GDSI-L101
GDSI-L101
GDSI-L101
GDSI-L101
GDSI-L101
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  • GDSI-L101
  • GDSI-L101
  • GDSI-L101
  • GDSI-L101
  • GDSI-L101

Vehicle detector

GDSI-L101


The main function of identifying the driving shaft at highway toll stations is to ensure the accuracy and fairness of toll collection, prevent fare evasion, and improve traffic efficiency. By identifying the number and type of drive shafts, toll stations can accurately classify vehicles and charge according to the prescribed rates, avoiding charging disputes caused by incorrect axle identification and ensuring the fairness and transparency of charging.

Key words:

GDSI-L101

  • Description
  • Specs
  • Model
    • Commodity name: GDSI-L101
    • Commodity ID: GDSI-L101
    • Category: Vehicle detector
    • Model No.: GDSI-L101

    The main function of identifying the driving shaft at highway toll stations is to ensure the accuracy and fairness of toll collection, prevent fare evasion, and improve traffic efficiency. By identifying the number and type of drive shafts, toll stations can accurately classify vehicles and charge according to the prescribed rates, avoiding charging disputes caused by incorrect axle identification and ensuring the fairness and transparency of charging.

    The main function of identifying the driving shaft at highway toll stations is to ensure the accuracy and fairness of toll collection, prevent fare evasion, and improve traffic efficiency. By identifying the number and type of drive shafts, toll stations can accurately classify vehicles and charge according to the prescribed rates, avoiding charging disputes caused by incorrect axle identification and ensuring the fairness and transparency of charging.

    vehicle drive shaft detection system, drive shaft detector, vehicle separation sensor, sensors for vehicle separation 

  • ● Using laser measurement technology to scan vehicles, with high detection accuracy;
    ● Real time output of information on the number of axles, single or twin tires, the number and position of drive shafts, and the conversion of vehicle models
    ● Suitable for various application forms such as high-speed toll stations, fixed overload control stations, material yards, etc
    ● Able to replace light barriers, laser vehicle detectors,loop detector, and achieve functions such as vehicle separation and event triggering
    ● Integrated transmission and reception device, not affected by light interference
    ● System stability, support 24/7 operation

     

       General Parameters

    Parameters
    Supply Voltage24VDC
    Power< 101W
    Light SourceInfrared laser (905nm)
    Mounting ModeSingle side installation
    Communication ModeTCP/IP / RS485
    Protection RatingIP67
    Accuracy Of Identifying The Number Of Axles≥99.5%
    Accuracy Of Identifying Single Or Double Tires≥99.5%
    Accuracy Of Axles Recognition≥99.5%
    Accuracy Of Drive Shaft Identification≥99.5%
    Min. Distance Between Vehicles100mm
    Vehicle Classification AccuracyCommon weather≥99.9%
    Rainy, snowy, foggy weather≥99%
    Allowable Vehicle Speed≤36km/h
    Detection Distance0.2~6m
    Detection Height0.2~10m
    Ambient Temperature-20~60
    MTBF≥50000h
    Product Performance
    Laser LidarModel NO.LSD101ALMO-PNP-ENT
    ParametersRefer to product introductionRefer to product introduction
    Wheel Axle Controller Model NO.LVSC3
    Current Supply24VDC
    Power< 2W
    Communication ModeEthernet/RS485
    Switch Input3 routesI/O 24V
    Switch Output1 routerelay outputnormally open
    Ambient Temperature-30~60
    Body Size174mm × 106mm × 55mm

     

  • Product SeriesProduct ModelSensing DistanceCommunication ModeMounting ModeSensing HeightResponse TimeProduct Height
    GDSI SeriesGDSI-L1016mTCP/IP / RS485Single side installation10m20ms690~990mm

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