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| 브랜드 이름: | WANSHIDA |
| 모델 번호: | Y83-250 |
| 모크: | 1세트 |
| 가격: | negotiable |
| 배달 시간: | 25일 |
| 지불 조건: | T/T, L/C, 웨스턴 유니온 |
2500 kN Hydraulic Scrap Metal Baler PLC Controlled For Steel And Aluminum Scrap 500×500 mm Bale Size
The Y83-250 scrap metal baler is designed for scrap metal compression in metal recycling and machining environments. It is used to compress loose steel scrap, aluminum scrap, and iron waste into compact bales.
This machine is widely applied in scrap metal recycling plants, metal processing workshops, and manufacturing facilities where bulky scrap needs to be efficiently managed.
| Parameter | Value |
|---|---|
| Model | Y83-250 |
| Nominal Force | 2500 kN |
| Power | 44 kW |
| Capacity | 4.5–5.0 ton/h |
| Bale Size | (≤800) × 500 × 500 mm |
| Cycle Time | Approx. 120 s |
| Hydraulic Pressure | 25 MPa |
1. Metal Machining Workshops
CNC machining generates steel offcuts and aluminum scrap. These materials are bulky and irregular, making storage difficult. The baler compresses them into dense bales for easier storage and transportation.
2. Foundries
Cast iron scrap accumulates in large volumes and is difficult to transport efficiently. The baler reduces volume and improves material handling.
3. Recycling Plants
Mixed scrap such as steel, aluminum, and iron creates unstable stacking and transport inefficiency. The baler converts them into compact bales to improve logistics.
4. Automotive Manufacturing
Stamping and cutting processes generate scattered metal waste, leading to messy workshop conditions. The baler improves cleanliness and workflow.
5. Aluminum Processing Plants
Aluminum scrap is lightweight but occupies large storage space. The baler compresses it into dense blocks to reduce storage pressure.
1. PLC Controlled Operation
The machine adopts PLC semi-automatic control, ensuring stable and consistent operation. It reduces manual intervention and improves operational reliability.
2. Hydraulic Drive System
The hydraulic system operates at 25 MPa, providing stable pressure output with low vibration. It supports continuous industrial operation.
3. 2500 kN Pressing Force
With a nominal force of 2500 kN, the machine produces dense and uniform bales suitable for medium-scale scrap processing.
1. Pressing Force
2500 kN pressing force ensures sufficient compression density.
2. Motor Power
44 kW motor power supports stable and continuous operation.
3. Processing Capacity
4.5–5.0 ton per hour meets medium-scale processing demand.
4. Bale Size
500 × 500 mm bale size enables standardized handling and transport.
5. Cycle Time
120-second cycle time ensures consistent production rhythm.
1. Storage Problem
Loose scrap occupies large space and reduces storage efficiency.
2. Transportation Cost
Low-density scrap increases transportation cost.
3. Handling Difficulty
Irregular scrap is difficult to manage and stack.
4. Workshop Environment
Loose materials lead to messy and inefficient working conditions.
1. What materials can this baler process
Steel scrap, aluminum scrap, iron scrap, and mixed metal waste.
2. What is the processing capacity
Approximately 4.5–5.0 tons per hour depending on material type.
3. Is the operation complicated
No. PLC semi-automatic control ensures easy and stable operation.
4. What maintenance is required
Regular inspection of hydraulic system, oil level, and electrical components.
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