Product Description
The three-axis horizontal vibrating screen , as an innovative achievement integrating the essence of advanced vibrating screen technologies from both domestic and international sources, features a unique horizontal installation design that significantly reduces footprint.
This makes it an ideal choice for screening operations in industries such as metallurgy, construction materials, and transportation where space is limited.
The three-axis horizontal vibrating screen in applications at mobile crushing plants, its outstanding performance and flexibility are fully demonstrated, making it a crucial equipment for enhancing screening efficiency and production line adaptability.
Table of Contents
Core Advantages and Features
Three-Axis Drive Technology
Innovative three-axis drive system enables the vibrating screen to generate ideal elliptical motion, combining the efficient screening capability of circular vibrating screens with the processing advantages of linear vibrating screens. This achieves precise screening and efficient material handling.
Enhanced Structural Design
The adoption of a three-layer side arm box effectively strengthens the structural integrity in stress concentration areas, ensuring stability and durability of the vibrating screen under high-intensity working conditions.
It is particularly suitable for screening coarse-grained materials and finely screening natural aggregates and crushed aggregates.
High-Efficiency Screening Performance
The triple-deck horizontal vibrating screen offers excellent screening efficiency, powerful processing capacity, and a compact installation height. It swiftly accomplishes material stratification, screening, and forward movement, making it an ideal screening equipment for mining, quarrying, and mobile screening stations.
Working principle
The efficient operation of the triple-deck horizontal vibrating screen stems from its precision construction and coordinated driving mechanism. The equipment primarily consists of a motor, transmission device, screen box, rubber springs, base frame, dampers, and other key components.
During operation, power from the motor is transmitted via a V-belt to the drive shaft of the vibrator, which drives the gear vibrator (with a 1:1 speed ratio). The three shafts rotate synchronously, generating powerful vibration force.
The vibrator is securely connected to the screen box using high-strength bolts, causing the screen box to produce elliptical motion.
Material on the screen surface quickly stratifies, screens, and advances forward along the high-speed elliptical trajectory of the screen, efficiently completing material classification and screening tasks.
Technical Parameters
| Model | Rotating speed (r/min) | Screenlayers | Screen size(mm) | Max.Feed size(mm) | Capacity(t/h) | Motor Power(kw) |
| KY502 | 730-850(Speed isadjustable) | 2 | 1560*4800 | 200 | 280-350 | 22 |
| KY503 | 3 | 1560*4800 | 200 | 280-350 | 22 | |
| KY602 | 2 | 1930*6080 | 250 | 280-550 | 30 | |
| KY603 | 3 | 1930*6080 | 250 | 280-550 | 30 | |
| KY702 | 2 | 2235*6080 | 250 | 350-800 | 37 | |
| KY703 | 3 | 2235*6080 | 250 | 350-800 | 37 | |
| KY802 | 2 | 2540*6080 | 250 | 450-1000 | 37 | |
| KY803 | 3 | 2540*6080 | 250 | 450-1000 | 37 | |
| KY900 | 2 | 2845*6096 | 250 | 650-1200 | 55 | |
| KY1000 | 2 | 3170*6096 | 250 | 850-1600 | 55 |