Weigh In Motion
Wide field of Feature
ㆍHigh Accuracy and moderate cost
GVW ±5~7%, AOW ±10~15%
COST323: A5-B7 class, OIML R134: F class
ㆍUser customized solution
Company registration, Vehicle management
Automatic payload calculation
Overload preselection and historical view
Cycle number by vehicles, Weighing by materials
ㆍVerified performance in actual driving characteristics
Wide range of vehicle speed: 0~200km/h, Measurable in traffic jam or acceleration condition
Lane departure driving detection and Estimated weight display for preselection
Proven reference
ㆍLaw enforcement of overload vehicles(preselection)
ㆍSpecial bridges safety management by entering vehicles weighing
ㆍSmart tolling ETCS for trucks
ㆍTraffic information management and statistics
ㆍConstruction progress monitoring
ㆍWeighing by materials of concrete plants
ㆍIn / Out Cargo weight measurement at plant
JRP-WIM | 01:48
Feature #1
ㆍFully prefabricated system
ㆍHigh accuracy, durability
ㆍExcellent long term stability
ㆍWide speed range (0~200km/h)
ㆍRobust, Waterproofing package
ㆍ3-splited bending plates
ㆍLong term life cycle
Feature #2
ㆍAvailable to all pavements
ㆍDetection of wheel types and positions
ㆍPlatform leveling device, easy and economical maintenance
ㆍSensor replaceable
ㆍApplied proper torque assemble
ㆍThermometer (RTD) embedded
Feature #1
ㆍController for JRP-WIM installing inside of outdoor enclosure
ㆍVehicle detection, Dynamic weight measuring function
ㆍAutomatic vehicle classification
ㆍAnalysis of vehicle information(wheel track, wheelbase, axle type)
ㆍLane departure driving detection
ㆍSignal processing algorithm for weight accuracy
ㆍCompensation function for temperature and velocity
Feature #2
ㆍOutstanding expandability(modularized)
ㆍKC, CE certified
ㆍCable and ground noise filtering function
ㆍNoise filtering using vehicle natural frequency
ㆍFast computing speed and high stability and durability
ㆍLow power consumption, AVR(Automation Voltage Regulator) embedded
ㆍAVI(Automatic Vehicle Identification) VMS(Variable Message Sign) System linkable
JRP-WIM | 03:12
Monitoring information
ㆍSystem operation monitoring
Vehicle detection info, Operation Error
Connected device status, Communication status
User authorization management, History log
ㆍVehicle measurement information
Real-time video, Individual detail views
Overload vehicle data management
SMS Alarm for pre-selection & operation
ㆍStatistical analysis
Traffic volume, Traffic patterns
Overload vehicle data &driving pattern
Statistical analysis, Result report
Measuring data
ㆍSite code, driving direction, Lane
ㆍVehicle entry and exit date / time
ㆍVehicle front/side/roof view image
ㆍVehicle license plate no.
ㆍWeight(gross, axle, group, wheel, Payload)
ㆍVehicle company, Cargo type
ㆍSpeed, acceleration
ㆍWheel ground position
ㆍVehicle classification result
ㆍAxle No, Type of axle, Wheel type
ㆍVehicle length, Overhang, Temperature
ㆍOperation logs, Statistical Analysis Data
Criteria for the site #1
ㆍInstallation area: W3.4xD7.6m
ㆍFlatness < IRI 2.0
ㆍSlope ＜ 2%
ㆍRadius of curvature ＞ 1km
Criteria for the site #2
ㆍConcrete pavement depth＞ 250mm
(Replacement packaging method is used in other cases)
ㆍPower supply (AC 220V)
ㆍInternet connection area (＞ 10Mbps)
Case study #1
The JRP-WIM system, which is installed in Yeosu National Industrial Complex, connects Yeosu and Gwangyang to Lee Soon-Shin Bridge. It is used as a vehicle weight information management system, an overload prevention and pre-selection system for heavy vehicles. Provides effective overload prevention system by sending suspicious vehicle information to enforcement police.
JRP-WIM | 02:13
Case study #2
The JRP-WIM system installed in the Songdo 4 bridge connecting Incheon Songdo New Port and Namdong Industrial Complex is used for traffic statistics purposes to evaluate the performance impact of the bridge due to cumulative fatigue load due to frequent passage of large trucks. Provides management information for maintenance.
JRP-WIM | 03:12
Case study #3
The JRP-WIM system installed in the YNCC of Yeosu National Industrial Complex was applied to the vehicle weight information management system. It is used to measure irregularity of the amount of construction waste (aggregate, soil, etc.) generated in the construction site. Provides real-time on-site monitoring and vehicle operation history management.
JRP-WIM | 03:12
Case study #4
The JRP-WIM system installed in the approach road of the Woorim Concrete Ind. Co., Ltd. is applied to the factory material weight information management system(the exact stock amount, source and history of the material-gravel, sand, slag, fly ash etc). It provides to monitor the exact loading weight by source at remote warehouse management office, and provide decision making materials to calculate the exact order quantity according to the shipment quantity.
JRP-WIM | 01:48
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