250 Ton Scrap Metal Baler With 2000×1400×900mm Chamber, 3.5–4.5 T/H

250 Ton Scrap Metal Baler with 2000×1400×900mm Chamber, 3.5–4.5 T/H

The Y83-250 hydraulic scrap metal baler is designed to compact suitable loose metal scrap into manageable bales for easier storage, handling and transportation. It provides a nominal pressing force of 2500kN and features a 2000×1400×900mm compression chamber. The standard bale size is approximately (400–700)×500×500mm, with a reference bale density of more than 1800kg/m³, a reference capacity of 3500–4500kg/h, a single cycle time of less than 160 seconds and installed power of 60kW. The machine uses turn-out bale discharge and hand valve control.

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Problem

Loose scrap metal often occupies considerable storage space and can be difficult to stack, handle and transport efficiently. For recycling businesses processing several tons of metal scrap per hour, compressing loose material into regular bales can improve storage, forklift handling, loading and transportation efficiency. The Y83-250 has a reference capacity of 3.5–4.5 tons per hour and is designed for suitable compressible metal scrap.

Cause

The 2000×1400×900mm chamber affects the volume of scrap loaded in each cycle, feeding convenience and overall production efficiency. The 2500kN nominal force determines the available compression force, but actual bale density also depends on material type, thickness, initial bulk density, feeding quantity and material shape.

The machine uses turn-out bale discharge, which differs from push-out or side-push systems in plant layout and bale handling. The current specification does not confirm a standard cooling system, so cooling configuration should be evaluated separately for customers requiring long continuous operating hours.

Solution

The Y83-250 uses hydraulic pressure to compact suitable loose metal scrap inside the compression chamber. After compression, the machine produces bales with an approximately 500×500mm section and a length of around 400–700mm. Finished bales are discharged through the turn-out mechanism, making them easier to stack, handle with forklifts, load and transport.

Technical Specifications

Standard vs. Optional

Based on the current specification, the confirmed standard configuration includes 2500kN nominal force, a 2000×1400×900mm compression chamber, a 500×500mm bale section, 60kW power, turn-out bale discharge and hand valve control.

PLC control, remote control, oil cooling, water cooling, feeding conveyors, loading cranes, centralized lubrication and specific component brands are not confirmed in the current specification and should not be listed as standard without technical confirmation. Other configurations can be confirmed according to the scrap material, required capacity and operating conditions.

Test Conditions

The current specification lists a capacity of 3500–4500kg/h, bale density above 1800kg/m³ and a cycle time below 160 seconds. However, the exact test material, material dimensions, thickness, bulk density and feeding conditions are not specified. Therefore, capacity, bale density and cycle time should be treated as reference values. Actual performance depends on scrap type, material size, bulk density, feeding conditions and operating method.

Application

The Y83-250 is mainly designed for suitable compressible loose metal scrap and can be used in scrap yards, metal recycling plants, scrap processing facilities and metal fabrication waste handling. For accurate model selection, customers are recommended to provide material photos, maximum dimensions, maximum thickness, maximum single-piece weight and required hourly capacity.

Application Limits

The available technical data does not specify maximum steel plate thickness, bar diameter or maximum individual scrap size. Therefore, the machine should not be advertised as suitable for all types of scrap metal. Extra-thick steel plates, large solid steel pieces, high-strength alloys, long profiles, large castings and high-density heavy scrap should be evaluated separately. If heavy scrap represents a large proportion of the material, a higher-capacity baler may be more suitable.

Advantages

The Y83-250 combines 2500kN nominal compression force with a 2000×1400×900mm chamber for medium-scale scrap processing requirements. Its 500×500mm bale section is convenient for stacking, forklift handling and transport, while the reference capacity reaches 3.5–4.5 tons per hour. Turn-out discharge and hand valve operation provide a straightforward hydraulic operating structure.

FAT & Delivery

After production, the machine can undergo basic functional and running checks before shipment, including hydraulic movement, compression movement, bale discharge, control operation and no-load running. If suitable scrap is available, a material compression test can be arranged according to the final agreement. Packing and transportation will be determined according to the final machine dimensions and configuration. Installation, commissioning and acceptance arrangements will follow the final quotation and contract.

After-Sales Service

The machine is provided with a one-year warranty and long-term technical support. Customers can contact the technical and after-sales team directly if any equipment issue occurs. “Lifetime Technical Support” is recommended for international marketing instead of “Lifelong Maintenance” to avoid implying free lifetime maintenance.

FAQ

1. What materials can the Y83-250 process?

The machine is intended for suitable compressible loose metal scrap. Please provide scrap photos, dimensions, thickness and required capacity for model confirmation.

2. Is 3.5–4.5 T/H a guaranteed capacity?

No. 3500–4500kg/h is a reference capacity. Actual output depends on scrap type, size, initial bulk density, feeding efficiency and operating conditions.

3. Will every bale reach more than 1800kg/m³?

The >1800kg/m³ figure is a reference value. Actual bale density depends on material type, thickness, feeding quantity and compression conditions.

4. Why is the bale length 400–700mm?

The bale section is approximately 500×500mm, while the final length varies according to feeding quantity and compression results.

5. What should I do if the hydraulic oil temperature becomes too high?

The current specification does not confirm the cooling configuration. For long continuous operation, please provide daily working hours and ambient temperature so that the required cooling system can be evaluated.

6. Does a 60kW motor mean the machine always consumes 60kWh every hour?

No. 60kW is the rated motor power. Actual electricity consumption depends on load, working cycles, idle time and operating conditions.

7. What regular maintenance is required?

Routine maintenance should focus on hydraulic oil condition, oil level, hoses, fittings, seals, fasteners and moving components. Detailed intervals should follow the operation and maintenance manual.

8. What spare parts should be prepared?

The exact spare parts list depends on the final machine configuration. Common seals and other wear parts can be confirmed when the order is finalized.

9. Can the voltage be customized?

The final electrical configuration can be confirmed according to the customer's local power supply. Please provide voltage, frequency and phase, for example 380V / 50Hz / 3Ph.

Inquiry Information

For accurate model selection, please provide your scrap type, material photos, maximum size, maximum thickness, maximum single-piece weight, required hourly capacity, target bale size and local power supply.