Liebherr 600 ton Capacity Hydraulic Truck Crane

Transcription

1 Liebherr 0 ton Capacity Hydraulic Truck Crane New York City rd Avenue Long Island City, NY 11 Tel: Fax: info@baycrane.com Long Island 389 New South Road Hicksville, NY 11 Tel: Fax: info@baycrane.com

2 Table of contents 164 long telescopic boom Liing capacities on telescopic boom (T) 3 7 Liing capacities on guyed telescopic boom (TY) 8 9 Liing capacities on the lattice fly jib (TF) Liing capacities on the lattice fly jib with guyed telescopic boom (TYF) Liing capacities on the luffing lattice jib (TN) Liing capacities on the luffing lattice jib with guyed telescopic boom (TYN) Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer (TYSN) Dimensions Weights 92 Working speeds 92 Equipment long telescopic boom Liing capacities on telescopic boom (T) Liing capacities on guyed telescopic boom (TY) Liing capacities on the lattice fly jib (TF) Liing capacities on the lattice fly jib with guyed telescopic boom (TYF) 56 Liing capacities on the luffing lattice jib (TN) Liing capacities on the luffing lattice jib with guyed telescopic boom (TYN) 72 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer (TYSN) Dimensions 91 Weights 92 Working speeds 92 Equipment 93 2 LTM 0-8.1

3 Liing capacities on 164 long telescopic boom '10" x 31'6" lbs % ) 2) ) over rear, 3630 lbs counterweight TAB / 2213 / ) over rear Remarks referring to load charts 1. When calculating crane stresses and loads, German Industrial Standards (DIN) are applicable, in conformity with German legislation (published 2/): The liing capacities (stability margin) DIN/ISO are as laid down in DIN 19, part 2, and ISO The crane s structural steel works is in accordance with DIN 18, part 3. Design and construction of the crane comply with DIN 18, part 2, and with F. E. M. regulations. 2. For the DIN/ISO load charts, depending on jib length, crane operation may be permissible at wind speeds up to 5 resp. 7 Beaufort. 3. Liing capacities are given in metric tons. 4. The weight of the hook blocks and hooks must be deducted from the liing capacities. 5. Working radii are measured from the slewing centreline. 6. Subject to modification of liing capacities. 7. Liing capacities above 4 kips only with special equipment. LTM

4 Liing capacities on telescopic boom '10" x 31'6" 3 lbs % ) ) over rear TAB 229 / LTM 0-8.1

5 Liing capacities on telescopic boom '10" x 31'6" lbs % TAB LTM

6 Liing capacities on telescopic boom '10" x 31'6" 3 lbs % TAB LTM 0-8.1

7 Liing heights S LTM

8 Liing capacities on guyed telescopic boom '8" x 31'5" lbs Y % TAB LTM 0-8.1

9 Liing heights R=21"8' "6' 14"9' 15 R=36"9' S2 0 LTM

10 Liing capacities on the lattice fly jib '8" x 31'5" lbs 0 40 % * * adapter TAB / / 2 10 LTM 0-8.1

11 Liing capacities on the lattice fly jib '8" x 31'5" lbs 0 40 % * * * * adapter TAB / / 2 LTM

12 Liing capacities on the lattice fly jib '8" x 31'5" lbs 0 40 % * * + 7 * * adapter TAB / / 2 12 LTM 0-8.1

13 Liing capacities on the lattice fly jib '8" x 31'5" lbs 0 40 % + 7 * * * adapter TAB / / 2 LTM

14 Liing heights 4 F F 184 F F F F F F 92 F 69 F 46 F S LTM 0-8.1

15 Liing capacities on the lattice fly jib with guyed telescopic boom 7 32'8" x 31'5" lbs Y * * adapter TAB / 2216 / % LTM

16 Liing capacities on the lattice fly jib with guyed telescopic boom 7 32'8" x 31'5" lbs Y * * adapter TAB / 2216 / % 16 LTM 0-8.1

17 Liing heights 4 F F 184 F F F F F 92 F F 69 F 46 F ' 11'6" 18 R=21'8" R=36'5" S LTM

18 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 83 % * * * adapter TAB LTM 0-8.1

19 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 83 % * * * adapter TAB 221 LTM

20 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 83 % + 13 * * adapter TAB 221 LTM 0-8.1

21 Liing heights 4 N N N N 400 N 7 3 N N 161 N N 2 N 92 N S LTM

22 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 75 % * * * adapter TAB LTM 0-8.1

23 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 75 % * * * adapter TAB 227 LTM

24 Liing capacities on the luffing lattice jib '10" x 31'6" lbs 75 % + 13 * * adapter TAB LTM 0-8.1

25 Liing heights 4 N N N N 3 N 7 3 N N N 138 N 2 N 92 N S LTM

26 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 83 Y * * * adapter TAB % 26 LTM 0-8.1

27 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 83 Y + 13 * * adapter TAB % LTM

28 Liing heights 4 N N 276 N N 400 N 7 3 N N N N 2 N 92 N R=21'8" 83 57'5" 42 R=38'5" S LTM 0-8.1

29 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 75 Y * * * adapter TAB 221 % LTM

30 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 75 Y + 13 * * adapter TAB 221 % 30 LTM 0-8.1

31 N 299 N 276 N 253 N Liing heights N 7 3 N N N 138 N 2 N 92 N R=21'8" 57'5" 75 28'8" 42 R=34'1" 40 S LTM

32 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 67 Y * * * adapter TAB % 32 LTM 0-8.1

33 Liing capacities on the luffing lattice jib with guyed telescopic boom '8" x 31'5" lbs 67 Y + 13 * * adapter TAB % LTM

34 Liing heights N 299 N 276 N 253 N N 7 N 184 N 161 N 138 N N 92 N R=21'8" 67 57'5" 28'8" 42 R=34'1" S LTM 0-8.1

35 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 83 Y S * * * adapter TAB % LTM

36 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 83 Y S + 13 * * adapter TAB % 36 LTM 0-8.1

37 Liing heights 4 N N N N 400 N 7 3 N N N 138 N 2 N 92 N '11" 21'4" R=21'8" 57'5" 83 28'8" 42 R=38'5" S LTM

38 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 75 Y S * * * adapter TAB 212 % 38 LTM 0-8.1

39 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 75 Y S + 13 * * adapter TAB 212 % LTM

40 Liing heights 4 N 299 N N N 3 N 7 3 N N N 138 N 2 N 92 N '11" 21'4" R=21'8" 57'5" 75 28'8" 42 R=34'1" 40 S LTM 0-8.1

41 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 67 Y S * * * adapter TAB 214 % LTM

42 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer '8" x 31'5" lbs 67 Y S + 13 * * adapter TAB 214 % 42 LTM 0-8.1

43 Liing heights 440 N 299 N 276 N 253 N N N N 161 N N N 92 N 69 6'11" '4" R=21'8" 57'5" 67 28'8" 42 R=31'6" S LTM

44 Liing capacities on 276 long telescopic boom '10" x 31'6" lbs % ) 2) ) over rear, 3630 lbs counterweight TAB / / 231 2) over rear 44 LTM 0-8.1

45 Liing capacities on telescopic boom '8" x 31'5" 3 lbs % TAB 238 LTM

46 Liing capacities on telescopic boom '8" x 31'5" 3 lbs % TAB LTM 0-8.1

47 Liing capacities on telescopic boom '8" x 31'5" 3 99 lbs % TAB Remarks referring to load charts 1. The tabulated liing capacities do not exceed % of the tipping load. 2. The crane s structural steelwork is in accordance with DIN 18, part 3. Design and construction of the crane comply with DIN 18, part 2, and with F. E. M. regulations. 3. The % overturning limit values take into account wind force 5 = wind speed mph. 4. Liing capacities are given in kips. 5. The weight of the hook blocks and hooks must be deducted from the liing capacities. 6. Working radii are measured from the slewing centreline. 7. The liing capacities given for the telescopic boom only apply if the folding jib is taken off. 8. Liing capacities are subject to modifcations. 9. Liing capacities above lbs only with special equipment. LTM

48 Liing heights S LTM 0-8.1

49 49 LTM TAB Liing capacities on guyed telescopic boom

50 Liing heights R=21'8" 23' 83 11'6" 15 R=36'1" S LTM 0-8.1

51 Liing capacities on the lattice fly jib '10" x 31'6" lbs 0 % * + 7 * * adapter TAB LTM

52 Liing capacities on the lattice fly jib '10" x 31'6" lbs 0 % * * * * adapter TAB LTM 0-8.1

53 Liing capacities on the lattice fly jib '10" x 31'6" lbs % * + 7 * * * * * adapter TAB LTM

54 Liing capacities on the lattice fly jib '10" x 31'6" lbs 40 % * + 7 * * * * * adapter TAB LTM 0-8.1

55 Liing heights 440 F F F F 92 3 F 69 F 340 F S LTM

56 56 LTM * lbs TAB / / * adapter Liing capacities on the lattice fly jib with guyed telescopic boom

57 57 LTM * lbs TAB / / * adapter Liing capacities on the lattice fly jib with guyed telescopic boom

58 58 LTM * lbs TAB / / * adapter Liing capacities on the lattice fly jib with guyed telescopic boom

59 59 LTM * lbs TAB / / * adapter Liing capacities on the lattice fly jib with guyed telescopic boom

60 Liing heights 4 F F F F 92 3 F 69 F 340 F R=21'8" 23' 83 11'6" 10 R=36'11" S LTM 0-8.1

61 Liing capacities on the luffing lattice jib lbs * adapter * * TAB LTM

62 Liing capacities on the luffing lattice jib lbs * adapter * + 13 * TAB LTM 0-8.1

63 Liing capacities on the luffing lattice jib lbs * adapter * * * TAB LTM

64 Liing heights N N 253 N N 7 N 184 N 161 N 138 N N 92 N S LTM 0-8.1

65 Liing capacities on the luffing lattice jib lbs * adapter * * TAB LTM

66 Liing capacities on the luffing lattice jib lbs * adapter * + 13 * TAB 66 LTM 0-8.1

67 Liing capacities on the luffing lattice jib lbs 75 * adapter * * * TAB LTM

68 Liing heights 400 N N N 340 N 92 3 N S LTM 0-8.1

69 Liing capacities on the luffing lattice jib lbs * adapter * * TAB 233 LTM

70 Liing capacities on the luffing lattice jib lbs * adapter * + 13 * * 13 * TAB LTM 0-8.1

71 Liing heights on the luffing lattice jib 3 N 3 N N N 161 N N N 92 N S LTM

72 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * + 13 * TAB LTM 0-8.1

73 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * * * TAB 238 LTM

74 Liing heights 500 N 276 N 253 N N 7 N N 161 N 138 N N 92 N R=21'8" '5" 28'8" 42 R=34'1" 40 S LTM 0-8.1

75 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * + 13 * TAB LTM

76 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * * * TAB LTM 0-8.1

77 Liing heights N 276 N 253 N N 7 N 184 N N 138 N 3 N 92 2 N R=21'8" '5" 28'8" 42 R=34'1" S LTM

78 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * + 13 * TAB LTM 0-8.1

79 Liing capacities on the luffing lattice jib with guyed telescopic boom lbs * adapter * * * TAB LTM

80 Liing heights 4 N 253 N N 7 N 184 N 161 N N 2 N 92 N R=21'8" '5" 28'8" 42 R=34'1" 40 S LTM 0-8.1

81 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * + 13 * S TAB 233 LTM

82 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * * * S TAB LTM 0-8.1

83 Liing heights 4 N N N N 400 N 7 3 N N N N 2 N 92 N '11" 21'4" R=21'8" 83 57'5" 28'8" 42 R=34'1" 40 S LTM

84 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * + 13 * S TAB LTM 0-8.1

85 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * S * * TAB 236 LTM 0-8.1

86 Liing heights 4 4 N N N N 3 N 7 3 N N N 138 N 2 N 92 N 69 6'11" '4" R=21'8" 75 57'5" 28'8" 42 R=34'1" 40 S LTM 0-8.1

87 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * + 13 * S TAB 239 LTM

88 Liing capacities on the luffing lattice jib with guyed telescopic boom and spacer lbs * adapter * S * * TAB LTM 0-8.1

89 Liing heights 440 N 298 N 276 N 253 N N 7 N 184 N 161 N 138 N N 92 N '11" '4" R=21'8" 67 57'5" 28'8" 42 R=34'1" 40 0 S LTM

90 Dimensions 52'10" 70'2" 9'11" 3'11" 4' 5'1" 13'1" A '6" 7'10" 8'7" 5'5" 5'5" 1'1" 9'2" 5'5" 61' 68'9" 5'5" 3'3" 7'5" 5'5" 6'8" 8'10" 19'5" 32'9" 13'4" R = 23'5" 8'7" 9'10" '6" 31'6" R = 21'8" R = 54' R = 49'2" R = 43'4" 28" 18' 14'10" 32'10" R = 40' S1474 with 164 long telescopic boom LTM 0-8.1

91 Dimensions 52'10" 70'1" 19'8" 13'1" 3'11" 4' 5'1" 10'6" 7'8" 8'7" 5'5" 5'5" 9'2" 5'5" 5'5" 7'5" 5'5" 8'10" 58'11" 61'1" 3'3" 6'8" '7" 9'10" 17'1" '6" 31'6" 13'1" 11 1'1" 6'9" 19'5" 32'9" 13'4" R = 21'8" R = 40' R = 53'4" R = 49'2" R = 43'4" R = 23'5" 28" 18' 14'10" 32'10" S1568 with 276 long telescopic boom LTM

92 Weights Axle Total weight (lbs) lbs lbs* * with 164 long telescopic boom Load (kips) No. of sheaves No. of lines Weight lbs Type DSM DM EM Working speeds R mph % mph % R 25 Drive infinitely variable Rope diameter / Rope length Max. single line pull /min single line 1" / 1476' lbs /min single line 1" / 24' lbs /min single line 1" / 3445' lbs min -1 approx. 70 seconds to reach -1 to 83 boom angle approx. 330 seconds for boom extension from LTM 0-8.1

93 Equipment Crane carrier Frame Outriggers Engine Transmission Axles Suspension Tyre equipment Steering Brakes Driving cab Electrical system Crane superstructure Frame Crane engine Liebherr designed and manufactured, boxtype, torsion resistant design of high-tensile fine grained structural steel. Four hydraulically extendable sliding beams with hydraulic jacks and supporting pads. The front outrigger casing is mounted between axles 3 and 4 and the rear casing is located at the rear of the carrier. Supporting basis: longitudinally x 31 6 transversally. 8-cylinder Diesel engine, make Liebherr, type D 9408 TI-E A4, watercooled, output acc. to DIN 440 kw (598 HP) at 2 rpm acc. to ECE-R and 1999/96/EG (Euro 3), max. torque 18 lbs- at 1 0 rpm, electronic engine management by data bus technique. Fuel tank: 158 gallons. Automatic transmission, make Allison, type CLBT 755, with torque converter and hydrodynamic brake, 5 forward speeds, 1 reverse. Transfer case with lockable transfer differential and off-road ratio. Heavy-duty vehicle axles. All axles suspended. Axles 1 to 4 and 7 and 8 steered. Axles 1, 2, 4 and 5 are planetary axles. All axles with hydropneumatic suspension and automatic levelling system. Load equalization between the axle pairs. The suspension can be locked hydraulically. 16 tyres, all axles equipped with single tyres. Size of tyres: R 25. ZF semi-integral power steering, dual circuit system with hydraulic servo-system and additional backing pump driven by an axle. Service brake: All-wheel servo-air brake, dual circuit system. Additional brakes: Retarder, TELMA-type eddy current brake. Hand brake: Spring-loaded, acting on all wheels of axles 4 to 8. Spacious and comfortable sheet steel cab mounted on rubber shock absorbers, safety glass windows, operating and control elements. Modern data bus technique, 24 Volt DC, 2 batteries of 143 Ah each, lighting according to traffic regulations. Liebherr-made torsion resistant, welded construction of high-tensile structural steel, linked to carrier by a three-row roller slewing rim for 3 continuous rotation. 6-cylinder Diesel engine, make Liebherr, type D 926 TI-E A4, watercooled, output acc. to DIN kw (326 HP) at 0 rpm, max. torque 1070 lbs- at 1 rpm. Crane drive Crane control Hoist gear Luffing gear Slewing gear Crane cab Safety devices Counterweight Telescopic boom Electric system Diesel-hydraulic, with 4 axial piston variable displacement pumps, with servo-control and capacity control operating in closed circuit for hoisting, slewing and luffing of lattice jib, 4 axial piston pumps, operating in open circuit for luffing and telescoping. Two self-centering control levers (joy-sticks). Pedal switches for telescoping. Infinitely variable crane motions through displacement control of the hydraulic pumps. Additional working speed control by variation of the Diesel engine speed. Axial piston variable displacement motor, Liebherr hoist drum with integrated planetary gear and spring-loaded static brake. 2 differential hydraulic rams with nonreturn valve. 2 slewing gears, consisting of hydraulic motor, planetary gear, slewing pinion and spring-loaded static brake each. Aluminium design with safety glass, operating and control elements. Cab tiltable backwards. The cab will be pivoted to the rear for road transport. LICCON safe load indicator, test system, hoist limit switches, safety valves against rupture of pipes and hoses lbs total counterweight comprising 1 basic slab of lbs and 8 slabs of lbs each. Variant 1: Boom length 53 to 164, consisting of 1 base section and 3 hydraulic telescopic sections. All telescopic sections extendable individually by means of the rapid-cycle telescoping system TELEMATIK. Variant 2: Boom length 53 to 276, consisting of 1 base section and 6 hydraulic telescopic sections. All telescopic sections extendable individually by means of the rapid-cycle telescoping system TELEMATIK. Modern data bus technique, 24 Volt DC, 2 batteries of 143 Ah each. Complementary equipment Lattice jibs Fixed lattice jib 46 to 7 long, luffing lattice jib 69 to 299 long. 2 nd hoist gear Axial piston variable displacement motor, Liebherr-made hoist drum with integrated planetary gear and spring-loaded static brake. The 2nd hoist gear is required for 2-hook operation. 3 rd hoist gear with luffing block Axial piston variable displacement motor, Liebherr-made hoist drum with integrated planetary gear and spring-loaded static brake, required for operating the luffing jib. LTM

94 New York s Leader in Crane Rental and Specialized Transportation Solutions BAY CRANE SERVICE AVENUE, LONG ISLAND CITY, NY11 rd TEL: FAX: _