|
Item
|
value
|
Remarks
|
||
|
Max. lifting capacity/ radius
|
Without superlift counterweightt×m
|
600×6
|
||
|
With superlift counterweightt×m
|
600×9
|
|||
|
Main boom lengthm
|
24～84
|
|||
|
Length of main boom with light boom head
|
Without superlift counterweightm
|
72~102
|
||
|
With superlift counterweightm
|
90~138
|
|||
|
Deadweight with basic boomt
|
475
|
|||
|
Fixed jib lengthm
|
12~36
|
|||
|
Max. lifting capacity of fixed jibt
|
110
|
|||
|
Offset angle of fixed jib°
|
10,30
|
|||
|
Max. length of main boom with fixed jib
|
Without superlift counterweightm
|
96＋36
|
||
|
With superlift counterweightm
|
138＋36
|
|||
|
Luffing jib lengthm
|
24～96
|
|||
|
Max. lifting capacity of luffing jib
|
Without superlift counterweightm
|
210
|
||
|
With superlift counterweightm
|
310
|
|||
|
Main boom angle under luffing jib working condition °
|
65, 75, 85
|
|||
|
Max. length of main boom with luffing jib
m
|
Without superlift counterweightm
|
66＋84
|
||
|
With superlift counterweightm
|
84＋96
|
|||
|
Max. speed of single rope on drum
|
Main winchm/min
|
130
|
The 8th rope layer
|
|
|
Auxiliary winchm/min
|
130
|
The 7th rope layer
|
||
|
Derricking winchm/min
|
2×56
|
The 4th rope layer
|
||
|
Luffingwinchm/min
|
110
|
The 6th rope layer
|
||
|
Superlift derricking winchm/min
|
130
|
The 6th rope layer
|
||
|
Slewing speedrpm
|
0~0.7
|
|||
|
Traveling speedkm/h
|
0～0.98
|
|||
|
Gradeability％
|
20％
|
|||
|
Ground pressureMPa
|
0.13
|
|||
|
Overall dimensions (L×W×H) of basic machine in transportation conditionmm
|
16960×3550×
3400
|
With mast
|
||
|
Engine
|
Rated power/ Rotational speed kW/rpm
|
420/1800
|
||
|
torque/ Rotational speedNm/rpm
|
2779/1400
|
|||
|
Emission standard
|
EU Stage II
|
|||
|
Crawler gauge ×ground contact length ×track shoe width mm
|
8600×10580×
1500
|
|||
Lifting capacity table of main boom with heavy boom head
|
Boom length(m) |
24
|
30
|
36
|
42
|
48
|
54
|
60
|
66
|
72
|
78
|
84
|
Boom length(m)
|
|
falls
radius(m)
|
48
|
46
|
46
|
40
|
32
|
26
|
26
|
20
|
20
|
14
|
14
|
falls
radius(m)
|
|
6
|
600
|
6
|
||||||||||
|
7
|
569.9
|
570
|
576
|
7
|
||||||||
|
8
|
521.9
|
514.8
|
509.4
|
507.4
|
8
|
|||||||
|
9
|
430.7
|
418.2
|
415.8
|
413.4
|
411.1
|
9
|
||||||
|
10
|
356.8
|
351.7
|
346.7
|
341.9
|
337.3
|
334.5
|
331.1
|
10
|
||||
|
12
|
261.8
|
259.6
|
253.9
|
248.4
|
245.9
|
244.7
|
242.5
|
240.3
|
240.1
|
12
|
||
|
14
|
205.6
|
202
|
198.4
|
197.1
|
195.3
|
192.4
|
188.7
|
186.1
|
185.8
|
184.4
|
182.9
|
14
|
|
16
|
168.7
|
165.4
|
164.1
|
162.9
|
160.6
|
158.2
|
157.0
|
154.0
|
152.9
|
151.7
|
152.2
|
16
|
|
18
|
140.9
|
137.9
|
136.5
|
135.3
|
132.3
|
131.0
|
129.0
|
126.5
|
125.6
|
124.6
|
123.6
|
18
|
|
20
|
121.5
|
118.8
|
117.4
|
116.1
|
113.4
|
112.1
|
110.8
|
108.1
|
107.3
|
105.1
|
104.2
|
20
|
|
22
|
106.7
|
104.1
|
102.7
|
101.3
|
98.8
|
96.2
|
94.9
|
93.6
|
92.3
|
90.9
|
88.9
|
22
|
|
24
|
92.3
|
90.9
|
88.5
|
87.1
|
84.7
|
83.3
|
81.0
|
80.7
|
79.4
|
78
|
24
|
|
|
26
|
82.7
|
81.3
|
79
|
77.6
|
75.2
|
74.0
|
71.7
|
71.2
|
69.9
|
68.5
|
26
|
|
|
28
|
74.7
|
73.3
|
71.1
|
69.7
|
67.5
|
66.1
|
63.9
|
63.3
|
62
|
59.9
|
28
|
|
|
30
|
66.6
|
64.4
|
62.2
|
60.8
|
59.5
|
57.4
|
56.0
|
54.6
|
53.3
|
30
|
||
|
34
|
53.7
|
51.7
|
50.3
|
48.9
|
47
|
45.5
|
43.1
|
42.8
|
34
|
|||
|
38
|
45.6
|
43.7
|
42.3
|
40.3
|
39
|
36.7
|
35.3
|
33.9
|
38
|
|||
|
42
|
37.3
|
35.9
|
34.1
|
31.8
|
30.5
|
28.3
|
26.7
|
42
|
||||
|
46
|
30.4
|
28.2
|
26.9
|
25.5
|
22
|
20.4
|
46
|
|||||
|
50
|
24.8
|
22.9
|
20.1
|
17.2
|
16.1
|
50
|
||||||
|
54
|
18.7
|
16.4
|
13.7
|
12
|
54
|
|||||||
|
58
|
16.0
|
13.3
|
11.5
|
9.3
|
58
|
|||||||
|
62
|
10.8
|
8.8
|
62
|
|||||||||
|
66
|
6.8
|
66
|
Lifting capacity table of main boom with light boom head
|
Boom length(m)
|
72
|
78
|
84
|
90
|
96
|
102
|
Boom length(m)
|
|
Falls
Radius(m)
|
20
|
16
|
12
|
12
|
10
|
8
|
Falls
Radius(m)
|
|
12
|
252.8
|
12
|
|||||
|
14
|
197.9
|
189.0
|
157.3
|
14
|
|||
|
16
|
164.6
|
159.2
|
138.2
|
148.2
|
135.1
|
16
|
|
|
18
|
133.9
|
133.9
|
120.6
|
130.7
|
121.2
|
97.1
|
18
|
|
20
|
115.7
|
115.6
|
114.5
|
113.1
|
111.6
|
85.7
|
20
|
|
22
|
100.6
|
100.2
|
100.3
|
99.0
|
97.7
|
80.6
|
22
|
|
24
|
87.8
|
87.7
|
87.3
|
86.6
|
85.4
|
73.9
|
24
|
|
26
|
77.4
|
76.7
|
76.0
|
76.5
|
76.0
|
71.7
|
26
|
|
28
|
69.5
|
68.1
|
68.2
|
67.8
|
67.3
|
66.0
|
28
|
|
30
|
62.1
|
61.2
|
60.9
|
60.4
|
59.2
|
58.7
|
30
|
|
34
|
50.9
|
50.1
|
49.8
|
48.8
|
47.7
|
47.1
|
34
|
|
38
|
42.3
|
41.6
|
40.8
|
40.7
|
39.7
|
38.2
|
38
|
|
42
|
35.8
|
35.5
|
33.7
|
33.5
|
32.6
|
31.2
|
42
|
|
46
|
30.4
|
29.5
|
27.9
|
27.7
|
26.8
|
25.9
|
46
|
|
50
|
25.7
|
24.6
|
23.6
|
22.9
|
22.1
|
21.4
|
50
|
|
54
|
22.1
|
20.9
|
19.7
|
19.0
|
18.4
|
17.8
|
54
|
|
58
|
18.7
|
17.8
|
16.6
|
16.0
|
15.3
|
14.7
|
58
|
|
62
|
16.0
|
15.2
|
13.9
|
13.4
|
12.7
|
11.5
|
62
|
|
66
|
12.7
|
11.6
|
11.1
|
10.4
|
9.4
|
66
|
|
|
70
|
11.0
|
9.6
|
9.3
|
8.5
|
7.3
|
70
|
|
|
74
|
7.7
|
7.2
|
6.7
|
5.8
|
74
|
||
|
78
|
5.6
|
5.1
|
78
|
1. This crawler crane, which is leading the way in lifting capacity, has strong superlift performance under three working conditions; its maximum rated lifting capacity is 600t, and the maximum lifting capacity and radius is 600T×9M when the crane works with superlift counterweight;
2. Wireless remote control technology is applied to assemble and dismantle the crawler carrier. Remote monitoring system GPS/GPRS is adopted, which has the functions of global positioning, working condition monitoring, fault diagnosis, remote maintenance and warning, and anti-theft.
3. The tilting-back support of luffing jib, whose structure is entirely new, provides multiple safety protection.
4. Powerful driving force of traveling mechanism, high-quality track shoe material, and the added support roller on track shoe can reduce the wearing degree of track shoe effectively.
5. The Load Moment Limiter has an added lifting capacity enquiring function, by which the operator can get to know the lifting capacities under various working conditions and determine the required boom configurations of crane in accordance with the construction conditions.
6. The open/close pump control variable system, which is controlled by electro-hydraulic proportional control valve, applies CAN Bus control technology.
7. The slewing mechanism has controllable free-swing function which can reduce the impacts on the crane and ensure that superstructure starts/stops swing more stably. The external roller type (triple row bearing) slewing ring and slewing reducer imported from Germany, which has the advantages of great load-bearing capacity and high precision, can ensure stable and precise slewing motion