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XGC130
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Product Introduction
The XGC130 prioritizes high efficiency, intelligent operation, and safety reliability. It incorporates advanced technologies such as full self-disassembly capability and integrated transportation, with a maximum single-unit transport weight capped at 32.6 tons and transport dimensions of 10.6×3×3.35 meters. This facilitates easy relocation and reduces disassembly/transportation costs. Its mature, reliable systems, comprehensive safety devices, and optional free-fall hook function ensure operational safety and efficiency. It is widely used in construction, petrochemical, power generation, and water conservancy sectors.
Product Advantage
The system is mature and reliable with complete safety devices. Fitted with advanced technologies including complete assembly and disassembly function, integration transport and etc, the crane's performance is superior to that with other domestic brands in various aspects. Boom max. lifting capacity/radius 130t/5m, boom max. load moment 702tm.Fixed jib max. lifting capacity 18.2t. Superstructure is a large box-type structural design, with heavy load bearing capacity, light weight, and good rigidity. Auxiliary hoisting winch is placed in boom base, with relaxed arrangement for turntable, easy maintenance.
Technical Parameters
| Item | Unit | Parameter |
| Max. rated lifting capacity for boom | t | 130 |
| Max. rated lifting capacity for fixed jib | t | 18.2 |
| Max. load moment | t.m | 702 |
| Max. rated lifting capacity for boom single top | t | 13 |
| Boom length | m | 19~76 |
| Boom luffing angle | ° | 30~83 |
| Fixed jib length | m | 13~25 |
| Max. dimension of single unit in transport state(L×W×H) | m | 10.6×3×3.35 |
| Fixed jib offset angle | ° | 15,30 |
| Max. single line speed for hoist mechanism | m/min | 110 |
| Max. single line speed for boom luffing mechanism | m/min | 75.6/62.6 |
| Max. slewing speed | r/min | 1.3 |
| Max. travel speed | km/h | 1.4 |
| Grade ability | % | 30 |
| Mean ground pressure | MPa | 0.094 |
| Model | - | SC9DK270G3/QSC |
| Engine power | kW | 200/183 |
| Emission | - | National III/EU III |
| Overall crane mass | t | 121.1(main hook, 19m boom) |
| Max. mass of single unit in transport state | t | 32.6 |
Product Uses
1. Construction and Municipal Engineering
This crane is suitable for large-scale urban shopping mall construction, building projects, and municipal infrastructure development. Its ease of disassembly, transportation, and flexible operational configurations enable agile operation in space-constrained urban environments.
2. Mining and Quarry Operations
This crane handles the lifting of large rocks and ore in mining quarries. Its 130-ton lifting capacity and stable operation in harsh environments—including high temperatures, humidity, and dust—meet the demands of such heavy-load lifting tasks. However, strict adherence to safety protocols in the operational environment is essential.
3. Petrochemical and Power Engineering Construction
In petrochemical projects and power plant construction, the XGC130 excels at lifting large equipment and tanks. Its mature, reliable systems and comprehensive safety devices ensure compliance with the stringent lifting safety and precision requirements of these sectors.
4. Water Conservancy and Port Construction
This crane is also frequently deployed in agricultural water conservancy projects and port construction. Its robust structural design and excellent environmental adaptability enable stable operation in these demanding settings.
Product Operate Guide
Before operating the XGC130, you must receive professional training and thoroughly read the operating manual. Prior to work, conduct a comprehensive inspection of the equipment's condition, oil levels, and surrounding environment. Ensure the ground is solid and properly lay track pads or use outriggers to maintain stability. During operation, closely monitor the load moment limiter and never exceed the rated capacity. Control the joystick smoothly to prevent violent swinging of the load. Maintain a safe distance from obstacles during slewing and luffing operations. After completing work, retract the boom to the designated position and perform routine maintenance. Safety is always the top priority.
FAQ
1. ARE MAINTENANCE INTERVALS FIXED?
Not entirely. Strictly adhere to the time or hour intervals specified in the Operation and Maintenance Manual. However, under severe operating conditions, maintenance cycles should be appropriately shortened.
2. CAN ALL MAINTENANCE BE PERFORMED INDEPENDENTLY?
Simple daily inspections can be done independently, but complex maintenance must be performed by trained professional technicians.
3. WHAT FLUIDS SHOULD BE CHECKED DAILY BEFORE OPERATION?
Check that engine oil, coolant, hydraulic fluid, fuel, and brake fluid levels are within the specified range.
4. WHY IS IT IMPORTANT TO AFFIX SAFETY WARNING LABELS ON THE MACHINE?
Safety warning labels alert operators and nearby personnel to significant potential hazards. The warnings on these labels must be strictly followed; they must not be damaged or removed.
5. WHY SHOULD NO PART OF THE BODY BE INSERTED INTO MOVING COMPONENTS?
Moving parts exert immense force. Contact can cause severe crushing, shearing, or entanglement injuries. Maintenance must only be performed after the machine has completely stopped and energy isolation is secured.
6. IS IT ACCEPTABLE TO LEAVE THE ENGINE IDLING FOR EXTENDED PERIODS WHEN IDLE?
No. This wastes fuel and generates excessive carbon deposits, leading to engine wear. It is recommended to shut off the engine after more than 5 minutes of inactivity.
