XCMG XCA220 All-terrain Crane
Product Feature
Developed for both domestic and international markets, XCA 220 all-terrain crane has an extensive applicability, and is widely suitable for lifting and installation operations in oil field construction, wharf building, bridge erection, etc.
With a 7-section elliptical boom extendable in the 13.4-73m range, an infinite luffing trussed jib extendable to 44 meters (incl. an 8-m-long additional section) and supported by 10x8x10 H-shaped triggers, the 5-axle chassis-mounted crane has an effective reach of as large as 108.2 meters. In addition, the twin independent winch layout, the modular balance weights and the new-type energy-efficient hydraulic system also make it stand out from its industry peers.
Its main performance characteristics are listed as follows:
1. A larger lifting height of up to 108 meters and a larger lifting capacity;
2. A single engine system of higher power and a maximum gradeability of 67%;
3. The design for efficient site transfer makes easy shifting with mounted balance weights to nearby workplaces.
4. The new-type energy-efficient hydraulic system contributes to a lower fuel consumption rate, a higher micro-motion performance and a better maneuverability;
5. The innovative application of intelligent boom technologies based on disruptive concepts of crane maneuverability delivers a comfortable experience of intelligent operation;
6. The World-leading intelligently-controlled crane traveling system and the optimal integrated control technique reduce the excessive wearing in the braking system during a long downhill journey, and thus extend its service life;
7. The industry-leading HMI system of sedan-class technical sophistication makes operation easier and quicker;
8. The new-type styling and user-friendly design make driving and operation more convenient.
More Intelligent
More Cost Efficient
More User-friendly
Industry-Leading in Performance
Product Parameter
Items | Unit | Parameters |
---|---|---|
Parameter items | - | XCA220 |
Dimensions | ||
Full length of complete machine | (mm) | 15500 |
Full width of complete machine | (mm) | 2980 |
Overall height of complete machine | (mm) | 3930 |
Axle base | (mm) | 2650+1650+2500+1650 |
Wheel track | (mm) | 2590 |
Weight | ||
Total mass before driving | (kg) | 55000 |
Axle load | (kg) | 12000×3+9500×2 |
Power | ||
Engine model (upper) | - | OM460LA.E3B/3 |
Rated power of engine | (kw/(r/min)) | 361.1/1800 |
Rated torque of engine | (N.m/(r/min)) | 2200/1300 |
Engine model (lower) | - | — |
Rated power of engine | (kw/(r/min)) | — |
Rated torque of engine | (N.m/(r/min)) | — |
Driving parameters | ||
Running | ||
Maximum running speed | (km/h) | 84 |
Minimum stable running speed | (km/h) | 1~1.5 |
Turning | ||
Minimum turning diameter | (m) | 18.5 |
Minimum turning diameter of jib nose | (m) | 22.5 |
Maximum gradeability | (%) | 67 |
Minimum ground clearance | (mm) | 280 |
Approach angle | (°) | 18 |
Departure angle | (°) | 14 |
Braking length (dry and flat asphalt or concrete road surface, speed: 30km/h ) | (m) | ≤9 |
Fuel Consumption per 100-kilometer | (L) | 65 |
Major performance parameters | ||
Maximum gradeability | (%) | 67 |
Maximum total lifting weight | (t) | 220 |
Minimum rated radius | (m) | 3 |
Maximum lifting moment of basic jib | (kN·m) | 7393 |
Turning radius of rotary table tail | (mm) | 5030 |
Landing legs | ||
Longitudinal | (m) | 8.89 |
Transverse (half stretching) | (m) | 8.3 |
Maximum lifting height | ||
Basic jib | (m) | 13.4 |
Maximum main jib | (m) | 73.5 |
Maximum main jib + fly jib | (m) | 108 |
Length of cargo boom | ||
Basic jib | 13.4 | |
Maximum main jib | (m) | 73 |
Maximum main jib + fly jib | (m) | 108.2 |
Maximum fly jib | - | — |
Operating speed | ||
Maximum rotating speed | (m) | 1.9 |
Lifting speed | ||
Main lifting mechanisms | (r/min) | 130 |
Auxiliary lifting mechanisms | - | 130 |
Fly jib winch | - | — |
Extending and drawing back time of cargo boom | ||
Full extension | (s) | 600 |
Full drawing back | - | 600 |
Luffing time | ||
Arm raising | (s) | 55 |
Arm dropping | (s) | — |
Deploying and retracting of landing legs-- horizontal | ||
Simultaneous deploying | (s) | — |
Simultaneous retracting | (s) | — |
Deploying and retracting of landing legs-- vertical | ||
Simultaneous deploying | (s) | 100 |
Simultaneous retracting | (s) | 70 |