Kason model "MO" Centri-Sifter features a cantilevered shaft with two, externally-mounted bearings between the screening chamber and motor drive, eliminating the need for a third bearing on the hinged overs end plate. (Guards removed)

MILLBURN, NJ — A new medium capacity Centri-Sifter^® centrifugal screener model "MO" from Kason Corporation features a cantilevered shaft with two, externally-mounted bearings between the screening chamber and motor drive, eliminating the need for a third bearing on the hinged overs end plate. The design allows all internals to slide freely from the shaft end for cleaning, screen changes, or inspection. Wide spacing between the bearings, a large diameter shaft, and a flexible shaft coupling combine to prevent vibration, even at high speeds under heavy, imbalanced loads.

The new screener is intended for food, dairy, and pharmaceutical applications requiring thorough wash-down, as well as other applications involving frequent screen changes/inspections or runs of multiple materials where cross-contamination is of concern.

It is available with compliance to USDA, FDA, BISSC, 3-A, and other US and European sanitary standards, with Nylon monofilament, woven wire, or wedgewire screen cylinders. Configurations are offered for continuous operation in-line with dilute-phase pneumatic conveying systems, as well as gravity-fed applications.

Opening a hinged door at the discharge end of the screening chamber allows a retainer plate, screen cylinder, and helical paddle/feed screw assembly to be removed in one minute.

Dry or moist bulk solid material is gravity-fed into the feed inlet and redirected into the cylindrical sifting chamber by means of a feed screw. Rotating helical paddles within the chamber continuously propel the material against the screen, while the resultant, centrifugal force on the particles accelerates them through the apertures. In addition to sifting and scalping of dry bulk materials, the screener can break up soft agglomerates. Oversized particles and trash are ejected through the end of the screen cylinder into a discharge spout.

Opening a hinged door at the discharge end of the screening chamber allows a retainer plate, screen cylinder, and helical paddle/feed screw assembly to be removed in one minute.

A large diameter shaft and wide spacing between bearings combine to prevent vibration, even at high speeds under heavy, imbalanced loads. (Guard removed)