blook: gearand ●prinx-ioaded statio brake, required for operating the Iufllng jib.Tyre equipment: 16 tyrm, Sise 16.00 R Q5.
Drlvefsteering 16 x 8 x 14, 6th ade steered additionally.
chassis porteur.Fabrtastlon Liebherr, oonatamotion en oaiason ind6formable, en aaier & haute r&dstanoe & painanne.
StablUsateum3:
a Oteur:
Boitsi de vitesse:
Essieux:
suspension:
PneumatiquOs:Dtreotion:
Xbeimi:
Cabine:
Installation 61eotrique:
Quatre poutres horisontalm t61emoplques, avee v&ina hydrmdlques de calage varticaux et pattna.IAM ealmons de poutrw de oala~ avant- sent situ6@ antre IOU esmieux 3 et4. et les oalsmomi daspoutres de aslagn arrth!s sod sltu6a h l’d6re du ahtiasts. Surface de cdagu: 32a10” en Iong et31’6” travers.
Diesels oytlndres. rnsrqw Ltebhem, type D 940S TX-E A4, retkcddi psr eau, puissance wdori DIN440 kW (598 oh) ?saooo rpm selon ECB-R 24.03 d ECE-R 49.0s (EURO II), couple max. 1sso Ibs-ftii 1400 rprn. gestion 61eetronlque par BUS de dorm6efl. R6mrvolr it oarburant: 15S gallons.
Soite automatique de marque AIUSorL type CLBT 755, avee eonvertbsseur de couple et rslentisseurhydraullque tnt6gr6.Cinq rapports avants et 1 rapport arri~re. Boita de transfert aveo bloaagu dedifX6rentiel at&tage viteases terrain.
Eimieux @etaux pour groa. Lea S os~lem sent suspend-. Le- asaleux 1 ~ 4 et 7 et 8 sent dlree-teura. Leg emdeux 1, tl, 4 et 5 sod entrain6s.
Toua 10Sescleux sent ●mpendua hydropne~tiquement avea mise isntveau et 6quiUbrage entreeasieux autmnatiques. Suspension blnaable hydraulkpmmmt.
18 roucm h monte struple. TaUle: 14.00 R s6.
Direetlon smnt-blaa ZE A double airauit, aadsth h@rauUquement, avea pompe auxilhdre entrain6e
par u easieu.
Fretn de servhw A d?uble otrauit assist6 pnemnatiquement, mm toutes lea rouem.Prein auxiUatre: FM oiqiets ●u 6abappement eomman d6s avea 10ralentlaseur hydratique, ralen-tiamur 61eetrod-dquq Telma.Y’rein de ●eows w mein k mdm par oyllndres & re-sorts sur lee essieux 4 k .9.
Cabine spaeleuae, MI tdlo d’aeter, 6q@pement *grand oonforiM, suspendue sur silent blow vitragede s6aurtt6, tableau de,bomtaompiet.
Teabnique mederne da t@tmotasion de donn6es par BUS da dmmiies, aourant conttnu 24 Volts,$3batteries de 143 Ah ohaemm, 6alairage eenforme au code de la route.
Partie towmante.Chiissis:
Moteur:
Entrainment:
Comrnande:
Heievage de !Nohe:
Orientation:
Cabine de grue:
S60urhk:
Ccmtrepolds:F&he t61eseopique:
Cirouit deotrique:
Haubanage de fli)ohe:Contrepoidseompl~mentaire:
RaUonge de fkhetc$leseopiqwe:
FWhettes:
Deuribme tmuil:
‘l?roisibme treuil aveotrain de moullagm
@
neumat iques:.ntrairtement /direot ion:
Construotlon m&mnoSoud6e en ti31ed’aeier ii baute r6ststanoe A gxaius flus. Relit% au portenr parune oouronne d’orientation ik3 r-g6es de rouleaux. Rotation totale aeon.Diesel 9 oylindres, marque Ltebherr, type D 9St9TI-E A4, refroidl par emu, pulmmrme DIN ft40 kW(320 oh) ~ 1800 rpm, oouple max. 1070 lb.-ft k 1S00 rpm.
Diesel hydraullque a&o ~ 4 pompes A d6bit variable ●uwo ooromsnd6e= A r@latIon de puimxmoeen oirauitferm6 pour les treulie et l’orkmtation. Quatre pompes & d6bit variable en atmuit ouvertpour lo relevage de fl&b?J et Ie t61esoopage.
2 Ievtars A 4 dtreetlona avee rappel nutomatique au pohit mort. Commando au pied pour le t6lesco-pllge. Commnn de de- movements progremive en oontinu par variation de I’tnclinahron dempompom et augmentation du r6gtme motr+ur.
Moteur hydraullque A 0yltndr6e v-ble, treufl da marque Ltebherr avee r6dueteur plan6taire &fretn d’arr~tA laroeUes int6gr6es.
2 v6rtna hydrauliques diff6rentiele avee oiapets anti-retour de &mrtt6.
SIm6eanismes d“orientation, oompos6s d’un moteur hydraullque, d’om r6duoteur plan6talre, dunplgnon d’orirmto. .on et d’on frein & lamelles.
En t61ed’aluw i. . .-m avee vttrag!e de s6eurtt6, tous Ies tnatrurnents de aomman de at de aontr~le.
CaMne lnahuuw, untrn6e ●m l’arrhe de la UTUOen position route.
Contr61eur de oharge LICCON. syat~me test, flu de aourae oroahet haut, alapets de s6aurit6 en oasde ruptuxes de flaxtbles.
Total 166 t, oompos6 d’una plaque da base’ et O plaqum de 18.5 t unitaires.
VarIanta 1: t61esaope de 6~ ft A 164 ft, aompos~ d’un 616ment de baae et de 3 t61esoopes, t6lesco-pabhm hydraultquement. Chaque partie peut &re t61esoop6e ImUvidudlement & I’aide du s yd&mede t61esaopage dqnentiel rapide TBLEMATIKVartante S: t61emope de 83 ft A s76 ft, oompos6 Nun 416ment de baae et de 9 t61eoeopes, t6lemm-pable- hydratdlquement. Ohaque partie pout &tre t61esaop6e indlviduellement it l’aide du #yst&mede t61esoopage s6quentiel rapide TBLE?dATIE.
Teahntque modeme de transmission de donn6es par BUS de donn6e_. Coursnt oonttnu 24 Volta,s battertes de 143 Ah ahaeune.
Equipemen# optionnel.Compos6 du ohevalet et de 9 treutla. montsbles sur flitahe t~lesaopique de 164 ft ou de 27e ft.
ii plaquea eomp16mentaires de 19.6 t, pour une masse totate de 198 t, pour travail en t61esoapebauhan&.
E16mmts treitiis de 40 ft pour rallongement de la fkhe t61esoopique de 184 ft pour utilinatlon dela f16ehette fixe ou de la fk%hette k vo16e vertable.
F16ehette ftxe de 46 ft A it07 ft; f16ehette & vo16e variable de 89 ft ii 299 ft.
Moteur hydraullque & pistona axiaux & ayUruir6e vartable, treuii Liebherr, avaa r6duateus plan6-taire int6gr6 et frein d’arr~t L Iamelles: deuxtkme treoil n6eessatre pour travail h 2 aroohets.
Moteur hydratdique A ptatona axiaux ii eytindr6e variable, treuU Liebherr, avee r6duateur plsn&take int6gr& et fretn d’srr6t ~ Iamellas; trotai~me treuil n6eemmire pour le relevage de lavo16e variable.
16 foia en tallle 16.00 R s5.
16 x 8 x 14. essieu 5 direetemr en sue.
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Sub]ti to modiflaatlon. / fkua rkms dc modllloatiozu,
Please oimtautVedllez prendre wntaot aveoLIEBHERR.-WERH EHRW?EN QMBH
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TP !+67 b. US, 7,98