Paver Machine Spare Parts Ultrasonic Automatic Leveling System Paver Parts

Upgrade Your Paver with Slipform Paver Parts Ultrasonic Automatic Leveling System

Product description

The ultrasonic automatic leveling system is based on advanced micro-processing technology and adopts CAN bus technology to ensure the safety of the system to the greatest extent. It is suitable for special working conditions such as strong electromagnetic interference, high temperature, high humidity, and high dust on the engineering site. Flexible and efficient control system. Ultrasonic automatic leveling system is an important supporting instrument for paver. In recent years, it has gradually replaced other traditional leveling instruments, providing a stronger guarantee for further improving the construction quality of paver.

Leveling instrument features:

1. The digital leveling instrument separates the signal part and the output part originally integrated in the analog leveling, and connects through the data line, so the performance is more stable.

2. The display of the controller is more intuitive. Even if it is working at night, if there is a fault, it can be found as soon as possible, so that the fault can be solved faster.

3. The controller has high-level and low-level outputs, which can meet the needs of different paver machines, so there is no need to replace the instrument.

4. According to the difference in the response speed of the leveling cylinder of different paver machines, adjust the controller parameters to meet the requirements of on-site paving construction.

5. When you need to adjust the thickness, you only need to adjust it with the up and down keys, which is easy to use.

Technical Parameters

SMC-0428 digital controller technical parameters:

Precautions for use
1. Proper installation and calibration
The installation position should be accurate to ensure that the sensor can accurately detect road conditions. Strict calibration must be carried out before construction to ensure the accuracy of measurements.

2. Choose the appropriate benchmark
Select appropriate reference lines or surfaces based on construction requirements and site conditions.
For example, steel wire ropes can be chosen as benchmarks in straight sections, while aluminum alloy beams may need to be used as benchmarks in bends.

3. Regular maintenance and inspection
Timely clean the debris and dirt on the sensor to ensure its normal operation. Check if the connection lines are loose to avoid signal transmission failures.