Product Introduction
The XCA220_Y prioritizes regional adaptability and intelligent efficiency. Its design addresses the practical demands of target markets, such as enhanced cooling systems and corrosion-resistant construction to withstand high-temperature, high-humidity environments. This model also incorporates intelligent boom technology and advanced human-machine interaction systems, aiming to reduce operational complexity while boosting work safety and productivity.
Product Advantage
1. Excellent performance
With longest seven-section boom of 73m, the longest boom length can be up to 108.2m with jib assembled, which is first in industry.
2. Most economical
Large-tonnage single-engine power technology is used, economical and practical; annual maintenance cost of power system can be saved more than 40%.
3. New experience
New appearance and ergonomic design enable users to obtain new experience.
4. Intelligence and safety
Intelligent crane boom technology and driving control system, intelligent operation planning and safety protection are provided to ensure more intelligent and safer driving and crane operations.
Technical Parameters
| Whole length | 15500 | (mm) |
| Full width of the whole machine | 2980 | (mm) |
| Whole machine high | 3930 | (mm) |
| Wheelbase | 2650+1650+2500+1650 | (mm) |
| Tread | 2590 | (mm) |
| General quality of running state | 55000 | (kg) |
| Axle load | 12000×3+9500×2 | (kg) |
| Engine rated power | 361.1/1800 | (kw/(r/min)) |
| Engine rated torque | 2200/1300 | (N.m/(r/min)) |
| Engine model (get off) | - | - |
| Engine rated power | - | (kw/(r/min)) |
| Engine rated torque | - | (N.m/(r/min)) |
| Maximum travel speed | 84 | (km/h) |
| Minimum stable running speed | 1~1.5 | (km/h) |
| Minimum turning diameter | 18.5 | (m) |
| Minimum turning diameter | 22.5 | (m) |
| Maximum climb | 67 | (%) |
| Minimum ground clearance | 280 | (mm) |
| Approach angle | 18 | (°) |
| Departure angle | 14 | (°) |
| Maximum rated total weight | 220 | (t) |
| Minimum rating | 3 | (m) |
| Maximum lifting torque of the basic arm | 7393 | (kN·m) |
| Turning radius | 5030 | (mm) |
Product Uses
1. Large-Scale Infrastructure Construction
The XCA220_Y is ideally suited for infrastructure projects such as bridge construction and large-scale venues. Its powerful lifting capacity and long boom effectively handle heavy loads like precast beam segments and large steel components, boosting construction efficiency.
2. Wind Turbine Installation and Maintenance
This model boasts excellent off-road capability and maneuverability, adapting to complex terrain in wind farms for turbine installation and maintenance tasks. Its extended boom meets high-altitude lifting demands, having completed maintenance operations in African wind farms.
3. Petrochemical and Power Construction
In petrochemical projects, power plant construction, and substation installations, the XCA220_Y handles the installation and positioning of heavy equipment like large tanks, reactors, and boiler modules. Its new energy-efficient hydraulic system and precise micro-movement ensure smooth and accurate lifting.
4. Urban Renewal and Construction Sites
With its flexible steering modes and relatively compact structure, this crane operates effectively in confined urban spaces. It handles steel structure hoisting for high-rise buildings, large equipment transportation, and municipal engineering projects.
Product Operate Guide
Startup and Operation: Before starting, confirm the surrounding environment and perform a system self-check before starting the engine. Select the appropriate drive mode during operation and maintain speed control. Utilize axle load monitoring technology to monitor driving status in real time.
Lifting Operations: Before operation, ensure leveling by deploying outriggers. Set working conditions via the controller, inspect the integrity of lifting equipment, and strictly prohibit overloading. Use the remote control for single-person counterweight installation.
Boom Operation: Control all movements via the joystick. The closed-loop hydraulic system delivers exceptional micro-movement capability, with a minimum stable speed of 1.3 mm/s, ensuring smooth and precise lifting.
FAQ
1. WHAT SHOULD BE DONE IF THE EQUIPMENT EMITS ABNORMAL NOISES DURING OPERATION?
Immediately stop operation, identify the source of the noise, inspect corresponding components for looseness, wear, or damage, and contact maintenance personnel if necessary.
2. HOW SHOULD THE HYDRAULIC SYSTEM BE OPERATED CORRECTLY?
Check the hydraulic oil level before operation. Avoid prolonged operation at extreme positions during use, and monitor changes in hydraulic oil temperature.
3. HOW SHOULD THE EQUIPMENT BE STORED CORRECTLY?
Clean the equipment, fill fuel tanks, drain water from reservoirs, apply rust prevention to exposed metal parts, and run the engine monthly.
4. WHAT IS THE REPLACEMENT CYCLE FOR FILTERS?
Air filters: Inspect every 500 hours, replace every 1000 hours.
Fuel filters: Replace every 500 hours.
Hydraulic oil filters: First replacement at 250 hours, then every 500 hours thereafter.
5. WHAT CAUSES EQUIPMENT TO VEER OFF COURSE?
Check if tire pressures or track tensions are consistent, if the braking system exhibits unilateral drag, or if the transmission system has malfunctioned.
6. HOW TO ADDRESS EXCESSIVE WATER TEMPERATURE?
Check coolant level, clean the radiator, inspect the water pump and thermostat operation, and clear debris from the radiator exterior.
