Hydraulic Scrap Metal Baler with 31.5 MPa Pressure and Dual 45 kW Motors

Product Overview

The Y81F-315B scrap metal baler can be positioned through its hydraulic and drive system as much as through its tonnage class. The PDF lists two YCY14-1B hydraulic pumps rated at21 MPa with 250 ml/r nominal displacement, plus two 45 kW motors running at 970 r/min. For technical buyers, these are the numbers that define the machine’s hydraulic supply architecture.

The machine also combines that hydraulic system with a 3150 kN main cylinder, a water-cooling unit, and a published output rate of 5–8 tons per hour, giving the page a solid technical basis for industrial SEO writing.

Applications

This version is suited for buyers who compare scrap balers through pump pressure, displacement, motor size, and cooling support. It fits projects where the hydraulic system is part of the procurement discussion, not only the nominal compression class.

The machine remains a scrap metal baler first, and the PDF images show its working and shipment condition in a practical industrial context.

Core Advantages

Dual pump hydraulic supply

The machine uses two hydraulic pumps, each rated at 31.5 MPa and 250 ml/r. This provides a more concrete hydraulic description than simply calling the machine powerful.

Dual 45 kW motor configuration

The drive system consists of two Y280L-6 motors, each rated at 45 kW. This is one of the strongest data points for discussing installed drive capacity.

Water cooling support

The listed GLB-14 water cooler has a 13 square meter cooling effect. This is useful when describing the cooling side of the hydraulic system.

Force output still anchored at 3150 kN

Although this version focuses on the hydraulic system, the machine still centers on a 3150 kN main compression force, which keeps the page aligned with its baler class.

How It Works

Electric motors drive the hydraulic pumps, which supply pressure to the cylinder system. The hydraulic circuit then powers the main pressure cylinder and related cylinders for lid action and bale discharge. This technical sequence is consistent with the published list of motors, pumps, cylinders, and water-cooling equipment.

The result is a machine designed to compress loose scrap inside a 2000 × 1750 × 1200 mm material box and form a bale section of 600 × 600 mm.

Specifications

• Hydraulic pump model: YCY14-1B
• Pump pressure: 31.5 MPa
• Pump displacement: 250 ml/r
• Pump quantity: 2
• Motor model: Y280L-6
• Motor power: 45 kW
• Motor speed: 970 r/min
• Motor quantity: 2
• Water cooler model: GLB-14
• Cooling effect: 13 square meter
• Cooling method: Water cooling
• Main cylinder thrust: 3150 kN
• Material box: 2000 × 1750 × 1200 mm
• Bale size: 600 × 600 mm
• Production rate: 5–8 tons/hour

How To Choose

Choose this model if your comparison process starts with hydraulic pressure, pump displacement, motor power, and cooling configuration. The combination of 31.5 MPa, 250 ml/r, 45 kW × 2, and 13 square meter water cooling provides a usable technical framework for hydraulic-system evaluation.

If your main goal is only to compare bale dimensions or shipment space, another product-page angle may be more direct. If you need to justify the machine through hydraulic architecture, this version is the stronger fit.

What Problem It Solves

A common problem in industrial equipment comparison is that a baler is described only by tonnage, leaving out the hydraulic and power configuration that actually supports operation. This machine solves that gap by publishing the pump model, pressure rating, displacement, motor size, and cooling method in the same file.

That makes it easier for technical buyers to evaluate the machine beyond a single compression-force number.

FAQ

What hydraulic pressure is listed?

The pump rated pressure is 31.5 MPa.

What is the pump displacement?

The nominal displacement is 250 ml/r per pump.

How many motors does the machine use?

The machine uses two motors.

What is the motor power?

Each motor is rated at 45 kW.

What cooling method does it use?

The PDF lists water cooling with a 13 square meter cooling effect