1) What problems does the Y83-250A solve in daily operations?

The Y83-250A 250 ton side push-out hydraulic metal baler is built to solve three day-to-day bottlenecks:

• Loose scrap takes too much space → baling makes stockpiles compact and manageable

• Trucks leave with “air gaps” → standardized bales load tighter and improve loading density

• Too much re-handling → predictable bale output reduces repeated moving and reshuffling

2) What does “side push-out” mean—and why does it matter for dispatch?

Side push-out means the bale is ejected sideways by a hydraulic pusher. This matters because it keeps the bale discharge area clear and supports a faster “bale → stack → load” rhythm—especially helpful when trucks arrive on schedule and you need a clean, repeatable flow.

3) What scrap is it best suited for?

The Y83-250A is commonly used for:

• Mixed light steel scrap

• Sheet/plate offcuts

• Small structural pieces and workshop returns
  For this configuration, the recommended max scrap thickness is 6 mm.

4) What bale size can I expect, and how does it help loading?

The baler produces 500 × 500 mm bales with adjustable bale length from 200 to 1000 mm. Standardized bales stack more neatly and reduce voids in trucks, helping you load faster and ship more consistently.

5) What is the press box size, and why should I care?

The press box (compression chamber) is 2000 × 1400 × 900 mm. A larger chamber lets you load more loose scrap per cycle, improving productivity and reducing the time equipment spends staging scrap near the machine.

6) How fast is the working cycle?

Typical cycle time is about 120 seconds. Real-world timing depends on scrap type, feeding consistency, and how you organize the staging area.

7) What control options are included for easier operation?

The machine supports PLC automatic control with remote operation, which helps keep performance consistent between shifts and makes operation easier. It also supports hand valve control as a practical backup option.

8) What are the key hydraulic and power specs (for planning)?

• Nominal force: 2500 kN (250-ton class)

• System pressure: 22 MPa

• Motors: 30 kW × 2 sets

• Pumps: 160YCY14-1B, 31.5 MPa, 160 ml/r, 2 sets

These specs help you plan power supply and estimate stable daily production rhythm.

9) What makes the Y83-250A durable for heavy daily work?

The machine uses Hardox 500 wear plates in key wear areas, improving wear resistance and helping maintain chamber condition under abrasive scrap.

10) How much space and foundation work should I plan?

Beyond the machine footprint, plan practical working space for:

• Scrap staging (forklift/crane access)

• Bale stacking area

• Clear truck loading routes
  A level concrete foundation and stable power supply are typically required.

11) Side push-out vs. turn-out type—how do I choose quickly?

• Choose side push-out if your priority is fast discharge and smoother dispatch flow.

• Choose turn-out type if your yard layout favors that discharge direction or handling routine.
  If trucks queue often, side push-out is usually the more “dispatch-friendly” option.

12) What should I send you to get the right recommendation?

To match the baler to your real scrap stream and workflow, share:

• Scrap type + max thickness

• Target bale length range and loading method

• Daily tonnage target

• Feeding method (forklift, crane, grapple, manual)

• Local voltage/frequency and available yard space

What is a scrap metal baler?