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Cherkasy, Ukraine

GRAIN PREHEATER GH-1000

APPLICATION

is used to preheat the grain feedstock up to 15-20°С. It could be used in the cold season so that the processes of extrusion and oil pressing proceed more efficiently.

 

 

ADVANTAGES

  • capacity – 20 tons per day
  • compactness
  • economic energy efficiency

 

 

RAW MATERIALS

rapeseed, soybeans, sunflower and other grain crops

  • Parameter Value
  • Capacity, kg/hour: 1000
  • Length, mm: 4430
  • Width, mm: 1320
  • Height, mm: 2820
  • Power, kW: 24
  • Weight, kg: 1050

The grain preheater GH-1000 has been designed to preheat the grain crops up to 15-20°С.

1 – Inlet hopper

2 – Heating section

3 – Outlet

4 – Hot air feeding system

5 – Settling chamber

2017103001

The grain preheater GH-1000 (see fig. above) consists of the inlet hopper 1, the heating section 2, the outlet 3, the hot air feeding system 4 and the settling chamber 5.

 

The heating section is a structure with a rectangular cross-section of 1050 x 1250 mm and a height of 1030 mm. Inside the heating section the inlet and outlet ducts are installed, due to which the hot air passes through the grain layer.

6 – Fan ВРП-4

7 – Filter ФВ 600х350

8 – Heater НК 600х350х21,0х3

9,10,11 – Air conduit

12 – Pressure relay PS-500

13 – Pressure relay PS-4500

14 – Gate valve РРВ 600х350

2017103002

Fan 6 is designed to feed air to the system in the amount of 2000-2500 m3/hour.

The air moves through the filter 7 and the heater 8 while it is being warmed up. The already warmed air flows to the heating section 2.  

The pressure relay 12 controls the contamination of the air filter and the pressure relay 13 controls the successful operation of the fan.

The air feed is regulated by the gate valve 14.

From the heating section the air moves to the settling chamber 5, where dust and small particles settle down. Afterwards the residuals through the filters are

released into the atmosphere.

The capacity of the grain preheater GH-1000 is 1000 kg per hour.

 

 

The grain feedstock is fed into the inlet hopper 1 and moves through the heating section 2

 

 

As a result of contact with the hot surface of the boxes and hot air the feedstock is heated.

The output of feedstock is carried out and through the outlet nozzles.

The heater is equipped with a control cabinet and a frequency-pulse regulator.

The frequency converter regulates the temperature of the heating elements and consequently the temperature of the air for feedstock heating.

The control cabinet is is a metal assembly with openable front door which carries the controls and visual display instruments.

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