DRUM DETACHER

SCOPE OF DRUM DETACHER

It is used to break endosperm flakes, which are obtained after reduction rolls, so that it helps for the process of the flour production. Careful preliminary cleaning of grain or animal feeds reduces the wear and tear on the downstream equipment in the production process. The DRUM DETACHER reliably removes straw fragments, bag tapes, paper, pieces of wood, or corn (maize) cobs from fine- and coarse-grained bulk materials. This makes it an indispensable piece of equipment in materials receiving (intake) sections of bulk storage and transfer facilities or in processing plants such as grain mills, animal feed production plants, and rice mills. The different drum screens with holes ranging in size from 10 to 60 mm are capable of achieving throughputs as high as 500 metric tons per hour.

APPLICATIONS OF DRUM DETACHER

At flour mills

At coarse and fine semolina passages

After roller mills or before plansifter inlet

STRUCTURE OF DRUM DETACHER

Drum Detacher or a Drum Sieve consists of a cylindrical steel body supported by stands from both sides. The design of supports allows the drum detacher to be installed on the floor or to be suspended from the ceiling. The rotor is outfitted with four beaters. It is bedded at both ends by ball bearings, which are installed outside. The rotor can be driven by direct- coupled or belt-pulley system either from inlet or outlet side. Reliable materials precleaning by the drum detacher protects all the downstream processing equipment against damage. This enhances the operating reliability of the entire production plant.

WORKING PRINCIPLE OF DRUM DETACHER

The material to be detached is fed through the inlet directly to the rotor and is caught by the inner surface of the jacket, which is installed with six impact bars helps increasing the detaching output. The pitch of beaters directs the material from the feeding point to the discharge point of the machine.

FEATURES & ADVANTAGES OF DRUM DETACHER

1.	Delicate detaching without degradation of stock.
2.	It can be installed on the floor or suspended from ceiling.
3.	Possibility of right hand or left hand inlet.
4.	Low power need.
5.	Driven either by belt-pulley system or by direct connection to motor.
6.	Low energy consumption.
7.	Connection by coupling or pulley system

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