Composite Screen
- Model
- SZS-C1660
Review
Description
Composite Screen
The composite vibrating screen organically combines the two single screening technologies of the stepped circular vibrating screen and the relaxation screen into one, so that one device can achieve two screening effects at the same time.
Based on the principle of mechanical vibration, this equipment uses a single excitation source to provide excitation force and simultaneously drives the upper and lower sieve plates to produce different forms of vibration. The upper sieve plate is a circular vibration, and the lower sieve plate is a relaxation motion. The material moves in the screen machine Under the action of vibration projection, stratification, and transportation are realized, and materials smaller than the mesh size fall down and complete the particle size classification.
Product Parameter
Model
|
SZS-C1660
|
Power (KW)
|
45
|
Screening Area (mm)
|
1600*6000
|
Machine Dimension (mm)
|
7200*4000*6200
|
Machine Weight (KG) | 15T |
Capacity | 60-80m³/h |
Product Features
![](https://icdn.tradew.com/file/201803/1572753/png/8099902.png?x-oss-process=image/quality,Q_90)
Double screening effect
The vibrating screen and the relaxation screen are organically combined into one, so that one piece of equipment can achieve two screening effects at the same time, greatly saving space for conveying equipment, steel structures, etc.
![](https://icdn.tradew.com/file/201803/1572753/png/8099903.png?x-oss-process=image/quality,Q_90)
Modular design
It is convenient for maintenance and replacement and can be flexibly adjusted according to the production line. Different forms of screens can also be replaced according to material characteristics.
![](https://icdn.tradew.com/file/201803/1572753/png/8099904.png?x-oss-process=image/quality,Q_90)
Performance optimization
Special instruments are used to detect and adjust various performance indicators before leaving the factory to ensure that the equipment reaches optimal operating status.
![](https://icdn.tradew.com/file/201803/1572753/png/8099905.png?x-oss-process=image/quality,Q_90)
Structural optimization
The reinforced screen machine structure improves vibration fatigue life and overall reliability. The finite element method is used to make the structural design more reasonable, avoid resonance, and have better stability.
![](https://icdn.tradew.com/file/201803/1572753/png/8099906.png?x-oss-process=image/quality,Q_90)
Diluted oil lubrication
The exciter bearing adopts double sealing and diluted oil lubrication, which effectively extends the bearing life and makes maintenance easier.
![](https://icdn.tradew.com/file/201803/1572753/png/8099907.png?x-oss-process=image/quality,Q_90)
Convenient adjustment
According to material characteristics, vibration parameters can be quickly adjusted on-site
![](https://icdn.tradew.com/file/201803/1572753/png/8099908.png?x-oss-process=image/quality,Q_90)
Secondary vibration isolation
Further reduce the vibration transmitted to the ground and reduces the impact on other equipment in the factory and production line
![](https://icdn.tradew.com/file/201803/1572753/png/8099909.png?x-oss-process=image/quality,Q_90)
Smooth start and stop
Minimize start-stop jitter and reduce instantaneous impact on the screen machine and foundation. At the same time, the starting current of the motor is limited to reduce the power supply pressure of the factory.
Typical Application Range
![](https://icdn.tradew.com/file/201803/1572753/png/8038928.png?x-oss-process=image/quality,Q_90)
Construction Waste
![](https://icdn.tradew.com/file/201803/1572753/png/8038930.png?x-oss-process=image/quality,Q_90)
Waste Battery
![](https://icdn.tradew.com/file/201803/1572753/png/8038929.png?x-oss-process=image/quality,Q_90)
MSW
![](https://icdn.tradew.com/file/201803/1572753/jpg/7999385.jpg?x-oss-process=image/quality,Q_90)
Waste Plastic
![](https://icdn.tradew.com/file/201803/1572753/png/8038931.png?x-oss-process=image/quality,Q_90)
Industrial Waste
![](https://icdn.tradew.com/file/201803/1572753/jpg/7334322.jpg?x-oss-process=image/quality,Q_90)
Biomass Waste