Solid control system vertical cutting dryer ATOSY1003 motor power
55KW
Features
1. The annular drain groove of the?Cutting Dryer?is installed at an oblique angle at 4°and the drain port is in the
bottom of the groove. A vent is designed above the drain port. It’s
helpful to discharge the viscous liquid when open the vent.
2. Wear-resistant material is adapted to those parts where may hit
by the speeding solids come from the centrifuge. By doing this, we
effectively prolong service life of relevant components.
3. Viewing port is designed for check the screen and helix scraper.
4. Mechanical overload protection device would stop the vertical
cutting dryer motor running whenever the torque is larger than
rated.
5. 3k planetary differential makes the belt drive structure more
compact.
6. Diluted oil concentrated lubrication system allow the lubricant
enter from the center of differential input shaft. With flowing of
lube, the differential and the spiral bearing are lubricated. Lube
be gathered in accumulator tray after main shaft be lubricated.
Then lube would return to lubrication system through the pipe due
to its gravity.
7. When the cutting dryer is running, if oil train be block, the
flow valve transmits emergency signal which would stop the oil pump
motor and main motor immediately. All these designs are to protect
differential components, spiral shaft and main shaft from damage
due to poor lubrication.
8. Newly designed and unique structure of sludge discharge pipe and
sludge collector makes sure the vertical centrifuge dropping and no
jam.
9. A frame base is installed under the main motor. The two parts
are connected by eight shock absorbers through which can isolate
the main motor from vibration effectively.
Specifications
| Model Number | Solvedrilling LL915 Cutting Dryer |
| Speed (r/min) | 910 |
| Screen Half Cone Angle ( °) | 15° |
| G-force | 424 |
| Inner diameter(mm) | 915 |
| Screw differential speed(r/min) | 13 |
| Screen gap(mm) | 0.3,0.4,0.5 |
| Motor power(kw) | 55 |
| Max. Capacity(t/h) | 60 |
| Fluid in the cuttings(%) | 3-8 |
