Highlight:
14 Inches Cutter Suction Dredger
, River Dredging Cutter Suction Dredger
, Sand Cutter Suction Dredger
River Dredging Machine Sand Cutter Suction Dredger With Ccs Certification
The hull steel plate used is CCSB (shipbuilding steel plate ). The hull is of all welded, steel construction to
give the dredger the necessary strength required for dredging operations.
The hull consists of three pontoons, one main pontoon (engine room), two side pontoons. All parts are
dimensioned to allow the dredger to be transported by road, rail or water. The dredger is equipped with
a rapid connection-disconnection system for the pontoons, achieved using bolts at deck level, hull front
and rear, and hooks at the bottom. Further features of the dredger are the dredger is powered by a Marine
engine.
| Model list for hydraulic cutter suction dredger |
| Model |
Inch |
Diameter pipe |
Water flow |
Solid
capacity |
Total power |
Dredging depth |
Discharge distance |
| YSCSD150 |
6 Inch |
150 mm |
260 m3/h |
30 cbm/h |
102 KW |
4m |
600 m |
| YSCSD200 |
8 Inch |
200 mm |
600 m3/h |
80 cbm/h |
213 KW |
6m |
800 m |
| YSCSD250 |
10 inch |
250 mm |
1,000 m3/h |
160 cbm/h |
367 KW |
8m |
1,100 m |
| YSCSD300 |
12 inch |
300 mm |
1,500 m3/h |
240 cbm/h |
591 KW |
10 m |
1,100 m |
| YSCSD350 |
14 inch |
350 mm |
2,400 m3/h |
360 cbm/h |
971 KW |
12m |
1,200 m |
| YSCSD400 |
16 Inch |
400 mm |
3,000 m3/h |
500 cbm/h |
1,057 KW |
14m |
1,400 m |
| YSCSD450 |
18 Inch |
450 mm |
3,500 m3/h |
700 cbm/h |
1,462 KW |
15m |
1,500 m |
| YSCSD500 |
20 Inch |
500 mm |
3,800 m3/h |
760 cbm/h |
1,648 KW |
15m |
1,600m |
| YSCSD600 |
24 Inch |
600 mm |
6,000 m3/h |
900 cbm/h |
2,511 KW |
15m |
1,800 m |
| YSCSD650 |
26 Inch |
650 mm |
7,000 m3/h |
1,400 cbm/h |
3,705 KW |
Max.18m |
1,800m |
The main structure of a cutter suction dredger includes the hull, cutter, suction pipe, pump body, and
discharge pipe. The cutter is a key component of a cutter suction dredger, usually installed at the bow
or side of the ship. By rotating the cutter, the sediment at the bottom of the water is crushed and mixed
with water to form mud. The suction pipe is used to suck mud into the pump body, which transports the
mud to the discharge area through the discharge pipe.
Advantage
* Heavy-duty, high concentration ratio, excellent particle allowance, and long discharge distance
* Optimal configuration of power and hydraulic unit (less operating costs)
* Dismountable structure, easy to disassemble, and transportation.
* Double powerful auger drive (infinitely for- and backward)
* High working range of the outrigger arm
* Equipped with a self-propulsion system that can be moved to a different work site or drag by tugboat
* Cutter suction head can be changed for different situation
* Easy access to all parts, especially the dredge pump wearing parts.
* Freshwater cooling system.
* Safe and easy to operate
*Can be designed and fabricated according to your requirements
FAQ:
Need for reply:
1. How many cubic meter per hour for the clear water flow?
2. How many meters for the dredging depth?
3. How many meters for the discharge distance?
4. Will you use the dredger in the river,lake,sea or channel?
Your message must be between 20-3,000 characters!
