Description
y83 - 630 Wanshida scrap metal Briquetting press
Y83-630 briquetting press is used for the production of steel waste briquettes for re-melting instead of using steel and cast iron scrap, aluminum ingots and copper waste directly as raw materials, reducing melting losses and increasing the level of waste disposal. The equipment is widely used in aluminum alloy production plants, steel mills, aluminum, copper and other materials production plants.
Briquetting press is equipped with an automatic control device. We offer different feed systems depending on the production requirements for optimum production efficiency. We offer production of briquettes with diameters of 160 mm, 180 mm and 200 mm and height of 300 mm. We also offer the equipment for production of briquettes of the non-standard sizes by request of the client.
| № | Parameters | ||||
|---|---|---|---|---|---|
| 1 | Main front briquetting cylinder | Model | YG550/320-470 | Tact | 470 mm |
| nominal pushing force | 5810 kN | Quantity | 1 PC. | ||
| 2 | Main rear briquetting cylinder | Model | YG160/110-480 | Tact | 480 mm |
| nominal pushing force | 510 kN | Quantity | 1 PC. | ||
| 3 | Ejector cylinder | Model | YG125/80-220 | Tact | 220 mm |
| nominal pushing force | 300 kN | Quantity | 1 PC. | ||
| 4 | Cylinder | Model | YG110/60-350 | Tact | 350 mm |
| nominal pushing force | 200 kN | Quantity | 1 PC. | ||
| 5 | operating cycle Time | About 25 s | |||
| 6 | die Size | φ160×265 mm | |||
| 7 | briquette Size | φ160×(70~100) mm | |||
| 8 | hydraulic system Operating pressure | 25.5 MPa | |||
| briquetting Density | ≥ 5000 kg/m3 | Cast metal | |||
| ≥ 2000 kg/m3 | Aluminum scrap | ||||
| ≥ 6000 kg/m3 | Copper scrap | ||||
| Efficiency | 1500~2500 kg/h (continuous operation) | cast Iron scrap | |||
| operating mode | PLC, push-button control for single operation or continuous operation | ||||
| 9 | Engine | Model | Y225M-6 | rated speed | 980 rpm |
| Power | 30 kW / 50 HP | Quantity | 1 PC. | ||
| 10 | Hydraulic pump | Model | 160YCY14-1B | Pressure | 31.5 MPa |
| flow Characteristics | 160ml/vol | Quantity | 1 PC. | ||
| External dimensions | Body: 2755mm×1200mm×4500mm | ||||
| Hydraulic station: 2600mm×1800mm×1400mm | |||||
| 11 | Weight | About 18 tons |
In the absence of heating or any additives, briquetting press is suitable for pressing a variety of loose and powdery materials into cylindrical briquettes of high density. Bracketry suitable for processing of waste steel scrap, cast iron, lead, aluminum, waste copper, magnesium, titanium and molybdenum.
The equipment is designed to simplify the work of recycling, melting, storage and transportation of metal chips. In addition, the use of our briquetters reduces energy costs and losses during the melting process, thus increasing the utilization rate of waste.
These products are often used in aluminum alloy, steel, aluminum, copper foundries, etc. factories.
equipment Design
Briquetting press has a vertical or horizontal design. Therefore, vertical briquetting presses are not equipped with a feed cylinder. The briquette diameter can be selected by the user (within a certain range). The working force of the equipment is from 200 to 315 tons, the machine has a welded frame or four columns. In models with a force of more than 500 tons, four columns are used.
Method of operation
The briquetting press has manual control, automatic operation or automatic continuous operation. The user can choose the system with PLC to control the automatic operations.
Features
1. Thanks to the hydraulic drive in the device of the machine provides stability and reliability of working processes.
2. The vertical model of equipment requires a simplified base, while the horizontal machine does not require a base for installation.
3. Briquetting press has a control system with PLC, which provides protection against interference, high level of automation and ease of operation.
4. Depending on the requirements of users, this product is equipped with an automatic feeding and unloading device to improve efficiency and reduce the labor intensity of production.
5. In the absence of power supply at the facility, the equipment can operate from a diesel engine.
