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Hydraulic Metal Balers
Created with Pixso. Y83/F-3150 315 Ton Hydraulic Metal Baler (Turn Over Type) with 3150kN Nominal Force, 2000×1750×1200mm Chamber and 600×600mm Large Bale Size for Heavy Industrial Scrap Supply Chains

Y83/F-3150 315 Ton Hydraulic Metal Baler (Turn Over Type) with 3150kN Nominal Force, 2000×1750×1200mm Chamber and 600×600mm Large Bale Size for Heavy Industrial Scrap Supply Chains

Brand Name: Wanshida
Model Number: Y83/F-3150
MOQ: 1set
Price: Negotiable
Delivery Time: 30days
Payment Terms: Western Union,L/C,T/T
Detail Information
Place of Origin:
Jiangsu,China
Certification:
ISO9001,CE
Product Name:
Metal Baler
Model:
Y83/F-3150
Nominal Force (kN):
3150
Power:
90KW
Chamber Size (mm):
2000 * 1750 * 1200
Bale Size (mm):
600 * 600
Operation:
Manual Valve / PLC
Packaging Details:
Sea Worthy
Supply Ability:
30 sets/month
Product Description
Y83/F-3150 315 Ton Hydraulic Metal Baler (Turn Over Type) with 3150kN Nominal Force, 2000×1750×1200mm Chamber and 600×600mm Large Bale Size for Heavy Industrial Scrap Supply Chains
Product Introduction

The Y83/F-3150 hydraulic metal baler is a 315-ton class turn-over type compaction system designed for heavy industrial scrap processing and steel supply chain operations.

With a 3150 kN nominal force and an oversized chamber of 2000 × 1750 × 1200 mm, this machine is engineered to compress high-volume mixed steel scrap into dense 600 × 600 mm bales suitable for steel mills, export markets, and large furnace charging systems.

It is positioned as a primary compaction unit in large-scale recycling facilities and industrial scrap consolidation centers.

Y83/F-3150 315 Ton Hydraulic Metal Baler (Turn Over Type) with 3150kN Nominal Force, 2000×1750×1200mm Chamber and 600×600mm Large Bale Size for Heavy Industrial Scrap Supply Chains 0

Product Specifications
Model Nominal Force (kN) Chamber Size (mm) Bale Size (mm) Power Operation
Y83/F-3150 3150 2000 * 1750 * 1200 600 * 600 90 kW Manual Valve / PLC
Core Engineering Advantages
3150 kN High-Pressure Compaction System

The 315-ton hydraulic structure ensures:

  • Strong compression of mixed heavy scrap

  • Stable bale formation under high load

  • High-density output for industrial resale

  • Reduced material rebound

This force class supports demanding scrap supply chains.


Extra-Large Chamber – 2000 × 1750 × 1200 mm

The oversized chamber enables:

  • Efficient crane feeding

  • Large-volume intake per cycle

  • Reduced need for pre-cutting

  • Higher operational throughput

This chamber size is designed for facilities handling bulk scrap materials daily.


Large Bale Section – 600 × 600 mm

The 600 mm square bale section significantly increases single-bale mass, improving:

  • Transportation efficiency

  • Container loading optimization

  • Steel mill compatibility

  • Stacking stability

Large bale formats are preferred in export-grade scrap operations.


90 kW High-Power Hydraulic System

The industrial-grade motor ensures:

  • Continuous heavy-duty operation

  • Stable hydraulic pressure under load

  • Reliable performance for large-scale facilities

The high power rating reflects its industrial positioning.


Turn-Over Discharge Structure

The turn-over bale discharge system provides:

  • Stable and reliable bale ejection

  • Durable mechanical configuration

  • Reduced operational downtime

It is commonly selected for high-capacity scrap plants.


Manual Valve or PLC Control Options

The Y83/F-3150 can be configured with:

  • Manual valve control for simplified operation

  • PLC automatic control for optimized production efficiency

PLC configuration is recommended for large continuous processing environments.

Typical Materials Processed

The Y83/F-3150 is suitable for:

  • Mixed steel scrap

  • Medium structural steel

  • Sheet metal bundles

  • Industrial fabrication waste

  • Export-grade scrap materials

Extremely heavy structural beams may require higher-tonnage machines.


Industrial Value & Operational Benefits

The 315-ton baler significantly improves scrap consolidation efficiency, increases bale density, reduces transport cost per ton, and supports structured large-scale recycling operations.

It is commonly used as a backbone compaction system in high-volume scrap processing facilities supplying steel mills.


Line Integration Capability

This machine integrates well with:

  • Crane feeding systems

  • Scrap sorting lines

  • Conveyor-assisted loading

  • Large-scale recycling plant layouts

It supports centralized scrap consolidation before furnace charging or export.


Application Fields

The Y83/F-3150 is widely installed in:

  • Large regional scrap yards

  • Industrial scrap consolidation centers

  • Steel mill supply chains

  • Export-oriented recycling plants

Its large chamber and bale format support high-volume operations.


Frequently Asked Questions

How does the 315-ton model compare to the 250-ton version?
It offers larger chamber dimensions, larger bale size, and stronger compaction force, making it suitable for heavier industrial scrap and higher daily throughput.

Is PLC recommended for this model?
Yes. PLC control improves cycle consistency and is recommended for continuous high-volume operations.

What is the advantage of 600×600 bale size?
It maximizes container efficiency and is widely accepted in export scrap markets.

Can it handle heavy bundled steel?
It can process medium-heavy scrap. Extremely dense bundled steel may require higher-tonnage systems.


Warranty & Service

The Y83/F-3150 is supplied with a one-year warranty covering hydraulic, structural, and electrical components under normal industrial operation.

Spare parts supply, technical consultation, and commissioning support are available for long-term reliable use.


Contact Us

If your recycling facility requires a 315-ton heavy-duty hydraulic baler for large-scale scrap consolidation and steel supply chain operations, the Y83/F-3150 provides high-density output and industrial reliability.

Contact us for configuration advice, production planning, and project-based quotation.

Tell us your daily scrap volume and target bale size, and our engineering team will recommend the optimal solution.