Used SANY SRC1300T (Rough-terrain Crane)
Parameters
| Engine Model | Cummins QSL9 |
| Rated Power(kW) | 194 |
| Engine Revolutions(rpm) | 2400 |
| Maximum Torque(N·m) | 990 |
| Inject Type | Direct Injection |
| Fuel consumption(L/h) | 18~22 |
| Engine Displacement(L) | 8.9 |
| Emisson | Tier3 / Stage IIIA |
| Fuel Tank(L) | 650 |
| Hydraulic Tank(L) | 340 |
| Travel Speed(km/h) | 20 |
| Operating Weight(kg&ton) | 75800 |
| Specifications(mm) | 15750×3450×3940 |
| Size Class | Large |
| Power Type | Diesel |
| Walking Mode | Wheel |
| Country of Origin | China |
| Year of Production | 2024 |
| Condition | Used |
| Working Hours(h) | 2000/5000/7000 |
| Price($) | Check the latest price. |
| Max. lifting capacity | 130t |
| Fuel consumption per 100km | 125L |
| Max. travel speed | 20km/h |
| Wheel formula | 4×2 / 4×4 |
| Boom length: basic boom | 13m |
| Boom length: full-extension boom | 60m |
| Boom length: full-extension boom + fixed jib | 78.7m |
| Boom sections | 6 |
| Boom shape | U shape |
| Max. lifting height: basic boom | 13.5m |
| Max. lifting height: full-extension boom | 60.5m |
| Max. lifting height: longset boom + fixed jib combination | 79.2m |
| Max. lifting moment: basic boom | 3633kN·m |
| Max. lifting moment: full-extension boom | 1828kN·m |
| Max. lifting moment: full-extension boom + fixed jib | 612kN·m |
| Outrigger span (longitudinal × transverse) | 8.25×8.2m |
Features
Tough Performance
The cranes are designed for tough terrains and extreme environment conditions, like dessert or extremely cold area.
Compact Layout
Three hinges of the luffing mechanism are located for a more compact body size, optimized for on-road transport and off-road traveling.
Strong Carrier Frame
An inverted trapezoidal variable cross-section frame is 5% less in weight and 10% stronger in rigidity.
Precise Control
Electrical proportional joystick:
quick reaction in 5ms, providing smooth operation of start and stop. Joystick stroke can be adjusted from 0%-100% so that the loading can be as precise as mm level. Smart flow distribution system, which is initial of flow shunt and confluence method and improved inching motions.
Photos
