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Seital Direct Drive

Seital Direct Drive is a centrifugal separator configuration in which the bowl is driven directly by the motor, eliminating conventional belt or gear transmission components. It supports a compact footprint, reduced drive complexity and efficient integration in dairy, beverage and industrial separation duties. Request a quote for Seital Direct Drive from AxFlow.

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Key specifications

  • Flows up to 10000 l/h

Key product features

  • Direct motor-to-bowl drive → Eliminates conventional belt or gear transmission.
  • Fewer drive components → Reduces transmission-related maintenance tasks.
  • Compact machine layout → Helps save floor space in process areas.
  • Disc-stack centrifugal separation → Retains efficient phase and solids separation.
  • Selected dairy and beverage configurations → Supports hygienic process duties.
  • Lower transmission losses → Can improve drivetrain efficiency compared with indirect drive.
  • Reduced wear-item count → Simplifies planned maintenance.
  • Multiple separator functions → Available for clarification and phase-separation duties depending on model.
  • Integration with automation → Supports controlled operation and discharge functions.
  • AxFlow application and service support → Helps optimise configuration and lifecycle planning.

Product Description

Seital Direct Drive is intended for separation processes where compact installation, mechanical simplicity and reduced transmission maintenance are important. The concept is available across selected Seital centrifuge duties in dairy, beverage and other process applications. AxFlow can help determine whether a direct-drive configuration is suitable for the required capacity, product and cleaning concept.

In a direct-drive arrangement, the bowl is driven directly by the motor rather than through a conventional belt or gearbox transmission. Removing these intermediate drive components reduces the number of wear items in the power train and helps create a compact machine layout. The separation principle itself remains based on the high-speed disc-stack bowl and centrifugal separation of phases or suspended solids.

Published Seital product information identifies direct drive as an available option and highlights compact footprint, lower power consumption and longer service life compared with conventional transmission arrangements. Seital literature also documents disc-stack machines for clarification, liquid/liquid separation and solids removal, while actual capacity, materials and discharge system depend on the selected separator model. These details must therefore be confirmed for each project rather than applied generically across all direct-drive machines.

Reducing drive components can simplify maintenance planning and remove service tasks associated with belts or conventional gear transmission. Lifecycle performance still depends on the separator duty, bowl condition, bearings, seals, controls and cleaning regime. AxFlow can support configuration, commissioning, service and spare parts planning for Seital Direct Drive installations.


Construction

Materials
AISI 316 L, Duplex

Performance

Max. Capacity
10000 l/h
Min. Capacity
5000 l/h

Seital Direct Drive is a separator configuration where the bowl is driven directly by the motor. It eliminates conventional belt or gear transmission between the motor and bowl. The centrifugal separation process still takes place in a high-speed disc-stack bowl.
Direct drive reduces the number of transmission components in the separator. This can reduce footprint, transmission losses and maintenance tasks associated with belts or gears. The overall benefit depends on the selected separator and operating duty.
No, direct drive is a drive concept that can be applied to selected Seital separation duties. Seital technology is used in dairy, beverage and other process applications. AxFlow can confirm whether direct drive is available for the required separator configuration.
The separation still relies on centrifugal force in a high-speed disc-stack bowl. Direct drive changes how mechanical power is transmitted to the bowl rather than replacing the separation principle. Capacity and separation performance depend on the complete selected machine and process duty.
Selection should consider flow, product, solids load, separation objective, cleaning and automation requirements. The available direct-drive machine must then be matched to those process conditions. Contact AxFlow for product selection, availability and service planning.
SIA AxFlow