Inteeligent Overhead Crane

Key Features:

Compact and Lightweight Design

• Reduced self-weight and small overall dimensions.

• High degree of standardized component design.

• Easy installation and maintenance.

• Optimized to save factory space and structural layout.

Working Class Options

• Available in grades A5–A8, suitable for different operational intensities.

Hoisting Mechanism

• Equipped with a new European-style hoist mechanism.

• Maintenance-free galvanized steel wire rope with high strength.

• Independent control system for lifting devices.

• Standard guiding wheel configuration.

• Wire rope guide with anti-skewing and anti-derailment functions.

• Dual-system upper and lower limit protection for hoisting.

• Load limiter or high-precision weighing sensor included.

• For lifts below 80 tons, fitted with rigid telescopic link mechanism to ensure positioning accuracy.

Structural Components

• Box-type main and end beams.

• High-strength Grade 10.9 connecting bolts.

• Wheels made of 42CrMo alloy steel.

• End beam precision boring for enhanced alignment.

• Manufactured with advanced European production processes.

Electrical & Drive Systems

• Festoon flat cable or cable chain system.

• Travel motors equipped with anti-fall protection.

• End beams fitted with derailment prevention and guiding wheels.

• Hoisting controlled by servo or frequency inverter.

• Travel controlled by frequency inverter or servo drive.

• Smooth, shock-free operation with noise < 75 dB.

• Hoisting positioning via absolute encoders.

• Trolley and bridge positioning via magnetic rulers, laser ranging, etc..

• Positioning accuracy up to ±5 mm.

Intelligent Control System (MES & WMS)

• Enables fully automated, unmanned operation.

• Real-time monitoring of crane trajectory, cycle times, and material status.

• Records material codes, paths, storage, and usage history.

• Optimizes workflow with software-based logic settings to trigger processes efficiently.

• Supports visual scanning, barcode scanning, and automatic positioning for material recognition and handling.

Application Scenarios

• Cutting and feeding steel plates.

• Finished product handling.

• Intelligent bulk material feeding systems.

• Coil handling.

• Aluminum plate handling.

• Profile steel handling.

• Handling of slender pipe materials.