Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution

2026-04-16

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Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution - 1
Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution - 2

1. Project Background & Industry Challenge

In automated manufacturing environments such as lights-out factories, crane systems are no longer isolated lifting devices. They are integrated into precision-controlled production lines, where lifting stability directly affects process accuracy.

In this project, the crane system operates under:

  • Rated lifting capacity: 7 tons 
  • Lifting speed: 7 m/min 
  • Travel speed: 20 m/min 
  • Duty classification: M8 (high-duty, continuous operation) 

Under such conditions, conventional winch systems typically face:

  • Uneven load distribution in multi-rope configurations
  • Asynchronous rope movement causing load swing
  • Accelerated wire rope wear due to misalignment
  • Limited reliability in unattended operation

These issues make standard winches unsuitable for C-axis driven smart crane systems.


2. Client’s Core Technical Requirements

The client required a solution capable of:

  1. Synchronous lifting with four ropes 
  2. Stable operation under high-frequency duty (M8) 
  3. Integration with automated control systems (PLC/C-axis drive) 
  4. Minimal load swing for precision handling
  5. Long-term unattended operation (lights-out factory) 
  6. Compact design combining hoisting and traveling functions 

3. KLD Engineered Solution

Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution - 3

KLD (Beijing Tianheng Kairui) provided a dual drum synchronous winch integrated with a transfer trolley, designed specifically for automated crane systems.

Key Configuration:

✔ Dual Drum Mechanical Synchronization

  • Two drums driven in synchronized motion
  • Eliminates dependency on electronic synchronization compensation
  • Improves consistency in rope winding

✔ Four-Rope Load Distribution System

  • 4 × Φ20mm 6×19S IWRC wire ropes 
  • Balanced load sharing across lifting points
  • Reduced structural stress and swing

✔ Integrated Drive Unit

  • Approx. 11 kW geared motor 
  • K-series gearbox configuration
  • Stable torque output for continuous duty cycles

✔ Integrated Transfer Trolley Design

  • Winch + trolley combined into a single assembly
  • Total system weight approx. 12 tons 
  • Reduced installation tolerance stack-up

✔ Automation Compatibility

  • Designed for PLC and motion control integration 
  • Suitable for multi-station coordinated operation

4. Technical Specifications

Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution - 4
Dual Drum Synchronous Winch for Smart Crane C-Axis Drive Manufacturer | 7 Ton Automated Lifting Solution - 5
ItemSpecification
Rated Load7 Ton
Lifting Speed7 m/min
Travel Speed20 m/min
Duty ClassM8
Drum TypeDual Drum
Wire RopeΦ20mm, 6×19S IWRC, 1570 MPa
Motor Power~11 kW
Winch Assembly Weight2346.86 kg
Trolley Weight4543.59 kg
Total System Weight~12,000 kg

5. Design Highlights

✔ Structural Synchronization

Mechanical linkage ensures consistent drum rotation, reducing synchronization error at the source.

✔ Key Component Reliability

  • Q345 welded drum structure
  • Heavy-duty bearings (e.g., UCP series)
  • High-strength IWRC wire ropes

✔ Reduced Rope Wear

Guide rollers and controlled winding paths minimize abrasion and misalignment.

✔ Continuous Duty Capability

Designed for M8 classification, suitable for repetitive heavy-load cycles.

✔ System Integration

Supports integration into automated crane control architectures.


6. Application Scenarios

This solution is suitable for:

  • Smart manufacturing lines
  • Automated crane systems
  • Precision lifting in assembly processes
  • Multi-station material handling systems
  • Lights-out factory environments

7. Project Value

The implemented system achieves:

  • Reduced load swing during lifting
  • Improved positioning accuracy
  • Lower maintenance frequency
  • Extended wire rope service life
  • Compatibility with unattended operation

8. Manufacturer Capabilities (KLD Winch)

  • Manufacturer Direct Supply → Reduced procurement cost, no intermediary margin
  • Customized according to CAD/PDF drawings → Fully adaptable to project requirements
  • ISO-based production process (aligned with GB/T and international standards)
  • Engineering support from design to commissioning

9. SEO Long-tail Keywords

  • dual drum synchronous winch for crane
  • four rope lifting winch system
  • automated crane winch manufacturer
  • C-axis drive winch solution
  • heavy duty industrial winch for sale

10. Request a Quote

If you are sourcing a dual drum winch for automated crane systems or need a custom lifting solution, KLD provides engineering support and manufacturing services.

Request a Quote with the following details:

  • Load capacity
  • Rope length and configuration
  • Duty cycle
  • Installation layout (CAD/PDF preferred)

11. Procurement FAQ

Q1: What is the difference between a four-rope synchronous winch and a standard winch?
A four-rope synchronous system ensures balanced lifting, minimizes load swing, and is suitable for high-precision automated applications.


Q2: Can the winch be used in unmanned (lights-out) factories?
Yes. This solution supports PLC control and integration with automated systems, making it suitable for lights-out factory operations.


Q3: What are the advantages of a dual drum design?
A dual drum structure enables synchronized driving, ensuring consistent wire rope winding and improved operational stability.


Q4: Is the equipment suitable for continuous high-frequency operation?
Yes. The system is designed to meet M8 duty classification, making it suitable for heavy-duty and high-frequency applications.


Q5: Can you customize a C-axis driven winch?
Yes. KLD provides customized solutions based on project requirements, including C-axis drive systems and synchronous control configurations.

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