Specifications & Lifting Capacities

Transcription

1 Stage III B / Tier 4 i HYDRAULIC CRAWLER CRANE & Lifting Capacities Hoist Rope mm 40 0H.EA2

2 VARIATION Variation of The Attachment Line Speed * Front / Rear Winch (Rated with t load) Third Winch (Rated with 2 t load) (4) m/min () min- (rpm) km/h % (Degree).7. / 0. (7) ISUZU HK (Stage III B / Tier 4 i) 2 / 0 ( / 0) Boom Hoist Winch 44 Swing Speed Travel Speed High / Low * Gradeability Engine Model Engine Rated Output Power kw/min- (ps/rpm) Note : Speeds marked with "*" may vary depending on load applied. Crane Specification (Boom Longest Length) Boom Length Ground Contact Pressure Overall Operating Weight m kpa (kgf/cm²) t Crane Specification (Boom Longest Length with Aux. Sheave) Boom Length to 7 (.2) (Boom longest length with t hook) Approximately 48 (Boom longest length with t hook) Ground Contact Pressure Overall Operating Weight m kpa (kgf/cm²) t to 72 (.) (Boom longest length + t aux. sheave + t hook attached) Approximately 4 (Boom longest length + t aux. sheave + t hook attached) 2

3 VARIATION Crane Specification (Boom Longest Length with Crane Jib) Boom Length Crane Jib Length Boom + Crane Jib Longest Length Ground Contact Pressure Overall Operating Weight m m 24 to to m + kpa (kgf/cm²) t (.) (Boom + crane jib longest length t + t hook attached) Approximately 4 (Boom + crane jib longest length t + t hook attached)

4 CONTENTS VARIATION Variation of The Attachment 2 Crane 7 Dimensions and... 7 Boom and Crane Jib Configurations... 8 Combination of Boom and Crane Jib (Offset Angle and )... Working Ranges... Main Boom... Aux. Sheave... Crane Jib... 2 Gross Rated Load Table... Main Boom... Aux. Sheave... 4 Main Boom with Aux. Sheave... Crane Jib... Main Boom with Crane Jib... 2 Main Boom (Using Third Winch)... Main Boom with Aux. Sheave (Using Third Winch)... Clamshell 2 Dimensions and... 2 Working Ranges Clamshell Bucket... 2 Gross Rated Load Table

5 CONTENTS TECHNICAL DATA Weights and Dimensions of Disassembled Units Weights and Dimensions List... Equipment List 8 Standard and Optional Equipment... 8

6 Third Winch(Optional) Rope Diameter Standard Rope Length Winding Capacity Line Pull Rated Engine Model Type Displacement Rated Output Fuel Tank Capacity Notes ISUZU HK 4-cycle, Water-cooled, Direct injection, Turbo-charged, Diesel engine liters 2 kw /,00 min- ( ps /,00 rpm) 40 liters Engine meets Stage III B / Tier 4 i of engine exhaust gas emission regulations in USA, Europe, and Japan. Engine rated horsepower is based on international rating formula that includes engine alternator and without fan. Swing System Consisted of 2 hydraulic motors with reduction gear and multi-disc brakes and a swing bearing which has inner tooth. Optional swing brake pedal enables operator to control swing precisely. Control Control System Control Levers Display Panel Design Main actuators are actuated by main hydraulic system controlled with pilot hydraulic system. Safety devices are securely operated by combined various electronic control with hydraulic system. Working speed can be precisely controlled according to control lever stroke and control dials depending on work. Designed and positioned based on ergonomics. Armchair lever type is standard. Cross operation lever type and front lever type are available as option. 8 inches size. Located to check work state easily without disturbing the view of the operator. Mast Mast is box structure. Easy assemble for front attachment. Counterweight Hydraulic System Hydraulic Oil Tank Capacity Upper Weight 20 liters Max..4 MPa P P2 Hydraulic Pump Capacity P P4 P P P7 2 mm 0 m 0 m 7 kn Free fall winch with brake controled by pedal operation. Lower Weight for Front, Rear, boom hoist winch and travel for Front, Rear, third winch and 2 liters / min travel for Swing, Jack and Sideframe 2 liters / min connect 8 liters / min 8 liters / min Pilot control, Brake cooling, 8 liters / min Reeving tagline, etc liters / min 2 liters / min Total Weight. ton Base Weight ton Insert Weight.8 ton Top Weight Total Weight ton Lower Weight ton piece pieces piece ton 2 pieces Carbody Frame Welded steel construction with jack up deveice and crawler sideframe connect cylinders. Crawler Sideframe Winch Front and Rear Winch Winch Rope Diameter Frame Front Rear mm mm 2 m 0 m for Aux. sheave Standard Rope Length m for Crane jib Winding Capacity 24 m 24 m Line Pull Rated 2 kn 2 kn Free fall winch with brake controled by pedal operation. Standard Equipment High-speed winching is possible by ECO winch mode with low engine speed under light loads. Boom Hoist Winch Rope Diameter.4 mm Rope Length Incorporated m Hydraulic motor with multi-disc brakes. Crawer Shoe Upper Roller Lower Roller Travel Device Welded steel box construction. Hook on and joint pin design for crawler sideframe connection to carbody frame. Cast iron mm width flat shoes each side. pieces each side. Double flange type : pieces Single flange type : 2 pieces pieces each side. Forging heat treated steel with double flange type. 2 plane bearing with floating seal for lifetime lubrication. peace each side. Hydraulic travel device (Hydrayulic motor and reducer) High :. km/h Travel speed (Gradability : %) Low : 0. km/h

7 Crane Dimensions and Crane 0 0 Dimensions and 0 R4 nd s r E diu ea g Ra R win S 0 R nd s r E diu ea g Ra R win S 0 to R Crane Max. Lifting Load Working Radius Basic Boom Length Max. Boom Length Max. Crane Jib Length Max. Boom + Jib Length When a counterweight with self assembly unit is mounted Hook Weight t m m m m m Ground Contact Pressure kpa (kgf/cm²) Overall Operating Weight t 0 7 to + 4 (.0) (w / Basic Boom, 0 t Hook) Approximately 40 (w / Basic Boom, 0 t Hook) 0 t 80 t t t 2,0 kg,0 kg 00 kg 20 kg NOTE : Data is expressed in SI units followed by conventional units in ( ). 7

8 Boom and Crane Jib Configurations Boom and Crane Jib Configurations Boom (/2) Boom (2/2) Boom Length (m) Boom Length (m) Boom Configurations Boom Configurations indicates the midpoint pendant rope connection position. Aux. Sheave Installable Boom Length Boom Length (m) With Aux. Sheave ( : Attachable 72 7 : Not Attachable ) Check the pendant rope with referring to the imprints on the rope end. Dimensions Not Shown In The Figure Pendant Rope Symbols Boom Length (m) Length (m) Rope Diameter (mm) Imprint 8

9 Combination of Boom and Crane Jib (Offset Angle and ) Combination of Boom and Crane Jib (Offset Angle and ) Combination of Boom and Crane Jib (Offset Angle and ) Jib Length (m) Boom Length (m) ( : Attachable : Not Attachable ) Crane Jib (Offset Angle and ) Crane Jib Length (m) Crane Jib Configurations Offset Angle Check the pendant rope with referring to the imprints on the rope end. Dimensions Not Shown In The Figure Jib Pendant Rope Symbols Jib Length (m) Length (m) Rope Diameter (mm) Imprint

10 Working Ranges Working Ranges 0 t Hook Maximum Boom Angle m.2 m.0 m Main Boom 80 t Hook t Hook m 7 72 m m 70 m m 0 m 0 7 m 4 m m Height Above Ground 0 48 m 4 m 4 42 m m 40 m m m (m) 27 m 2 24 m 2 m 20 8 m m Minimum Boom Angle m 0. m Working

11 Working Ranges m Aux. Sheave Maximum Boom Angle 80r m m 70 m m 0 m 0 7 m 4 m r Height Above Ground m 0 48 m 4 m 4 r 42 m m 40 r m m m (m) 27 m 2 24 m 2 m 20 8 m m Minimum Boom Angle m 0. m Working

12 Working Ranges Crane Jib Maximum Boom Angle r r m Crane jib offset angle. m 80r m Crane jib offset angle 0 8 4r 80 44r r Height Above Ground 0 (m) 40 m 0 m 7r 7 m 4 m r m 0 48 m r 4 m 4 42 m m m m m 2 27 m 24 m 20 Minimum Boom Angle m 0. m Working 2

13 Gross Rated Load Table Gross Rated Load Table Main Boom Working Radius(m) / Working Radius(m) 48.0 / / / / / /4 2 / /.7 4 / / / /. 8 / /24. / /2 / /0. / / / / / / / / / / 4 / / / /.0 2. / /. 2.0 / / / /40. Working Radius(m) Working Radius(m) The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. Be sure to attach the hanger sheaves block to the top boom when boom length is m. 4. Be sure to remove the hanger sheaves block from the top boom when boom length is 8m or more.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above.. Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load. 7. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 8. Correlation between the number of reeved lines, maximum rated loads, hook weights are shown in the table below. Hook Capacity Hook Weight (t) (t) falls falls falls 2. 8falls Maximum rated loads (t) 7falls falls falls 8.0 4falls falls falls fall

14 Gross Rated Load Table Aux. Sheave Radius (m) Radius (m) /. /. 48 / /4 8 2 /. / /. /2. 24 / / / /4 / / / / /2. / / / /.7 / / /.... /. / /. / / / /7. / /0.2 / /0. / /8. Radius (m) Radius (m) The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above. Hook Capacity Hook Weight (t) (t) Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load.. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 4

15 Gross Rated Load Table Main Boom with Aux. Sheave Radius (m) Radius (m) / 48 / /4 8 / / / /4 2 / /.7 4 / / / /. 8 / /24. / /2 0 7 / /0. / / / / / /. / / / / 72 / / / /7. / /40. Radius (m) Radius (m).0.0. The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. Be sure to attach the hanger sheaves block to the top boom when boom length is m. 4. Be sure to remove the hanger sheaves block from the top boom when boom length is 8m or more.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above.. Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load. 7. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 8. Correlation between the number of reeved lines, maximum rated loads, hook weights are shown in the table below. Hook Capacity Hook Weight (t) (t) falls falls falls 2. 8falls Maximum rated loads (t) 7falls falls falls 8.0 4falls falls falls fall

16 Gross Rated Load Table Crane Jib /2.2 / / / /7. / /4..0 / / / / / / / /.2. / / / / /40. / /4..0 / /4.4 / /4 / /.7 / / The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above. Hook Capacity Hook Weight (t) (t) Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load.. The offset angles shown are of jib boom offset angle against the main boom, under load.. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton )

17 Gross Rated Load Table Crane Jib / / / /4 / /4.0 / / / /4. / / / /40. / /4 / /..0 / /4. / / / /. 2. /

18 Gross Rated Load Table Crane Jib /4 / /4 / / /..0 / / / / / / / /.2 / /4 / /4 / /0. / /.0 / /.8 / / / /2. /2 2. /

19 Gross Rated Load Table Crane Jib /4 / /4 / /. / /.0 / / / /0.4 / / / / 4 / /0.4 / /.0 / / / /.7.0 / / / / / / /.2 2. /

20 Gross Rated Load Table Crane Jib / / /. / / / /4..0 / /. / /. / /. / /7. / /. / / / /..0 / /2.2 / /. / /8.2 / /72. / /

21 Gross Rated Load Table Crane Jib /8.2 / / / /. / / / / /70.8 / /7 / / 7 / /0.8 / /.4 / /..0 / / / /72. / / / /

22 Gross Rated Load Table Crane Jib / / / /. / /7.0.0 / /. / / / /7 / /4. / / / /.0 / / /.0 / /70. / /70. / /

23 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / /. 27 / /24. / /24. / /24. / /24. / /24. / /24. / /24. / / The rated loads determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above. 4. Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load.. The offset angles shown are of jib boom offset angle against the main boom, under load.. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 7. Correlation between the number of reeved lines, maximum rated loads, hook weights are shown in the table below. Hook Capacity Hook Weight (t) (t) falls 8.0 Maximum rated loads (t) falls 4falls falls 2falls fall 2

24 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / /2 / /. / /. / /. / /. / /. / /. / /. / /

25 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / / / / / / / / / /

26 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / /7. 4 / /40. / /40. / /40. / /40. / /40. / /40. / /40. / /

27 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / /4 / /4 / /4 / /4 / /4 / /4 / /4 / /4 / /

28 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / /48. 7 / /0. / /0. 4. / /0. 4. / /0. / /0. / /0..7 / /0..4 / /

29 Gross Rated Load Table Main Boom with Crane Jib / / / / / / / / / / / / / /4. / / / / 2 / /.0 2. / /

30 Gross Rated Load Table Main Boom (Using Third Winch) Working Radius(m) / Working Radius(m) 48.0 / /4 8 / / / /4 2 8 / / / /. / / /.8 / /4 /0. / /2 0 / / / / / /. / / / 42 4 / /7. / /40. Working Radius(m) Working Radius(m).0.0. The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. Be sure to attach the hanger sheaves block to the top boom when boom length is m. 4. Be sure to remove the hanger sheaves block from the top boom when boom length is 8m or more.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above.. Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load. 7. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 8. Correlation between the number of reeved lines, maximum rated loads, hook weights are shown in the table below. Hook Capacity Hook Weight (t) (t) falls falls falls Maximum rated loads (t) 8falls 7falls falls falls.0 8 4falls falls 2falls

31 Gross Rated Load Table Main Boom with Aux. Sheave (Using Third Winch) Radius (m) Radius (m) / 48 / /4 8 / / / /4 2 8 / / / /. / / /.8 / /4 4. /0. / /2 0 / / / / / /. / / / 42 4 / /7. / /40. Radius (m) Radius (m).0.0. The rated loads are determined according to EN00 rating on the condition that the machine is stationed on firm, level ground. 2. The figures surrounded by bold lines are based on factors other than those which would cause a tipping condition.. Be sure to attach the hanger sheaves block to the top boom when boom length is m. 4. Be sure to remove the hanger sheaves block from the top boom when boom length is 8m or more.. To calculate the maximum load that can actually be lifted, deduct weight of all lifting accessories, such as boom hook and jib hook, from figures shown above.. Working radius is the horizontal distance from the slewing center to the center of gravity of a lifted load. 7. The counterweight is ton. (Superstructure ton + Undercarriage.0 ton ) 8. Correlation between the number of reeved lines, maximum rated loads, hook weights are shown in the table below. Hook Capacity Hook Weight (t) (t) falls falls falls Maximum rated loads (t) 8falls 7falls falls falls.0 8 4falls falls 2falls

32 Clamshell Dimensions and Clamshell Dimensions and 0 H H 0 00 to R40 A C L H2 404 B D 7 Working Radius Working Ranges Boom Length Boom Angle Working Radius Gross Rated Load Lift L (D + H2) Max. Digging Depth D Bucket Dumping Height H2 m m t m m m Gross Rated Load Table Clamshell Bucket Capacity Allowed Maximum Gross Weight for Clamshell Bucket and Captured Load Combined Boom Length Maximum Digging Depth Support Wire Rope Speed * Opening/Closing Wire Rope Speed * Boom Hoist Drum Wire Rope Speed (Raise) * Boom Hoist Drum Wire Rope Speed (Lower) * m t m m m/min m/min 4 4 m/min 44 m/min 44 to 27 Wire Rope Diameter mm Wire Rope Diameter.4 mm (0.7) kpa (kgf/cm²) (w/ Basic Boom, m Clamshell Bucket) Approximately 2 t (w/ Basic Boom, m Clamshell Bucket) Ground Contact Pressure Overall Operating Weight NOTE : Speeds marked with "*" may vary depending on load applied. SI units are used for specifications. In parenthesis, conventional units are also indicated. other than those shown above are the same as those shown in the crane specifications section. Clamshell Bucket Capacity ( m ) Weight ( t ) A (mm) B (mm) C (mm) H (mm) H (mm). 2,80,0,00,0 4,0 Working Radius(m).0.0 / 8 /.8 /.7 2 /. / /2. /2. /.. Max. clamshell rating is t. 2. Mass of bucket plus load should not exceed clamshell ratings shown above. Following data are for a general digging application buckets. Bucket capacity Bucket mass 2. m t m.0 t. In case of clamshell application, a m boom is recomenned as minimum length of boom, and max. boom length shall not exceed 2 m. 4. Apparent specific gravity of lifting material: Earth...7 to.8 t/m Gravel...8 to 2.0 t/m. Use the counterweight in an assembly configuration (4. t) that does not include the lower weight and top weight.. Max. digging depth below ground shall be m. 2

33 Weights and Dimensions of Disassembled Units Weights and Dimensions List TECHNICAL DATA Weights and Dimensions of Disassembled Units Weights and Dimensions List Weights and Dimensions of Disassembled Units Base Crane with: Boom Hoist Winch Wire Rope Front Winch Wire Rope Upper & Lower Spreader Without: Mast Jacks Floats Base Crane Without: Mast Wire Rope Jacks Upper & Lower Spreader Floats Dimensions (mm) Weight (kg) Base Crane with: Backstops Mast Front Winch Wire Rope Jacks Upper & Lower Spreader Floats Qty Description Base Crane with: Backstops Boom Base Mast Front Winch Wire Rope Jacks Upper & Lower Spreader Floats Crawler (Assembly) Jack Beams Width

34 TECHNICAL DATA Weights and Dimensions of Disassembled Units Weights and Dimensions List Weights and Dimensions of Disassembled Units Description Qty Dimensions (mm) Weight (kg) 0 0 Counterweight (Base) Counterweight 0 80 Counterweight (Top Weight) Counterweight with Self Assembly Unit (Base) Counterweight (For Counterweight with Self Assembly Unit) Counterweight (For Counterweight with Self Assembly Unit) Counterweight (Top Weight) (For Counterweight with Self Assembly Unit) Counterweight (Top Weight) (For Counterweight with Self Assembly Unit) Lower Weight 4

35 Weights and Dimensions of Disassembled Units Weights and Dimensions List TECHNICAL DATA Weights and Dimensions of Disassembled Units Qty Boom Base Dimensions (mm) Boom Top Weight (kg) 20 Description m Boom Insert m Boom Insert m Boom Insert Boom Backstops 270 Mast Width 2

36 TECHNICAL DATA Weights and Dimensions of Disassembled Units Weights and Dimensions List Weights and Dimensions of Disassembled Units Weight (kg) Upper Spreader Dimensions (mm) 8 70 Qty 0 Description 870 Lower Spreader 0 70 Aux. Sheave Jib Base (with Jib Strut) Jib Top m Jib Insert 40

37 Weights and Dimensions of Disassembled Units Weights and Dimensions List TECHNICAL DATA Weights and Dimensions of Disassembled Units Qty Dimensions (mm) t Hook t Hook t t Hook t Boom Top Side Spreader Weight (kg) Description 00 t Hook

38 TECHNICAL DATA Equipment List Standard and Optional Equipment Equipment List Standard and Optional Equipment : Standard Item Lower Structure Upper Structure Cab * *2 * *4 Crane : Optional : No setting Clamshell mm Crawler Shoe Jack Up Unit Crawler Side Frame Connecting Unit Up/Down Steps Shoe Tension Unit (Hydraulic) Low Wear Shoe (Contiguous surface of roller) Cab Up/Down Catwalk Upper House Handrails (For catwalk) Under Cover (Bed lower surface) Working Light ( 2) Back Mirror (Left and right) Central Lubrication Unit (For turntable bearing) Drum Flange Cover Auto Idle Stop Eco Winch Drum Light (Front winch) Winch Rope Retainer (Front winch) Winch Rope Retainer (Rear winch) Catwalk (Folding type, Left / Right) Electric Fuel Pump Upper House Handrails (Folding type) Winch with Front and Rear Free Mechanism Third Winch (Rope not included) (with Free mechanism) Short Length Bolts For 4.t Counterweight Air Conditioner Sunvisor Sunshade Wiper with Washer (Front window, Cab roof window) Microphone & Loud-Speaker AM / FM Radio (with Clock) Room Lamp Cup Holder 24 V Power Socket ( 2) Floor Carpet Level Gauge (in Cab & lower frame) Accelerator Pedal (Right side) Armchair Lever Cross Operation Lever (Lever lock not attached) Front Operation Lever (with Lever lock) Seat without Suspension Seat with Suspension Travel Operation Pedal (Cannot be installed when winch with free mechanism attached) Boom Hoist Operation Pedal * Swing Brake Operation Pedal * Fan Front/Rear Operation Lever, Brake Pedal Permutation Fuel Burning Heater Accelerator Grip Drum Rotation Sensor (Front/Rear/Boom Hoist) *2 Speed Control Dial (Front/Rear/Boom Hoist/Swing) Lifehammer Cannot be installed at the same time. Cannot be equipped when the cross operation lever or front operation lever is installed. The third winch can only be used in the crane specification. Europe specification machines only. 8

39 Equipment List Standard and Optional Equipment TECHNICAL DATA : Standard Item Attachment Crane : Optional : No setting Clamshell m Basic Boom (Boom base: m, Top: m) m Boom Insert m Boom Insert m Boom Insert Parts Set for m crane jib [ m Basic jib, Anti-two block, Jib mast] m Crane Jib Insert Midpoint Pendant Rope (Required when the boom length is m or longer) Auxiliary Sheave [including Auxiliary sheave anti-two block] Boom Top Side Spreader 0 t Hook ( sheaves) 80 t Hook ( sheaves) t Hook ( sheave) t Hook P S () + XP 7 Front Winch ( ) IWRC X P WS () Mono Rope EP XF (40) P S () + XP 7 Rear Winch ( ) IWRC X P WS () Third Winch ( 2) P S () + XP 7 Boom Hoist Winch (.4) IWRC X P WS () * *7 Moment Limiter Safety Device * * *7 *8 Color Percentage Indicator Gate Lock Lever Individual Winch Operation Lever Lock (Front, Rear, Hoist, Travel) * Automatic Drum Lock (Boom Hoist) Winch Drum Lock (Front/Rear) Winch Drum Dead Tums Detective Device Swing Lock Swing Alarm Travel Alarm Auto Slowdown (Slow stop) Boom Hoist Limiting Device Secondary Boom Over Hoist Prevent Device Warning Alarm Monitor Panel (Machine monitoring) Engine Start Interlock System Emergency Engine Stop Switch (In cab) Lifting Height Indication Device Anti-Two Block Moment Limiter (M/L) Mode Selector (In left house) Swing Restriction Unit Lowering Limiter Anemometer Obstacle Lights (Fixed lights) Drum and Rear View Monitor System ( cameras) Cab Roof Window Guard / *8 / *8 / *8 / *8 / *8 / *8 / *8 An operation lever lock is not attached to the front, rear or hoist when the cross operation lever is installed. Used for opening/closing rope. 82m length rope required for 2m diggind depth with 2m boom length. Used for supporting rope. 70m length rope required for 2m diggind depth with 2m boom length. Europe specification machines only.

40 TECHNICAL DATA Equipment List Standard and Optional Equipment : Standard Item Common parts Other Crane Boom Foot Pin Removal / Installation Cylinder Boom Back Stop Boom Angle Sensor Boom Lifting Piece Assembly Pad * Quick Draw for Side Frame Self Assembly * Counterweight with Self Assembly Unit Skywalk (with Stanchion) Skywalk (without Stanchion) Boom Top Under Surface Buffer (Protector) Load Table Sign (Whiteboard, boom base installation) Insertable Company Name Plate (Both side surfaces of the machine) Opening / Closing / Support Rope Stopper Hyd. Tagline ( Fi (2) mm m) Reeving Winch (4 F () 8 mm 20 m) For hydraulic tagline ( Fi (2) mm m) Reeving Winch cum Hydraulic tagline For reeving ( Fi (2) mm 0 m) Reduction Counterweight Specification Sling Ropes for Disassembly and Assembly (For counterweights, Crawlers) Air Cleaner Double Element Additional Fuel Filter (Triple filter) Additional Spare Parts (Hydraulic oil filter) Additional Tools (Large hammer, Crowbar, Chisel) Standard Supplied Tools Standard Spare Parts : Optional : No setting Clamshell * * * * *2 * The assembly pad is required for the following attachments. Crane Boom Longest Length 7m Crane Boom Length 72m + Aux. Sheave Crane Boom Length m + Crane Jib * When using the reeving winch or hydraulic tagline, remove the side frame self assembly quick draw. * () Hydraulic tagline (maximum line pull: 2. kn (0 kg)) (2) Reeving winch unit (maximum line pull:.8 ZkN (,200 kg)) () Reeving winch and hydraulic tagline (Line pull: For hydraulic tagline (maximum line pull:. kn (0 kg)) /for reeving winch (maximum line pull: 2. kn (0 kg)) *2 The reduction counterweight specification can only be used for the crane specification, with the exception of the crane jib. * When it choose, the width at the time of transportation is set to not less than m. 40

41 M E M O

42 M E M O

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44 We are constantly improving our products and therefore reserve the right to change designs and speafications without notice. Units in this specification are shown under International System of Units; the figures in parenthesis are under Gravitational System of Units as old one. -, Higashi-Ueno -chome, Taito-ku, Tokyo -00, Japan Phone: Facsimile: Powered by TCPDF (