Maximum throughput guaranteed

WS 3001 – Performance at its best for impressive efficiency

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WS 3001-3003

As the largest and most powerful member of the WS family, the WS 3001 delivers an impressive hourly throughput of up to 400 m³. With a working width of 3 m, the infeed belt handles everything that is to be separated extremely quickly, cleanly and reliably.

Applications

Specials

The principle: wind blows away chaff and husks, while the grain falls back into the basket. Wind sifting as process for separating materials by density and weight has been around for thousands of years – we have perfected this in our air separation machines.

The WS 3001is our most powerful separation system with an overall length of approx. 6.8 m and a formidable working width of 3 m. With a belt speed of 2 m/s and a maximum aerodynamic efficiency, our air-based separator is able to deliver throughput rates of up to approx. 400 m³/hr.

The material stream can be separated into two or three fractions (lightweight/heavy, additionally medium). The feed material is pretreated and supplied to the system with a defined distribution of particle sizes. For an optimum separation, the material may be spread across the infeed belt only in a single layer. To ensure that the materials can be separated with maximum efficiency, it is possible to change the position and angle of the belt both horizontally and vertically in relation to the separation drum.

The WS 3001 is distinguished by maximum output in every single area of application and can be combined with ALLRECO's different screening systems and is able to process everything from mixed construction, household and commercial waste through to bio-waste and compost. In addition to that, the machine is incredibly easy to operate and can be configured to a new material stream within minutes.

Benefits

  • Modular expansion chamber allows for individual layout geared for every area of use
  • Aerodynamically optimized air inlet system
  • Infeed belt with downward bend to eliminate long elements in the lightweight fraction
  • Standardized scaling of all adjustment parameters for optimal reproducibility of separation results
  • Particularly high belt speed results inconsistently high throughput with optimum separation results