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0% found this document useful (0 votes)
269 views36 pages350T Crane
Uploaded by
ArunCopyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
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/ 36
HYDRAULIC CRAWLER CRANE KOBELCO
7350222222
| - Specifications:
Versatility of the Boom and Jib
Boom, jib and minimal attachment changeover requirements accommodate many
‘operating configurations ranging from heavy-duty to luffing tower applications.
Teta ele me et UT Ne
‘Superior hydraulic technology improves operating efficiency and safety. The high-
speed winch provides fast 130m/min hoisting and lowering, and a shockless control
‘system enhances safely in hoisting and lowering the hook and boom.
Translifter (Self-Erection System)
Use the built-in, remote controlled Translifter (jack system) to the lift the machine clear
trailer, then drive the trailer awar
Pee ed
The main body breaks down into 4 components, each overall width is within 3.0 m.
This enables the machine with axles to be transported on a trailer.
its men
utr Wo, 7380-99E0101 Configuration and Style of Attachment
‘Style and Combination of Boom and Jib
eeeduey cs a
tara 2 | tution so | Latinas
19Ste tO | TSSte teem
Gm | Mmsden
tom | Famssem
Taran as [ome
WA | Common as (3) | Carmmon uso)
Ta | So | oom
re se | Cee | Somer ont
Carmmen ane (1) NA cre
Garrone [Game oe | Coma nn |
7 [eormen eo
Taare Tk rr A | Baier aa [Goren ow
| sist oe or x Sen oe Carmen we
‘emieri ok rs A | Gore ae (| Cer un Gh Gren os Comm se Gi
Nove:
1, Figure in {} moans the numbers of the maximus asable boo rj) respactively.
2. MA= Not applicable
Standard Crane HL Crane ‘SHL Crane Light-duty Crane
Max, Lifting Capacity: Max. Lifting Capacity: Max. Lifting Capacity: Max. Lifting Capacity:
350 metrictonx6.0m — 36Qmetricton x 7.0m BSOmetrictonx19.0m 143.5 metric ton x44.0m
Boom Length: Boom Length: Boom Length: Boom Length:
18m to 7am 30m to 78m 30m to 78m 30m to'96m 7350
MasterTech
HL Luffing Jib
Max. Lifting Capacity:
eee od awa
Boom + Jib Length: Boom + Jib Length: BCs BAc tS 78a SCOR
24m + 24m to 72m + S4m 30m + 24m to 72m + 66m
2 Specifications
Power plant
Macel ‘ . HINO K18C-UV*
Type Water-cooled, diract
injection with turbocharger, diesel
No. of cylinders stn 6
Bore and stroke. 435 mm x 150 mm
Displacement ........ 12.882 liters
Rated power 295 KY at 2,000 mir
(Gross) (isa09249-1989)
Max. torque . 1.610 Nem at 1,400 min
(Gross) (18009249-1989)
Cooling system Liquid, recirculating bypass
Startor : 24.V, 7.0 kW
Generator ; coe BAY, BOA
CYEIWS es aerate IA:
Radiator sosusue COMUgALED TYPE COFe,
thermostatically controlled
Air cleaner... Dry type with replaceable paper element
Fuel tank capacity... : 00
Batteries... Two 12V, 150 A-hr capacity battories,
series connected
Filtration ... van Full Mlow and by-pass type with
replaceable paper Blamant
Electrical system .... All wiring cordad tor easy
servicing, individual fused branch circulls.
“Mest Stage Il reters to European standards,
Stage ll emmisions requirements.
Hydraulic system
Pumps: All ve pumps are driven by heavy
duty pump efive, Three tandem variable
displacement pumps are used. One of tandem
variable displacement pumps is used in the front and rear
hoist drum circuit and the propel circuit. One of ether
tandem variable cisplacement pumps is used in boar
hoist circuit and swing circutt. Another one of tandem
variable displacement pumps is used in jb hoist circuit. In
addition two gear pumps are used in the: control system
and auxiliary equipment
Control:
Hydraulic control system for infinitely variable pressure to
front ard rear drums, boom and jib holst drums,
Coniorls respond instantly to the touch, deltvering smooth
function operation. Pumped fluid is fitered before retuming
Load hoist, boom holst
and propel system... 31,9 MPa (825 kgtfem’)
Swing system... 27.5 MPa (280 kgtionn®)
Control system 5.4 MPa (SS kgticm)
Reservoir tank capacity 870 liters
Cooling .... Oikto-air heat exchanger
Filtration snes Full How filters with replaceable
Paper elements
Load hoist system
Front and rear drum for load hoist powered by
one hydraulic axial piston motors, each through
planetary reducers,
Brakes: Hydraulic counterbalance valve mounted on jib
hoist motor and disc type brake, spring set hydraulically
release brake and release safety naw,
Drums (Front and Rear): 630 mm P.C.D. x 1,019 mm
wide drums, each groaved far 28:mm wire rope.
Flope capacity of 670 m working length and 800 m
storage length.
Line speed: Single line on the first drum layer
Hook hoist (Front drum)
CC cones 910 130 mimin
Lowering ... ann 310 130 m/min
Hook hoist (Rear drum)
Hoisting Be eerie 810-130 m/min
Boom hoist system
Powered by a hydraulic axial piston motor
through a planetary reducer.
Brakes: Hydraulic counterbalance valve and
spring set hydraulically released multiple disc brake
mounted on boom hoist motor.Externally rachet for
locking drum
Drum:
Boom hoist drum: Double drums, grooved far 26 mm
Gia, wire rope.
Jib hoist drum: Grooved for 26 mm ois. wire rope:
Line Speed: Single line on fifth drum layer
Boom hoist
Hoisting 2 to 22 m/min
Lowering nen 2 122 MIN
Cutting jit
Hoisting ssa 210-28 mimin
Lowering i .2 to 28 mvmin
sity and mast hoist system (for HL and SHL)
Powered by a hydraulic axial piston motor
through a planetary reducer
Brakes: Hydraulic counterbalance valve and
spring set hydraulically released multiple disc brake
mounted on bogm hoist motor. Externally rachet for
locking drum,
Drum: Groaved for 26 mm dia, wire rope.
Line Speed:
Hoisting... tonne BO BB mn
Lowering... 2 to 2B mimin
‘Swing system
‘Swing unit: Powered by hydraulic axial
piston motar driving through planetary
Teducers (3 sets), the swing system provides
360° rotation.
‘Swing speed 2 a AB ani
‘Swing brake: A spring-set, hydraulically released
muitiple-dise brake mounted on swing motor.
Swing circle: Triple row roller bearing with an intemal,
integral swing gear,
‘Swing lock: Four-position pin-in-hole lock (manually
engaged) Operator's cab
Independent removable RH cab tilts 15°.
Full-vision cab fitted with safety glass, a fixed
front window, and sliding LH/AH windows . A
fuly agustable, Mh backed Seat wth a ead est
sch tre cpecatr isa as! woreng pean, A
‘signal horn, cigarette lighter, windshield wipers,
washers, and floor mat are standard features.
Senecio an Sooty it conto A
the operator's left are cansole-mounted swing control
lever, knobs for front and rear drum, boom drum pawis,
‘engine starvstop key, individual speed shifts for front
pn took rts besr drum, een and props beng
Fea bunan tn on Soi bor
{ighta: One ont load fg and one cab inside ight
‘Multi-display Monitor
(Gauges and warming signs shown on Multi-dispiay
moniter
Gauges: Tachometer, hout meter. uel gauge
‘Warning signs: Battery charge, engine oil pressure, air
Seanartaeie ok Er Conted eae prosours, era
hydraulic oil temperature
Controls
At operator's right are console mounted
Salety devices: Over load protective device
| (iament limiter), function lack lever, hook
4 Over hoist shut aff, Boom over-naist limit,
boom angie indicator, signal horn, boom
haist drum lock, front and rear drum lock, swing look,
swing alarm (buzzer), lamp for front, warming buzzer for
swing and prope!, ausiliary platform (upper and lower
structure), boom backstops, jib backstops, strut
backstops:
Tools
FZ ‘howto centr fool and acoomection one
using high-tensile steel chords and should be
ragandiess of the boom length.
Counterwelght
11-piece stack
Total weight
‘Additional counterweight
Weight... 7
Carbody counterweight
2-piece stack
Total welght
Pallete (Lift enhancer
WIQHE ssn
sone 120,000 kg
$35,000 ka
47,000 kg
ssn oe 50,000 kg (PBX)
‘Trans-Lifter
Trans-Litter system allows quick and easy crawler side
‘frame removal and trailor laading. Four vertical cylinders
itup the basic machine for sel-loading onto trailer.
Optional equipment
Reeving winch {with 8 mm dia x:350 m wire
rope), air-conditioner, TW manitor for liting
oad, one way call, mirror for monitoring
drum, wind velocity indicator, ave! indicator for erane
body, monitoring TY for tront and rear drum, boom foot
pin cylinder, crawler fran installation cylinder, lawer
transite cylinder, pads for raising boom, anemameter,
exterior indication light for loading condition, front and
rear hoist drum rotation indicator, sling materials foc
assembling and disassembling, foot step for boom and
jib, hard ral tor boom and jib
Carbody: Steel-wolded carbody with axles,
Crawier: Crawler assemblies designed wilh a quick
disconnect feature for idevidual removal as a uni from the
axles. Crawler bell tension is maintained by hydraulic jack
force on the track-adjusting bearing block. Track rollers
are sealed for maintenance-iree operatian.
Crawler drive: Independent hydraulic propel drive is
built into each side frame. Each drive consists of a
hydraulic moter propelling a driving tumbler through &
planetary gear box, Hydraulic motar and gear box are
built into the crawler side frame.
Crawler brakes: Spring-set, hydraulically reloased
multiple-dise- parking brakes are built into each propel
drive.
Steering mechanism: The hydraulic propel system
provides both skid steering (driving ane track only) and
Counter-rotating steering (driving tracks in opposite
directions).
Track rollers: 14 lower rollers and 2 upper rollers are
fitted to each side frame, sealed and maintenance-tree.
Shoes:
Number os 67 each side
Standard flat shoe width 4,220 mm
Max. travel speed:
HIQR FANE sie .
Low range. car
Max. gradeability: 30%
21.0 kenvh
fone 4 KR
Weight
Operating weight:
Agprox. 345,000 kg
(including base machine, 120 counterweights,
41 tearbody weights, 18 m heavy-duty boom and 3650-tan
hook bloeke)
Ground pressu
15 Nicm® (1.52 kglicm?),
150 kPa with 1,220 mm shoes. Crane Attachment
| Hook blocks.
‘A range of hook blocks can be specified,
‘with a safety latch,
Boom:
7A Welded lattice construction using tubular,
PEE] ister tee chords wit pin connections
betnean sections,
Standard Grane
Mac Ming capaci SEDO gat
[Bask boom len im
[Citar Bo ant aim
Basic boom .... uns sants baat amnion Laas secceee 9M
Tapered boom insert am
Boom cap ... kal ET
No. of poini sheave 34 (a)
wit additional stop chaava
HL Crane
flax. iting eapacity 350,000 Wa at mm
‘Basie boom length 30m
TMisx_boorn length 7am
BASIC DOOM ose am
Tapered boom insert 7am
BOOM C8 seen renrennnrnrnnnntttrnnani ABM
MaBhorionsnnn nn eee 3
No, of point sheave. 9+ (8°
“swath additional 2-step shoave
SHL Crane
‘Max Fine capacity 3su00o kg atm
Basic boom length 30m
(CiitabearnTarig Fem
Basie BOOM soso am
Tapered boom insert 7.8m
Boom cap siaDiar ete
Mast ase 2 80m
No. of point sheave on enone nnn + (BY
Weight of palete .... oe Max. 250 tons
Position of palette iam
(from the canter of rotation behind the crana)
“with addtional 2-stap sheave
Light-duty Crane
‘a ing eapaciy
Basic boo iength
‘Max boar fongth
113,500 Kg at 14m
30m
36m
Basic boom
‘Tapered boom insert.
Boom cap hit
No. of point sheave 0.
Liting capacity ssoren | 2o0ton | 12010"
No. cfsheaves | 9466). 8 5
wei (ko) ares | 6050 3.500
won | 35t0
Liting eapacy worn | 401 eae
Ne, ef aheaves a i °
Weight (koh 100 | 2,000 650
Diameter of wire ropes
‘Standard:
Hook hoist (Front . somone 28 TM
Hook hoist (Fear)
Boom hoist (32 parts of
Boom guy tine (4 lines)
28 mm
25 mm
44mm
Boom backstops
Weight
Standard Crane
Required for all boom lengths,
Operating weight:
Approx. 380,000 kg
(including base machine, 12011 countenseights,
41 tcarbody weights, 18 m heawy-duly boom and 30-ton
hhook block}
Ground pressur
15 Non? (1.52 kgtom?),
150 kPa with 1,220 mm shoes
HL Crane
Operating weight:
‘Approx. 270,000 kg
(including base machine, 120 tcounterweights, 41 t
carbady weights, 30 m heavy-duty boom and-350-ton
hook block}
Ground pressun
16 Nic? (1,63 kglfom®),
160 kPa with 1,220mm shoes
SHL Crane
(Operating weight:
‘Approx. 370,000 kg
{including base machine, 120 t counterweights, 41 t
carbady weights, 30 m heavy-duty boom and 350-ton.
hook block}
Ground pressure: 16 N/cm? (1.63 katfom®),
160 kPa with 1,220°mm shoes
Light-duty Crane
Operating weight:
‘Approx. 338,000 kg
{including base machine, 120 t.countorweights, 41 t
‘carbady weights, 30 m heavy-duty boom and 120-ton
hook block}
Ground pressure: 15 N/cr? (1.5 kaolin’
150 kPa with 1,220:mm shoes 7350
MasterTech
Notes:
1, Operating radius is the horzental distance from the center ef rotation ta the center of gravity of the load.
2. Rated loads shown on the chars are the maximum allowable freely suspended loads at a givan boom length, boom
angle and radius, and have been determined for the machine standing level on firm supporting sutface under Ideal
‘operating conditions. The user must limit of de-tate loads ta allow for adverse conditions (such as soft or uneven
ground, aut-ot-level conditions. winds, side losds, pendulum action, jerking or sudden stopping of loads,
inexperience of personnel, multiple machine lifts, and traveling with a load).
8, Capacities da nat exceed 75% of minimum tipping loads, Capacities based on factors other than machine stability
such as structural competence are indicated by shaded area. Attempt to over load could damage the boom, jb and
{rame, ete, without tipping,
‘The rated loads are determined in accordance with ANSI Code B30.5,
‘Areas on raled charts where no railing are shown, operation is not intended or appraved.
Actual allowable loads of crane boom must not exceed elther the maximum load at the each number of reeving
mentioned in the following article 8, of the rated Jaads for the beom length, Actual hoistable loads using ihe crane
boom are-determined by déducting the weight of the load handling gear (Such as hook block, sings and cables) trom
the ratings and should not exceed the ratings of the hook block.
7. For configurations of insert booms and quy' cable assembly, instructions In the operator's manual must be strictly
observed.
8, Max, hoisting load by number of reeving
Single Drum Double Drum
Wa divelnema [1 [2 [es [2
fies woe on) | va8 fare | ae [aaa |
His crowing | a | o | i | we
tex eeeter) [eas [acs frana fiero [1595]
9, An auxiliary sheave can be fitted to Std crane of 18 m 10.78 m, and light-duty lit of 30 m to 96 m.
10.Rated loads for auxiliary sheave are determined by deducting the auxiliary sheave Weight (160 kg for Std crane; 550
kg for light-duty lift} and weight of hook block (650 kg} and load handling gear (sling and cables) from erane boom
ratings, bul must nol exceed a maximum 13.5 ton
11. The maximum operating radius of an auxiliary sheave must not exceed the maximum operating radius of the erane
boom in uso. The minimum operating radius of an auxiliary sheave is determined by the equivaient Boom angle at
the minimum operating radius,
112. Fated loads for the crane-boom with an ausillary sheave attached are determined ky deducting the auxiliary sheave
‘woigh! {rom crane baom ratings. Where a 13 8-tan ball hook is fitted, the weight of the hook must algo be daducted
13. Actual allowable loads of the crane boom when an auxiliary sheave is attached are determined by deducting the
‘weight of the load handling gear (such a8. the main hook, slings and cables) from the ratings 60 determined in the
article 14
14. Do not operate the main hook and auxiliary sheave haok simuttancously,
15. Refer to the aparator's manual for appropriate type of hook block and number of reeving at each boom length.
16. When using a light-duty boom af aver 84m, an intermediate suspensian cable must be used.
17. Always have the gantry fully raised and use the backstop during crane aperations,
18. Boom hoist reeving rmust be twenty parts of line.
19. In principle, the boom should be erected aver the front of the crawlers.
The follewing conditions should be observed:
Bid
Boom cone | Horne | SHL-cane
Countarenight i) i) a0
Carboy wait a a
iow plates
Tocrhten | Neased | Noneed | Nonaes Standard Crane Rated Chart 7350
Rated loads in metric toms for 360° working area
(Counterweight 120 tons + Carbodyweight 41 tons, Double drum) Unit metric tone
wo | 24a) ae | mn | 420
veo | sa | oan | go | ea | mo jim
3500
3185
AT
mamas] ne | aes
620
860
8
en
2 |e [> |e |
x |e ta ts
* Denied ae auc io comply with ANSI Cade 630.5,
Aatings shown [______] ne determined by the skeratho the boor or other toca components,
Tha the rte fr able rom
‘Working Ranges:
a oo
Boom Arrangement
Boom fenaih Boom arrangement
*
acs rom emcee ton
7am | pescbeccecs:
‘Save = 90, Oop Fae
ery
lor Rants Av Bim eaccredtient 721m 8~ 120m HL Crane Rated Chart 7350
Rated loads in metric tons for 360° working ar
(Counterweight 120 tons + 35tons, Carbodyweight 41 tons, Double drum) ‘Unit: metric tons
or ee
"ei] sao | ma | an | seo | op | soo | mo | mo | 20 tia
6o 0] BB reso
1) ste | ae [ame
a0. ss | aise | ata [oe [asm
aa |e 2688
— mas ma
ta Tai ae =
tat ibs as
8 ws 2a
1 ral
su 1 50
— sa S12 at
sa asa 30
3 meh? 13 aa
3A a0
208 we
= m4 20
au on
aa tad ua
_ “1
si
Bawa we
a8
1 E fener 48) 7
= = 2 2 = = = i 16 no
1 Despre ad aed cog wih ANG! Cade B05
ange hove [eo] ar tranny te etergih hw boom ana scan empanont
The ete te arco com
Working Ranges Boom Arrangement
on
=—
%
as
em
com |
om
Tam | Baw aGCGCBCa
Tom Been aCCCCRCD
Hag =00m_ Cap Piamnyany Cap] = 127
Ireete: A= Bide B lapored Donn)= Pain © = 120m
Mast Arrangement
Mast Mast arrangement
en BuecTe
al SHL Crane Rated Chart z330
Rated loads in metric tons for 360° working area
(Counterweight 120 tons + Carbodyweight 41 tons, Pallete weight 250 tons x 13 m, Double drum) 5. natactone
a
consi wo | me | eo | we | sio | mo | mo | wo | ma ee
oe cor " a0
1 S08 E s m4
rr si a
a6 0 “an
woo 0 io
a0 mn
ms i
= we
[ser i
me 20
a no
ar m0
a 0
oss tsea mo
mime] om 8
[sansa rm
ne
we
60
40
sto
— ry
i om
- - 7
= [ae [a ls ‘one
1 Gescnet and as cons ANSI Cade BD
Raines near in [re desornedy the seth te bor ter sil omnis
“hs aed or Glan
Working Ranges Boom Arrangement
ae lige # é (Boos ienath oomarranperent
» - =e aso Ah S-Con, BaeO BCID
/ A le [am Ba ncecap
A an Bam ANCE Base CCRC
‘en Bam Accs ca
sm Baus AAC.C-8Cap Bane DS EBCap
: Sts7t7 Ee
1 }—s
i ~ ey Iners:he 8m, B opera Som Fm C= 120.
3 ‘ Mast Arrangement
A Suse Bm Ty Bom
Fen Ode
Sea/ = es
A Light-duty Crane Rated Chart g5°
Light-dluty boom
Counterweight 120 tons + Carbodyweight 41 tons Unit: matic tone
mo | eo] a0 | so | wo | oo | no] rao | one | sao | son [PG
59
82
eamdenania ST
sas |_t1n8 [famnae|iim
was | vas [ins | ves | ss Bens
sas [ams | tas [ors [ims | ras letenal cream
nas [ts | mus [as [ims [mms | ims | me
mas [tgs | ame | soe | ope
108 m3 | 962
[79
zea |
a2
0s
A
48
445
= = laren 780
ope be be te ee ee cons
ss Dosoned ad nd meh i ANS Ce BSB.
‘aunge sno mn Jere dtoene by sen ol he oor other scl cngonarte.
‘Mise redo Goa ron
Working Ranges Boom Arrangement
Paes x o (Boom lonath ‘Baom arrangement
r tae O-T
| Baer AAD Tes Base CDTi
00 }- ase AC-D-Tio
L Bee AAC-DT Base CDT
5 i "| BsoeA-C-E-0-Tip
RaeCOOSTo
/
BaeeCCCOTp
BMeAACGCO-Tp BCC CC OTS
BHEAGEECOTD
BMCACECCOETS
PK hs om
Sen-80m sate)
Feore Aedam Covs0m b fomtupered tom = 8.6m
pe E (Gem insert fe) = 6.0 m, F (12m insert a) = 12 mm
=
ates rote sean |
40 Luffing Jib Attachment
7350
MasterTech
Lufting jib:
Welded lattice: construction using tubular, ,
highstensiie steel chords with pin connections,
Fal
Lstfing jis
‘ax, ing eapaciy 113.5 tons at 16m
Basic combinations ‘24m+ 24m
(Wain boom + fo)
‘Max. combinations 7am+ 66m
(Main boorn «joy
ib base:
dib tip . coe
Max, fb lengthy vcs vesrnsnrencnr enone BA
No: of point sheave. Ss
HL Lutfing jib
[fax lining capacity
773.5 tone at 16m
[Basse combinations 30m+24m
(Nain born + jib}
‘Max. combinations 7am + 6am
{hiain boom + jib)
ib base = a a am
SI HP ano res ae am
Max, jib length S 66m
Mast... sass BO
No, of paint sheave.
SHL Lufting jtb
‘exiting capacity |
Basic combinations |
(Main boom + Ro)
‘Max. combinations T
119.5 tons at 16m
30me 24m
ams oom
(Main boom + ji)
Jib base Tee ou
HD UP sn
Max. jib length ddr
Mast
No. of point sheave...
Hook blocks
|A. range of hook block can be specified,
with @ safety latch
c
inpeeey, |e]
Nedaeae [|e
Waight (kg) 3500 | 8,100
Diameter of wire ropes
Hook hoist (Front).
Hook hoist (Fear)
Boom hoist (32 parts of line reeving)
lb hoist (14 parts of line reeving)
Bloom guy line (4 tibes)
Jib guy line (2 fines)... co
Strut guy line (2 tines}.
Boom backstop:
Required for all boom lengths
o™~
Luffing ib
Operating weight:
Approx. 385,000 kg
{including 24 m boom, 24 m jib, and 120-ton hook block}
167 kPa (1.7 kgicm®) with 1,220 mm
HL Luffing Jibs
Operating weigh
‘Approx. 410,000 kg
{including 36 m boom, 24 m jib, and 120-ton hook block)
Ground pressure: 177 kPa (1.8 kgicm*) with 1,220 mm
shoes
SHL Luffing Jib
Operating weil
Approx, 410,000 kg
{including 30 m boom, 24 m |i, and 120-ton nook block)
Ground pressure: 177 kPa (1.8 kg/cm®) with 1,220 mm
‘shoes:
" Notes:
41, Operating radius is the horizontal distance trom the center of rotation to the center of gravity of the loa.
12. sted loads included in the charts are the maximum allowable freely suspended loads at a given tower length and jb length,
loom and jb angle, and radius, and have been determined for tha machine standing level on firm supporting surtace under
Ideal operating conditions. The tiser must fmit or de-rate loads to alow for adverse conditions {such ax soft or uneven graund,
outob-leval canditions, winds, side loads, pendulum action, jerking ar sudden stopping ef loads, inexperience of persannel,
muitiple machine fits, and traveling with # load},
‘J, Capacitias do nat exceed 75%% of minimum tipping loads. Capacities based on factors othor than machine stabilly Such a3
structural eompatance are indicated by shaded area. Attempt fo overload could damage the boom, jb and frarne, et. without
tipping.
4. The rated loads aro determined in accordance with ANS! Code B30.5.
5. Arana on ratad charts whore no rang are shown, operation is not intended or approved,
1 Actual allowable loads of tower jt must not exceed eliher the maximum load at the each number of reeving mentioned in the
{ollaying ance 9, oF the rated loads tor the boom length. Actual hoistable loads using the tower jb are determined by deducting
the weight at he load-handling gear (gueh ag hepk block, slings and cablas) from the ratings and should net exceed the ratings
{or the hook block.
7. For configurations of insert booms and guy ease sesemby, Instructions in the operator's manual must be strictly abeervod,
1B. When operating lufing boom, fi angie must be mainiained between 16° to 72° from the horizontal ine at the wach fbved tower
‘angle (66", 76° and 86")
8, Max. hoisting load by number of reeving,
10.An auxiliary sheave can bo fitled to luffing tower af 30 m tower +24 m ib, to 72 m tower + £4 mj,
11, Rated loads for auxilary sheave ara determined by deducting the auxilary sheave weight (560 kg) and weight of hook block (650
kg) and load handling gear (sling and cables) from lulfing lower valings, but must not exceed a mastimum 13.5 ton.
12, The maximum operating radius of an auniliary sheave must not exceed the maximum operating radius ofthe luting tower. The
‘minimum operating radius of tha ausiliary sheave is determined by the equivalent anglas of boorn and jit atthe minimum radius,
119. Rated loade for the tower jib with an auxiliary sheave attached are deteqnined by deducting the shaave weight rom lufing tower
‘aings. Where 2. 13.5-ton ball hook is ited, the waight of the hook rmust also be deducted.
14, Actual allowable loads of the tower jib when an auxiliary sheave is altiached are determined by deducting the weight ofthe load
handling gear (auch az hook black, slings and cables) fram the ratings so determined in the article 12
15, De not operate the main hook and auxliary cheavo hook simufianeously
16, Ralerto the eperator's marwal fer appropriate type ol hook block and number of reeving at each luting tower langth,
17. Always have the ganny fuly ralsac and usa the backstop during lulfing tower operations,
1B, Boom hoist reeving must be twenty parts of ine.
19, Jb hoist reeving must be ten parts of tine,
20, The weights of standard counterweight and carbody counterweight are as follows:
‘Standard cauntanseight 120 tan + 36 ton
‘Standard earbody counterweight; 41 ton,
21. in princjpie, the boom should be eractad over the trant of the erswlers.
22. When tower length is ever 60 m, pillar plates for ¢rawters must G9 used for erection
£23. Figuies shown by (ft inthe boom configuration are for reference ony,
jaa | 270 | aon) 590] @55] 7a0| 00 | 1013/7135]
12 Lutfing Jib Working Ranges 7350
Working Ranges
wid ml
we
(ase AAO-C-T-Cup, Baan GO-TO
| | auenccorcay
Bese CECT Cop
cal Bese AEC ELT-COp
Bare hhe- OCCT Gap
x aimee ram Clem
al fF { So
Ke tise ££ Fb ip ase Fini |
» Based FFs
sim Bees EF Fm Bae PEER
» ‘om Bas eeF Ibi
7 sem ree
ase (obese = 807. Jb Tp 30 ip) = 0
thr OTE batagb need “Bam Ffetmg meee) = 20m
Lotfing Boom and Jib Combinations
ton ree sean] ee
| ange _| i | ie | |e
mm olope lo tole ore
om oToToretotse
= a 36m oepeteteLeLe
asa eof 4 «= [x[olololojo}ofo|
[ex ototoTototore
im o. me)
om x | o--
wm |e o-|
vam [x [x 3
ala Je
3 sing 8
Se grail
13 Luffing Jib Rated Charts
7350
MasterTech
(1)24 m luffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t +35 t, Carbody weight 41 t) ae
T 240m from
nesta Bani ae svat ion eng
‘ain ems aun wig coat arom ange uk
tn) ee eae [ae ae ae ee ee ae
[iiss 7
160 1s Tae ie
wea | tor mt m7
8 383 way on ET
za | si | ma ms i z0
ma | mes | mor az En Ho
sa [os | at aa | a 0 0
mo | moo | we aun | a8 <7 m0
8 se | we | wae [ot ssa m0
En or [ar] on oz | es m0
a0 a7 aa_[ ma [oan [at 20
an [2 sez [as | ee [me ne 0
ea me | ma] ms | aa | wo
0 mea [ ar | no
ao = wea 40
Toe i 3 = Z Tone
© Dosip arcade cay win ANSI DE
fatinge shown fx [————_] are dstcrigediythe trance ol te bom or or siruiunl componw is
Unit: tc ton
Tis tain
Oparating 48 db 4 md eTry BE mde eating
al osm ancl “Geom noe Bowe ale ‘Brom ange ein
eh oe oe ae Dae [ee ee |e |e ae |
ze | mt zo
ma [rs TH Ho
ma | we ro 0
Pre a2 = m0
eT Eo Bn
owe | a? 2 mo
sn [wa] ee za | =a m0
eu [es] 37 sa] ri au Mm
co [se | mo | a | mo | me «0
ao | ms | me |e [wr | os | a ma | rm
ET 4 aa 240 eet zor vr | is8 0
se va [er [ous [ee es | 8 Ta [#0
a iar | as | a1 | eo
en aha {ao Tas 138 $60
row iu 22 | mo
it vf 40
Fone 7 3 z 5 Fors
| Designedandiated i copiy wih ANS! Coe B90
Aatngs shows [______] ate octet the srangvof 2 boc ot cer suet comonam
“4 Luffing Jib Rated Charts
7350
MasterTech
(2) 36 m lutfing jib rated loads in metric tons for 360° working area
(Counterweight 120 t + 35 t, Carbody weight 41 t) Deere iea
See mBaem
Overtng Sinik, Sib nib. atin Oveaina
raion Boom ae Dasma Tox araie “oom ine aus
(ot wef ae ee ee ee eae |e ta
wo [ara 180
wo | mea = m0
moan [ar za
20 | wus [8 “za |
ue [nr | [Ca ay fo
20 | s50 [sa 1 2a
mo | wa | a [sas aA zu
soos | as ss os 26 ma
‘uo | 7 | os as | ar ea] wr on ua |
mao mas | sea | mas aa 6 aun | ma |
20 seo [ms | | io | wa | ms | ats mo | ae a0 |
uo za | | we [mea [ous] ma) me [aor] ms “|
00 | An zo | ws | ao | oe | ne soo |
0 | iss eo [7 |B
580 i | 88 we) as | sao
20 I I [ wa fo
As a I a 7 g Fees
1 Dene un ated Some wh ABE: Code BOS
Fang enone 2 dnaruneiy th sang of he tao a oer sil companies
3m Boon
ng wine aan wonie paren
res acm agit oem age Boemarai rie
oh ee ee ee we oe ‘i
20 i 1 0
mo ma | I Er
a0 | eer | on 280
m0 [ si [sar = | ae
sao | 2 st su | 320
[we [as Tas] 0 T an
sao | ana ma, = | 8
no | as m0 | a3 a2 20
wo [ans zoo | a zez_| 22 60
ac [ aa [an | tet | aor | wea | ven | to [ota sk
se as | as | mes | ise | ven | wa | var | is | eee
uo 122 vat [ isa [ow [van | wa [on
ma in see [oz [wa na [ee | re
ma | 32 wor | a2 | mn
Tao | 13 [a0
no I 58 co
Brows a a z anes
1 sige und act omply wah ANSI Cape 8303
Fainge bows in [—__] ra duiarsined ty ma strenge of rw boom oF athe scl comperares
15, Luffing Jib Rated Charts ERcaa
(3) 48 m luffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t +35 t, Carbody weight 41 t)
Unt: metric ton
maar
scaita ode Ent) inw = Bins Coeniba
aus or aa a 29 ea te bere ‘cin
a) [ae oe ee ae [oe ee ae oe ee ee |
11 me [ [ 188
mo) We = Ba
mo my 73 Er me
ma | wa 3 aa a a
sso se 27 on a1 me
sao | oe ast ssi] me
son [seo | 2s | 38 su] sa
mo as3 | 383 aa | WS 40 as mo
mo ma ao [me sur ae m6 80
a0 ma ue | me ma] aay as | ms | om
en ET ast | aur [eer | aut mi [aa] on
0 [ iar ma] wa us| we | ase | auz | su
He a a2 | Te Cs
30 a Taz we | ws | so
20 [ ug. uo | na [eo
ee | a5 | ma
a I en | mo
ene z a f a ons
Besgpd a mind Gay wi ANI Gade BSS
Facogn shown fy "Tae cerned by Be stat oh bam tar ruta coments
aoanan
ma aon Sat
om aw at ah
ee De |e Pe |
L 20
a8 m0
100 m0
0 3 0
354 m0
a0 | 01 20
4g | mee | rea aT 283 ‘30
sao 51 |i 1 zr | a0
x0 [oes] irs “6 na | us “540
ao | ms | ss | m7 ws] Ho) a0
ee | aa) 33 | a ay 2a
cn ie va | ee | 1ge [wo 60
m9) ver | va [anf a7 700
79 a Tat 740)
rap sa tart 708
Teme 7 3 4 Tet
1 Deslgne ard eae econ wih AND! Cote a0
Fangs shown [Tat dete oye svengh fa Dom or ar sil corpora.
16 Luffing Jib Rated Charts 80
(4) 60m luffing jib rated loads in metric tons for 360" working area
(Counterweight 120 t +36 t, Carbody weight 41 t)
‘un: metic ton
wane
on ab Zone EEE Ha osama
ven ah Bom ag fe agi a
Fn a = |e (ti)
| 20
1 220
ant ast 260
ua] a0 00
us ats 340
us| ET 2k
[aa us| aa aut 20
] ns za | 02 ma | ws a0
[us nga a] ts 00
se ne [wa za | 67 [ar [isa 40
580 uz 151 | 95 [se ms_[ 14 se
om [oan [es 3 +E Ts) [See
0 | 7 us| 60)
m0 I I as | 70
8 Disignc and end to corgty mith AWS! Code B90
Range shown in [ave antarrned by me svengi athe oom ar athe situa components
Unit metre tn
anne
Spratt ‘ini inl onion
ir fea ao abe
ti ae ae oe oe De ee |
m0 [sar sa 2h
aa0 [ato wn ae
a0 | as 3 a0
m0 [er HE 3
‘oo | ma mt mm
60264 a ‘1
soo [oa | a at | as “a
so | ma | een me] 8 8
‘a0 | us| a wt a
seo [mr] ane ea] s 8
seo [os] ie [a0 8
70 1 | a Tau
7 5 a Teh
ro mm Tea
m0 2 i
Tet z 4 Ferre
1 Designed and radio comply wim ANSI Gada B20
Range sen [———] we dtoreined by Pw er of he Booyah snciul crnporert
7 Luffing Jib Rated Charts
7350
MasterTech:
(6) 72 m luffing jb rated loads in metric tons tor 360° warking area
(Counterweight 120 t + 35 t, Carbody weight 41 t) ee
into
Owen Siete ana |e Sen ootang
val Berns an me one Bevin fais
Li) oe | ae ca ve |e ie ra me] ee (ea)
zo [as os za
mo [8 En ma
m0 [we as m0
an | a a m0
—s0— [as ay me
mas 22 a
an [ma au ao
es [7s | ae 20 2a
ro ms on mi a
sa we] | ma wo
sea ii | ro ms Ha
saa Hi 18 a
2 02 ss 2
bit ar | a5. | 0
700 ts | mo
Fane 3 a z ‘ Tee
* Designed an ate to corny with ANSI Gade 630.5,
Fasrgs shown ia [_——_—_] a deiseminaby he engin ol the boom cer stual comecrerts
18 HL Luffing Jib Working Ranges 7350
MasterTech
Working Ranges Boom Arrangement
Beem aiangement
“6 - |___Bese aT Gap, Boor ET -Cap
ol |
or
= ¥
" ate Bie ACOCCT.Cap |
7m Base AAC CCCTCap
* Tass 38019 Gi Boom Gel = 13m
Nak hers accom Seremtst2om
x Jib Arrangement
Sto Ne, Weength Te arrangement
aim faa ww
% 30m Base-E-Ewts ie Base Fs Bo
AAS
Tee EE-FJe ip
a
|
-
centro
Base EERE Fai
Sage Yb base) = 8.0m. ab To Cg ya Ho Ba
Irene FE huthog Joey == Om F lg RO oon) = 12.0%
Luffing Boom and Jib Combinations
= es
19 HL Luffing Jib Rated Charts Zes0
(1) 30 m luffing jib rated loads in metric tons for 360° working area
{Counterweight 120 t + 35 t, Carhody weight 41 t)
Unit: metic ton
inka
Operating
oa
‘nh
wa [is te
180 as Tm T ot
180 12 107.8 | 108 180
20 wis 1 wt a 200
zo [oa a wa ma
mo | asa a m7 21
ao lee a oe a
ao [as a0
= 0
7 sa | wa en
mo ae ar | ae “eo | 2 a0
oH | a [oe [aa a
Er} I us|
Tene i H a a fem
' Desired and aed i comely wih ANSI Code 680.8
Filer heres [_———] we cetarming bythe sirens of fae Ban crue srulualompona
Unit metric tan
aaa
Ta tia iia
ua io in
a ee Lar
|
a =
125}
t es 0]
aa | 8 9
ma as | ae we
a sear ma
meme cna [ms mo
ms | oe me | me so
mi te [cae [as [us
ET
7 wom [want [a]
| woe [io | is | isa 00
t m7 een
J vag 70
i i 7 oj
1 Deignod and aac coma wit ANB Code 690.5
‘atnge snowsin [———] ae etarminad by fe angina the boom acinar etsctual components, HL Luffing Jib Rated Charts
MasterTech
(1) 42 m luffing jib rated loads in metric tons for 360° working area
(Counterweig
( nt 120 t + 35 t, Carhody weight 41 t) uaa
= Histon
ovat am ie oni Binie ini pect
ae ionega team sige teanige rosin ee
tm) a cd os et 1 oe at itt ea ee fre |e i
7a
00 [es om a
zn wr oes ma
20 ma | ay Cr
aan [0] 8 70
8 om
38 a0
ae | aa
an ai) ae aa ae |e ws [ua ae
460 | 0 | aaa m2 aig as | 3 aa 460
7 I 2 22 [ar [see [a a.
ET | ET | 222 3 2s 540
aa [ [m2] ao | ia ET
7 T as] wa_[ 20
an | 103, 56.0
7H i 708
en z @ 7 7 Tene
"aegred and reais congiy wih ANI Come TOE
Fung srown'n [=] dried by sae of boomor aa satu compere,
Unit: nite ton
oman
esting unis Sinie Sreieg
nae ‘en ame toon 3 ae
tm ro er Te ae et Te er mh
20 | 0
ae a 7m
a a2 a 20
8 a1 Sit 0
3 st ai 7
au cm 21 30
ee 3 en eo
<0 so] ae oe 6
a mara m2 20
Sun a1 [MA He si
“30 as [wa [et | ma ais [a 180
mE i maa [ma [ee [va [ws | mp
ri ws [ome [set [me [at | te
7 ve as [ a [ 0
Tu uz we [ws | mo.
me 08 | eo
Tara a i 5 Tea
‘© Daugns and rainato comply wth ANSI Cave B30
‘Raange shown in [————] are cess y he stegth of tre boc of her Eructual cormpanents
a HL Luffing Jib Rated Charts
7350
MasterTech
(2) 54 m luffing jib rated |oads in metric tons for 360° working area
(Counterweight 120 t + 35 t, Garbody weight 41 1) salto
aaa
re iat ree aa aan st
ae ets a aa Sade che
te ee ae [eee | = P|
aa [E | 7
0 le a =— en
220 52 | 2 7. T 20
MO as) a4 fi no 0
mone 7 i t m0 on
et art tt a a
ee oa set a =
rE a rt fis a
uo iT Gs ET si | we ae 30
420 | sso | as MS ae ue 73 333 20
a tr an a as saat ae
as ar toe = ate ra
as at ‘at sa me axe ae a
a fn aa [ws eee
ra om rie TCT
= 4 oa
a I wea |
=a 5 7 7 i |
Tiare aaa SA
‘ange semen [____] nt cotrrureciy the mwngth of the boom or
oer sth companeris.
Unit: metic ton
onan
Opeateg ern ce mos, Stetina
aus ‘oon a oni ange ‘om amie ‘agi
Un oe [ome [owe foe [ae [oe | ae [ee [oe im
za | 8 BE 20
(ao [ea ev 280
soa | tos ae 200
ae) Bie ET 300
36) ma T as, |e
20 se | ET T 420
a0. 8 | a0 a | za | ao
oo | ms | ss | aa | sh | sn
se | er | m2 me | 234 seb
oe | ze | a0 m2 580
[0 iat] ws 20
se wa 134 7 | as I 680
7a 1 163 | mt [ws [mo
7a 0 aa mo ms | a4 748,
7a ws a0 [ms [ea | _730.
m0 a za_| a9
ie 5a _| a8
sa sz_|__s08
eos e t e he
‘Dose and aid a comply wth ANSI Boga 890.5;
net sows [Tre caterer tne strat of boom oor cuts components.
22 HL Luffing Jib Rated Charts
(3) 66 m luffing jib rated toads in metric tons for 360° working area
(Counterweight 120 t + 35 t, Carbody weight 41 t)
7350
MasterTech
‘Unit: mete on
a ta
‘etry Seo ani aaa aa Oreatre
‘nbz oan ae Tense omen on a ‘ai
Ce wee De we [oe ae |e ome [|
zo [ ne | 20
za | me Te m0
amo 119 = 20
a0 | mo 18 | =a a
0 | 8 aa
maa sea m0
ao 48 | | S12 son Er |
aaa | ose] ue a8 sa
a0 [an] ne | aa 7 FT} rr]
a maa] zt ma] an mu] aa 0
so [se | war ua ET 02 2u7 0
Bk [| Tas asa 2n7 m5 2 sa
0 I | 150 201 43 188 233 wr 0
ao | 5 20 a_| a vA eo
m7 1 es us 163_|_ur rr
cm] a 105 18 us [ss [700
em I | a | ae
7k I mma
Tees @ = z oi Teer
9 Dears ar a Jo comely wih ANSE Coe
Ratings shown in [are determined by the strength! the boom or other sinuctual component
Unit: metric:
fom mon
own
wats
im
a
a0 T a 3
sae [as ee 38
ao we 7 ea
us| i 38 8
200. a | aa | 223 s00
sao [aus | ma | si Et
ae as_[a7 zs 0
20 208 6s [ies | te2 20
ows [53] [sa a
70 wo) as Dar | ns ma
7a as [ota 2 7a
Ev] rr ra
Ba a 1
1 Degree and alae Us compy with ANBICode B05
aangs shown in [____] are deter by the seungth lth boar or other sircual components HL Luffing Jib Rated Charts
7350
MasterTech
(4) 72 m tuffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t + 35 t, Carbody weight 41 t) ae:
Taga
png Sate nh aan Om owe
‘aot or nl Toa Tearing Foin a ae
oh [Tae ne [ee eee pee poe |
20 2
ze En np
20 T #5 =
20 [ sn is
a T ss 8s
x0 T om ar
20 EFI | 7 1 “a [
a0 za ata | ms] ET} 7]
n ws | a] ma va] aa] a5
a0 me] at a] aa | aa] 2
san wae] ti me [as | a7 [ar |
ser a 7 ae] as [ua
so [es [v7 [ns 12 161 |
ie ait i 7 iT
mo at T ar 7
Mo | a3 | | 6s 740
aa l ar [ I rap
_— © : z a —
‘8 eaignad and ale i comply wih ANSI Goce 650.5
ri
ingeshown fy [———__] a determined uy Be srnyg af tha Doam or eter srsctua component
na: matic tan
cpwam [mie
‘om os a
co) ae Te
ma | es
ma [ee
ua | ee
ano eh as | MO
an [a zm] eo
ao | ma 28 [—s0
maar] ae 28 30
seen | er asa | a on
so [as | nr zi_| 70 0
en [m7 | en ses] 53, 0
80 ies | 45 a7] 7 60
m0 ra [ea ma
7 Tra [ou om
a ro Te 7a
ma [ay 0
ener i L t Te
1 Denied und aaa eam win AEE Code BaD &
annge.shoun in [_____] a determined by tw arangt ofthe boom o ether srucual component.
24 SHL Luffing Jib Working Ranges
MasterTech
Working Ranges Boom Arrangement
[Boom lenath ‘Boor arTangemoni
20 Cap, Base C-T-Cap
ain Base-AC-T-Cap
m -1-Ga9, Bae TCG
m Bags AC-CT-Cap
sm Base ACC. Cap, Baas COBT Cap
un awe A.C-C-CCap
tin BaeAAGCC TC Be ODOC Toe
7m Base ACCC ET Cap
7a Bee AAC ECE Cop
‘She - 207m Cap (Boom Cap) = 12m
eet Ac ROm, B= 70mca 120m
Jib Arrangement
a SS
om Sue SF FFIB ip
‘em HSER AFI
Sana be) OT oT icy Whe)
ioc Eh oma “eden Rana por) = 120m
Luffing Boom and Jib Combinations
Ban [aim lin] Mm | aa] ae |e
eng | w]e) p |p
“aon —|-o oO.
atm
[54m
‘tom
‘Luling 3 Cononatone Wich None
3 Comeinatena tach wo
Ga UiRing ts continstore ae Plow
a
a.
a
a
clelelolololoheg
a
oS
=
x|x}x]xlololololole SHL Luffing Jib Rated Charts
7350
MasterTech
(1) 30 m luffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t + Carbody weight 41 t / Palette weight: 250 t x 13. m)
Unit: metre: ton
Bintan
Sern “Hin Prem ine ein doar
as Soom 08 om rl Bm ane Boman tas
|e eee |e oe |e ee ee |e 0
ws [ss 7
wea Te — us
waa “ane L ioe 1a
ae [wa wr 8 ae 00
wr 8 wa Fa}
75 “es n ra En}
22 7a 8 7 250
732 7 8 ae 200
a3 ws | oe om 208
as ae as |i oe | sa] mo
2 wa | eee | az_|_ aa | a0
ur 7_[ es | ea | as a0
a0 | aa | se | as | ma | ao
31 za [us |e
a 7 7 z asa
sly wih SI Coae B50.
Aatnge ener {ae ermine oy meng Pa oF a sta compat
Unit metric ton
Ton form
Mona ita ‘wanm cnwrna
‘een can ange wea ‘ie
Oc a
1 a
7 T aes |
ort na | a
my at ae 3
i 8 ma5_| me
om 00 468 m0
a [ar a2 m4 ms
wa_| om xr | ws aa | aa ab
wa] ass ae mz |_wa mag | es 0
ss [a_[ oes [gears | aaa | as x00
wa | aoa | oa_| aa [ms [os | mor | ms | ma | me so
we |za | wo | aa [ms | ara | mes | we | as | mr] seo.
=r] me [ous [aa | at mr |e me | a | ee
| me aa [air | wt | s | m7 | eo
| wo |e | 2 | 0 m9
I wa 2 | va | a0
I T too] 700
7 a 5 7 eon
‘= Designed and atedto comply wth ANS Cod BOOS
singe shown in [—__] at cotarmenaty te evangth ot he boa orethereruchal emperert SHL Luffing Jib Rated Charts
7350
Masterfech
(2) 42 m lutfing jib rated loads in metric tons for 360° working area
(Counterweight 1201 + Carbody weight 41 1 / Palette weight: 250 tx 13 m) eee
ana
‘omin xe i sini
on tea ae Tae
tr rm e [To Toe ee
wa |
20 -—_
0 a
240 ms
20 | EA
280 co
300, ae
30 aE PY
80 | os os es | we
20 ae ae 45 ns | ws 28
= T me ET) va om
a0 T 7 ms m2 | m7 | we
0 [ a6 mux [a7
iat t =]
0 | 3
a0 I [ i
Tener 7 7 a
* Designed we iad won wih ANSI Code BUS
Fatnga shown [re cetriraaby he stent he boom oar shal reams
Uni metic ton
‘a toen
Smta Bains a0. tb ron ent
us oun age eon se eos ae ate
(oh ae Te ee fee eee ae De ee |
uo 7a jt 20
‘so ae = 20
moe | 20
a0 | | 200
uo |
moan — 380
eo ae ae [ 7
mr] se =e a 60
ar ns m2 m3 mo
7 ms 0
me [mr Ta [| eo
zie | ma m0 | wa | oso
wae | wa was [ ee [no
us ar | 1
is 0 | as |r
ea [ wo
= 3 H iweer
|W Designed and raed comply wih ANE] Gade B20
‘Ratings strawn in [——] are deterrined ty the strength the bcm ce ahr airuchaa! campanenits
ar SHL Luffing Jib Rated Charts
(3) 54 m luffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t + Carhodly weight 41 t / Palette weight: 250 t x 13 m)
j Aiea
omg a wane aime ain ona
rae Se vee um ace es
ee ee ee eee | oe] ee |
oo ase mH
[oT 0
[2a ny no no
neo [ied 7a} — 7a a0
neo [ier Ce ra a
is [mot a co ma a0
310 [ot Bi oH |
MD sa sua a “|
a az aa | wa oa a0
a En a3 | 2 aya eu
‘0 a aa [ws rae |
ue a | = se ma eo
a0 | au to mwa a
0 26 53 24S 208 sao
as wi [ie | me
Pa ira] tan
ne isis
fe z 7 = z inte
" Desjed on na oy wt Gee BE
fame coon h [ee] me vey erent bor ote scam compe
Unt: metricton
song soma ain Aika
hae Beare ge ‘Woem angle acs
ay me me we to
wo | eon 60
10
a2
[ss
mo
oo
=I es
ma [se
a [0
aa [as
Tra a mn
7 a [ae ee Tio
70 ef 7A
a a mo
mo ry Bo
a T #0
= I m0 |
ies n z Tove
| Desig and rate Wo cry win ANS! Ge B05,
Fates eran [|] ar determined bythe rer oh boar eh vet eompanants
28 SHL Luffing Jib Rated Charts
7350
MasterTech_
(4) 66 m Iuffing jib rated loads in metric tons for 360° working area
(Counterweight 120 t + Carbody woight 41 t/ Palette weight: 260 t x 13 m) ‘
Unit matric ton
imiew
paring ae sb eres Eres ore Spear
vas “hone oom age Boom ale oor mse ae
wi oe fe |e |e | om [oe | oe |e oe | ee oe tm
zoo [ro | 2
za) Ti I 7 0
mea ro To Tae ET
zo | 70 70 a8 a mo
ao [ a i a0 sa Bh 20.
mo | ms TC 5; [os 8 ET
ao | 0 25 20 7 ae
ua | «0 | aa 65 458 ‘ar =
a [es | ass 01 | a 35) mu ‘a0
<0 aa ms | ma 330 | aoe ae | oe 450
ea 2h 26 ma] 2 mos | ms
sk a0 | te 0 28 | tas zs | a3
a0 | m7 mi | we as Bi | na
0 [ 7 or wes | 148, 192
0 353 | id we | 105 is [ar
7a maa 1a so | us
7A ia oa | 740
70 i x | m0
0 as | _e0
Ponte 2 o . a ewes
|= Deskgred ard ated lo cong
ating shown tn [————] a omtnrina by he sownat ofthe boom oer src compart
{Unit metre ton
iinse
Ooaraie Baik iin Sparen
ae Tromso em sale ate
to) Cae [we oe ae Tae ee]
con [se | 200
208 [sea ae Em
ee sia ae a0
son [4a 28 88
ee [a7 a8 om
wen | ae En ‘0
son | -mua_[ ae Re En
50 wa_| 380 zt | ue ao |
see [aes | a8 a | 8 7
een nae moa [6 ten
wen [os ua |e in
78 ear] as [a8 ra
7 was | 08 us| as] va0
7 war | a uy 75 ran
om 1 7 om
8 12 oa
awe = 7 fear
‘5 Deaigned and ake cry wah ANGI Gos B30
Firs shown in [re dtr the srr of he boom or ae: snuctus cormponents SHL Luffing Jib Rated Charts
7350
MasterTech
(5) 78 m luffing jib rated loads. in metric tons for 360° working area
(Counterweight 120 t + Carhody weight 41 t / Palette weight: 250 t x 13 m)
(W Designac ana rated Soy wah ANGI Case BO.H
ating srcven in [are eerie
rang fhe boom ero stu components
a0
Les evi ton
Taint
‘peating moa womsu Som erntiea
a, ct ee ae pi
s ie eee oe ee ee |
= t oy
a0 L PT t ary
rn st | ai a
2e0 x00 I ae m0.
m0 | os | 428 m0
BY 407 I 4 0
= | a 4
m7 a ee a ae
2 a a aE a a mi
a a acta i sca ae
one a zi ey ae Fs
tas ar a a ia rn
rm ee i ‘tt es
a | if s a id 7
7 i is 7 ia]
rao | Tt 7a0 ]
ee I ay mo |
= i i z |
Gnehe maaan caer Ne oon ERE
Elite a aes casein oh #KGiaR Kanaan ese
Unt: mete ton
aa
tony iia iin oie
ae rr Sark ea
to w]e | = Te e om
oh | 20
a mt a
7 oF i
ais ea a
as a ei
m7 ue =
a 7 a
560 701 ns 6 ao
= ; er [oA ms
= a tas a
ro a rT a
a a [|
Tat 7 an eT
os : a
oo i : = Assembly & Transportation
7350 Standard Crane Self Assembly
Upper-machine camry by a trailer Lift the Upper Trans-Lifter
Assembled upper-machine and
‘Girbody cany by'a'ttaller carbody by quick conection
Rise the mast Lift the lower Trans-Lifter
a 7350
MasterTech
Assemble the counterweights Lift the counterweight assembly