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XCA160H
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Product Introduction
The XCA160H prioritizes efficient operation and stable reliability. It features a new single-cylinder pin telescoping system, with a main boom reaching up to 88 meters in full length. Combined with the jib, the maximum reach extends to 116.6 meters. The maximum rated lifting capacity is 160 tons, and the maximum rated lifting moment is 5239 kN·m. For short-distance relocation, it can carry partial counterweights and all outrigger pads, meeting diverse job site requirements while reducing the need for transport trailers and enhancing relocation efficiency.
Product Advantage
The lifting capacity takes the lead in the industry with strong power, the 4-axle extreme 160-ton all terrain crane with high intelligent level.
Closed hydraulic system for lifting and slewing system, equipped with large-displacement pump, lifting speed with heavy load highly. Mature double-variable mechanism with fine control tactic, matching perfectly stably.
Automatically recommend the most proper working conditions. Searching and setting work condition simply.
With first launched multi-mode drive technology in the industry, real-time intelligent control for various working conditions is realized so that the crane has optimized travel state and crane safety and reliability are improved.
Axle load monitoring technology: Proper gear (the highest gear engaged) and axle driving mode are matched automatically by axle load monitoring technology, which provides protection for crane safety in traveling.
Technical Parameters
| Whole length | 16225 | mm |
| Full width of the whole machine | 3000 | mm |
| Whole machine high | 3995 | mm |
| Wheelbase | 2650+1650+2900+1650 | mm |
| Tread | 2590 | mm |
| General quality of running state | 55000 | kg |
| Engine rated power | 390/1900 | kw/(r/min) |
| Engine rated torque | 2500/1000-1400 | N.m/(r/min) |
| Maximum travel speed | ≥80 | km/h |
| Minimum stable running speed | ≤5 | km/h |
| Minimum turning diameter | ≤18.5 | m |
| Maximum climb | ≥60 | % |
| Minimum ground clearance | 307 | mm |
| Approach angle | 19 | ° |
| Departure angle | 16 | ° |
| Maximum rated total weight | 160 | t |
| Maximum lifting torque of the basic arm | 5145 | kN·m |
| Turning radius | 5110 | mm |
Product Uses
1. Wind Turbine Installation and Maintenance
This model features excellent off-road capability and heavy-load relocation performance, adapting to complex terrain in wind farms. It is commonly used for installing, maintaining, and replacing components of wind turbines. Its robust boom system meets high-altitude lifting requirements.
2. Petrochemical and Power Construction
In petrochemical projects, power plant construction, and substation installations, the XCA160H handles the installation and positioning of heavy equipment such as large tanks, reactors, and boiler modules. Its stable hydraulic system and precise micro-movement ensure safe lifting operations.
3. Urban Construction Projects
With its flexible steering modes and relatively compact structure, this crane operates effectively in confined urban spaces. It participates in steel structure hoisting for high-rise buildings, large equipment transportation, and municipal engineering projects.
4. Emergency Rescue and Specialized Lifting
The XCA160H may also be deployed for obstacle clearance and equipment transport during disaster relief operations, or for specialized lifting tasks in sectors like aerospace. Its robust power and reliability prove critical in emergency situations.
Product Operate Guide
Pre-Operation Inspection: Conduct a comprehensive inspection of the equipment before operation, including exterior structure, hydraulic system, power system (fuel, engine oil, coolant), travel system (tire pressure, tread wear), and safety devices (lights, horn, brakes, etc.). Ensure the vehicle is stationary with the parking brake fully engaged.
Startup and Travel: Before starting, confirm no obstacles are present and the transmission is in neutral. Turn the key to the “ON” position to initiate the system self-check. Once all dashboard warning lights extinguish, start the engine and idle for 3-5 minutes to warm up. Select an appropriate drive mode based on road conditions during travel, maintaining speed control.
Preparing for Lifting Operations: Always deploy outriggers before operation to ensure the vehicle is level. Set operating parameters via the cab controller, including boom configuration and counterweight selection. Inspect lifting equipment (hooks, wire ropes, etc.) for integrity and verify lifting parameters (load weight, radius, height) remain within safe limits.
FAQ
1. TRACK PLATE BOLTS BREAKING AT THE HEAD?
Insufficient bolt preload causes fatigue failure under alternating loads.
2. ABNORMALLY HIGH TEMPERATURE IN THE HYDRAULIC PUMP HOUSING RETURN LINE?
Severe internal pump wear increases internal leakage, causing high-pressure oil to leak into the housing and generate heat through throttling.
3. ACCUMULATOR PRESSURE RETENTION TIME TOO SHORT?
The accumulator bladder or diaphragm ruptured, or the charging valve leaks. Recharge with nitrogen or replace.
4. THE SPOOL RETURN SPRING IN THE DIRECTIONAL CONTROL VALVE FREQUENTLY BREAKS?
The spool sticks due to contaminated oil. Forced operation by the operator causes the spring to overload and shear.
5. ALL MOVEMENTS ARE EXTREMELY SLOW AT IDLE SPEED, BUT NORMAL WHEN THROTTLE IS INCREASED?
Normal behavior. At idle, the engine outputs low power and the hydraulic pump delivers reduced flow to minimize fuel consumption and noise.
6. ACTUATORS EXHIBIT SLIGHT OVERSHOOT AFTER RELEASING THE CONTROL LEVER?
Caused by fluid inertia during spool retraction. For precision-controlled equipment, this can be mitigated by adjusting the spool retraction damping.
