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SANY SCP250C2 has a Rated Load of 25.0 t, Wheelbase 4300 mm & Max Lifting Height of 4000mm
Download the SCP250C2 Brochure HERE
Engine | |
---|---|
Emission standard | EU Stage III EU Stage IV EU Stage III EU Stage IV |
Engine model | VOLVO-TAD851VE VOLVO-TAD871VE CUMMINS-QSC8.3 CUMMINS-QSB6.7 |
Max. torque | 1160/1350 Nm/rpm 1160/1200 Nm/rpm 209/1500 Nm/rpm 990/1500 Nm/rpm |
Rated power | 185/2200 Kw/rpm 185/2200 Kw/rpm 250/2100 Kw/rpm 194/2200 |
Operation Range | |
Gradeability (Load) | 29 % |
Max Lowering Speed (unloaded/loaded) | 400/400 mm/s |
Max Travelling Speed (unloaded/loaded) | 26/30 km/h |
Max. Lifting Speed (Load / No Load) | 250/300 mm/s |
Min. Ground Clearance | 330 mm |
Overall Weight | 35600 kg |
Rated Capacity | 25 T |
Tyre | 16.00-25 |
Dimensions | |
Front Track Width | 2204 mm |
Inner Turning Radius | 940 mm |
Load Center | 1200 mm |
Outer Turning Radius | 6000 mm |
Overall Height | 3960 mm |
Overall Length | 8840 mm |
Overall Width | 3100 mm |
Overhang Front | 1135 mm |
Overhang Rear | 1005 mm |
Rear Track Width | 2450 mm |
Seat Height | 2040 mm |
Wheel Base | 4300 mm |
Performance | |
Drive Axle | KESSLER-D91 PL408 |
Transmission | DANA 340 TE17312 SCP300G - DANA 340 TE17310) |
Mast | |
Mast Height (Retracted H / Extended H) | 3960/5905 mm |
Mast Tilt (Forward / Backwards) | 5/10 deg |
Max. Lifting Height H3 | 4000 mm |
Fork | |
Application | 20' ISO Containers, Heavy Cargo, Loose Cargo |
Fork Dimensions (Length x Width x Height) | 2400 x 250 x 110 |
Shift Distance | 786~2776 mm |
Intelligent Anti-Rollover Protection
Adopt intelligent control technology to detect equipment's real-time working parameters and prevent rollover operation. It is highly intelligent, ensuring safety and worry free operation.
Cargo Fall-off Protection Technology
The technology can automatically control the position of the attachment, preventing cargo fall in emergencies such as sudden brake or making a turn.
Automatic Fire Extinguishing Technology
The pipeline network automatic fire extinguisher with strong spray can realize fire alarm, anti-flaming and fire extinction functions. The fireproof performance is steady and reliable.
Cab Automatic Lock Technology
While under maintenance, the cab will be turned on one side. With inappropriate operation, accidents would happen. Cab of SANY heavy-duty forklift truck has the double protection of mechanical and hydraulic anti-rollover protection, effectively preventing accidental rollover.
Automatic Braking Technology upon Reversing
Adopting technologies like laser scanning and graphic identification, the machine can precisely detect people or obstacles within the driving route and then brakes automatically to prevent accidents. It is highly intelligent with high safety.
Reliable Structure Design
Designed by China and Germany together, the equipment is assured to be highly reliable and endurable by adopting full-digit prototype design system, going through FEA, dynamics simulation analysis, as well as strict endurance and vibration tests.
Reliable Power System
Using world famous brand engines like VOLVO and CUMMINS which are reliable in quality and strong in power, combining the advanced power matching and control technology, the equipment is greatly optimized in dynamic performance. Scientific and appropriate protection for the engine and gearbox will significantly prolong their longevity.
Attachment Quick Change Technology
The attachment can be switched quickly, so as to realize efficient work under different working conditions.
Efficient Control Technology
The centralized joystick has inching control function. It can realize fine tuning to millimeter precision easily. All the attachments' motions are under proportional control, providing an experience of man-machine unification. The machine also has multi-motion linkage design so that it can operate faster and more efficiently.
Comfortable Operation Environment
The operator-oriented design includes a broad view of working condition. The controlling devices are placed in proper position to ease fatigue of operators.
Design for Lighter
Optimize the structure to make it lighter and stronger.