High Pressure Common Rail Control Slipform Paver For National III Emission
The SMC-6500 is a rear sliding mode paver featuring full hydraulic drive and four-track walking system, designed for negative clearance construction. It is primarily used for paving on rural roads and shoulder-less roads.
- Shangchai 6-cylinder engine with electric preheating, delivering high power output suitable for high-altitude construction
- High pressure common rail control system compliant with National III emission standards (National IV optional)
- Advanced industrial CAN bus communication system between control panel and main control box for simplified, reliable operation
- User-friendly widescreen LCD display showing machine status with intuitive fault indications
- Full track steering system with positioning function for multiple steering modes and quick positioning
- Automatic leveling system ensures superior road surface smoothness
- Automatic steering function creates perfect linearity during paving
- Four elongated tracks enhance ground adhesion capability
- Rear-mounted mold for negative gap construction with high-pressure water gun system (550L water tank capacity)
| Parameter | Value |
|---|---|
| Paving width | 2500-4500 mm |
| Paving height | 0-300 mm |
| Flatness | ±3 mm/3m |
| Paving Speed | 0-15 m/min |
| Driving speed | 0-1.8 km/h |
| Vibrator brand | WYCO |
| Vibrator interface | 12 |
| Vibrator frequency | 0-167 Hz |
| Fuel tank | 320L |
| Water tank | 550L |
| Engine | Shangchai SC4H160.5G4 |
| Rate power | 118Kw/2200rpm |
| Emission standard | Phase IV (Phase III optional) |
| Feed system | Spiral/belt |
| Weight | 19.5 t |
| Transport size (L*W*H) | 7500*3000*2800 mm |
The rear sliding mode paver consists of main components including the host machine, mold, vibration system, leveling system, and control system.
Concrete Supply: Mixed cement concrete is transported to the paver's hopper via transportation equipment.
Mold Forming: The rear-mounted mold shapes the concrete according to construction requirements as the paver advances.
Compaction: High-frequency vibration evenly distributes aggregates, removes bubbles, and enhances concrete density for structural integrity.
Leveling Control: Sensors monitor elevation and slope, with the control system adjusting mold parameters to meet design specifications.
Continuous Operation: The paver maintains continuous progress, repeating the paving process for efficient construction.
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