Courtesy of Crane.Market

Transcription

1

2 CRAWLER CRANE Diensions Specifications...3 Superstructure...4 Working Ranges...8 Crane Ratings (Main Boo in 360 Working Area)...9 Crane Ratings (Jib in 360 Working Area)...0 to Crane Boo Construction Crane Jib Construction Coponent Weights and Diensions for Transport... FULL-LUFFNG TOWER CRANE Diensions Tower Jib Construction Specifications...3 Rated loads for Tower Crane Working Ranges...4 Rated loads for 5 Tower Crane Working Ranges...5 Rated loads for 8 Tower Crane Working Ranges...6 Rated loads for 3 Tower Crane Working Ranges...7 Rated loads for 34 Tower Crane Working Ranges...8 Rated loads for 37 Tower Crane Working Ranges...9 Rated loads for 40 Tower Crane Working Ranges...0 Tower Boo Construction Tower Jib Construction Tower/Crawler Crane Construction Crane Jib Construction Coponent Weights and Diensions for Transport... CLAMSHELL Diensions Specifications Working Ranges Clashell Bucket... DRAGLNE Diensions Specifications Working Ranges Dragline Bucket...3 TECHNCAL DATA Standard and Optional Equipent...4 to 5 Note: All t iplies etric tons in this catalog. Specifications confor to the Safety Regulations for Cranes and Mobile Cranes in Japan.

3 CRAWLER CRANE Diensions Unit: Figure in ( ) shows diension when side fraes are retracted for trailer transport. Specifications Maxiu rated load Working radius Basic boo length Maxiu boo length Winch Maxiu line pull Maxiu rated line pull Line speeds Main hoist dru Auxiliary hoist dru Boo hoist dru Swing speed Travel speed Gradeability Diesel Engine Rated horsepower Ground pressure Operating weight ( t = 000 kg) t t t /in /in /in in-(rp) k/h % ( ) *00/65/3 *00/65/3 * (4.0).7/.4 40 () suu BB-6HKT 36/ 000 (85/ 000) 63.7 (0.65) 49. (including 0 boo and kg capacity hook) kw/in-(ps/rp) kpa (kgf/c) t Notes :. Data is expressed in S units, followed by conventional units in (. *Line speeds arked will vary with the load. ). 3

4 Superstructure Engine Model... suu BB-6HKT Type... Water-cooled, 4-cycle, 6-cylinder, direct fuel injection type diesel engine - Rated horsepower kw (85 PS) at 000 in ( 000 rp) - Maxiu torque N (75 kgf ) at 600 in ( 600 rp) Piston displaceent L Fuel tank capacity... 0 L Electric syste... DC 4 V Main and Auxiliary Hoist Mechanis The SCX500 is equipped with dual hoist echaniss, each consisting of independent ain and auxiliary hoist drus driven by a hydraulic otor. Hoisting and lowering the load is achieved by forward/reverse rotation of the hydraulic otor. Power lowering is carried out with a hydraulic brake. Hoisting and lowering can be carried out at three speeds-fast, ediu and slow-to suit job requireents. Each dru is fitted with a friction band-type brake. This allows free fall (rapid lowering) of the hook. Main and auxiliary hoist drus are each fitted with a pawl-type dru lock to positively hold the load in the air. The dru brake is an external contracting friction band-type using durable non-asbestos lining. The brake is controlled by the hydraulic servo syste to reduce control force. With the hoist lever in neutral, auto braking or foot braking can be selected. Swing Mechanis ndependent operation separated fro other functions. Driven by the hydraulic otor through reduction gear. Swing speeds are freely controllable fro ero to axiu speed with a single lever. Swing Brake The disc-type swing brake can be hydraulically applied by the brake switch on the swing lever. Swing Lock Manual echanical-lock with a rod tip engaged in the holder of the track frae for transportation. Swing Circle Single-row shear-type ball bearing with heat-treated internal gear. Revolving Frae All welded steel construction, stress-relieved, precision-achined for rigidity and strength. Gantry Lowerable for transportation. Counterweight Total weight: Consisting of sections: One One kg 7 50 kg kg Boo Hoist Mechanis ndependent operation separated fro other functions. Boo hoisting/lowering is done by forward/reverse rotation of a hydraulic otor. Boo lowering is ade by power lowering through a hydraulic brake. Both hydraulic brake and spring-set/hydraulic-released ultiplate disc type brake offer positive stopping of the boo. When the boo is hoisted or lowered, brakes are autoatically released. Boo hoist dru is fitted with a pawl-type dru lock. 4

5 Boo Tubular Chord Crane Boo 0 wide by 0 deep at connection, lattice construction using high-tensile steel tubular chords Basic boo...total length 0.0, -piece construction; upper section 5.0 and lower section 5.0 Boo point...offset boo point, 5 sheaves (46 PCD) ounted on anti-friction bearings on boo top Boo inserts...3.0, 6.0 and 9.0 long available Connection type...pin-connected Boo backstop...dual-rail, telescopic tubular construction with spring daper Boo hoist bridle...serves as connection between pendants and boo hoist wire rope reeving, equipped with 6 sheaves (340 PCD) for -part boo hoist wire rope reeving Crane Jib 550 wide by 480 deep at connection, lattice construction using high-tensile steel tubular chords Jib length... Total length 6.0, -piece construction; upper section 3.0 and lower section 3.0 Jib point... sheave (46 PCD) ounted on antifriction bearings on jib top Jib insert long available Connection type... Pin-connected Auxiliary jib... Optional. Attachable to the ain boo top to hoist the light load quickly with a single rope. Note : Boo insert, crane jib, or auxiliary jib can be attached to the basic boo when needed. However, both crane jib and auxiliary jib cannot be attached siultaneously to the boo. Tubular Chord Tower Crane Boo 0 wide by 0 deep at connection, lattice construction using high-tensile steel tubular chords Tower boo length....0, iniu 40.0, axiu Tower inserts....5, 3.0, 6.0 and 9.0 tower inserts are in coon with crane boo inserts Connection type... Pin-connected Tower backstop... Dual-rail, telescopic tubular construction with spring daper Tower hoist bridle... Serves as connection between tower boo pendants and tower boo hoist wire rope reeving, equipped with 6 sheaves (340 PCD) for -part tower hoist wire rope reeving Tower Jib 940, wide by 750 deep at connection, lattice construction using high-tensile steel tubular chords Jib length to 8.0 Jib inserts and 6.0 long available Connection type... Pin-connected Tower jib hoist bridle. Serves as connection between tower jib pendants and tower jib hoist wire rope reeving, equipped with 4 sheaves (360 PCD 3 & 40 PCD ) for 8-part tower jib hoist wire rope reeving. Operator's Cab All-weather, well-ventilated, rooy operator's cab with good visibility. The independent cab is insulated against noise and vibration. Hydraulic Syste 3 variable displaceent piston pups allow both independent and cobined operations of all functions. Variable displaceent piston pups control working speeds, and ake effective use of engine horsepower. Pup- Pup- Variable displaceent Type of pup 9.4 MPa 9.4 MPa Pressure setting (0 kgf/c ) (0 kgf/c ) 6 L/in 6 L/in Max. oil flow* Type of pup Pressure setting Max. oil flow* Pup-3 Variable displaceent 7.5 MPa (80 kgf/c ) 35 L/in Pup-4 Gear 4.9 MPa (50 kgf/c ) 3 L/in *with non-loaded condition Main and Auxiliary Hoist Motors Axial piston otors with counterbalance valves Boo Hoist Motor Axial piston otor with counterbalance valve Swing Motor Axial piston otors Travel Motors Axial piston otors with brake valve and spring-set/hydraulic-released ultiplate disc brake Relief and Brake Valves Each hydraulic circuit incorporates large-capacity relief valves to protect circuit fro overload and shock load. Counterbalance valves, provided for hoist otor, copensate load lowering and prevent accidental load drop if hydraulic power is suddenly reduced. Brake valves (consisting of relief valve and counterbalance valve) are provided for travel circuit. Pressure Settings Main Circuit Main relief valves Hoist (ain and aux.) MPa (0 kgf/c ) Swing MPa (35 kgf/c ) Overload relief valves Hoist (ain and aux.) circuits MPa ( kgf/c ) Boo hoist circuit....4 MPa ( kgf/c ) Travel circuit MPa (36 kgf/c ) Pilot Circuit Main relief valve MPa (50 kgf/c ) Line Filters High-filtration 0 µ full-flow filter eleent is incorporated in the return line. Pilot filter and suction filter are provided in each circuit. 5

6 Undercarriage Traction echanis Each track is driven by an axial piston otor through reduction gear. This echanis allows counter-rotation of tracks for aneuverability in close quarters. When the lever is in neutral position, both hydraulic brake and spring-set/hydraulic-released ultiplate disc brake are autoatically applied for stopping. Track Frae All-welded, stress-relieved, box-section construction Side Fraes Side fraes of all-welded construction can be retracted for transportation. Side-frae Extending/ Retracting Device Side fraes are extended and retracted with a hydraulic cylinder located inside the track frae. Hydraulic power source for the hydraulic cylinder is separated fro other systes to allow cobined operation of travel and side frae. The side fraes are extended and retracted quickly without need for piping Track Shoes Heat-treated alloy steel castings with induction-hardened roller path and driving lugs. No. of upper rollers (each side)... No. of lower rollers (each side)...0 No. of track shoes (each side)...59 Shoe width Controls Boo, Main and Auxiliary Hoist, Swing and Travel Reote controlled hydraulic servo. Working speed can be precisely controlled according to lever stroke. Electric Accelerator Grip Engine power can be controlled according to job needs by electric finger-touch grip atop the swing lever, accelerator lever and accelerator pedal. Monitor Displaying Machine Conditions With the onitor, the operator can check, at a glance, engine oil pressure, water teperature and fuel level, as well as levels of hydraulic oil, engine oil and coolant. The red light turns on and the buer sounds in the event of an abnorality. Safety Device Boo Angle ndicator Mechanical-type boo angle indicator is provided at boo foot. Counterbalance Valves (Brake Valves) Counterbalance valves are each incorporated in travel otors, boo hoist otor, and ain and auxiliary hoist otors. f the hydraulic line is broken, this valve is autoatically actuated to prevent otor rotation. Spring-Set/Hydraulic-Released Multiplate Disc Type Travel Brakes Swing Lock and Swing Parking Brake Dru Locks (Electric Type) A pawl-type dru locks, provided at ain dru, auxiliary dru and boo dru, are autoatically applied when the engine key is set to OFF or ACC position. Lever Locks Main and auxiliary hoist levers, boo hoist lever, and travel levers are each fitted with lock echaniss to prevent ishanding. Devices for Crane Operation Moent Liiter On the oent liiter, analog displays and pictorial load indications are functionally arranged for easy reading. Hook Overhoist Prevention Device When the hook reaches its hoist liit, the bell sounds and the auto-stop autoatically actuates at the sae tie. Boo Overhoist Prevention Device When the boo reaches its angle liit, the buer alar sounds and boo hoisting autoatically stops at the sae tie. The telescopic-type boo backstop is also provided. Secondary Boo Overhoist Prevention Device n addition to the hook overhoist prevention device and boo overhoist prevention device, the secondary boo overhoist prevention device is provided. t actuates at a boo angle 8 to avoid overhoisting of both the boo and/ or hook Pilot Control Shut-off Lever The pilot control shut-off lever shuts out the hydraulic pilot pressure to pilot control valves. With the pilot control shut-off lever in the LOCK position, the achine will not operate even if the lever is accidentally shifted. Reliable echanis The related oveents stop autoatically if an electric wire is broken. 6

7 Service Refill Capacities Fuel tank Liter...0 Engine coolant Engine oil...36 Pup transission... Boo hoist reduction device Winch hoist reduction device...5 Swing reduction device...8 Travel final device...4 Hydraulic syste, including tank capacity...5 Hydraulic tank... 7

8 Working Ranges 8

9 Crane Ratings (Main Boo in 360 Working Area) Unit: t Working Boo length () radius () Notes:. The rated loads shown do not exceed 78% of tipping load with the achine on fir level ground, and are not less than.5 ties over-front stability stipulated by the obile crane construction standards.. The calculate the axiu load that can actually be lifted, deduct weight of all lifting accessories, such as ain hook, fro figures shown above. 3. Working radius is the horiontal distance fro the swing center to the center of gravity of a lifted load. 4. When the jib or the auxiliary jib is attached to the load to be actuarially lifted is the rated load inus the weight lifted below and the weight of the ain and auxiliary hooks. Be careful that if the calculated load is less than 0.8 t, no crane operation is allowed. Jib length () Weight to be reduced (t) Aux. Jib The counterweight is 6.9 t. 6. Be sure to fully extend the side fraes before operating the achine. 7. Correlations between the nuber of hoist rope reevings, axiu rated loads, hook weights are shown in the table below. Hook capacity (t) Hook weight (t) Rope reevings Rope reevings Rope reevings 39.0 Maxiu rated load (t) 5 Rope 4 Rope reevings reevings Rope reevings Rope reevings Rope* reeving 6.5 * The boo length should be at least 3 when operating the achine with a single suspension line. 8. Figures described as in the tables indicate working radius () rated load (t). 9

10 Crane Ratings (Jib in 360 Working Area) Boo length () Jib length () Offset angle ( ) Working radius () Boo length () Jib length () Offset angle ( ) Working radius () Boo length () Jib length () Offset angle ( ) Working radius () Unit: t

11 Crane Ratings (Jib in 360 Working Area) Unit: t Boo length () Jib length () Offset angle ( ) Working radius () Notes:. The rated loads shown do not exceed 78% of tipping load with the achine on fir level ground, and are not less than.5 ties over-front stability stipulated by the obile crane construction standards.. To calculate the axiu load that can actually be lifted, deduct weight of all lifting accessories, such as ain hook, fro figures shown above. Hook capacity (t) Weight (t) Working radius is the horiontal distance fro the swing center to the center of gravity of a lifted load. Jib offset angle to ain boo is set to loading condition. The counterweight is 6.9 t. Be sure to fully extend the side fraes before operating the achine. Figures described as in the tables indicate working radius () rated load (t).

12 Crane Boo Construction Boo length () Eleents Lower boo 5 Upper boo 5 Boo insert cobination boo insert 6 boo insert boo insert 9 (B) boo insert Available jib Jib length 6 to 5 Available aux. jib Boo inserts cobination: : For operation of crane boo only : For operation of crane boo with jib 6 boo insert can be replaced with two 3 boo inserts, and 9 boo insert with a cobination of 3 and 6 boo insets. Note: When purchasing a boo, the boo cannot be transfored to 6 in case of type boo inserts. n this case, an additional 3 boo insert is required. Crane Jib Construction Jib length () Eleents Lower jib 3 Upper jib jib insert Coponent Weights and Diensions for Transport Coponents Basic achine Basic achine Counterweight Counterweight Lower boo Crane front Weight (t) Length Width Height () Rearks Excluding lower boo, ropes and counterweight nner Outer Upper boo Backstop Rise rope Bridle boo insert boo insert boo insert (B) boo insert Lower jib Upper jib jib insert Jib ast t hook t hook t hook t hook

13 FULL-LUFFNG TOWER CRANE Diensions Unit: Tower Jib Construction Jib length () Tower angle ( ) Tower length () : Available 6 9 : Not available Maxiu rated load ) indicate crawlers retracted Specifications Figures in ( 5 t Tower length Tower foot height Jib length Tower + Jib Max. tower height above ground Working radius Max. lift above ground Hoist / lower line speeds /in Jib hoist / lower line speed /in Tower hoist / lower line speed /in Ground pressure kpa (kgf/c) Operating weight t ( t = 000 kg) ( tower + 6 jib) 0.3. ( tower + 9 jib) (8 tower + jib) (37 tower + 8 jib) (40 tower + 5 jib) to to to *00/65/3 *50/3 *53 7. (0.73) 55.0 (40 tower +.5 jib) Notes:. Data is expressed in S units, followed by conventional units in ( ).. Other specifications, not shown, are siilar to those for the crane. *Line speeds will vary with the load. 3

14 Tower (-Rope Reevings) Rated Loads for Tower Crane Unit: t Jib length () Working radius 6 9 () Notes:. The rated loads shown do not exceed 78% of tipping load with the achine on fir level ground, and are not less than.5 ties over-front stability stipulated by obile crane construction standards.. The load to be actually lifted will be the rated load shown inus the weight of all lifting attachents such as a hook. 5 ton hook... weight 0.3 t 3. Working radius is a horiontal distance between swing center of the achine and center of gravity of the load lifted. 4. Counterweight is 6.9 t. 5. n operation with -rope reeving, use a 6.5 t hook (option). n this case, the rated loads for tower crane (with -rope reeving) described in the Operation Manual will be applied. 6. Crawlers ust be extended into position before crane operation. 7. Figures described as in the tables indicate working radius () rated load (t). Working Ranges Working ranges are shown for unloading. 4

15 5 Tower (-Rope Reevings) Rated Loads for Tower Crane Unit: t Jib length () Working radius 6 9 () For notes, refer to those on the tower. Working Ranges Working ranges are shown for unloading. 5

16 8 Tower (-Rope Reevings) Rated Loads for Tower Crane Unit: t Jib length () Working radius () For notes, refer to those on the tower. Working Ranges Working ranges are shown for unloading. 6

17 3 Tower (-Rope Reevings) Rated Loads for Tower Crane Working radius 6 () For notes, refer to those on the tower. Unit: t 9 Jib length () Working Ranges Working ranges are shown for unloading. 7

18 34 Tower (-Rope Reevings) Rated Loads for Tower Crane Unit: t Jib length () Working radius () For notes, refer to those on the tower. Working Ranges Working ranges are shown for unloading. 8

19 37 Tower (-Rope Reevings) Rated Loads for Tower Crane Working radius 6 9 () For notes, refer to those on the tower. Unit: t Jib length () Working Ranges Working ranges are shown for unloading. 9

20 40 Tower (-Rope Reevings) Rated Loads for Tower Crane Working radius 6 () For notes, refer to those on the tower. Unit: t Jib length () Working Ranges Working ranges are shown for unloading. 0

21 Tower Boo Construction Tower length () Eleents Lower tower 5 Upper tower.5 tower insert, Lower.5 tower insert, Upper 3 tower insert 6 tower insert 9 (B) tower insert 6 9 Available tower jib 5 8 Tower Jib Construction Jib length () Eleents Lower tower jib Upper tower jib 3 tower jib insert 6 tower jib insert Tower/Crawler Crane Construction Boo length () Eleents Lower boo Upper boo.5 tower insert, Lower.5 tower insert, Upper 3 boo insert 6 boo insert 9 (B) boo insert 9 boo insert Available jib 3 3 Jib length 6 to 5 Available aux. jib Notes: boo insert can be replaced with 3 boo inserts, and 9 boo insert with a cobination of 3 and 6 boo inserts. When a axiu 40 tower is transfored into a crawler crane by using crane kit, boo length becoes 43. One 9 boo insert ust be added to adjust boo length to 46 to 5. This construction table shows the crane front which is provided with a kit of exclusive coponents for the tower, including 5 upper boo, 50 t hook and boo stop, after reoving such coponents of the tower front as upper tower, tower stop and tower jib fro the tower crane. 5. For crane perforance, refer to Operation Manual. Crane Jib Construction Jib length () Eleents Lower jib Upper jib 3 jib insert Coponent Weights and Diensions for Transport Coponents Basic achine Basic Counterweight achine Counterweight Lower boo Upper boo.5 tower insert, Lower.5 tower insert, Upper Swing levers 3 boo insert 6 boo insert 9 boo insert 9 (B) boo insert Tower Tower stop, right front Tower stop, left Lower tower jib Upper tower jib 3 tower jib insert 6 tower jib insert 5 t hook 6.5 t hook Weight (ton) Length Width Height () Rearks Excluding lower boo, ropes and counterweight nner Outer 3 levers included Safety devices included Jib stop included

22 CLAMSHELL Diensions Unit: Specifications Clashell Bucket Bucket capacity 3 Allowable clashell gross weight t Boo length Max. digging depth Suspend line speeds /in Open/close line speeds /in Boo hoist/ lower line speed /in Travel speeds k/h Ground pressure kpa (kgf/c) Operating weight t 0.8/.0/ to 9 36 *74/37 *74/37 *60.0/ (0.68) 5.6 (0 boo +. 3 bucket) Capacity (3) Weight (t) Use Excavation Excavation Excavation Light service Notes:. Data is expressed in S units, followed by conventional units in ( ).. Other specifications, not shown, are siilar to those for the crane. *Line speeds will vary with the load. Working Ranges Boo length Boo angle degree Working radius Rated load t Bucket duping height bucket.0 3 bucket. 3 bucket Notes:. Rated loads for clashell do not exceed 90% those for crane.. The rated loads shown are upper liits deterined by the following equation. Please select a bucket in such a anner that its rated load does not exceed the rated load shown below, according to kinds of the loads handled. Rated load = Bucket capacity (3) Specific gravity of load (t/3)+bucket weight (t) Be careful that brake will be overheated if the bucket is too heavy even within the rated loads. 3. Working radius is the horiontal distance fro the swing center to the center of gravity of lifted load. 4. The bucket weight is 3. t. (Max) 5. The counterweight is 6.9 t. 6. Be sure to fully extend the side fraes before operating the achine. 7. Free fall using brake will vary with operating conditions such as bucket weight and work cycle, but its height should be within 0.

23 DRAGLNE Diensions Unit: Specifications Dragline Bucket (Reference data) Bucket capacity 3 Max. bare line pull (st dru layer) t Boo length Suspend line speeds /in Drag line speeds /in Boo hoist/lower line speed /in Travel speeds k/h Swing seeds in-(rp) Ground pressure kpa (kgf/c) Operating weight t.5/ to *74/37 Rope dia. *74/37 Rope dia. *60 Rope 6 dia..0/ (4.0) 60.8 (0.6) 49.9 (3 boo bucket) Capacity (3).5.7 Weight (t).8.68 Use Heavy duty Mediu service Notes:. Data is expressed in S units, followed by conventional units in ( ).. Other specifications, not shown, are siilar to those for the crane. 3. *Line speeds will vary with the load. Working Ranges A B C D Boo length Boo angle degree Working radius Rated load t Max. digging reach Max. digging depth Boo point height Notes:. The sie of the bucket has to be deterined according to local condition.. The rated loads shown are upper liits deterined by the following equation. Please select a bucket in such a anner that its rated load does not exceed the rated load shown above, according to kinds of the loads handled. Rated load = Bucket capacity (3) Specific gravity of load (t/3) + Bucket weight (t) Be careful that brake will be overheated if the bucket is too heavy even within the rated loads. 3. Working radius is the horiontal distance fro the swing center to the center of gravity of lifted load. 4. Maxiu digging reach/depth ay vary considerable depending on digging condition and the skill of the operator. 5. The counterweight is 6.9 t. 6. Be sure to fully extend the side fraes before operating the achine. 3

24 TECHNCAL DATA STANDARD EQUPMENT BASC MACHNE Undercarriage Crawler-type undercarriage (with 760 shoes) Superstructure Front lights ( pcs) Rearview irrors (left and right) Hoist dru check irror Centralied lubrication syste (for gantry and swing circle) Electric refuel device Under-cover (at superstructure botto) Cab nterittent-wipers (front and roof window) Washers (front and roof window) Rolled sunshade (roof window) Sunvisor Floor at Roo light Cigarette lighter Safety Devices Swing lock Dru pawl lock (ain and auxiliary hoist, and boo hoist) Swing alar Side frae extend cylinder ( pc) Cab clibing steps Ultra slow speed controller Dru rotation sensing syste 6.9 t counterweight Standard tool kit Ashtray Auto-tuning clock radio (AM/FM) Brake ode selector switch (interlocked) Work ode selector (interlocked) Electric tilt-type right side stand Fail safe brake syste Pilot control shut-off lever Before-work check onitor FRONT ATTACHMENTS Crane 0 basic boo (lower 5, upper 5 ) Boo back stop Boo angle indicator 50 t hook Main hoist rope (φ 85 ) Full-Luffing Tower Crane 40 tower boo (lower: 5,.5, 3, 6 3, 9, upper: ) (Up to 5 tower jib is available to axiu 40 tower.) 8 tower jib (lower: 5, 3, 6, upper: 5 ) Tower stop Tower boo angle indicator 5 t hook Clashell 0 basic boo (lower 5, upper 5 ) Boo stop Boo angle indicator Open/close and suspend rope disengageent prevention device (for tubular chord boo) Open/close rope (φ 67 )* Lifting Magnet 3 angle chord boo [Lower 6.5, upper 6.5, wide-angle sheave (with boo-point sheaves)] Boo stop Boo angle indicator 50 t hook (with hook lock) Hoist rope (φ 85 ) Boo hoist rope (φ6 50 ) Dragline 3 angle chord boo [Lower 6.5, upper 6.5, wide-angle sheave (with boo-point sheave) ] Boo stop Boo angle indicator Hoist rope (φ 50 ) Boo hoist rope (φ6 35 ) Moent liiter Overhoist prevention devices (ain hook, boo hoist, secondary) Main hoist rope (φ 5 ) Tower jib hoist rope ( 45 ) Tower hoist rope (φ6 50 ) Moent liiter Overhoist prevention devices (hook, tower, tower jib and secondary) Blocks for assebling 3 or higher tower Suspend rope (φ 60 )* Hydraulic tagline (with φ0 45 rope) Boo hoist rope (φ6 35 ) * Open/close and suspend ropes are deterined based on 9 boo length and digging depth. Hoist rope disengageent prevention device (for angle chord boo) Hydraulic tagline (with φ0 45 rope) Moent liiter Overhoist prevention device (hook, boo hoist, secondary) Drag rope (φ 34 ) Boo hoist rope (φ6 50 ) Fair-lead Overhoist prevention device (Boo hoist, secondary) 4

25 Standard and Optional Equipent Superstructure 3rd dru (free fall type, excluding rope) 3rd dru rope (φ0 ) Dru cooler (for aux. dru) Side walk (folded type) Side walk (fixed type with handrails) Fuel double eleent Engine air cleaner double eleent Cab AM/FM radio Fan Loudspeaker Heater Air conditioner Safety devices Foa type level (in cab) Bucket overhoist prevention device : Standard CRAWLWER CRANE FULL-LUFFNG TOWER CRANE : Option : Not recoended CLAMSHELL LFTNG MAGNET DRAGLNE Front attachents for crane and tower crane 50 t hook (8-rope reevings) * *4 t hook (5-rope reevings) *4 5 t hook (3-rope reevings) * *5 6.5 t hook 3 boo insert 6 boo insert 3 angle chord boo insert 6 angle chord boo insert 9 boo insert 9 (B) boo insert (for use with jib) 6 jib assebly (6 basic jib, aux. Jib hook overhoist prevention device, jib ast aux. Jib rope (φ 0 ), 6.5 t hook) 3 jib insert * * * *,*3 Aux. Jib assebly (aux. Jib, aux. Jib hook overhoist prevention device, aux. Jib rope (φ 0, 6.5 t hook) Aux. Jib (aux. jib, aux. jib hook over hoist prevention device) Crane kit (5 upper boo, 50 t hook, boo stop, ain hoist hook overhoist prevention device) Front attachent for other clashell bucket.0 3 clashell bucket. 3 clashell bucket. 3 clashell bucket (light-service) Hydraulic tagline Open/close and suspend rope.5 3 Dragline bucket Fair-lead φ 800 lifting agnet assebly φ 500 lifting agnet assebly Notes: *. ncluded in crane kit. *. Designed for use with crane kit *3. When purchased together with jib assebly, these coponent, excluding coon parts such as hook and wire rope, are added *4. With hook lock *5. Wide-angle quenched sheave with hook lock 5

26 MEMO 6

27 MEMO 7

28 This catalog is not applicable to European and North Aerica areas. The achine shown ay vary according to territory Specifications. Specifications are subject to change without notice. a S a y C Head Office : -4 Ueno 7-choe, Taito-ku, Tokyo 0-005, Japan Telephone : (03) Facsiile : (03) Ca C.,L Printed in Japan. 03 K 0T.EA06- Powered by TCPDF (