The Hydraulic Material Handler for Economical - Passion

The Hydraulic Material Handler for Economical - Passion

The Hydraulic Material
Handler for Economical
Scrap Handling
The Better Machine.
Liebherr material handling machines are in
operation in scrap yards worldwide. You determine the job specifications and we supply the
technology, tailor made for the application at
hand and working conditions.
Whether on a wheeled or crawler undercarriage, stationary or pedestal mounted,
finding the right machine for the job is critical
for modern, economical scrap handling.
When handling different types of scrap, the
selection of the appropriate attachment is a
prerequisite for an efficient operation. Liebherr
offers a wide selection of boom types, different
stick lengths and various tools like clamshells
and high performance magnets.
The Liebherr material handling machines are
designed for stable operation even under the
most extreme working conditions and provide a
solid basis for performance and economy.
A Variety of Machines for a Variety of Ap
2
plications.
3
Hydraulic excavator
A 316
litronic`
Operating weight
Engine output
Width of undercarriage
Width over outriggers
Length of boom/stick
A
H
T
Clamshell model
Capacity
Overall height (closed)
Weight
Max. lift capacity
t
lb
kW/HP
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m3
cuyd
m
ft-in
kg
lb
t
lb
18,9 – 21,0
41700 – 46300
86/117
2,50
8’2”
3,80
12’5”
5,50/4,00
18’0”/13’1”
10,00
32’9”
10,00
32’9”
2,50
8’2”
55
0,40
0,52
1,75
5’9”
1080
2370
12,5
27560
A 904
Industry
19,9 – 22,0
43900 – 48500
85/116
2,50
8’2”
4,00
13’1”
6,50/5,00
21’4”/16’5”
11,20
36’8”
12,40
40’8”
3,00
9’10”
65
0,60
0,80
2,15
7’0”
1420
3100
16,0
35200
A 904
A 914
A 924
litronic`
litronic`
litronic`
17,7 – 22,0
39000 – 48500
99/135
2,50
8’2”
4,00
13’1”
6,50/5,00
21’4”/16’5”
11,20
36’8”
12,40
40’8”
3,00
9’10”
65
0,60
0,80
2,15
7’0”
1420
3100
16,1
35500
18,5 – 23,0
40800 – 50700
112/152
2,50
8’2”
4,00
13’1”
6,80/5,00
22’3”/16’5”
11,50
37’8”
12,90
42’3”
3,25
10’8”
65
0,60
0,80
2,15
7’0”
1420
3100
16,2
35750
20,4 – 25,0
45000 – 55100
112/152
2,75
9’0”
4,25
13’11”
6,80/6,00
22’3”/19’8”
12,50
41’0”
13,80
45’3”
4,25
13’11”
65
0,60
0,80
2,15
7’0”
1420
3100
18,9
41700
All lift capacities are stated in metric tonnes. Indicated loads are based on ISO 10567 and do not exceed 75 % of tipping or
87 % of hydraulic capacity. Machine on firm, level supporting surface, indicated loads can be lifted 360h.
Lift capacities do not include the weight of a grapple and/or magnet, which must be reduced from the above figures.
Load point is the end of the stick.
Wheeled Scrap Handling Machines.
4
A
H
T
Hydraulic excavator
Operating weight
Engine output
Width of undercarriage
Width over outriggers
Length of boom/stick
A
H
T
Clamshell model
Capacity
Overall height (closed)
Weight
Max. lift capacity
t
lb
kW/HP
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m3
cuyd
m
ft-in
kg
lb
t
lb
A 934
A 934 HD
A 944 HD
A 954 B HD
A 974 B
litronic`
litronic`
litronic`
litronic`
litronic`
29,3 – 31,3
64600 – 69000
137/186
3,00
9’10”
4,70
15’5”
8,50/7,50
27’10”/24’7”
15,20
49’10”
16,80
55’1”
4,60
15’1”
70 C
0,80
1,05
2,40
7’10”
1710
3770
17,8
39250
35,5 – 37,5
43900 – 48500
137/186
3,00
9’10”
4,95
16’3”
8,50/7,50
27’10”/24’7”
15,40
50’6”
17,00
55’9”
4,10
13’5”
70 C
1,10
1,45
2,40
7’10”
1830
4035
18,8
41450
49,4 – 51,2
108900 – 112900
164/223
3,30
10’10”
5,35
17’6”
9,00/7,80
29’6”/25’7”
16,70
54’9”
18,00
59’0”
5,00
16’5”
72 B
1,20
1,60
3,00
9’10”
2650
5850
22,4
49400
63,0 – 65,0
138900 – 143300
210/286
3,65
11’11”
5,70
18’8”
10,30/8,00
33’9”/26’3”
18,00
59’0”
19,20
62’11”
5,40
17’8”
72 B
1,40
1,80
3,00
9’10”
2700
5950
26,5
58400
111,0 – 113,0
244800 – 249200
317/431
4,10
13’5”
6,85
22’5”
12,00/9,00
39’4”/29’6”
21,00
68’10”
23,00
75’5”
6,00
19’8”
75
2,00
2,60
3,00
9’10”
3230
7100
32,3
71200
For further informations see the latest specification sheet for the respective machine.
5
Hydraulic excavator
Operating weight
Engine output
* Width of undercarriage
Length of boom/stick
A
H
T
Grapple model
Capacity
Overall height (closed)
Weight
Max. lift capacity
t
lb
kW/HP
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m3
cuyd
m
ft-in
kg
lb
t
lb
R 904
R 914
R 924
R 934
R 944
litronic`
litronic`
litronic`
litronic`
litronic`
21,0 – 22,0
46300 – 48500
92/125
2,75 – 3,60
9’0” – 11’9”
6,50/4,00
21’4”/13’1”
10,20
33’5”
11,40
37’4”
2,20
7’2”
65
0,40
0,52
1,95
6’5”
1340
2950
10,9
24000
23,3 – 24,3
51400 – 53600
105/143
3,00 – 3,85
9’10” – 12’7”
6,80/5,00
22’3”/16’5”
11,50
37’8”
12,80
41’11”
3,50
11’5”
65
0,60
0,80
2,15
7’0”
1450
3200
11,5
25350
24,5 – 27,8
54000 – 61300
112/152
3,00 – 4,15
9’10” – 13’7”
6,80/5,00
22’3”/16’5”
11,50
37’8”
12,80
41’11”
3,50
11’5”
70 C
0,80
1,05
2,40
7’10”
1710
3770
13,7
30200
28,9 – 31,2
63700 – 68800
137/186
3,15 – 4,15
10’4” – 13’7”
7,00/6,00
22’11”/19’8”
12,60
41’4”
13,00
42’7”
3,40
11’2”
70 C
0,80
1,05
2,40
7’10”
1710
3770
18,2
40150
36,4 – 39,4
80260 – 86900
164/223
3,15 – 4,35
10’4” – 14’3”
7,70/6,00
25’3”/19’8”
13,50
44’3”
15,00
49’2”
3,90
12’9”
70 C
1,10
1,44
2,40
7’10”
1830
4035
20,7
45600
* Depending on undercarriage version and width of pads
All lift capacities are stated in metric tonnes. Indicated loads are based on ISO 10567 and do not exceed 75 % of tipping or
87 % of hydraulic capacity. Machine on firm, level supporting surface, indicated loads can be lifted 360h.
Lift capacities do not include the weight of a grapple and/or magnet, which must be reduced from the above figures.
Load point is the end of the stick.
Crawler Scrap Handling Machines.
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A
H
T
Hydraulic excavator
Operating weight
Engine output
* Width of undercarriage
Length of boom/stick
A
H
T
Grapple model
Capacity
Overall height (closed)
Weight
Max. lift capacity
t
lb
kW/HP
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m
ft-in
m3
cuyd
m
ft-in
kg
lb
t
lb
R 954 B
R 964 B
R 974 B
R 984 C
litronic`
litronic`
litronic`
litronic`
50,9 – 61,0
112200 – 134500
210/286
3,45 – 4,55
11’2” – 14’11”
8,80/7,00
28’10”/22’11”
15,40
50’6”
16,30
53’5”
5,10
16’8”
72 B
1,40
1,85
3,00
9’10”
2690
5930
25,9
57100
65,8 – 70,2
145100 – 154800
270/367
3,80 – 4,55
12’5” – 4’6”
9,50/6,70
31’2”/21’11”
16,10
52’9”
17,40
57’1”
4,90
16’1”
72 B
1,60
2,10
3,00
9’10”
2720
6000
34,4
75800
83,3 – 91,5
183650 – 201700
360/490
4,35 – 5,25
14’3” – 17’2”
12,00/9,00
39’4”/29’6”
20,90
68’6”
22,00
72’2”
6,90
22’7”
75
1,60
2,10
2,90
9’6”
3230
7120
24,1
53100
125
275600
504/685
5,85
19’2”
12,00/9,00
39’4”/29’6”
20,70
67’10”
22,20
72’10”
6,40
21’0”
85
2,40
3,15
3,40
11’2”
5700
12570
30,9
68100
For further informations see the latest specification sheet for the respective machine.
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Optimal visibility of the working area is ensured through the elevated cab. Liebherr offers
different cab elevations, the most comfortable
version being the hydraulically adjustable cab.
The cab is mounted on a parallelogram linkage,
which can be adjusted steplessly. The operator
can choose the cab height and adjust it anytime
within the elevation range.
A protective guard can be mounted onto the
front windshield to protect the operator, without
restricting the opening of the front windshield.
Hydraulic Cab Elevation.
8
A fixed cab elevation is provided by intermediate sections between the upper deck and
the cab. Liebherr offers various intermediate
sections depending on the task at hand and
customer specifications. The operator’s eye
level can be elevated by 800, 1200 or 1500 mm.
A strong cab protection is available to protect
the operator and the cab.
Fixed Cab Elevation.
9
Liebherr offers a wide range of clamshells
for every machine type. Multi-tine grapples
were developed for industrial scrap handling.
Sturdy construction, excellent stability and
high shell closing force are all necessary in
order to meet the tough demands of scrap
handling. A large capacity and a low grapple
weight guarantee a high payload resulting in
economical scrap handling.
Multi-tine Grapples for Scrap Handling
55
316
64
65
69
Model
70 C
71
72 B
litronic`
904 Industry
904
litronic`
914
litronic`
924
litronic`
934
litronic`
944
litronic`
954 B
litronic`
964 B
litronic`
974 B
litronic`
984 C
litronic`
992
litronic`
Scrap Handling with Grapple.
10
75
85
95
Magnets are used to load, clean-up or sort ferromagnetic metals – steels and alloys containing a
certain amount of manganese. The magnet requires power, which is supplied by a unit installed in
the hydraulic excavator consisting of a generator, a switching device and a monitoring device.
The size of the magnets depends on the load capacity of the scrap handling machine and the
specific weight of the metal to be handled.
In order to ensure safe operation in the entire swing area of the scrap handler, the magnet’s
operating weight should never exceed half of the machine’s maximum lifting capacity at full utilization.
Scrap Handling with Magnet.
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LHB/VF 8420680-2-01.02 Printed in Germany by Eberl. Subject to change without notice.
LIEBHERR-HYDRAULIKBAGGER GMBH, D-88457 Kirchdorf/Iller, ç (0 73 54) 80-0, Fax (0 73 54) 80-72 94
www.liebherr.com, E-Mail: [email protected]
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