Type

Ser. No.

Item

Unit

Value

Working performance

1

Max. rated lifting weight × working radius

kg.m/lb.ft

75000×3.0/165346×9.8

2

Max. lifting moment of main boom

kN.m/lbf.ft

2250/2033477

3

Max.lifting moment of longest boom

kN.m/lbf.ft

1160/855614

4

Max. lifting height of main boom

m/ft

41/134.5
(Boom head sheave center)

5

Max. lifting height of jib

m/ft

57/187

Dimensions

6

Outline dimensions (L×W×H)

mm/ft

14897×3395×3840
/48.8×11.1×12.6

7

Distance between outriggers (longitudinal × transversal)

mm/ft

7380×7300
/24.2×23.95

8

Main boom length (completely retracted - completely extended)

mm/ft

12500~38500
/41~126.3

9

Jib length (completely retracted - completely extended)

mm/ft

10000~17000
/3.28~5.58

10

Main boom angle of elevation

°

-3~78

11

Swing range

360°continuously

Working speed

12

Max.speed of single rope on the drum of main winch

m/min

125

13

Boom extension time

s

120

14

Boom retraction time

s

90

15

Boom derricking up time

s

70

16

Boom derricking down time

s

70

17

Swing speed

r/min

0.35~2

Hydraulic system

18

Engine to pump speed ratio

1

19

Hydraulic oil tank capacity

L/gal

1000/220

Model

Max. working pressure of the system Mpa (4400psi) and flow rate L/min (GPM)

Permissible working pressure Mpa (4400psi)

20

P3145R00C1C30TC30N75S1B1E (variable pump)

348L/min(92GPM)@2500RPM@30MPa(4400psi)

32/4641

21

1123032204
(dual-gear pump)

167L/min(44GPM)@2500RPM@21MPa(3000psi)

25/3625

22

1121011285 
(auxiliary gear pump)

67.5L/min(17.8GPM)@2500RPM@18MPa(3000psi)

21/3045.8

23

A2FE56/6.1WVZL10
(swing motor)

93L/min@2050RPM@16MPa(2650psi)

40/5801

24

3788084 (winch motor)

348L/min(92GPM)@3100RPM@30MPa(4400psi)

42/6091

Mass

25

Complete vehicle kerb mass

mt/ton

50/55

26

Front axle load

mt/ton

26.54/29.2

27

Rear axle load

mt/ton

23.46/25.86

Traveling

28

Max. traveling speed (forwards / backwards)

km/h(mile/h)

41/25.4

29

Wheelbase

mm/ft

4150/13.6

30

Treads (front / rear)

mm/ft

2632/7.75

31

Max. gradeability

%

125(theoretical value)

32

Max. ramp of parking

%

25