The core features are automation and high reliability.The system is driven by a motor that pulls the scraper blade back and forth within the manure gutter via a wire rope or chain.A microcomputer controller can be programmed for multiple automatic cleaning cycles per day,enabling unattended operation.The scraper blade design effectively removes viscous manure while minimizing wear on the gutter floor.Limit switches ensure automatic stop and reversal at both ends,preventing overload.Some advanced models feature overload protection,automatically stopping and alarming upon encountering an obstruction.
The system operates on a standard 380V three-phase(or 220V single-phase)power supply.The reducer has a high gear ratio and high output torque to ensure it can push heavy manure loads.The blade edge is often fitted with a wear-resistant rubber strip for enhanced sealing and durability.Installation requires a concrete manure gutter with a level floor and a slight slope.The wire rope diameter is typically no less than 6mm with high tensile strength.The system is designed for common gutter dimensions of 0.8-1.2 meters wide and 0.3-0.5 meters deep.
Primarily used in enclosed or semi-enclosed large-scale pig farms(fattening/pregnancy pens),dairy farms(confined barns),and for manure removal under step-cage systems in layer/breeder hen houses.It is the first critical component in building a"solid-liquid separation"manure handling system.Its stable operation is essential for reducing concentrations of harmful gases like ammonia and hydrogen sulfide inside the house,lowering the incidence of respiratory diseases in livestock,and is crucial for subsequent manure resource utilization(e.g.,composting,biogas fermentation).
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