LIEBHERR LTM1400 (400  TON)

[ LTM1400 ]

Lifting capacities at telescopic boom.

[Q]360' ryI~125t

ILl In

15,7In21,4In26,1In27In31,7In36,5In42,1In46,9In50m

IL,m1)

3400350 3

35340310 3,5

4300280 4

4,5280260250 4,5

5260246235 160 5

5,5240229221192152 5,5

6228214209181145155 6

720319018616313214012310110692 7

818116916614812212711394998680 8

916315315013511311610487938176 9

10148139136124105107968187767210

121251181151079292837177686412

1499938180726367615714

1686817371645659555016

187472666357515349,54518

206560575246,548454120

2257555146,542,543,5413722

245046,542,5394037,53424

2643393636,534,53126

2839,535,533,533,53228,628

3033313129,526,430

3230,529,52927,324,532

3425,2272725,422,734

362523,621,136

3823,12219,738

4020,418,540

4218,917,3

I42

4416,144

4615,1I46

}", :1

050920929209292100I 10

00505092929292100

I II :}"~~%III0

005000925092100III ~%

1) over rear

[Q]360'

TAB 78043

AIn

15,7In21,4m26,1In27In31,7m36,5m42,1In46,9In50mAm

1)

3400350 3

3,5340310 3,5

4300280 4

4,5275252245 4,5

5250234229 160 5

5,5233217214192152 5,5

6218203200181145155 6

719218017616313214012310110692 7

8171160157148122127113949986808

9154145142135113116104879381769

10139131128123105107968187767210

121141081051049292837177686412

1489888180726367615714

1675747371645659555016

186362666357515349,54518

205259545246,548454120

2245514646,542,543,5413722

2444,539,540394037,53424

2634353636,534,53126

283030,5335323228,628

30273128,729,426,430

3223,928,725,526324,532

3421,226,122,923,522,734

3620621221136

38 18,519,219,33840

17,317,44042 15,615,74244

1424446

12,946

1) over rear TAB 78023

lis lI1axill1ulI1load momenl is 1500 1111.

~1'7m-50m ~

[ LTM1400 ]

Arn

15,7rn21,4rn26,1rn27rn31,7rn36,5rn42,1rn46,9rn50rn

IArn

3

310 33,5

283 354

259 445

239235 455

221217I

555

206202192152 556

192189181145155 67

17016716313214012310110692 78

1501481481221271139499868089

13413213111311610487938176910

12011711610510796818776721012

989594929183717768641214

7473797169636761571416

5857645856565655501618

46,545,5524747514746,5451820

3743383944,5404039,52022

30,536,531,532,537,534,534,5342224

31,526,727,432529,32992972426

22,623,328,325,226262628

19,119,824,92172252272830

16,82218,819,619,83032

14,319,716,317.11733234

12,317,714,114,9153436

1221313,13638

10,611,311,43840

9,9104042

8,68,74244

754446

6,646

Ip~ III

050920929209292100

:IP90

005050929292921001% III 0

005000925092100III 1%

TAB 78042

~'5'7m-50m ~ [QJ360' ~30'

-

Arn

15,7rn21,4rn26,1rn27rn31,7rn36,5rn42,1rn46,9rn50rn

Arn

3

290 33,5

265 354

243 44,5

224220 455

207203II

555

193189185150 556

180176174145155 67

1551501461321331209510090 78

134128114122104979090857589

11710190100847985767368910

95827483696675I

64I

62 601012

625752615048564847461214

4238,54737,536,5443736,5361416

312923728728335,52932922881618 23,522,529,122,422,229,323,523,623,31820

16,823,517,517,624,41919,219,12022

12,519,313,813,920,5I

15,4I

15,7I

15,6 2224

15910,410917,11251291282426

7,78,414,21010,510,52628 5,56,211,988,5852830

4,410 6,36,86,83032

288,44753533234 7,13,44,14,13436

3336

TAB 78025

~'5'7m-50m [QJ360'

[ LTM1400 ]

i__i_

·0

I/Jm

15,7 m21,4 m27m31,7 m36,5 m42,1 m46,9m50m

/Jm3

270 335 244 354 223 44,5 204 200 4,55 185 171 555 168140125 5,56 14310610075 67 88686951584542,5 78 61485237,54534,5~- 32 89 4453540528,23627,3265257910 3426,43221,529,521,721,420,81012 21,215,321,512,520,513,914,113,81214 8,614,86,714,68,89,29,11416 10,310,455,65,61618 77,4 1820 4,65 ~-20

ji', III

05009209292100

:1 :ji'~005050929292100

i' % III 00500925092100III i'%

TAB78073

Remarks referring to loadcharts.1.The tabulated lifting capacities do not exceed75 % or 85 % of the tipping load.

2. When calculating crane stresses and loads,German Industrial Standards (DIN) areapplicable, in conformity with new Germanlegislation (published 2/85): the 75 % liftingcapacities (stability margin) are as laid downin DIN 15019, part 2. The crane's structuralsteelwork is in accordance with DIN 15018,part 3. Design and construction of the cranecomply with DIN 15018, part 2, and whichF. E. M. regulations.

3. The 75 % overturning limit values take intoaccount wind force 7 = 125 N/m2• For opera-tion with fly jibs, lower wind forces apply.

4. Lifting capacities are given in metric tons.5. The weight of the hook blocks and hooksmust be deducted from the lifting capacities.

6. Working radii are measured from the slewingcen treline.

7. Lifting capacities with reduced support baseon request.

8. The maximum load moment quoted is at 85 %of the overturning load limit.

9. The max. lifting capacity of the crane may bereduced dependent on the admissible ropesafety regulations of a country.

10. Max. capacity of standard crane: 230 t.By use of 2 additional pulleys, max. capacity252 t. Max. capacity of 400 t requires use ofheavy duty boom and special equipment.

54

52

50

48

46

44

42

40

38

36

34

32

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

oo 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 m

[ LTM1400 ]

Lifting heightse

Telescopic boom.

56m

~~,Cl- ~~~ T 1

f- ~~I--} tf-r- ....."-- -~ ........r---.i-flm ...I ..........."-I- /J - ..•••.r---..

~/11=¢ ......'- r--.~I r-- I'-. '" " '"31Y I'-. ~~-rzr ...... ~- ~ ' 'J r-- "- ~ "-~r- ~ I\--~r~ " ~ ~_I,.. 'r-., " ~ 1'. i'.t-."""" ' \

21~ t--... .......... ~ "\ '\ '\IT ~ •.. ,,'\ '\

1_ ',,- i'.. I" 1\ \, \,_ ~ •...r-., "~I'\" 1\ \ '\ \

, , ~

r-., to- I\~ '\ \ '\- '- '" \ \I- ~ \ \ \ \, \ ~

._. ~ _ f\. \' \ -=-- ~

a~--~ -'.. ' ... -. '~·m·.1

•• I I I I I

I I I I I I I I I I I I I I I I I---'

Lifting capacities at the luffing lattice iib.[ LTM1400 ]

[Q]360' ~95t

Am18,8 m* 29,2 m*

Lim21m 28'm 35m 42m 49m 56m 63m 70m 77m 84m

21m 28m 35m 42m 49m 56m 63m 70m 77m 84m10

100 1011

96 1112

9284 84 1214

868064 8167 1416 79766251 786653 1618

6872604939 76645241 1820

5866584838,532,5 7063514030 2022

60564737,53226 62585039,53024 2224 5552453731,525,520 53493929,52420 2426

504744363125,52016 49473828,5242016 2628 4644423431252015,712 454437,527,524201612,5 2830

403932,530,524,519,515,411,7 41403526,5242015,512,39 3032

373630,52924,519,515,111,5 3732,525,5232015,512,28,83234

34332927,52419,514,911,3 3430,524,52219,515,511,98,63436 3127,526241914,611,1 3228,523,521,518,51511,78,43638 29262522,51914,310,9 26,522,520,5181511,48,23840 27242321,5191410,8 2521,52017,514,511,28,14044 21,52119,518,513,410,5 19,518,516,51410,87,84448 1918,5181712,810,1 181715,513,510,47,64852 1716,51612,29,8 1614,513107,45256 15,51511,69,4 14,513,5129,77,2 5660 14,514119 1311,59,47 6064 1310,58,6 1196,8 6468 12108,2 10,58,66,6 6872 9,47,8 8,36,4 7276 7,486,2 7680 7680

P~III0 92

III:P,0

0I' % III 0

0III 1'%

lAm

39,6 m* 50m*

Llm21m 28m 35m 42m 49m 56m 63m 70m 77m 84m

21m 28m 35m 42m 49m 56m 63m 70m 77m 84m14

52 14165143 32 16

18504235 3227 18

20 4841,53428 312722 2022 4740,533,527,522 3126,52217 2224 464033272217,5 302621,51713,5 2426 3932,526,521,517,514 302621,51713,510 2628 38322621,517,51411 262116,5139,98 2830

373126211714118,5 25,52116,5139,87,96 3032 363025211714118,46 252116,5139,87,96 3234 2924,520,51713,5118,35,9 2520,516139,77,85,94 3436 28242016,513,5118,25,8 20,516139,77,85,84 3638 2723191613,5118,25,8 201612,59,67,75,73,9 3840 2218,515,513,5118,15,7 201612,59,57,75,73,9 4044 2117,515131185,6 15,512,59,47,65,63,9 4448 16514,512,510,57,95,5 15,5129,37,55,53,8 4852 13,51210,57,75,4 129,27,45,43,82 5256 1311,510,57,65,3 9,17,35,33,72 5660 1110,57,55,3 97,25,33,72 6064 10,5107,45,2 7,15,23,72 6468 107,35,2 75,13,62 6872 7,15,1 53,62 7276 75,1 3,62 7680 53,52 8084 5284

P~ III

92 92

III_P~92

92I' % III 0

92III 1'%

1

J

* Lengths of telescopic boomincluding 3,1 m luffing latticejib adapter.

TAB 78117

[ LTM1400 ]

Lifting heights.

Luffing lattice jib.

1j

'I

\ t

......

.........

~

~

~

136 m

132

128

124

120

116

112

108

104

100

96

92

88

84

80

76

72

68

64

60

56

52

48

44

;J

m~ :t ~I-~~ 28

N ~I+-~

Il~ :~\ 12~J~ :

*(;)!(;)(;)(;) (;)(;)11 0o 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 m

Telescopic boom: 84°

Lifting capacities at the luffing lattice iib.[ LTM1400 ]

~~125t

llrn

18,8 rn* 29,2 rn*

LJrn21rn 28rn 35rn 42rn 49rn 56rn 63rn 70rn 77rn 84rn

21rn 28rn 35rn 42rn 49rn 56rn 63rn 70rn 77rn 84rn20

69 2022

64 2224

6054 50 2426

56,55145 47 2628

4943 44,540 2830

474137 42,538,5 3032

443935,5 403734 3234

40,537,534 35,533 3436

3632,529 343229,5 3638

34,53127,5 323128,5 3840

33302623 302826 4044

27,52421,520 26,52624,521,5 4448

2522201917,5 23,5232017,5 4852

20,519181713 2120,5191715 5256

18171612,58,8 18,5181614,310,6 5660

171615,5128,6 1716,515,513,910,37 6064

15,51511,78,3 1514,513,4106,86468

14,514,211,38 13,512,99,86,6 6872

13,6117,8 12,511,89,66,5 7276

12,810,67,6 10,89,46,4 7680

10,27,4 9,99,16,3 8084

7,28,46,2 8488

77,86,1 8892

692

1ft, III

0 92

:Ift~00

~%III 00III ~%

ilirn

39,6 rn* 50m*

lirn21rn

28m35m42m49rn56m63rn70rn77m84rn21m28rn35rn42rn49m56m63m70rn30

27,5 3032

26,5 3234

25,523 3436

2522,5 15,8 3638

2219 15,5 3840

21,518,5 15,213 4044

20,517,515,8 12,510 4448

1715,213,5 129,78 4852

14,71310,8 9,47,76 5256

14,212,610,48,8 97,45,74,4 5660

12,2108,36,8 7,25,44,23 6064

129786,44,8 5,24292 6468

9,47,76,14,53 53,82,81,96872

9,17,45,84,32,8 3,62,71,87276

7,15,54,12,7 3,52,61,77680

5,23,926 2,51,68084

53,72,4 2,41,68488

3,62,3 8892

3,42,2 9296

2,1 96100

2 100

ft, III

92 92

:Ift~9292~%III 092III ~%

* Lengths of telescopic boomincluding 3.1 mluffing latticejib adapter.

TAB 78032

[ LTM1400 ]

Lifting heights.

Luffing lattice jib.

o 4 8

Telescopic boom: 68°

120 m

1161121081041009692888480767268

64

60

56

52

48

44

40

36

32

28

24

20

16

12

8

4

o12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100m

Dimensions.

20400

[ LTM1400 ]

5820

5380

~:•• 4180I

II: : I_____ .,-1: I

__ ., JIIIIIIIII

~I •• 4620

Weights.[ LTM1400 ]

Axle12345678 Total weight (metric tons)

t1212121212121212 96

rnLoad (metric tons)

No. of sheavesNo. of linesWeightkg230

11222800150

714200080

37150036

13100012

-1500

1) The safety regulations of the respective country shall be applicable.

Working speeds.

~1

2345R~8

13,521,534,5507114,516%

8·~:i:...8

12,6202941931%.. • 14.00R25

Driveinfinitely variable Rope diam.eter I Rope lengthMax. single line pull

~

0- 160 m/min singleline25 mm /480 m120 kN

~

0- 160 m/min singleline25mm/750m120 kN

e 0-1,2min-1

~.~---

approx. 100 seconds to reach 830 boom anglek approx. 130 s / 350 s for boom extension from 15.7 m - 36,5 m /15,7 m - 50 m

[ LTM1400 ]Truckchassis.Frame:

Outriggers:

Engine:

Transmission:

Axles:

Suspension:

Tyres:

Steering:Brakes:

Driver's cab:

Electrical system:

Liebherr designed and manufactured, box type, torsion resistant, all-welded construc-tion made of high-tensile structural steel.4 sliding beams with hydraulic extension cylinders and hydraulic support pad jacks.Front outriggers mounted between axles 3 and 4, rear outriggers at rear of truckchassis.Diesel, 12 cylinder, watercooled, make Daimler-Benz, type OM 444 A, output 390 kWDIN (530 HP) at 2100 min-" max. torque 2357 Nm at 1100 - 1500 min-1•Fuel tank capacity: 615 litres.Allison type CLBT 755 automatic transmission with torque converter and hydro-dynamic retarder brake. 5 forward speeds, 1 reverse. Splitter gearbox with differentialand differential lock, off-road range.Heavy duty crane truck axles, all 8 axles sprung. Axles 1 to 4 and 7 and 8 steered.Axles 1,2,5 and 6 are planetary axles with differential locks.All axles are hydropneumatically sprung with automatic levelling. Load equalizationbetween axle pairs 1 + 2, 3 + 4, 5 + 6 and 7 + 8. Suspension hydraulically locked.16 tyres, all axles with single tyres.Tyre size: 14.00 R 25.ZF semi-unitary hydraulic power steering, dual circuit system, with hydraulic servomechanism and auxiliary pump circuit from final drive.Service brake: servo assisted air brakes acting on all wheels, dual circuit system.Hand brake: spring-action, acting on all wheels of axles 5 to 8.Large-area, all-steel cab with resilient mountings, safety glass windows and full rangeof instruments.24 Volts DC, 2 batteries, lighting to German road vehicle regulations.

Crane superstructure.Frame:

Crane engine:Crane drive:

Crane control:Main winch:

Luffing gear:Slewing gear:Crane cab:

Safety devices:

Telescopic boom:

Electrical system:

Liebherr-made, torsion-resistant, welded construction made of high-tensile structuralsteel. Connection to truck chassis by triple roller slewing ring, designed for 3600 con-tinuous rotation.Diesel,6 cylinder, watercooled, make Daimler-Benz, type OM 447 LA, output 263 kWDIN (359 HP)at 1800 min-1, max. torque 1523 Nmat 1300 min-1•Diesel-hydraulic, with 5 axial piston swivelling pumps with servo control and automaticoutput regulation.By self-centering control lever, movable in 4 directions (cross-control arrangement).Axial piston swivelling motor, full hydraulic power up and down. Hoist drum withintegrated planetary gear and spring loaded brake.Twin double-acting hydraulic cylinders with integral safety locking valves.Planetary gear with flange connected hydraulic motor and spring loaded brake.All-steel construction, safety glazing, controls and instruments. Crane cab is swing torear when driving on road.Electronic load-moment limiter, hoist limit switch, safety valves to protect hydraulicsystem against pipe and hose fracture.1 boom pivot section and 3 telescopic sections. All sections separat hydraulicallyextendable.Boom length: 15,7 m - 50 m.24 Volts DC, 2 batteries.

Additional equipment.Lattice jibs:Hoisting gear 2:

Lattice fly jib 12 m - 61 m + 7 m, luffing lattice jib 21 m - 84 m.For two-hook operation or to luff the lattice fly jib.

Other items of equipment available on request. TP 88 g.1.3.93

52. ;~)+1.~~III if fll/A'" ~ASIAGROUP LEASING PTE LTD

9,KranjiLoopSingapore 2573

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