Forsberg #6X36M Air Classifier, 5 HP, 230/460V, Adjustable Air Control

Forsberg 6X36 Air Classifier designed for controlled air separation of compatible dry bulk materials.

The classifier incorporates an enclosed classification system with an externally adjustable airflow-control mechanism. The clearly marked Close-to-Open indexed scale allows airflow to be adjusted for different materials and separation requirements.

The unit also includes an enclosed lower feed / rotor assembly, upper air outlet / transition, guarded drive components and a 5 HP, 230/460V motor.

AIRFLOW & APPLICATION

Air-classification performance depends on the material being processed, including particle size, particle shape, density, moisture, feed rate, airflow setting and desired separation.

No universal processing-capacity figure is currently being represented for this unit.

Kinsman Separation Service can review the buyer’s material and separation objective to help evaluate equipment suitability and operating requirements.

CONDITION & OPERATING STATUS

Condition Classification: Verification Pending
Operating History: Verification Pending
Current Operating Status: Verification Pending

Contact Kinsman Separation Service for the most current condition and test information.

INCLUDED COMPONENTS

Forsberg 6X36 Air Classifier: Included
Classification Housing: Included
Upper Air Outlet / Transition: Included
Manual Air-Control Adjustment: Included
Enclosed Feed / Rotor Assembly: Included as Pictured
5 HP / 230/460V Motor: Included
Protective Drive Guard: Included as Pictured
Mechanical Adjustment Hardware: Included as Pictured
Electrical Conduit / Machine Wiring: Included as Pictured

Contact Kinsman Separation Service for material/application questions, current condition, additional specifications, shipping information, testing information or availability.

Kinsman Separation Service also provides nationwide equipment inspections, processing system audits, startup services and preventative maintenance programs focused on improving efficiency, reducing downtime and waste, increasing yield and optimizing system performance.