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EDWARDS

EDWARDS 241 Punch Assembly For 120 Ton Ironworkers - ED9-AC1055-4

EDWARDS 241 Punch Assembly For 120 Ton Ironworkers - ED9-AC1055-4

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EDWARDS 241 Punch Assembly For 120 Ton Ironworkers - ED9-AC1055-4

The 241 Punch Assembly accommodates punch & die sets in various shapes and sizes from 1" up to 4". Punch large holes and slots in anything from sheet metal to steel plate.

Features
  • Punch large holes and slots in anything from heavy sheet metal to steel beams.
  • Replaces the installed Punch Assembly on the 120 Ton Ironworkers.
  • Requires 241 Punch & Die sets (contact Edwards for pricing and availability).
  • 241 punch assembly accommodates punch and die sets in various shapes and sizes from 1" up to 4".
What our Experts Think
  • Designed for heavy punching tasks — the 241 Punch Assembly (ED9‑AC1055‑4) lets you punch large holes and slots in sheet, plate, and structural steel up to 4″ with the right punch & die sets.
  • Direct fit for 120 Ton Edwards Ironworkers — replaces the standard punch assembly for expanded capability on larger machines.
  • Broad tooling flexibility — accepts a variety of punch & die shapes/sizes to match your job needs (tooling sold separately).
  • Industrial‑grade construction — built to withstand heavy use in demanding fabrication environments.
  • Simple upgrade with big impact — quick swap‑in installation minimizes downtime and increases utility of your machine.
  • Ideal for structural, fabrication, and heavy‑duty metalworking shops needing high‑capacity punching performance.

Q&A

Q1: What is the ED9‑AC1055‑4?
A: A heavy‑duty 241 punch assembly that replaces the standard punch station on 120 ton Edwards ironworkers to enable larger hole and slot punching in heavy fabrications.

Q2: What applications is it designed for?
A: It’s ideal for punching large holes and slots in sheet metal, structural plate, steel beams, and other thick materials in fabrication and industrial metalworking.

Q3: What punch/die sizes does it support?
A: Accommodates 241 punch and die sets in various shapes/sizes from 1″ up to 4″, providing flexibility for large hole and slot configurations.

Q4: Which ironworkers is it compatible with?
A: Designed specifically to replace the installed punch assembly on 120 ton Edwards ironworker models.

Q5: Does it include tooling?
A: No — punch & die sets are sold separately; you’ll need to purchase 241 punch/die tooling to match your hole size needs.

Q6: How does this assembly improve workflow?
A: By enabling larger, cleaner hole and slot punching without secondary tools, it reduces setup time and increases productivity on heavy‑duty jobs.

Q7: Is it suitable for industrial use?
A: Yes — built for heavy fabrication environments with rugged construction and stable performance during high‑capacity punching tasks.

Q8: What is the unit’s weight and size?
A: It weighs about 62 lbs with compact dimensions (~16″ × 13″ × 13″) for easy installation and removal.

Q9: Why upgrade to this punch assembly?
A: It expands punching capability beyond standard punch stations, handling larger holes and slots efficiently for structural and production applications.

Q10: What industries benefit most?
A: Metal fabrication, structural steel work, industrial manufacturing, and any shop needing heavy‑duty hole punching capability.


Maintenance Tips
  • Clean After Every Use: Remove metal chips and debris from the punch and die area to prevent buildup and maintain smooth punching operations.
  • Lubricate Tooling: Apply light machine oil to punch shanks, die surfaces, and moving parts to reduce friction and extend tooling life.
  • Inspect Wear & Damage: Regularly check punches and dies for dull edges, cracks, or deformation; replace worn components promptly to ensure clean, accurate holes up to 4″.
  • Verify Alignment: Ensure punch and die are properly aligned after installation to prevent uneven wear and stress on the assembly.
  • Tighten Fasteners: Periodically check and secure bolts and mounting hardware to avoid movement during heavy 120 ton punching.
  • Prevent Corrosion: Store in a dry area and apply rust inhibitor on exposed steel surfaces when not in use.