Selecting the right 130 ton truck crane for heavy lifting projects requires careful attention to specifications and site conditions. Every crane must meet the unique demands of each job. The ZOOMLION ZTC1300VS863 serves as a practical example of how specific features impact performance and safety.
Key Specs for a 130 Ton Truck Crane
Choosing the right 130 ton truck crane starts with understanding its core specifications. Each feature plays a critical role in determining how well the crane will perform on a heavy lifting project. Below, we break down the most important aspects to consider.
Lifting Capacity and Load Charts
Lifting capacity defines the maximum weight a crane can safely handle at a specific radius. For a 130 ton truck crane, this figure is central to project planning. Operators must consult load charts to match the crane’s capacity with the demands of each lift. These charts show how much weight the crane can lift at different boom lengths and angles.
Tip: Always check the load chart before every lift to ensure safety and compliance.
Here is a comparison of standard lifting capacities and ranges for this class of crane:
| Specification | Value |
|---|---|
| Nominal Capacity @ Radius | 130 US Tons @ 8' |
| Standard Boom Length | 40' - 183.7' |
| Max. Tip Height | 250' (92m) |
The ZOOMLION ZTC1300VS863 offers a maximum rated total lifting weight of 130,000 kg. This matches industry standards and ensures it can handle large structural components, heavy machinery, and other demanding loads.
Boom Length and Reach
Boom length and reach determine how far and how high the crane can lift materials. These specifications are vital for projects that require working at height or over obstacles. A longer boom provides greater flexibility and access to hard-to-reach areas.
The ZOOMLION ZTC1300VS863 features an eight-section main boom that extends up to 85 meters. With the auxiliary boom, the maximum lifting height reaches 110 meters. This allows the crane to operate in a wide range of environments, from urban construction sites to industrial plants.
| Feature | Detail |
|---|---|
| Maximum Boom Length | 85 meters |
| Working Radius | Up to 72 meters |
| Maximum Lifting Height | 85 meters |
Note: Boom length directly impacts both lifting height and reach. For example, a main boom length of 14 to 73 meters can provide a maximum working height of 82 meters and a maximum lifting height of 100.5 meters.
Mobility and Chassis
Mobility is essential for moving the crane between job sites and maneuvering within tight spaces. The chassis design affects how easily the crane can navigate different terrains and access challenging locations.
Key mobility features for a 130 ton truck crane include:
• Powerful engine, such as the WP12.460E62 in the ZTC1300VS863, delivering 338 kW at 1900 r/min.
• Maximum driving speed of 80 km/h for efficient transport.
• Minimum turning diameter of 24 meters for improved maneuverability.
• Robust chassis with advanced drive configurations for stability and control.
• Outrigger systems that provide a stable base during lifting operations.
These features ensure the crane can reach the work area quickly and set up safely, even on uneven ground.
Attachments and Customization
Attachments and customization options expand the crane’s capabilities. Jibs, auxiliary booms, and specialized hooks allow operators to adapt the crane for unique lifting tasks. The ZOOMLION ZTC1300VS863 supports a range of attachments, making it suitable for complex projects that require extended reach or precise placement.
Customization ensures the crane meets the specific needs of each project, improving efficiency and safety.
Why These Specifications Matter
Crane size and specifications such as boom length, lifting height, and engine power are essential for determining operational capabilities. These factors influence stability and safety during lifting. Understanding them helps project managers select the right equipment for each task. Matching the crane’s reach and capacity to the job ensures efficient, safe, and successful project completion.
Applications and Crane Selection Guide
Matching Specs to Project Needs
Selecting a 130 ton truck crane begins with a clear understanding of your project’s requirements. Each application demands a careful review of load weight, working radius, and height. These factors determine the necessary capacity and maximum reach needs for safe and efficient lifting. When evaluating a crane for heavy-duty applications, consider the following:
• Project requirements dictate the required load capacity and influence operational efficiency.
• Safety and regulatory compliance remain critical in every application.
• Project duration and site conditions affect the type and configuration of the crane.
When matching specifications to project needs, focus on lifting capacity, working radius, and site conditions. Knowing the maximum weight to be lifted and the distance it must travel ensures the right equipment is chosen. Project timeline, load capacity, lifting requirements, crane types, site conditions, and logistical considerations all play a role in the selection process.
For example, the ZOOMLION ZTC1300VS863 excels in applications such as bridge construction, wind turbine installation, and industrial plant maintenance. Its 85-meter main boom and 110-meter maximum lifting height provide versatility for projects requiring significant reach and capacity. This model demonstrates how selecting a crane body with the right specifications supports a wide range of application scenarios.
Evaluating Site and Safety Factors
Site access and ground conditions are key factors to consider when deploying a 130 ton truck crane. The ground must be firm, well-drained, and textured to support the crane’s weight. Before operation, evaluate the site for underground utilities, voids, and weak soil. Additional support, such as crane mats or cribbing, may be necessary to distribute loads and maintain stability.
Safety remains a top priority in every application. Clear communication between the operator, riggers, and signal person is essential. Environmental factors, such as wind and rain, can impact crane operations and must be monitored. Maintaining a safe distance from power lines and obstacles prevents accidents. All personnel should be familiar with emergency procedures for incidents like power line contact or equipment malfunction.
A structured approach to safety includes:
| Step | Description |
|---|---|
| 1 | Conduct reliable load-bearing calculations and review the load chart. |
| 2 | Perform a comprehensive pre-operation safety check. |
| 3 | Inspect anti-two-block systems, boom parts, and wire ropes. |
| 4 | Verify engine oil, hydraulic fluid, and corrosion levels. |
| 5 | Examine wheels for wear and proper pressure. |
| 6 | Check hydraulic outriggers and counterweight installation. |
| 7 | Ensure all meters and emergency systems function correctly. |
| 8 | Install all required safety systems as per OSHA guidelines. |
The ZOOMLION ZTC1300VS863, with its advanced safety features and robust design, is well-suited for challenging site conditions and demanding applications.
Cost and Manufacturer Considerations
Financial planning is a crucial part of the crane selection guide. The initial purchase price is only one aspect of the total cost. Additional expenses include financing, registration, operator training, maintenance, insurance, and storage. Modern cranes, such as the ZOOMLION ZTC1300VS863, may require specialized care, which can increase maintenance costs.
When evaluating manufacturers, consider warranty and after-sales support. Leading brands offer benefits such as 24/7 technical assistance, rapid parts response, and comprehensive global service teams. A one-year warranty with free parts replacement and repair coverage adds value and reduces long-term risk.
A practical approach to selecting a crane for your application involves reviewing technical specifications, verifying supplier reliability, and calculating the total cost of ownership. The table below summarizes these key factors to consider:
| Factor | Description |
|---|---|
| Technical Specifications | Confirm lifting capacity, boom length, and safety compliance. |
| Supplier Verification | Choose suppliers with strong reputations and customer satisfaction. |
| Financial Considerations | Assess total ownership costs and negotiate favorable terms. |
By following these steps and referencing real-world examples like the ZOOMLION ZTC1300VS863, you can ensure the crane you select meets the demands of your heavy-duty applications and delivers reliable performance across a variety of application scenarios.
Selecting a 130 ton truck crane involves evaluating capacity, attachments, mounting, and chassis. Matching crane features to site conditions improves efficiency and safety. Practical evaluation methods, such as operator certification and auditing, ensure reliable performance. Apply this process to diverse heavy lifting projects for optimal results.
FAQ
What is the maximum lifting height of the ZOOMLION ZTC1300VS863?
The main boom reaches 85 meters. With the auxiliary boom, the crane achieves a maximum lifting height of 110 meters.
How do I determine if a 130 ton truck crane fits my project?
Review your load weight, lifting height, and site access. Compare these needs with the crane’s specifications and load charts for a safe match.
What safety checks should operators perform before using the crane?
Operators should inspect the boom, wire ropes, outriggers, and safety systems. Always verify fluid levels and ensure all emergency devices function properly.
Post time: Jul-06-2026
