Q
What types of structures can this slipform paver construct?
By switching between various molds, the machine can slipform pave roads, drainage ditches, curbs, shoulders, concrete guardrails, and farmland irrigation canals, making it highly versatile across multiple construction applications.
Q
How does the three-track walking system improve paving quality?
The system uses closed-loop speed control with PID adjustment to maintain stable paving speed. Displacement sensors on the steering device enable crab-like walking and coordinated steering with a small turning radius, ensuring accurate positioning and consistent paving quality.
Q
What emission standard does the engine comply with?
The engine meets National Stage III emission standards. The hydraulic system employs load-sensitive variable control to supply oil based on actual load and speed, ensuring low fuel consumption and energy efficiency.
Q
Does the machine support remote monitoring or IoT connectivity?
Yes. The paver is equipped with an IoT platform and a construction management and monitoring system. An optional remote control device is also available, allowing operators to monitor and manage construction progress conveniently.
Q
How does the sensor system ensure precise slope and steering control?
The machine is fitted with two longitudinal slope sensors, one cross slope sensor, and two steering sensors. All sensors and the controller communicate via a CAN bus, which improves response speed and stability while ensuring precise linear control and enabling superimposed paving.
Q
How quickly can molds be changed on this slipform paver?
The mold fixing device uses hydraulic horizontal and vertical bidirectional adjustment, enabling quick replacement of various molds. The outriggers and auger conveying device are also hydraulically adjustable, further reducing downtime when switching between different paving configurations.
HME Machinery
