Working Principle And Structure
The tubular separator consists of a body, a transmission system, a rotating drum, a liquid collecting tray, a liquid inlet bearing seat, etc.
The material is injected into the high-speed rotating drum from the bottom liquid inlet. The drum drives the material to rotate at high speed to form a strong centrifugal field, causing the liquid to flow upward along the inner wall of the drum. Under the action of the centrifugal field, the liquid is separated due to its density difference.
GF—Separation type
The liquid phase with higher specific gravity forms an outer ring, and the liquid phase with lower specific gravity forms an inner ring. They flow to the upper part of the drum and are discharged from their respective discharge ports. Trace solids are deposited on the drum wall and will be manually unloaded after the machine is shut down.
GQ—Clarifying
Solid particles with heavy specific gravity gradually settle on the inner wall of the drum to form a sediment layer, which is manually unloaded after the machine is shut down. The clarified liquid phase flows to the drain port on the top of the drum for discharge.
Features And Benefits
- Simple and sturdy design
- Small footprint
- Fully open design for easy cleaning, inspection and removal of pipes
- Heating and cooling functions
- CIP (cleaning in place) cleaning system
- SIP (sterilization in place) cleaning system
Technical Parameter Reference
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