Product Introduction
The XCA60 prioritizes intelligent operation and environmental sustainability. It innovatively integrates Internet-enabled mobile terminal control technology, allowing users to intelligently operate over 20 complex functions via smartphone or tablet. This enables advanced features such as one-touch boom extension/retraction and work condition replication, significantly boosting operational efficiency. Its subsequent hybrid variant, the XCA60_EV, achieves 100% electric operation capability alongside fuel-electric hybrid drive, effectively conserving energy, reducing emissions, and delivering exceptional quietness.
Product Advantage
1. Powerful Engine
Equipped with a high-performance, fuel-efficient engine that meets emission standards (e.g., Euro III/IV or equivalent).
Provides reliable power for both driving and crane operations.
2. Lifting Capacity
Maximum lifting capacity of 25 tons, making it suitable for a wide range of lifting tasks.
Features a 5-section U-shaped boom with a maximum length of 39.5 meters (or longer with a jib extension).
3. Boom and Jib
5-section U-shaped boom: Offers excellent strength and flexibility for various lifting scenarios.
Telescopic boom: Extends quickly and smoothly for efficient operation.
Optional fixed or hydraulic jib: Extends the crane's reach for specialized tasks.
4. Advanced Hydraulic System
High-performance hydraulic system ensures smooth and precise control during lifting operations.
Equipped with load-sensing technology to optimize hydraulic efficiency and reduce fuel consumption.
5. Mobility
Mounted on a robust truck chassis, providing excellent mobility between job sites.
Designed for easy transportation on public roads, with compliance to road regulations.
Technical Parameters
| Category | Item | Unit | Parameter |
| Outline Dimensions | Overall length | mm | 11880 |
| Overall width | mm | 2550 |
| Overall height | mm | 3755 |
| Wheel base | 1st and 2nd Axles | mm | 2950 |
| 2nd and 3rd Axles | mm | 1650 |
| Track | mm | 2150 |
| Weight | Dead weight in travel configuration | kg | 36000 |
| Axle load | 1st axle | kg | 12000 |
| 2nd axle | kg | 12000 |
| 3rd axle | kg | 12000 |
| Travel | Travel speed | Max. travel speed | km/h | 85 |
| Min. stable travel speed | km/h | 3 |
| Min. turning diameter | m | 14.2/(three axles steering) |
| Min. ground clearance | mm | 330 |
| Approach angle | ° | 19 |
| Departure angle | ° | 21 |
| Braking distance (at 30 km/h ) | m | ≤10 |
| Max. grade ability | % | 65 |
| Oil consumption per 100 km | L | 55 |
Product Uses
1. Urban Construction and Narrow Space Operations
Ideal for construction in densely built-up urban areas, factories, and other sites with narrow roads. Its compact layout and innovative heavy-duty single-boom independent suspension system deliver exceptional steering stability and off-road capability, enabling agile navigation through narrow streets and challenging terrain.
2. Major Infrastructure and Engineering Projects
Widely deployed for lifting operations in construction sites, ports, bridges, oil fields, and mines. Its six-section 48-meter main boom and leading performance effectively address diverse construction demands, such as participating in overseas urban infrastructure development.
3. Emergency Response and Rescue Support
During natural disaster relief operations, it efficiently clears fallen trees and billboards, assists in loading/unloading rescue equipment, and performs maintenance support. Its high mobility, flexible turning modes, and exceptional gradeability ensure rapid maneuverability in challenging terrain.
4. Overseas Special Projects and Extreme Environments
Specifically engineered for global markets, it meets stringent standards of premium regions like Europe while adapting to complex operating conditions in Africa, South America, and Asia. For instance, at East Africa's largest hydropower station project, it efficiently completed steel reinforcement formwork hoisting operations despite nearly 100-meter vertical work surface differences, extremely steep inclines, narrow passages, and prolonged rainy seasons.
5. Military Drills and Special Equipment Support
During joint military-civilian emergency exercises, it rapidly mobilizes with convoys to clear roadblocks, assist in installing and repairing other equipment, and load/unload specialized military gear—its reliability receiving full endorsement.
Product Operate Guide
Safe and efficient operations require standardized procedures. Operators must be certified before commencing work, thoroughly inspect equipment prior to operation, and strictly adhere to official load charts at all times. Overloading is strictly prohibited. When operating in harsh environments, special attention must be paid to equipment maintenance.
FAQ
1. HOW TO ENSURE SAFETY WHEN WORKING NEAR HIGH-VOLTAGE LINES?
Maintain a safe distance, set up warning signs, assign a dedicated supervisor when necessary, and use insulated protective equipment.
2. WHAT PRECAUTIONS SHOULD BE TAKEN DURING RAINY WEATHER OPERATIONS?
Prevent slipping by avoiding soft ground, inspect electrical systems for waterproofing, and suspend operations if necessary.
3. HOW CAN EQUIPMENT LIFESPAN BE EXTENDED?
Strictly follow maintenance manuals, operate according to specifications, avoid overloading, and promptly address minor malfunctions.
4. WHAT TASKS ARE REQUIRED FOR ROUTINE MAINTENANCE?
Includes checking engine oil, hydraulic fluid, and coolant levels; cleaning air filters; inspecting tire or track condition; and tightening all connecting components.
5. HOW OFTEN SHOULD HYDRAULIC FLUID BE REPLACED?
Typically every 2,000 operating hours or annually, but shorten intervals under harsh conditions.
6. HOW SHOULD EQUIPMENT BE STORED PROPERLY?
Clean the equipment, fill fuel tanks, drain water from reservoirs, apply rust protection to exposed metal parts, and start the engine monthly.
