A downstream option for projects that need to reduce moisture before storage or further processing. Its airflow, feed rate and unloading route follow the actual manure quantity and moisture.
A downstream option for projects that need to reduce moisture before storage or further processing. Its airflow, feed rate and unloading route follow the actual manure quantity and moisture.
Manure volume, belt schedule and moisture decide inlet size and buffer capacity.
Drying surfaces and ventilation loads are calculated with local climate and exhaust treatment.
The end transfer must connect to storage, vehicle loading or the next treatment stage.
Each catalogue image explains a visible structure or process; pictured configurations are not a fixed supply list.
The cover shows multi-tier manure-drying equipment. It is downstream of manure removal and must not be presented as the house ventilation system.
Configure for your site：Define inlet volume, moisture and final destination.
The supplied schematic explains material moving across tiers, contacting air and leaving at the outlet. Tier count, airflow and throughput require project confirmation.
Configure for your site：Confirm air supply, inlet, outlet and service points.
The photograph shows the dryer enclosure and air-handling area. Input moisture, climate and run time affect results; performance cannot be inferred from the image.
Configure for your site：Define ventilation, power, drainage and maintenance conditions.Functional connection map · not a construction drawing
Receive a confirmed volume from manure removal.
Use air and movement to reduce moisture.
Connect to storage or further treatment.
Final model and supply scope are set in a written project specification.
Final model and supply scope are set in a written project specification.
Catalogue reference figures. Confirm the selected configuration and applicable local requirements before order.
Review the related equipment above and share your automation goals. The written technical scope defines the final combination.
Inlet volume, initial moisture and run time；Air, power, drainage and local conditions；Outlet form, storage and transport
Final model and supply scope are set in a written project specification.