Main components: Frame with chassis, loading conveyor with a T-shaped arrangement of scraper feeders, belt-loading conveyor mechanism for lifting the bottom of the head infeed conveyor, Rear-wheel drive, rotary frame, samoperedvizheniya mechanism elektroprivod.

Scrapers feeders move grain to the bottom of the head, and the infeed conveyor scrapers capture him and fed onto a conveyor belt, which overloads the grains in place of zero or transport sredstva.

Due to the off-loading conveyor can be rotated around the axis in both directions, well formed shoulder when shoveling grain can be placed on either side of the longitudinal axis of Grain or behind nego.

Main components thrower: frame with suspension, loading conveyor with two T-shaped arrangement of feeders, trimmer (thrower), Rear-wheel drive, hoist and samoperedvizheniya, elektroprivod.

Scrapers feeder move grain to the center of the bottom of the head. Scrapers infeed conveyor captured and fed it into the guide tube trimmer. Trimmer overloads grain to the desired location or transport sredstva.

When loading a grain warehouse grain thrower can move on one or other side of the longitudinal axis, or pour it back sebya.

Fans used for active ventilation of grain and seed atmospheric air. There are axial and centrifugal fans. Fan capacity depends on the size of the impeller, rotational speed, number of blades and profile. In addition to the charge air volume of the fan characteristic is most important to them developed by the total pressure (pressure) .

Each fan has a specific size of the treated working area. For the normal course of the process of active ventilation, air flow per 1 m2 of floor area must be 100 ... 150 m3 / h. In this case, provided the necessary specific air consumption for different grain moisture and feed adjustment is made by changing the height of the mound zerna.

The number of fans and their performance is determined based on the total weight of the grain sizes of the active areas ventilirovaniya.

Analysis of the various systems for active ventilation grains shows that the total resistance of the network and relatively small grain mass and corresponds to about 10 kPa when air supply 10 ... 12 thousand. M3 / h. Centrifugal fans with these conditions have a lower efficiency compared to osevymi.

In addition, at the same cost air axial fans much easier than centrifugal. If the resistance of the network significantly reduced, axial fans do not give a sharp increase in energy consumption. This allows the use of axial fans in the processing of relatively low mounds. Processing of such embankments centrifugal fans causes the fans such that maximum energy is taken when working without a sufficient resistance, and at low mounds peregruzhayutsya.

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