QY100K-I Technical Specifications:
Dimension
|
Unit
|
QY100K-I
|
Overall length, width, height
|
mm
|
15600×3000×3850
|
Wheel base
|
mm
|
1420+2420+1800+1420+1505
|
Weight
|
|
|
Total weight in travel
|
kg
|
54900 58000
|
Axle load
|
|
|
Axle 1
|
kg
|
7500 7500
|
Axle 2
|
kg
|
7500 7500
|
Axle 3
|
kg
|
8300 10000
|
Axle 4
|
kg
|
12000 12500
|
Axle 5
|
kg
|
12000 12500
|
Axle 6
|
kg
|
7600 8000
|
Power
|
|
|
Engine rated power
|
kW/(r/min)
|
360/1800 (306/1900)
|
Engine rated torque
|
N.m/(r/min)
|
2200/1300 (2010/1200)
|
Engine rated speed
|
r/min
|
1800 (1900)
|
Min. ground clearance
|
mm
|
310
|
Travel
|
|
|
Approach angle
|
°
|
20
|
Departure angle
|
°
|
14
|
Braking distance (at 30km/h)
|
m
|
≤10
|
Max. grade ability
|
%
|
40
|
Min. turning diameter
|
m
|
24
|
Fuel consumption for 100km
|
L
|
70
|
Main performance
|
Max. rated total lifting capacity
|
m
|
100
|
Min. rated working radius
|
|
3
|
Turning radius at turntable tail
|
|
|
Counterweight
|
mm
|
4200
|
Aux. winch
|
mm
|
4590
|
Max. lifting torque
|
|
3450
|
Base boom
|
kN.m
|
3450(4m×88t)
|
Fully extended boom
|
kN.m
|
1950(24m×7.1t)
|
Fully extended boom+ jib
|
kN.m
|
1230(19.2m×6t)
|
Outrigger span (full extension)
|
|
|
Longitudinal
|
m
|
7.56
|
Lateral
|
m
|
7.6
|
Lifting height
|
|
|
Base boom
|
m
|
13.5
|
Fully extended boom
|
m
|
50.9
|
Fully extended boom+ jib
|
m
|
70.4
|
Boom length
|
m
|
13.5
|
Fully extended boom
|
m
|
51
|
Fully extended boom+ jib
|
m
|
51+18.1+4
|
Working speed
|
|
|
Jib setting angle
|
°
|
0?15?30
|
Boom luffing time
|
s
|
75
|
Boom
|
|
|
Boom telescoping time
|
|
|
Full extension
|
s
|
160
|
Max. swing speed
|
r/min
|
2
|
Outrigger extension/retraction time
|
|
|
Outrigger beam in extension/retraction
|
s
|
25/15
|
Outrigger jack in extension/retraction
|
s
|
45/25
|
Lifting speed (single rope, layer 4)
|
|
|
Main winch
|
m/min
|
105
|
Aux. winch
|
m/min
|
104
|
& Due to improvements made to the product, data herein is subject to change without notice.
& Affected by the reproduction conditions, the pictures and data differ somewhat from the actual machine