Views: 8236 Author: Site Editor Publish Time: 2017-05-27 Origin: Site
I. Project Overview:
Date of signing: 2017-05-27
Handling material: Limestone
Processing capacity: 100-140 (t/h), 400-560 (t/h)
Equipment configuration: electromagnetic vibration feeder
The continuous and stable feeding of limestone into the crusher after blasting is the key to ensure the normal and stable operation of the equipment, and is an important measure to avoid the overload and failure of the crusher. In May 2017, due to the feeding demand of limestone into the crusher in a quarry in Vietnam, the existing 2 crushers with different production capacities were selected to support 2 vibration feeders, the equipment supplier was our company, the two sides signed the purchase contract on May 27, 2017, and the equipment was shipped on June 26, 2017.
II. Solution:
The electromagnetic vibration feeder supplied this time is the basic type, the specifications and models are GZ5 and GZ8, mainly adopt the following solutions to meet customer needs:
1, according to the customer's limestone particle size range, recommend the type of equipment for customers, combined with the upper and downstream production process, reasonable process layout.
2, the control equipment of this series of electric vibration machine adopts thyristor half wave rectification line, so in the process of use can be adjusted by adjusting the thyristor open Angle method to facilitate stepless adjustment of the feed amount, and can realize the centralized control and automatic control of the production process.
3, can change and open and close the material flow instantaneously, the feeding accuracy is high.
4, because the electromagnetic vibration feeder uses the resonance principle of mechanical dynamics, the double body works in a low critical near resonance state, thus consuming less power.
5, the material in the feeding tank is continuously thrown up during the feeding process, and jumps forward according to the trajectory of the parabola, so the wear of the feeding tank is small.
III. On-site pictures
