| Technical Data Sheet of ZSW Vibrating Feeder | ||||||
| Model | Trough Dimensions(mm) | Maximum Feeding Size(mm) | Feeding Capacity(t/h) | Eccentric Shaft Speed(r/min) | Motor Power(kW) | Weight(kg) |
| ZSW-380×95 | 3800×960 | 500 | 96-160 | 500-714 | 11 | 4082 |
| ZSW-420×110 | 4200×1100 | 580 | 120-240 | 500-800 | 15 | 4740 |
| ZSW-490×96 | 4900×960 | 500 | 120-240 | 500-800 | 15 | 5135 |
| ZSW-490×110 | 4900×1100 | 630 | 120-280 | 500-800 | 15 | 5352 |
| ZSW-590×110 | 5900×1100 | 630 | 350-500 | 500-800 | 22 | 6130 |
| ZSW-600×130 | 6000×1300 | 750 | 400-560 | 500-800 | 22 | 7800 |
Product Features
The ZSW‑series vibrating feeder is mainly used to feed blocky and granular materials uniformly and continuously from silos or storage equipment into crushers or other downstream process equipment. Meanwhile, its bar‑grizzly structure enables preliminary screening of materials, preventing over‑sized or unqualified materials from entering subsequent processes. It is commonly applied for feeding at the front‑end of crushing systems and features the following advantages:
– Uniform and continuous feeding: Stable material conveying reduces equipment blockage and production fluctuations.
– Preliminary screening function: Oversized materials can be separated via vibrating bar grizzlies.
– High efficiency & low energy consumption: Delivers high feeding efficiency with low power consumption.
– Simple structure & easy maintenance: Driven by vibration motors, it has no rotating components and requires no lubrication.
– Wide scope of application: Suitable for various materials such as ore, coal and sand‑aggregate.
Selection Guidelines
-Capacity (t/h): The model, length, bar‑grizzly width and inclination angle shall be determined according to the daily processing capacity of process design and the throughput of the crusher.
-Material Properties: Material particle size, density, moisture and viscosity will affect feeding uniformity and screening performance. Appropriate amplitude and bar‑grizzly gap shall be selected accordingly.
-Motor Configuration: The drive type shall be selected based on the power and vibration frequency of the vibration motor, to satisfy the required feeding capacity and continuous operation duration.
