Product Description
The XLC130 is a mature, field-proven medium-tonnage lattice boom crawler crane, purpose-built to balance high lifting performance, structural durability and flexible site adaptability. Unlike telescopic boom cranes, its professional lattice boom structure adopts high-strength lightweight steel design, offering higher rigidity, stronger wind resistance and longer working radius, making it ideal for prolonged high-altitude and long-distance hoisting operations.
All core load-bearing components, including the boom assembly, turntable and chassis, are manufactured from high-grade structural steel with enhanced fatigue resistance and structural stability. Equipped with a precision full-hydraulic control system, the machine achieves ultra-smooth lifting, slewing and traveling movements with minimal operating impact and high positioning accuracy. The matched intelligent control system ensures adaptive power output under variable load conditions, effectively improving construction accuracy while reducing energy consumption.
The reinforced tracked traveling system delivers exceptional all-terrain passability. With ultra-low ground pressure design, the crane operates reliably on soft ground, muddy roads, construction slopes and rugged wild sites, eliminating the terrain limitations of traditional mobile cranes. Adopting a fully modular split structure for booms, jibs and counterweights, the XLC130 features simplified disassembly, transportation and on-site assembly procedures. It effectively shortens project preparation cycles and reduces auxiliary construction and logistics costs for frequent cross-site transitions.
In terms of operational safety and intelligence, the XLC130 is equipped with a complete multi-dimensional safety monitoring system, including real-time load data acquisition, overload protection, height and radius limitation, and automatic fault diagnosis. The ergonomically designed enclosed cab minimizes operator fatigue during long-shift high-intensity work. With low failure rate, easy daily maintenance and strong environmental adaptability, the XLC130 has become a mainstream reliable lifting equipment for global medium and large-scale engineering construction projects.
Product Advantages
Stable & Powerful 130T Lifting Performance
Rated for 130 tons maximum lifting capacity and 1680kN·m standard lifting moment, the XLC130 provides steady and sufficient heavy-load output. Multiple boom and jib combination modes fully cover short-distance heavy hoisting, long-radius precision hoisting and high-altitude equipment installation, meeting diverse medium and large engineering lifting demands.
High-Rigidity Lattice Boom Structure
Optimized lightweight lattice boom structure features high structural strength, strong wind resistance and low deformation coefficient. Compared with telescopic booms, it performs better in long-term outdoor high-altitude operation, with longer service life and higher operational stability under extreme working conditions.
Superior All-Terrain Adaptability Without Outriggers
Featured with 0.075MPa ultra-low ground pressure crawler chassis, the crane disperses body weight evenly and avoids ground sinking. It works stably on soft soil, muddy foundation, slopes and uneven rugged sites without outriggers, adapting to various harsh wild construction environments.
Modular Design for Easy Transition & Assembly
Standard modular structure for booms, jibs and counterweights simplifies disassembly and transportation. All split components comply with international logistics standards, greatly reducing cross-site transition difficulty and shortening on-site assembly cycle to improve overall project efficiency.
Precise Hydraulic & Intelligent Safety System
Advanced full-hydraulic control system ensures shock-free, smooth and highly sensitive operation with precise micro-control capability. Built-in real-time load monitoring, overload protection and fault self-diagnosis systems realize full-process safety early warning, effectively avoiding misoperation and heavy-load safety risks.
Low Maintenance & High Comprehensive Cost-Performance
Adopts mature and verified industrial structure with low failure rate and excellent durability. Standardized spare parts and simple daily maintenance greatly reduce long-term operational and maintenance costs. It is a cost-effective and high-reliability lifting solution for long-term engineering leasing and construction projects.
Technical Parameters
Item |
Unit |
XLC130 |
Max Rated Lifting Capacity |
t |
130 |
Max Lifting Moment |
kN·m |
1680 |
Main Boom Length Range |
m |
18 ~ 72 |
Auxiliary Jib Length Range |
m |
6 ~ 24 |
Max Working Height (Boom + Jib) |
m |
96 |
Max Working Radius |
m |
66 |
Rated Engine Power |
kW |
162 |
Max Gradeability |
% |
30 |
Average Ground Pressure |
MPa |
0.075 |
Total Machine Weight |
t |
132 |
Max Travel Speed |
km/h |
1.2 |
Slewing Speed |
r/min |
1.4 |
Main Hoist Rope Speed |
m/min |
110 |
Emission Standard |
- |
EU Stage IV |
Product Applications
Wind Power Engineering:
Onshore wind turbine assembly, tower installation and auxiliary hoisting for wind farm construction
Bridge Construction:
Bridge pier forming, beam erection and large bridge component installation works
Municipal & Urban Construction:
Urban infrastructure renovation, overpass construction and heavy component hoisting
Steel Structure Projects:
High-rise building steel frame installation and prefabricated building component lifting
Industrial Engineering:
Factory equipment installation, chemical plant and energy station routine hoisting
Foundation Works:
Pile foundation construction, foundation reinforcement and road engineering hoisting
Complex Terrain Projects:
Field construction, mountain engineering and muddy site hoisting operations
FAQ
Q1: Why choose XLC130 lattice crawler crane over telescopic crawler cranes?
A: The XLC130 lattice boom design delivers higher structural stability, stronger wind resistance and longer working radius. It is more suitable for long-duration high-altitude and long-distance hoisting tasks, with lower deformation rate and longer service life, making it more reliable for large-scale continuous engineering construction.
Q2: Can the XLC130 operate on soft and muddy construction sites?
A: Yes. Featuring an ultra-low ground pressure of 0.075MPa, the large-area crawler undercarriage disperses machine weight evenly. The crane operates stably on soft soil, muddy ground and gentle slopes without outriggers, adapting to various harsh off-road construction conditions.
Q3: Is the XLC130 easy to transport and transition between job sites?
A: Yes. Adopting a full modular split structure for booms, jibs and counterweights, all disassembled components meet international road transportation limits. It simplifies loading and unloading procedures, cuts logistics costs and shortens site transition cycles.
Q4: What safety features does the XLC130 come with?
A: It is equipped with a complete professional safety system, including load moment limiter, height & radius limit protection, automatic overload protection, emergency stop device and real-time fault self-diagnosis system, providing full-process safety protection during heavy-load and high-altitude operations.
Q5: What project scenarios is the XLC130 suitable for?
A: It is widely applied for onshore wind power, bridge engineering, municipal infrastructure, high-rise steel structure installation, industrial plant construction, foundation engineering and complex terrain field hoisting projects, covering most medium and large construction hoisting demands.
Q6: What after-sales service and warranty do you provide?
A: We offer 1-year full machine warranty and 1.5-year warranty for core hydraulic and engine components. Global professional after-sales support is available, including remote fault diagnosis, spare parts supply and on-site technical guidance to guarantee long-term stable equipment operation.
