Product Description
Strong motive power
· Adopt Xinchai diesel engine series, large reserves of torque, low fuel consumption and high economic efficiency.
· Optional for Quanchai diesel engine series, adapt to the needs of different regions.
High reliability
· Imported high strength powder metallurgic clutch plate, reliable transmission.
· Independent oil circuit of hydraulic system, high cleanliness and low failure rate.
· Reinforced chassis structure, stable and reliable performance.
Efficient operation
· Adopts 4x3x (1 + 1) compound transmission,12F + 12R gear, shuttle shift, side control, easy to operate.
· Vertical double oil cylinder high pressure lifter, large lifting force and good operation adaptability.
· Increase the volume of diesel tank to meet the requirements of long-term operation.
Comfortable operation
· Flat panel console, shuttle shift under the steering wheel, reasonable man-machine engineering.
· Full hydraulic steering system, flexible and comfortable operation.
· Optional for cab, comfortable driving space.
Product Parameters
Model |
LT904B |
Drive Type |
4x4 |
Overall dimension(LxWxH) |
4080×1750×2800mm |
Wheelbase |
2080mm |
Front wheel tread |
1285mm |
Rear wheel tread |
1350mm |
Min.ground clearance |
370mm |
Min operating weight |
2900kg |
Gearbox gears number |
12 Front+12Rear |
Forward Speed |
2.41-30.91Km/h |
Reverse Speed |
2.11-27.1Km/h |
Engine Model |
QUANCHAI 4C6-90U32 |
Engine type |
4 cylinders,in Line,water cooling |
Engine power |
66.2Kw/2300r/min |
Tire seize(Front tires) |
8.3-24 |
Tire seize(Rear tires) |
14.9-30 |
Steering type |
Full hydraulic |
Max lifting force |
24.03Kn |
PTO type |
Rear-mounted semi-detached |
PTO speed |
540/760r/min |
PTO power |
56.27Kw |
Control type of ploug hing depth |
Height adjustment,floating control |
Front/Rear iron ballast as option |
112/200Kg |
Fuel tank capacity |
92L |
Company Profile
Packaging & Shipping
FAQ
After Sales Service
Our Products will be continuously improved with the progressing of the technique, So please indicate the difference between the listed parameters in the sample sheet and structure features and take material object as the standard. |