Operates smoothly, with an extremely low rate of spare parts wear and tear, and is easy to achieve maintenance-free operation.
Performance Advantages Analysis
The drive chain utilizes self-lubricating chain links, enabling autonomous lubrication during prolonged operation.
The apron plates are constructed from NM400 alloy wear-resistant steel plates, ensuring they remain deformation-free under intense impact conditions and exhibit exceptional wear resistance.
The drive unit employs a planetary reducer with a hollow shaft, a shrink disc, and a torque arm mounting system, facilitating simple and swift routine maintenance.
The load-bearing rollers are equipped with high-capacity bearings featuring self-lubrication, allowing for maintenance-free operation throughout their service life.
The tail wheel tensioning system utilizes hydraulic automatic tensioning, enabling remote tensioning adjustments based on tension force and field operating conditions.
The drive unit can be powered by various means, including hydraulic motors or motor reducers.
Intelligent Features: Online monitoring of operation and lubrication systems. Integrated sensors enable preemptive decisions before overload protection is triggered, alarm functions, monitoring of equipment operating status, automatic feed stoppage, self-recovery, as well as bearing temperature and speed measurement, among other information.
Application and Characteristics
It is applied in various industries such as ore, construction aggregates, non-ferrous metals, and coal, utilizing high-capacity bearings with self-lubricating functionality.
The heavy-duty apron feeder is suitable for feeding and conveying bulk materials in various working environments, and is widely used in industries such as ore processing, construction aggregates, non-ferrous metals, and coal. Its excellent impact resistance, heavy-duty start-up capability, and smooth feeding characteristics make it the preferred equipment in the industry. The device operates at low speed and high torque, ensuring smooth operation with extremely low spare parts wear and tear, and is easy to achieve maintenance-free operation. The negative angle installation reduces the overall height requirements of the process, thus playing a significant role in the process stages of large-scale material handling systems.
Unique and innovative design
Drive chain
Idler wheel
Apron plate
Customer Cases
