The application of concrete slipform paver with a maximum width of
3m in the field of railway engineering
The side-mounted cement slipform machine has important applications
in the field of railway engineering.
In railway subgrade engineering, it can be used to pour railway
shoulders. Through the construction of the side-mounted cement
slipform machine, the shape of the road shoulder can be ensured to
be regular and the size precise, improving the stability and
bearing capacity of the road shoulder and effectively preventing
the collapse of the subgrade slope.
In the construction of railway drainage facilities, the
side-mounted cement slipform machine can efficiently pour drainage
trenches. For example, in the construction of the drainage system
along the railway, the drainage trenches that meet the design
requirements can be quickly completed, enhancing the drainage
effect and ensuring the dryness and stability of the railway
foundation.
For railway ancillary facilities, such as the concrete structure at
the edge of the platform, the side-mounted cement slipform machine
can also exert its advantages. It can precisely pour the concrete
part at the edge of the platform to ensure the flatness and safety
of the platform.
In railway tunnel engineering, the side-mounted cement slipform
machine can be used for the construction of the tunnel side ditch.
It can operate in a limited space, quickly complete the pouring of
the side ditch, and ensure the smooth drainage of the tunnel.
In conclusion, the side-mounted cement slipform machine, with its
efficient and precise construction characteristics, provides strong
technical support for the construction of railway projects and
helps improve the quality and construction efficiency of railway
projects.
Features:
1. Wide operating vision,good operating experience
The components on the operating platfom are integrated into the
humanized design concept,the layout logic is clear, the operator
only needs a glance to determine the position of the functional
devices,and the control response is rapid.
2. Efficient engine energy saving system
ECO energy saving mode automatically matches the optimal working
state according to the working condition of the machine,saving
energy and reducing exhaust emissions.
3. Highefficiency vibration compaction system
Using WYCO square shell vibrator,highcompacting efficiency,stable
and reliable performance.The load with high stable output flow of
Hedforth is equipped with compensation type manual speed regulating
valve,and the frequency regulation of vibrator rodis smooth,stable
and reliable.Standardequipped with 8 vibration oil road, according
to the need to expand 2 vibration oil road,to meet the larger
section of the structure of the paving requirements.
4. Flexible crawler post position
The crawler column is arranged in the first two and the second one.
The two front crawler columns can be rotated with swing arms, or
can be mechanically widened to achieve bias, and the rear crawler
columns can be freely biased, improving the flexibility of the mold
position.
5.Excellent performance steering modes
It has a variety of steering modes, such as forward steering, crab
steering, cooperative steering and spot steering, which improves
the maneuverability of the machine.
6.Track slewing device with large Angle
The track steering is driven by the large-angle rotary device, and
the steering Angle is up to ±130°. The positioning before
construction is more efficient and the transition is more agile.
7.Low speed and smooth walking system
Adopt high speed ratio reducer and high quality international brand
hydraulic motor, driving force is strong, low speed paving walking
smoothly, to meet the requirements of large section structure low
speed paving.
8.High quality servo valve control column lifting
Choose international brand servo valve to drive the column lifting,
lifting cylinder quick response, smooth action, excellent flatness
control.
9.Convenient transportation concept
The unit is compact and the roof can be electrically folded for
more economical truck transport.
Technical Parameters:
No. | Project | Unit | Parameter |
Basic performance parameters |
1 | Max paving width | cm | 300 |
2 | Max paving height | cm | 180 |
3 | Work speed | m/min | 0～10 |
4 | Driving speed | km/h | 0～2 |
5 | Theoretical productivity | m3/h | 90 |
6 | hopper capacity | m3 | 2～10(Depends on the width of the mold) |
7 | Climbing ability | ％ | ≥20 |
8 | Diesel tank | L | 230+120(optional) |
9 | Water tank | L | 500 |
10 | Hydraulic oil tank | L | 300 |
Engine performance parameters |
11 | Engine model | / | Shangchai SC4H160.5G4 |
12 | Engine power | kW r/min | 118Kw/2200 |
13 | Engine type | / | 4-cylinder water-cooled |
14 | Emission standard | / | stage 4(stage 3 is optional) |
Size parameters |
15 |
Dimensions (L x W x H)
| mm | 7000×3550×3600 |
16 |
Transport (L x W x H)
| mm | 7000×2250×2860 |
17 | Track (L x W x H) | cm | 163x30x63 |
Weight parameters of the whole machine |
18 | Weight | kg | 15000 |
Homework performance parameters - feeding |
22 | Spiral device speed | r/min | 0～70 |
23 | Spiral diameter | cm | 42 |
24 | Belt device speed | r/min | 0～100 |
Homework Performance Parameters - Mold |
25 | Number of molds | pcs | 1 |
26 | Construction form | / | Left side paving(optional) |
Performance parameters for homework - vibration compaction |
28 | Vibration rod frequency | Hz | 0～167 |
32 | Number of vibrator | pcs | 5 |
Homework Performance Parameters - Cleaning |
33 | Cleaning form | / | High pressure cleaning |
34 | Cleaning pressure | Mpa | 7 |
Hydraulic system |
35 | Quantity of hydraulic pumps | pcs | 2 |
36 | Hydraulic oil cooling | / | Large size radiator, forced air cooling |
37 | Maximum filtering accuracy | / | 10μm |
Construction case:
