Product Overview

The Y81T-315 hydraulic scrap metal baler is suitable for scrap handling operations that want a defined bale formation process supported by automatic control and a clear discharge method. The PDF specifies PLC automatic control with remote controller and side push-out bale discharge, which makes this page version especially relevant for buyers comparing machine workflow and control format.

The machine also combines a 3150 kN main cylinder, a large chamber, and a listed bale density of not less than 2000 kg/m³, giving the workflow angle a measurable technical foundation.

Applications

This version is best suited to operations that need a more repeatable baling workflow, including scrap yards and processing facilities where control method, discharge path, and bale format are important in addition to raw force class.

The throughput figure is given for steel scrap, so steel scrap handling remains the clearest supported material reference from the source file.

Core Advantages

PLC automatic control

The machine is listed with PLC automatic control, which supports a more standardized operating sequence than a page that only emphasizes force or output.

Remote controller support

The remote controller is part of the stated control method and can be presented as a practical operating feature.

Side push-out bale discharge

The side push-out method gives buyers a clear reference for how bales leave the chamber after compression.

Defined performance data behind the workflow

The workflow is supported by measurable figures including 3150 kN main compression force, ≥2000 kg/m³ bale density, about 130 seconds empty-load cycle time, and about 6–10 tons/hour steel scrap output.

How It Works

Scrap is loaded into the chamber, compressed by the hydraulic cylinder system, and then discharged from the machine using the side push-out bale discharge method. The process is governed by PLC automatic control with remote controller, which provides a documented operating framework in the specification sheet.

The chamber size is 3000 × 2000 × 1200 mm, and the final bale size is (600–1000) × 600 × 600 mm, creating a defined output range that fits a more standardized handling workflow.

Specifications

• Control method: PLC automatic control with remote controller
• Bale discharge method: Side push-out
• Compression chamber: 3000 × 2000 × 1200 mm
• Bale size: (600–1000) × 600 × 600 mm
• Bale density: ≥2000 kg/m³
• Main cylinder thrust: 3150 kN
• Side cylinder thrust: 1600 kN × 2
• Cycle time: about 130 seconds
• Output: about 6–10 tons/hour for steel scrap
• Total power: 74 kW
• Hydraulic pressure: 31.5 MPa
• Oil tank capacity: 3500 L

How To Choose

Choose this machine when operating workflow matters as much as force class. If your team wants a baler with a clearly stated PLC control method, remote operation support, and a defined side push-out discharge path, this configuration is easier to evaluate and explain internally.

This angle is also useful when buyers compare not only tonnage, but also how the machine fits into existing yard handling routines, operator practice, and bale removal layout.

What Problem It Solves

In many scrap operations, the challenge is not only compressing material, but doing so with a repeatable workflow. This machine helps solve that issue by combining a specified control method, a stated discharge method, and measurable bale output data in one published configuration.

It also helps reduce ambiguity during equipment comparison because the page can describe control, discharge, chamber size, bale format, and output with specific values instead of general automation language.

FAQ

What control method does the machine use?

The machine uses PLC automatic control with remote controller.

What is the bale discharge method?

The bale discharge method is side push-out.

What is the chamber size?

The compression chamber size is 3000 × 2000 × 1200 mm.

What bale size does it produce?

The listed bale size is (600–1000) × 600 × 600 mm.

What output is listed for steel scrap?

The machine is listed at about 6–10 tons/hour for steel scrap.

One thing to fix before publishing: the uploaded file name says Y81T-315B, while the first page of the PDF says Y81T-315A. It is better to unify the model reference first.

PLC-Controlled Scrap Metal Baler for Standardized Baling Operations

Product Overview

The Y81T-315 hydraulic scrap metal baler is suitable for scrap handling operations that want a defined bale formation process supported by automatic control and a clear discharge method. The PDF specifies PLC automatic control with remote controller and side push-out bale discharge, which makes this page version especially relevant for buyers comparing machine workflow and control format.

The machine also combines a 3150 kN main cylinder, a large chamber, and a listed bale density of not less than 2000 kg/m³, giving the workflow angle a measurable technical foundation.

Applications

This version is best suited to operations that need a more repeatable baling workflow, including scrap yards and processing facilities where control method, discharge path, and bale format are important in addition to raw force class.

The throughput figure is given for steel scrap, so steel scrap handling remains the clearest supported material reference from the source file.

Core Advantages

PLC automatic control

The machine is listed with PLC automatic control, which supports a more standardized operating sequence than a page that only emphasizes force or output.

Remote controller support

The remote controller is part of the stated control method and can be presented as a practical operating feature.

Side push-out bale discharge

The side push-out method gives buyers a clear reference for how bales leave the chamber after compression.

Defined performance data behind the workflow

The workflow is supported by measurable figures including 3150 kN main compression force, ≥2000 kg/m³ bale density, about 130 seconds empty-load cycle time, and about 6–10 tons/hour steel scrap output.

How It Works

Scrap is loaded into the chamber, compressed by the hydraulic cylinder system, and then discharged from the machine using the side push-out bale discharge method. The process is governed by PLC automatic control with remote controller, which provides a documented operating framework in the specification sheet.

The chamber size is 3000 × 2000 × 1200 mm, and the final bale size is (600–1000) × 600 × 600 mm, creating a defined output range that fits a more standardized handling workflow.

Specifications

• Control method: PLC automatic control with remote controller
• Bale discharge method: Side push-out
• Compression chamber: 3000 × 2000 × 1200 mm
• Bale size: (600–1000) × 600 × 600 mm
• Bale density: ≥2000 kg/m³
• Main cylinder thrust: 3150 kN
• Side cylinder thrust: 1600 kN × 2
• Cycle time: about 130 seconds
• Output: about 6–10 tons/hour for steel scrap
• Total power: 74 kW
• Hydraulic pressure: 31.5 MPa
• Oil tank capacity: 3500 L

How To Choose

Choose this machine when operating workflow matters as much as force class. If your team wants a baler with a clearly stated PLC control method, remote operation support, and a defined side push-out discharge path, this configuration is easier to evaluate and explain internally.

This angle is also useful when buyers compare not only tonnage, but also how the machine fits into existing yard handling routines, operator practice, and bale removal layout.

What Problem It Solves

In many scrap operations, the challenge is not only compressing material, but doing so with a repeatable workflow. This machine helps solve that issue by combining a specified control method, a stated discharge method, and measurable bale output data in one published configuration.

It also helps reduce ambiguity during equipment comparison because the page can describe control, discharge, chamber size, bale format, and output with specific values instead of general automation language.

FAQ

What control method does the machine use?

The machine uses PLC automatic control with remote controller.

What is the bale discharge method?

The bale discharge method is side push-out.

What is the chamber size?

The compression chamber size is 3000 × 2000 × 1200 mm.

What bale size does it produce?

The listed bale size is (600–1000) × 600 × 600 mm.

What output is listed for steel scrap?

The machine is listed at about 6–10 tons/hour for steel scrap.

machine pictures