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EDWARDS

EDWARDS 241 Punch Assembly For 65, 75, & 100 Ton Ironworkers - ED9-AC1055-2

EDWARDS 241 Punch Assembly For 65, 75, & 100 Ton Ironworkers - ED9-AC1055-2

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EDWARDS 241 Punch Assembly For 65, 75, & 100 Ton Ironworkers - ED9-AC1055-2

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 65, 75, & 100 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
  • Heavy‑Duty 241 Punch Assembly — expands punching capability on your ironworker for large holes and slots in sheet, plate, and structural steel.
  • Designed for 65 T, 75 T & 100 T Machines — replaces the factory punch station on these ironworker models for broader performance.
  • Wide Punch Range (1″–4″) — accommodates a variety of punch & die sets for shapes and sizes up to 4″, boosting versatility.
  • Industrial‑Grade Construction — solid build handles heavy use and demanding fabrication environments.
  • Requires Punch & Die Sets — customize tooling to match your material and hole size needs (sold separately).
  • Simple Upgrade Path — straightforward swap‑in installation minimizes downtime and expands punching reach.
  • Ideal For: Fabrication shops, structural jobs, and professionals needing big‑hole punching without separate machines.

Q&A

**Q1: What is the ED9‑AC1055‑2?
A: A heavy‑duty punch assembly that replaces the standard punch station on 65 T, 75 T, and 100 T Edwards ironworkers to enable oversized hole and slot punching in metal fabrication.

Q2: What does it do?
A: It lets you punch large holes and slots in heavy sheet, plate, structural steel, and beams — expanding the ironworker’s punching capability.

Q3: What punch sizes does it support?
A: Accommodates 241 punch & die sets in various shapes/sizes from 1″ up to 4″, giving flexibility for bigger hole requirements.

Q4: What ironworker models is it compatible with?
A: Designed for 65 ton, 75 ton, and 100 ton Edwards Ironworkers.

Q5: Does it include the punch & die tooling?
A: No — 241 punch & die sets are required separately; contact Edwards or your tooling supplier for pricing.

Q6: Why upgrade to this assembly?
A: It enables larger, cleaner holes and slots than standard punch stations, reducing secondary tooling and boosting shop productivity.

Q7: Is it built for industrial use?
A: Yes — rugged construction suited for heavy fabrication environments like structural steel shops and production punching.

Q8: What are the dimensions and weight?
A: Approx. 62 lbs with dimensions ~13″ × 16″ × 13″, making it relatively compact and easy to install.

Q9: What materials can it punch?
A: Heavy sheet metal, structural plate, and other industrial metals — hole size depends on the die set used.

Q10: What’s the main benefit?
A: Adds oversized punching capability to ironworkers for larger hole patterns and faster throughput.


Maintenance Tips
  • Clean After Use: Remove metal chips and debris from the punch and die area after each session to prevent buildup and ensure smooth operation.
  • Lubricate Tooling: Apply light machine oil to the punch shank and die surfaces to reduce friction and extend punch/die life.
  • Inspect Wear & Damage: Regularly check for dull edges, cracks, or deformation on punches and dies; replace worn tooling promptly to maintain clean, accurate holes.
  • Verify Alignment: Ensure the punch is centered in the die after installation or heavy use to prevent uneven wear and stress on the assembly.
  • Tighten Fasteners: Periodically check and tighten mounting bolts to prevent movement or misalignment during punching.
  • Prevent Corrosion: Store the punch assembly in a dry environment; use rust inhibitor on exposed surfaces to protect steel components.
  • Respect Capacity Limits: Use tooling within rated capacity for 65–100 ton ironworkers to avoid overload, premature wear, and machine strain.