loading
XGC25T
| Availability: | |
|---|---|
| Quantity: | |
Product Introduction
Equipped with two modes of no-load in high-speed and with-load in low-speed to achieve automatic switch-over for travel with-load in high-speed, overload travel protection function, to ensure the safety for travel with-load. Automatic direction change function of forward/ backward travel, without changing steering direction, so as to make operation more humanization. Use of mixed luffing down technology, to ensure not only smooth gravity falling but also fast dynamic falling, for energy-saving, stable, fast and efficient operation.
Product Advantage
25 ton small telescopic crawler crane XGC25T, 4-section telescopic boom, fully extended boom length is 33m , jib length is 8.15m, it meets all working radius in boom length range.
Telescopic crawler crane XGC25T is of integrated transport design without disassembly, greatly save transport costs. (transport width 2.95m, transport weight ≤ 34.9t).
Extendable crawler track meets the requirements of lifting work with high stability, also meets transport requirements for crane outline dimension.
XGC25T is of integrated transport design without disassembly, greatly save transport costs. (transport width 2.95m, transport weight ≤ 34.9t).
Technical Parameters
| Items | Unit | Parameter value |
| Crane full length | mm | 12805 |
| Crane full width | mm | 4200/2950 |
| Crane full height | mm | 3035 |
| Central distance between active and passive roller | mm | 4330 |
| Width of track shoe | mm | 700 |
| Total mass in travel state | kg | 34960 |
| Travel speed with empty load | km/h | 2.6 |
| Travel speed with full load | km/h | 1.5 |
| Min. clearance from the ground | mm | 357 |
| Max. gradeability | % | 45 |
| Ground pressure | MPa | 0.06 |
| Ear noise | A | 80 |
| Engine model | - | QSB6.7 |
| Rated power of engine | kw | 142 |
| Rated revoution speed of engine | r/min | 1800 |
| Emission standard of engine | - | EU Stage IIIA |
| Hydraulic tank capacity | L | 400 |
| Fuel oil tank capacity | L | 450 |
| Max. rated total lifting weight | t | 25 |
| Min. rated radius | m | 3 |
| Max. lifting load moment --basic boom | kN·m | 970 |
| Max. lifting load moment --max. boom | kN·m | 576 |
| Hoisting height --basic boom | m | 9.9 |
| Hoisting height--max. main boom | m | 32.3 |
| hoisting height--max. main boom +jib | m | 39.8 |
| Lifting boom length--basic boom | m | 10.6 |
| Lifting boom length--max. main boom | m | 33 |
| Lifting boom length--max. main boom+jib | m | 41.15 |
| Jib installation angle | ° | 0,15,30 |
| Main boom hoisting time | s | 48 |
| Main boom fully extending time | s | 56 |
| Max. slewing speed | r/min | 2.5 |
| Hoisting speed (empty load, the 4th layer) main hoist system | m/min | 140 |
| Hoisting speed (empty load, the 4th layer) auxiliary hoist system | m/min | 140 |
Product Uses
1. Construction Sites and Urban Projects
Widely used in construction sites for pile driving, steel structure installation, interior demolition, and subway construction. Its telescopic boom design and compact body (transport weight only 34.96 tons) enable flexible operation in height-restricted and confined urban environments, as demonstrated by its outstanding performance in the construction of a major international conference venue in Hangzhou.
2. Mining and Quarry Operations
Ideal for lifting and transporting ore, stone, and heavy equipment components in mining and quarry settings. Its rugged crawler chassis and formidable off-road capability (operates without outriggers) effortlessly handles rugged mining terrain, though ground leveling and equipment maintenance require attention.
3. Bridges, Tunnels, and Confined Spaces
Ideal for height-restricted, unpaved environments like bridge interiors, tunnel construction, and ship holds. Its load-carrying mobility and stable slewing ensure safe, efficient lifting operations within enclosed spaces.
4. Harsh Terrain and Special Environments
Demonstrates unique advantages in deserts, swamps, muddy and slippery sites, and even sandy beaches. Its crawler-type travel system and corrugated rolled track plates—similar to those used on excavators—provide exceptional traction and mobility.
Product Operate Guide
XGC25T operation must strictly adhere to regulations. Before operation, ensure the ground is solid and level, with ground pressure meeting requirements. Continuously monitor the load moment indicator (LMI) during operation; overloading is strictly prohibited. Control boom movements smoothly via the control console, noting the crawler chassis' adaptability to rough terrain, which allows for travel under load. Lifting operations require dedicated signal personnel to ensure cargo is securely fastened and clear of personnel. After operation, fully retract the boom and perform regular maintenance. Operators must hold valid certification.
FAQ
1. WHAT PRECAUTIONS SHOULD BE TAKEN WHEN OPERATING IN MARINE OR CORROSIVE ENVIRONMENTS?
Marine-rated equipment must be selected or additional anti-corrosion treatment applied. After operation, promptly rinse salt deposits from equipment with fresh water and conduct more frequent inspections of structural components and wiring harnesses.
2. WHAT REQUIREMENTS APPLY WHEN OPERATING IN FLAMMABLE OR EXPLOSIVE ENVIRONMENTS?
Explosion-proof specialized equipment must be used, featuring specially treated exhaust and electrical systems to prevent spark generation.
3. HOW SHOULD ELECTRICAL SYSTEMS BE PROTECTED DURING MACHINE CLEANING?
Avoid direct high-pressure water jet washing on electrical components such as the cab interior, sensors, wiring harness connectors, fuse boxes, and ECUs to prevent short circuits.
4. WHAT IS THE CORRECT SEQUENCE FOR CONNECTING AND DISCONNECTING BATTERIES?
When disconnecting, remove the negative terminal (-) first, then the positive terminal (+). When connecting, attach the positive terminal (+) first, followed by the negative terminal (-).
5. WHAT SHOULD BE DONE IF ABNORMAL NOISE OR VIBRATION OCCURS DURING OPERATION?
Immediately stop operation and investigate the source of the noise/vibration. Possible causes include loose components, bearing damage, air ingress in the hydraulic system, or structural cracks. Professional diagnosis is required.
6. WHAT SHOULD BE DONE IF AN UNRESOLVED FAULT OCCURS?
Immediately stop operation, record the fault code and symptoms, and contact an authorized XCMG after-sales service station for handling by professional maintenance personnel.
