Place of Origin: | Guangdong |
---|
Location: | Jinan, Shandong, China (Mainland) |
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Business Type: | Manufacturer |
Main Products: | Heavy Duty Dump Truck, Semi Trailer Truck, Prime Mover Truck |
Model No.: | AIA-1 |
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42m boom Concrete Pump Vehicle with HOWO Chassis and Pipe-valve
Specifications:
Truck mounted concrete pump 42m |
Unit |
Parameters |
|
|
|
HDT5351THB-42/4 |
|
Main technical parameters in working condition |
Theoretical Productivity |
m3/h |
150 |
|
Pumping Capacity Index |
MPa.* m3/h |
586 |
|
Max. Concrete Pressure |
Mpa |
8.5 |
|
Hopper Capacity |
L |
700 |
|
Feeding Height |
mm |
1400 |
|
Model of Distributing Valve |
|
S pipe valve |
|
Max. operation Radius |
m |
38 |
|
Max. operation Height |
m |
41.8 |
|
Max. operation Depth |
m |
29 |
|
open height of aggregate carrying pipe |
mm |
8600 |
|
Distance between Front Landing Legs |
mm |
8820 |
|
Distance between Rear Landing Legs |
mm |
8500 |
|
Distance between Front and Rear Landing Legs |
mm |
8490 |
|
Diameter of Delivery Pipe |
mm |
125 |
|
Length of rear hose pipe |
m |
3 |
|
Rotary Range of Distributing Boom |
|
365° |
|
Number of Boom Sections |
|
4 |
|
Rotary Angle of Each Boom Section |
|
90/180/ |
|
Close-control Distance |
m |
33 |
|
Remote-control Distance |
m |
200 |
Main technical parameters in |
Max. Traveling Speed |
km/h |
85 |
|
Min. Turning Radius |
mm |
11900/12100 |
|
Brake Distance |
m |
10 |
|
Approach Angle |
|
16° |
|
Departure Angle |
|
11° |
|
Chassis Model |
|
HOWO |
|
|
|
|
|
Wheel Base between the First and the Second Axle |
mm |
1850/1800 |
|
Wheel Base between the Second and the Third Axle |
mm |
4605/4600 |
|
Wheel Base between the Third and the Fourth Axle |
mm |
1310/1350 |
|
Front Tread |
mm |
2065/2022 |
|
Rear Tread |
mm |
1850/1830 |
|
Max. Engine Power |
kw |
287(1800r/min)/275 (2200r/min) |
|
Max Engine Torque |
N.m |
1836(1100r/min)/1500 (1100-1600r/min) |
|
Overall Dimension |
mm |
13800*2490*3995/13950*2490*3960 |
|
Full-load Total Weight |
kg |
34500/35000 |
Description:
Sinotruk kogel optimized the design of the hydraulic system, adopted the latest free fluid technique and greatly lessened t