Seital Self-Cleaning Separators
SubCategory: AllSeparators
Manufacturer: Seital
Industry:
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Product features
- Hydraulic automatic solids discharge → Reduces manual bowl-cleaning interventions.
- Disc-stack centrifugal separation → Supports clarification and phase-separation duties.
- Programmable discharge cycles → Match solids removal to process conditions.
- Partial and total discharge modes → Provide flexible solids-management strategies.
- PLC-controlled operating water → Automates bowl opening, closing and cleaning sequences.
- Fine-particle recovery from 0.5–500 µm → Supports demanding clarification duties.
- Continuous processing concept → Reduces interruptions for routine solids removal.
- Adjustable discharge volume and frequency → Tunes cleaning cycles to the actual duty.
- Serviceable bowl and discharge system → Supports planned maintenance.
- AxFlow lifecycle support → Helps coordinate selection, commissioning, service and spare parts.
Seital Self-Cleaning Separators are intended for processes where solids must be removed without stopping the machine for routine manual bowl cleaning. The family covers self-cleaning centrifugal arrangements for clarification and phase-separation duties in food, beverage and industrial processes. AxFlow can help assess whether automatic discharge is appropriate for the feed, solids load and separation target.
Product enters a high-speed disc-stack bowl, where centrifugal force separates phases and suspended solids. Solids collect at the bowl periphery and are discharged through ports by a hydraulically operated ram. The discharge sequence is controlled with operating water and can be automated, allowing controlled partial or total discharge cycles during separation and cleaning.
Official Seital information states that self-cleaning clarifiers and separators can recover fine particles in the 0.5–500 µm range. PLC control can set discharge volume, frequency and combinations of partial and total discharges, while exact capacity, discharge volume and bowl configuration depend on the selected model and duty. These values must therefore be confirmed for the actual process. Selection should consider phase count, particle size and solids concentration, discharge frequency, cleaning requirements and the required automation level.
Automatic solids discharge reduces operator intervention and can shorten cleaning-related stoppages compared with manually cleaned bowls. Correct discharge settings also help maintain stable separation and protect downstream equipment over longer campaigns. AxFlow can support configuration, automation, commissioning, service and spare parts planning.
