9.28.2025 / 5-minute read

10-Tonnen Mecanum Wheel AGV: Automatisierte Logistiklösung für Drehgestellwerkstatt

Übersicht

The 10-ton Mecanum wheel omni-directional AGV is designed for bogie cleaning workshops.

Utilizing magnetic navigation technology and full-directional movement capability, it enables precise and efficient automated transfer of heavy components in confined spaces, optimizing workshop logistics layout and increasing cleaning throughput.

Grundlegende Parameter

Parameter KategorieSpecific IndicatorParameter Value / Description
TragfähigkeitNennlast10,000 kg (10 Tons)
Maximum Load (Optional)Up to 20 Tons (Customized Version)
AntriebssystemWheel TypeMecanum Wheel
Number of Drive Wheels8-Wheel Independent Drive
Motor TypeAC Servo Motor
Motion PerformanceMax. Speed (Fully Loaded)30 m/min
Positionierungsgenauigkeit±10 mm or higher
Movement ModesStraight, Transverse, Diagonal, 360° On-the-Spot Rotation
Navigation SystemPrimary NavigationMagnetic Tape Guidance
Station IdentificationPre-programmed Magnetic Marker Identification
StromnetzBattery TypeLithium Iron Phosphate (LiFePO4) Battery
EnduranceSupports more than one shift operation (Duration depends on specific working conditions)
Physical DimensionsVehicle DimensionsCustomized based on customer requirements (To adapt to pallet and bogie dimensions)
Lift Height (if applicable)Lifting within a 120mm range (For Undercarriage-type models)
SicherheitsmerkmaleObstacle Avoidance SystemMulti-level safety protection (Contact bumpers, Laser/Ultrasonic obstacle detection)
System SafetyMultiple alarm protections (Over-current, Over-voltage, Position Deviation, Over-temperature, etc.)

Wie es funktioniert

The AGV follows magnetic tape paths via magnetic sensors.

Its control system (employing a fuzzy PID algorithm) drives eight Mecanum wheels, synthesizing motion vectors in any direction to achieve flexible, precise omni-directional movement and accurate docking at workstations.

Die Herausforderungen

  1. Conflict between high load capacity and maneuverability in narrow spaces.
  2. Achieving precise positioning and motion stability under heavy loads.
  3. Ensuring reliability in workshop conditions (e.g., water, oil stains).
  4. Efficient coordinated scheduling of multiple AGVs.

Lösungen

  1. Implemented an 8-wheel independent Mecanum wheel system to distribute load and reduce vehicle size.
  2. Applied a fuzzy PID control algorithm for adaptive adjustment, enhancing positioning accuracy and stability.
  3. Used IP54-rated key components and wear-resistant wheel materials to suit harsh environments.
  4. Deployed a central dispatch system for multi-AGV path planning and task coordination.

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