Mobile grain dryer MS-18

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MS-18 mobile grain dryer is an advanced technological solution designed to protect grains, cereals, and seeds from moisture. MS-18 enables quick and efficient preparation of material for safe, long-term storage.

The dryer operates in a batch system with recirculation — this helps maintain high drying efficiency. There is no need to build special foundations or carry out complex installation work — the mobile design of the dryer allows the unit to be set up directly at the farm or warehouse.

The choice of heat source (gas, oil, pellets) makes the MS-18 a universal device, adapted to various working conditions.

Key advantages of the MS-18 mobile dryer

• Simple, reliable design with a separate drive for each mechanism
• Central auger placement and convenient access to all components
• Versions with a heat exchanger or direct-fired air
• Mobility — no need to build additional infrastructure
• Compatible with any cleaning systems and silos
• Operates on various fuels: gas, diesel fuel, wood pellets
• Full control over the moisture and cleanliness of the dried grain

Benefits for the user

• No costs for transporting grain to an elevator and storing it in external warehouses
• Ability to set the moisture level yourself and control grain quality
• Sell at a favorable market moment — without the risk of quality deterioration during storage
• Time savings — no need to wait in queues at collection points

Technical drawing:

Applications

MS-18 is a device designed for drying grain on farms. The different heat source options for the MS-18 dryer make this machine suitable for any working conditions — wherever clean, loss-free storage of grain is required.

The usable capacity of the grain dryer is 17.8 m³
(at a bulk grain density of 700 kg/m³, the dryer is designed for 12.5 t of grain).

Technical specifications:

• Fan motor power: 7.5 kW
  
• Loading auger motor power: 3 kW
  
• Vertical auger motor power: 7.5 kW
  
• Mixer drive motor power: 2.2 kW
  
• Total power: 20.2 kW
  

Performance on wheat:

• Moisture reduction from 20% to 14% — 4 t/h
  

Performance on corn:

• Moisture reduction from 20% to 14% — 4 t/h
  
• Moisture reduction from 25% to 14% — 3 t/h
  
• Moisture reduction from 30% to 14% — 2 t/h
  

Performance on sunflower:

• Moisture reduction from 14% to 8% — 2 t/h
  

* Performance depends on many factors, including: ambient temperature and humidity, atmospheric pressure, grain maturity and contamination, fuel calorific value and quality, and the operating temperature of the drying medium. The data provided refer to conditions: ambient temperature +20°C, relative air humidity 60%, atmospheric pressure 99.1 kPa.

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