Flexible and Easy-to-Operate Truss Type Bridge Deck Paver for
Bridge Construction
The truss type bridge deck paver is an important equipment
specifically used for bridge deck construction, with the following
characteristics:
1. Stable structure:
Adopting a truss structure design provides strong support and
stability, capable of withstanding various loads and vibrations
during the construction process.
2. High paving accuracy:
Helps ensure that the flatness and slope of the bridge deck meet
the design requirements, providing good comfort and safety for
driving.
3. High construction efficiency:
Being able to complete large-scale bridge deck paving operations in
one go reduces construction time and labor costs.
4. Strong adaptability:
It can adapt to bridge decks of different widths and shapes, and
has good flexibility.
5. Convenient operation:
Equipped with an easy-to-use control system, operators can easily
adjust parameters such as paving speed and thickness.
6. Reliable quality:
High quality materials and advanced manufacturing processes ensure
the reliability and durability of the equipment during long-term
use.
In practical applications, truss type bridge deck pavers have
played an important role in projects such as highway bridges and
urban overpasses. It not only improves the construction quality,
but also accelerates the project progress, providing strong support
for bridge construction.
Technical Parameters
| Power Supply | 380V |
| Equipped with power | ≥28KW |
| Rated power of roller drive motor | 7.5kW |
| Rated power of walking drive motor | 4x1.1kW |
| Display interface | 10 "touch color display |
| Operation control | Electrical cabinet control+software integration control |
| Paving speed | 0-5m/min |
| Walking speed | 0-10m/min |
| Spread width | ≤16m |
| Water tank capacity | 300L |
| Hydraulic oil volume | 80L |
| Rod shaft diameter | φ219mm |
| Rod shaft speed | 240rpm |
| Vibration frequency | ≥3000次/min |
| Walking style | Four wheel drive rubber wheel walking |
| Elevation control method | Laser automatic positioning |
| Laser positioning method | Encoder automatic real-time tracking and positioning |
Cases:
