Y83/T-125 Hydraulic Metal Baler with 125 Ton Force, 1200*700*600mm Chamber & Push-Out Discharge

For scrap recycling yards, collection centers and metalworking companies in Russia, selecting a hydraulic metal baler does not always mean choosing the largest machine or the highest possible pressing force.

A more practical purchasing question is:

How can loose metal scrap be compressed into a compact and manageable form while keeping equipment investment, available space and electrical requirements within a reasonable range?

The Y83/T-125 Hydraulic Metal Baler is a 125-ton class push-out scrap baling machine featuring a 1250 kN main cylinder, a 1200*700*600 mm press box and a 300*300 mm bale section.

The hydraulic system operates at 25 MPa, while the motor has a rated power of 18.5 kW. The supplied technical specification states an approximate cycle length of 100 seconds.

For small and medium-scale recycling operations handling suitable compressible ferrous scrap, sheet-metal offcuts and metalworking waste, this Scrap Metal Baler Machine provides a compact hydraulic solution without automatically moving into a much larger equipment category.

The approximate 100-second cycle should not be interpreted as a guaranteed hourly capacity. Actual throughput depends on material type, dimensions, thickness, loose bulk density, loading quantity and feeding efficiency.

Problem: What Scrap Handling Problems Are Buyers Trying to Solve?

Russian scrap recycling companies operate under very different material and production conditions.

For small and medium-sized yards and metalworking facilities, common challenges include:

loose scrap occupying excessive storage space, irregular production offcuts being difficult to handle, inefficient truck loading, repeated material handling, limited available power and unnecessary investment in equipment larger than the actual project requires.

For these applications, the objective is not simply to purchase a machine with the highest tonnage.

A properly selected 125 Ton Hydraulic Scrap Metal Baler can provide a more practical balance between compression capability, equipment size and power requirements.

Cause: Why Do Chamber Size, Pressing Force and Discharge Method Matter?

1. Chamber Size Affects Material Loading

The Y83/T-125 has a:

1200*700*600 mm (L*W*H) press box.

This dimension is confirmed in the supplied technical specification.

For loose scrap, daily tonnage alone does not describe the complete loading requirement.

Low-density material occupies more volume at the same weight and may require additional loading and compression cycles.

When evaluating a Metal Baler Machine, buyers should therefore consider material weight, dimensions and loose condition together.

2. Pressing Force Determines the Main Compression Capability

The main cylinder provides:

1250 kN nominal force.

The technical specification also identifies:

1000 kN side-cylinder force;

550 kN top-cover cylinder force;

320 kN bale push-out cylinder force.

Different cylinders perform different compression and discharge functions rather than relying on one hydraulic cylinder for the complete process.

3. Push-Out Discharge Affects Yard Layout

The Y83/T-125 uses a hydraulic Push-Out Discharge system.

After compression, the finished bale is discharged by a dedicated 320 kN push-out cylinder.

For recycling yards that prefer a defined discharge direction, this design can make it easier to plan the bale collection and downstream handling area.

4. Cooling Configuration Depends on Actual Operating Conditions

The supplied technical specification does not identify a particular cooling system as standard equipment.

Therefore, air cooling or water cooling should not automatically be advertised as standard.

Cooling requirements should be evaluated according to ambient temperature, continuous operating hours and machine workload.

For Russian customers, winter operating conditions deserve additional attention.

Low ambient temperatures can affect hydraulic oil viscosity and cold starting. Projects in colder regions should therefore provide the minimum expected temperature, indoor or outdoor installation conditions and winter operating requirements before final configuration.

Solution: How Does the Y83/T-125 Compress Metal Scrap?

The Y83/T-125 uses multiple hydraulic movements to contain, compress and discharge loose scrap.

Material is first loaded into the 1200*700*600 mm compression chamber.

The top-cover and side compression movements help contain and compress the material before the main hydraulic compression stage.

The main cylinder provides 1250 kN nominal force.

After the bale is formed, the dedicated 320 kN push-out cylinder discharges it from the chamber.

The specified finished bale section is:

300*300 mm.

This creates a clear operating sequence:

Loading → Compression → Bale Formation → Hydraulic Push-Out

For suitable scrap, this process converts loose and irregular material into a more compact form for storage and downstream handling.

Applications

The Y83/T-125 Steel Scrap Baler can be evaluated for applications involving:

metalworking offcuts, sheet-metal scrap, compressible ferrous scrap, production waste and other loose metal materials that fall within the practical loading and compression range of the machine.

Typical users may include Russian metalworking plants, manufacturing companies, scrap collection centers and small to medium-sized recycling yards.

Actual suitability should be confirmed according to:

material photos, videos, dimensions, maximum thickness, material type and required throughput.

Technical Specifications

The above technical specifications are based on the supplied Y83/T-125 technical document.

Standard vs. Optional Configuration

To avoid confusion between general website information and the final contracted machine, confirmed technical specifications and project-dependent configurations should be clearly separated.

Confirmed Basic Technical Parameters

• 1250 kN main pressing force;
• 1200*700*600 mm press box;
• 300*300 mm bale section;
• 25 MPa hydraulic system pressure;
• 18.5 kW motor;
• hydraulic push-out discharge.

Items to Confirm Before Ordering

• local voltage and frequency;
• control configuration;
• oil-temperature control or cooling requirements;
• hydraulic oil selection for low-temperature operation;
• possible cold-weather preheating requirements;
• recommended spare-parts package;
• other project-specific requirements.

Final standard and optional equipment should follow the approved quotation, technical agreement, PI and contract.

Test Conditions: Understanding Capacity, Density and Cycle Time

The supplied technical document confirms an:

Approx. 100 Sec Cycle Length

However, it does not specify a guaranteed T/H capacity, fixed bale weight or bale density.

For this reason, these values should not be presented as fixed performance guarantees without actual material testing.

Real throughput can be affected by:

• scrap type;
• loose bulk density;
• material thickness;
• maximum dimensions;
• material geometry;
• loading quantity;
• manual or mechanical feeding speed;
• continuity of operation.

If a Russian customer has a specific hourly capacity requirement, representative scrap photos or videos should be provided together with expected operating hours.

This provides a more reliable basis for machine selection than nominal pressing force alone.

Application Limits

The Y83/T-125 is a hydraulic scrap baling machine and should not be treated as a universal solution for every category of heavy steel scrap.

Technical evaluation is recommended before attempting to process:

• oversized scrap beyond the practical chamber loading range;
• very thick steel plate;
• large solid steel pieces;
• heavy structural scrap;
• long beams, profiles or pipes;
• high-strength structural materials that are difficult to compress.

When heavy or oversized scrap dominates the feedstock, simply increasing baler pressure may not be the most efficient solution.

Depending on the material, pre-cutting, a scrap shear, gantry shear or a higher-force Scrap Metal Baler Machine may be more appropriate.

Key Advantages of the Y83/T-125

1250 kN Main Pressing Force

Provides a defined 125-ton class compression level for suitable small and medium-scale scrap recycling applications.

1200*700*600mm Press Box

The specified chamber dimensions allow buyers to compare their actual scrap size with the machine loading space before purchasing.

300*300mm Bale Section

Loose and irregular scrap can be compressed into a more compact form for storage and material handling.

Hydraulic Push-Out Discharge

A dedicated push-out cylinder provides a defined bale discharge direction.

18.5kW Rated Motor Power

For Russian projects where available electrical capacity must be considered carefully, the rated motor power provides an important reference for electrical planning.

Multiple Hydraulic Cylinders

The main, side, top-cover and push-out cylinders perform different stages of the baling process, creating a defined operating sequence.

FAT & Delivery

After production, the machine can undergo factory testing according to the agreed technical requirements.

During FAT, key checks can include:

• main compression movement;
• side compression movement;
• top-cover movement;
• bale push-out operation;
• hydraulic system operation;
• coordination between hydraulic cylinders;
• abnormal hydraulic leakage;
• abnormal operating noise;
• agreed control functions.

If actual material testing is required, representative scrap information should be provided in advance so that the test conditions can be discussed before FAT.

After testing, the packaging and shipment plan should be determined according to the final machine dimensions, weight and transportation method.

For Russian projects, buyers should prepare and confirm before installation:

• three-phase power supply;
• voltage and frequency;
• installation area;
• ambient operating temperature;
• hydraulic oil;
• unloading and lifting conditions.

Final packaging, installation guidance, commissioning and on-site service scope should follow the contract.

FAQ for Russian Buyers

1. What materials can the Y83/T-125 process?

It can be evaluated for suitable compressible ferrous scrap, metalworking offcuts and sheet-metal waste.

Actual material photos or videos are recommended before final machine selection.

2. Can a 125-ton baler process thick steel plate?

Pressing force alone cannot determine this.

Material thickness, dimensions, strength, geometry and whether the material is solid must also be evaluated.

3. What is the hourly capacity?

The current technical specification does not provide a fixed T/H capacity.

Actual throughput depends strongly on feedstock and loading conditions, so an unsupported hourly figure should not be guaranteed.

4. Does a 100-second cycle mean exactly 36 bales per hour?

No.

The approximate 100-second figure is a machine cycle parameter. Actual production also includes loading, material arrangement, operating delays and variations between different types of scrap.

5. Does an 18.5kW motor consume 18.5kWh every hour?

Not necessarily.

18.5 kW is the rated motor power. Actual electricity consumption depends on machine load, hydraulic duty cycle and idle periods.

6. Can the machine be configured for 380V/50Hz?

The final electrical specification should be confirmed before ordering.

Customers should provide local voltage, frequency and three-phase power conditions so that the correct configuration can be determined.

7. What should Russian customers consider for winter operation?

Low temperatures can affect hydraulic oil viscosity and cold-start performance.

Customers in colder regions should provide the minimum expected ambient temperature, indoor/outdoor installation conditions and winter operating requirements before final configuration.

8. Does the machine require an oil cooling system?

This depends on ambient temperature, continuous operating time and workload.

The current technical specification does not identify one particular cooling configuration as standard, so the requirement should be evaluated for each project.

9. Which spare parts should be purchased with the machine?

Spare parts should be matched to the final machine configuration.

Common seals and maintenance parts can be discussed during the order stage, with the final spare-parts list prepared according to the actual machine BOM.

10. What routine maintenance is required?

Routine checks should include:

• hydraulic oil level and condition;
• hydraulic hoses and fittings;
• oil leakage;
• cylinder operation;
• fasteners;
• abnormal vibration or noise;
• filtration system condition.

Hydraulic oil and filter maintenance intervals should be determined according to actual operating conditions.

After-Sales Service

After delivery, operating documentation, maintenance guidance, remote technical support and troubleshooting assistance can be provided according to the final order scope.

When technical support is required, customers should provide the machine model, fault photos or videos and operating information to help technicians identify the issue efficiently.

Replacement parts can be matched according to the actual machine configuration and component information.

For customers in Russia, requirements for installation guidance, commissioning assistance, spare-parts packages or other special overseas services should be confirmed during the quotation and contract stage.