Mining Pendulum Feeder
Swaying Feeder is also known as a mining pendulum feeder. It is suitable for quantitative feeding of the small size and heavy materials. The feeding size should smaller than 100mm. But it isn't suitable for feeding the viscous materials, large size, and dry powder materials. Otherwise, the outlet of the swing feeder will stoppage, and appear dust pollution.
【Capacity】： 1-50 T/H
【Feeding Size】: 0-50mm
JXSC Feeder Machine Advantages
Mining Pendulum Feeder is an equipment for the ball mill feeding. Works together with belt conveyer in rock ores processing plant, such as rock gold, rock tin ore, rock coltan, rock chrome ore, rock tungsten ore, ect. Due to the mineral feeder machine’s structure is simple, the ease of operation, the power consumption few. It may adjust evenly the number of mineral deposits, so it obtains the widespread application.
- Simple structure
- Easy to manage
- Long continuous working hours
- Dust Pollution is small
- Low failure rate
Swaying Ore Feeder Working Principle
The V-belt reducer of the swing feeder forces the motor to decelerate. Then the decelerated power is transferred to the eccentric wheel with adjustable eccentricity. The eccentric wheel drives the bottom plate to swing, and the connecting rod to swing. The ore in the hopper passes through the inner cavity of the feeding machine and discharged out of the machine at a uniform speed to ensure uniform feeding.
Parts: Working body, connecting rod, eccentric wheel, speed reducer, coupling, motor
Specification of Pendulum Feeder
|Max Particle size (mm)
JXSC Other Series Feeder Machine
How to adjust feeding capacity
The feeding capacity of the mineral pendulum feeder changes the eccentric distance and outlet size to adjust.
By adjusting the eccentricity of the eccentric shaft on the eccentric wheel, which can change the stroke length of the swinging bottom plate. Then the feeding capacity can be adjusted in a large range. Adjust the altitude of the discharge gate that changes the outlet size. Then the feeding capacity is precisely adjusted.