Alvan Blanch MDF 6000 Mobile Continuous Double Flow Drier

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Award winning agricultural machinery manufacturer, Alvan Blanch has developed a new range of self-contained drying systems based on Alvan Blanch’s proven and best selling double flow (DF) driers.
A viable alternative to the traditional mobile batch drier, the DF6000 and DF9000 require no special buildings or permanent service connections, yet are simple to set up and versatile in operation.
Using the proven technology of the DF system, these mini driers offer farmers best use of available space, yet provide features more usually associated with conventional static systems.
These systems are truly ‘plug and play’. The unit can be moved into position, set up and connected to services, and be put straight into service - all on the same day.
A receiving hopper and trailer-sized buffer silo allow immediate emptying during transfer from the field, enabling a quick return to avoid breaks in harvesting. Continuous operation, largely unmanned, reinforces the minimal labour requirement. Both models are capable of handling any grain and any moisture content. Further flexibility is afforded through a choice of energy sources: diesel, LPG or kerosene.
Understandably, energy efficiency is a major consideration in choosing a drying system. The new models boast favourable heat recovery ratios, based on a thermal load of 500kW and a maximum electrical load of 15.25kW for the drier, and 13kW for the service unit.
Coupled with the unit’s automation, which includes a built-in control panel within the self-contained unit, the impressive fuel efficiency offers considerable cost savings, yet at a price to compete with any conventional mobile drier.
Perhaps the best feature, however, is the ability to remove the drier after harvest and store it undercover - or, if circumstances have changed, to sell it on.
Of course, any Alvan Blanch drier comes with the comprehensive back-up that growers have come to associate with the company, including full service and spares support.
For more information and technical details please visit goo.gl/L4v2Kv