• Hammermills with capacities up to 2500 kg/h
• Conveying capacities up to 80 metres
• Comprehensive range of accessories
• Low current consumption
• Flexible application
• Few wearing parts

The mills are ideally suited for grinding of animal feed, and are supplied complete with a built in fan. This fan enables the raw and ground material to be conveyed throughout the system, and has an additional advantage of cooling the meal in the process. The simple but robust construction of the mill enables it to be accomodated into most existing systems.

DM-2
The DM-2 is supplied with a 5.5 kW or 7.5 kW motor, giving a capacity of up to 500 kg per hour and a conveying capacity of up to 70 m. This mill is recommended for a daily consumption of up to 2 tonnes.

DM-3
The DM-3 is supplied with a 11, 15, or 18.5 kW motor, giving a capacity of up to 1300 kg per hour, with a maximum conveying capacity of 80 m. This mill is recommended for a daily consumption of up to 5 tonnes.

BM-5 The
BM-5 is the biggest and most robust model in the range, and is equipped with a 37 kW motor. It has a capacity of up to 2.5 tonnes per hour, but the conveying capacity is limited to approximately 30 m.

The structure of the ground material depends primarily on the screen size, but also on the raw material. For example wheat is easier to grind than barley, therefore when using the same screen size for both wheat and barley, the result will be a much finer structure on wheat. The water content in the grain also influences on the structure, the more saturated the material the coarser the structure. Oats are especially difficult to cut up, and will often, after grinding contain large quantities of whole shell parts which makes it difficult for the feed to flow through the silos.

Capacity
The mill capacity depends on the raw material, water content, screen size and the conveying length which consequently makes it difficult to precisely indicate. The indicated capacities are based on barley with 3 mm screen and a water content of 15%. An increased water content and a smaller screen size reduces the capacity. In maize the capacity is approximately 30% higher than in barley. It is a principal rule that a change of screen by 1 mm changes the capacity by approximately 25%.

Booster fan
In plants where the mills own fan is not sufficient, a booster fan can be built into the system which increases the conveying capacity by up to 150 m. The fan is built into the mill blowing line and does not increase the air quantity, but only the pressure in the system. The fan can be placed anywhere in the fan pipe of the mill, but there must be a minimum of 2 m straight pipe on the inlet and outlet of the fan, before a bend is placed. For the operation of the booster fan there is a special electrical panel which is connected to the controller of the mill.

Conveying
The built in fan of the mill enables raw and ground material to be conveyed throughout the system. The conveying capacity depends on the motor size and the number of fan wings in the mill. At installation, it must be considered that the mill capacity to suck is better than its capacity to blow. The indicated conveying lengths are horizontal lengths. At calculation, the vertical ascent should be counted twice and each bend counted as 3 m. The air quantity in the system is adjusted with the throttle in the feeding device and at the cyclone.

Capacity / conveying
The stated capacities and conveying lengths are only advisory and will be heavily depending on raw material, screen size, moisture of the grain and mutual relation between suction and blowing lengths. A more exact indication of the capacity can be informed by SKIOLD or the dealer by indicating suction and blowing lengths as well as raw material and its moisture.

W urządzeniach, w których nie wystarcza standardowa dmuchawa rozdrabniacza, może być zamontowana dmuchawa zasilająca, której efektem jest zwiększenie odległości transportu do 150 m. Dmuchawa jest montowana w kanale nadmuchowym rozdrabniacza i zwiększa nie ilość powietrza, ale jego ciśnienie w całym obiegu. Dmuchawa może być dowolnie zainstalowana w kanale nadmuchowym - jednak zaleca się zachowanie co najmniej 2 -metrowego odcinka prostej rury po obu stronach dmuchawy, zanim wmontowane zostanie kolano rury. Do eksploatacji dmuchawy pomocniczej służy specjalna szafka rozdzielcza, która sprzęga układ sterujący rozdrabniacza.

Podane wydajności i długości transportu paszy są orientacyjne i zależą od rodzaju ziarna, wielkości sita, wilgotności paszy, jak również od wzajemnego stosunku pomiędzy długością zasysania i nadmuchu. Dokładne parametry wydajności mogą być podane przez firmę Skiold lub dealera odnośnie informacji dotyczących: długości zasysania i nadmuchu, rodzaju ziarna i jego wilgotności.

* równeż DME z dmucha na pomocnicza