ZCC4000V

The Zoomlion ZCC4000V is a high-capacity crawler crane engineered for heavy lifting projects, particularly in construction, infrastructure, wind power, and other industrial applications. It combines strength with flexibility, making it well-suited for challenging environments that require reliable, safe, and precise lifting capabilities.

Description and Key Features:


High Lifting Capacity: With a maximum lifting capacity of 400 tons, the ZCC4000V can handle heavy-duty lifting tasks, making it suitable for large-scale projects.
Versatile Boom and Jib Configurations: Multiple boom and jib options provide the flexibility to adapt to different height and reach requirements, enhancing the crane’s usability across various applications.
Enhanced Stability and Superlift Option: This model includes a superlift configuration for increased lifting capacity, enabling safe and stable lifting of heavy loads at extended boom lengths.
Wind Power Application: Designed with capabilities to handle high-altitude lifts, particularly for wind turbine installations and similar elevated projects.
Durable Crawler Design: The crawler tracks offer superior stability and allow the crane to operate smoothly on uneven and soft ground.
Intelligent Control System: The control system includes real-time monitoring, load moment indicators, and safety mechanisms, ensuring safe and precise operation.
Modular Design for Transport and Assembly: The modular design simplifies transport and reduces setup time, making it efficient to move between project sites.


Technical Specifications:



Lifting Capacity and Radius:


Max Lifting Capacity: 400 tons at a certain radius and boom length, configured for different lifting needs.
Max Load Moment: 4000 ton-meters.



Boom and Jib Details:


Main Boom Length: 24–84 meters.
SL Boom Length: Standard and superlift configurations available to meet different lifting needs.
Luffing Jib Length: Configurable in different lengths to provide flexibility for various project requirements.
Max Lifting Capacity of Luffing Jib: Increased lifting capacity in superlift mode to handle heavier loads.
Wind Power Jib: Specially designed for high-altitude, heavy lifting applications such as wind turbine installation.



Winch Speeds (Single Rope):


Hoisting Winch Speeds: Configured to provide efficient lifting speeds for different lifting operations.
Primary and Secondary Winches: Designed to handle heavy-duty lifting operations with optimized speeds.
Derricking Winch Speed: Adjustable to provide precise boom and jib adjustments.



Operational Capabilities:


Max Slewing Speed: Approximately 1.0 rpm.
Max Crawling Speed: Around 1 km/h, providing decent mobility on job sites.
Gradeability: Capable of handling slopes up to 20%, making it suitable for uneven terrain.
Ground Pressure: Optimized ground pressure for stability on various terrains.
Total Weight with Main Boom: Configurable, depending on boom length and lifting configuration.
Max Transport Weight of a Single Component: Designed for ease of transport with modular components.



Engine Specifications:


Manufacturer/Model: Typically powered by a high-performance diesel engine (e.g., WEICHAI or Cummins).
Rated Power: Around 300–350 kW to provide the power necessary for heavy lifting.
Max Output Torque: Configured for high torque at moderate rpm for efficient performance.
Exhaust Emission Standard: Non-road compliant with emission standards.




Safety and Control Features:


Load Moment Limiter: Prevents the crane from exceeding its load capacity for safe operation.
Anti-Sway System: Reduces load sway to maintain stability during lifts.
Automatic Fault Detection: Real-time diagnostics and fault detection for maintenance and safety.
Emergency Stop Features: Enhanced safety with quick-response emergency stop systems.


The Zoomlion ZCC4000V is a powerful and adaptable crawler crane, ideal for projects that require heavy lifting and precise control. Its versatility and advanced safety features make it suitable for large-scale construction, infrastructure, and energy projects, especially in environments where safety, stability, and flexibility are essential.