| Customization: | Available |
|---|---|
| After-sales Service: | Lifetime After-Sales Service |
| Warranty: | One Year |
|
Still deciding? Get samples of $ !
Order Sample
|
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
| Payment Methods: |
|
|---|---|
| Support payments in USD |
| Secure payments: | Every payment you make on Made-in-China.com is protected by the platform. |
|---|
| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
|---|
Industry-leading Audited Factory
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
| ENGINE | |
| Emission Standard | Tier 2/ StageII |
| Make /Model / | Cummins /6BTAA5.9 |
| Power /Rotation speed | 133kw@2000rpm |
| Type | Diesel with water-cooled, 4-stroke,6-cylinder ,4,6 |
| PERFORMANCE PARAMETER | |
| Standard Bucket capacity | 0.6m³ |
| Swing speed | 11rpm |
| Maximum Grade ability | 25° |
| Travel speed | 28km/h |
| Maximum Bucket digging force | 91KN |
| Maximum Arm digging force | 55KN |
| Hydraulic system pressure | 32Mpa |
| Machine weight | 15000kg |
| Fuel tank | 210L |
| Hydraulic oil tank | 220L |
| MACHINE SIZE | |
| Overall dimension (L*W*H) | 7680mm*2500mm*3255mm |
| Tread width | 9.00-20 |
| Width of chassis | 1000mm |
| Length to center of rollers | 2600mm |
| Minimum Ground clearance | 350mm |
| Swing radius at tail | 2365mm |
| WORKING RANGE | |
| Maximum Digging height | 8950mm |
| Maximum Dumping height | 6350mm |
| Maximum Digging depth | 5180mm |
| Maximum Vertical digging depth | 4745mm |
| Maximum Digging radius | 8200mm |
| Minimum swing radius | 2650mm |
1. Core features
Strong mobility: fast travel speed, no damage to the road surface, can be transferred over long distances, suitable for operation in cities and narrow environments. The maximum travel speed of foreign wheel excavators is mostly 25~40km/h, and that of domestic ones is mostly 20~35km/h.
Versatility: multiple operating devices can be quickly replaced, such as excavator bucket, loading bucket, bulldozer, ditch cleaning bucket, hydraulic hammer, drilling mechanism, etc., to achieve multiple uses of one machine.
High efficiency and energy saving: using advanced hydraulic system and engine technology, such as load sensing system, electro-hydraulic proportional control, etc., to improve the productivity and economic performance of the whole machine and reduce fuel consumption.
Good comfort: the cab design focuses on operational comfort, equipped with low-noise engine, fan, spacious cab, etc., to reduce indoor noise and improve safety.
2. Application scenarios
Municipal engineering: used for urban road repair, pipeline and cable landfill, greening projects, etc.
Factory facility renovation: suitable for the renovation and emergency repair of internal factory facilities.
Farmland water conservancy: can be used for narrow operations such as ditching, digging canals, and burying cables in farmland.
Emergency rescue: used for excavation and movement of materials in emergency situations such as natural disasters.
3. Mobility and transfer efficiency
Rapid transfer capability
The tire walking design enables the equipment to transfer by itself without a trailer, with a maximum speed of 35km/h, and a single-day transfer efficiency of more than 50%, which is especially suitable for multi-site switching scenarios.
Compared with crawler models, the transfer cost is reduced by about 60% (no flatbed truck transportation is required).
Terrain adaptability
The tire structure reduces damage to the road surface and is suitable for environments such as hardened roads and gravel roads. Crawler models are prone to crushing asphalt or concrete roads, while wheel excavation can avoid high repair costs.
4. Economic and cost advantages
Low operating costs
The fuel consumption is 15%-20% lower than that of crawler models of the same tonnage. Taking the 20-ton class as an example, the average daily fuel consumption can be reduced by 20-30 liters.
The tire replacement cost is only 1/3 of that of the crawler, and the maintenance cycle is longer.
Multi-scenario reuse value
The multi-purpose feature of one machine (replaceable breaker, wood grabber, etc.) reduces the idle rate of equipment and increases the comprehensive utilization rate by 30%-40%.
5. Operation scenario and functional scalability
Multi-condition adaptation
Standard hydraulic quick-change connector supports rapid switching of 20+ types of tools (such as breaker, auger, wood grabber, etc.), meeting the full-scenario needs of road construction, farmland transformation, emergency rescue, etc.
For example, in farmland water conservancy projects, the efficiency is more than 10 times higher than that of manual operation after replacing the ditch clearing bucket.
Complex environment operation capability
The wheeled structure makes it more flexible in narrow streets, farmlands and other scenarios, and the minimum turning radius can be as low as 5.5 meters, while crawler models require a larger operating space.
6. Maintenance convenience and reliability
Modular design
Core components such as engines and hydraulic pumps use standardized interfaces, and the single maintenance time is shortened to 1/2 of crawler models, and the failure rate is reduced by 20%-30%.
Optimized cost of the entire life cycle
The tire life is up to 5000-8000 hours, and the maintenance cost is only 1/4 of the track; the overhaul cycle of the whole machine is extended to more than 12,000 hours.
7. User experience and comfort
Upgraded driving environment
Equipped with a suspended seat, a low-noise cab (indoor noise ≤75dB) and a panoramic view design, the operating fatigue is reduced by 40%.
Intelligent assistance
Integrated GPS positioning, remote monitoring and fault warning system to achieve real-time management of equipment status, and the maintenance response time is shortened to within 2 hours.
FAQ
){kind=link}