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Aftermarket Paver Parts Ultrasonic Leveling Instrument Non Contact

Product Details

Place of Origin: China

Brand Name: Siming

Certification: ISO-9001/CE

Model Number: SMC-0428

Payment & Shipping Terms

Minimum Order Quantity: 1 psc

Packaging Details: Container shipping

Delivery Time: 1-2 days

Payment Terms: L/C,T/T

Supply Ability: 30 units per month

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Paver Parts Ultrasonic Leveling Instrument

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Aftermarket Paver Parts Leveling Instrument

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Ultrasonic Leveling Instrument Non Contact

Type:
Ultrasonic Leveling Instrument
Usage:
Road Construction
Power Supply Range:
11V … 30V (DC)
Allowable Voltage Fluctuation:
±10%
Compatibility:
Fits Most Slipform Pavers
Application:
Paving Machine
Functionality:
Smooth Paving
Type:
Ultrasonic Leveling Instrument
Usage:
Road Construction
Power Supply Range:
11V … 30V (DC)
Allowable Voltage Fluctuation:
±10%
Compatibility:
Fits Most Slipform Pavers
Application:
Paving Machine
Functionality:
Smooth Paving
Aftermarket Paver Parts Ultrasonic Leveling Instrument Non Contact
Aftermarket Paver Parts Ultrasonic Leveling Instrument Non Contact
Product Overview
The non-contact ultrasonic leveling instrument plays an irreplaceable role in road construction. It can greatly improve the smoothness and slope accuracy of roads, providing strong guarantees for driving safety and comfort.
By accurately measuring changes in road surface height, the road surface is ensured to be uniform and smooth, reducing bumps and vibrations. This is particularly important for roads with high traffic flow such as highways and urban main roads, as it can reduce vehicle wear and fuel consumption and improve traffic operation efficiency.
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
Parameter Specification
Power supply voltage 11-30VDC
Current consumption about 200 mA (no load)
Allowable voltage fluctuation ±10%
Output mode switch output, PNP/NPN, maximum current 3A
Proportional output, PNP, maximum current 2.5A
CAN interface protocol ISO 11898 - 24V
Operating temperature range -10℃-70℃
Storage temperature range -25℃-85℃
Protection class IP67
SMC-0428 Transverse Slope Sensor Technical Parameters
Parameter Specification
Power supply voltage 11-30VDC
Current consumption < 50 mA (no load)
Allowable voltage fluctuation ±10%
Detection range ±8%
Output mode CAN signal
CAN interface protocol ISO 11898 - 24V
Operating temperature range -10℃-70℃
Storage temperature range -25℃-85℃
Protection class IP67
Aftermarket Paver Parts Ultrasonic Leveling Instrument Non Contact 0
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.