EDWARDS 241 Punch Assembly For 75 Ton Ironworkers (2013 & Older) - ED9-AC1055-S4
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 75 Ton Ironworkers (2013 & Prior).
- 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
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Direct Fit Upgrade for Older Machines — Designed specifically for 75 Ton Edwards Ironworkers (2013 & older) to expand punching capability without replacing the whole machine.
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Heavy‑Duty 241 Punch Assembly — Handles large holes and slots in sheet, plate, and structural steel when paired with the right punch & die sets.
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Broad Tooling Flexibility — Accepts a variety of punch and die sizes (sold separately) so you can match tooling to your job needs.
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Robust Industrial Construction — Built to withstand frequent use in demanding shop environments.
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Simple Swap‑In Installation — Straightforward installation minimizes downtime and gets you productive faster.
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Ideal For: Fabrication shops and professionals needing expanded punching range on legacy 75 Ton ironworkers.
Q&A
Q1: What is the ED9‑AC1055‑S4?
A: A heavy‑duty 241 punch assembly that replaces the standard punch station on Edwards 75 Ton Ironworkers built in 2013 or earlier, enabling larger hole and slot punching capability.
Q2: What does this punch assembly do?
A: It lets you punch large holes and slots in heavy sheet metal, steel plate, beams, and other robust fabrication materials using compatible punch tooling.
Q3: What punch & die sizes does it support?
A: Accommodates 241 punch & die sets from ~1″ up to ~4″ in various shapes and sizes for flexible hole configurations.
Q4: Which ironworker models is it compatible with?
A: Specifically designed to replace the installed punch assembly on Edwards 75 Ton Ironworkers (2013 & older).
Q5: Does the assembly include tooling?
A: No — punch & die sets are sold separately; contact Edwards or your tooling supplier to select the correct 241 sets.
Q6: How does it improve workflow?
A: By enabling larger, cleaner holes and slots without secondary tools, it reduces rework and increases productivity in punch‑intensive jobs.
Q7: Is this built for heavy‑duty use?
A: Yes — rugged construction makes it suitable for industrial metalworking and fabrication environments.
Q8: What are typical weight and size?
A: It weighs around ~61–62 lbs and measures approximately 13″ × 16″ × 13″ for easy installation and handling.
Q9: Why upgrade to this assembly?
A: It expands punching capability to larger hole sizes compared with standard stations, enhancing versatility on older ironworkers.
Q10: What industries benefit most from this product?
A: Metal fabrication shops, structural steel work, automotive and industrial repair facilities requiring oversized hole & slot punching.
Maintenance Tips
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Clean After Every Use: Remove metal chips and debris from the punch and die areas to prevent buildup and ensure smooth punching.
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Lubricate Punch & Die: Apply light machine oil to the punch stem/die contact surfaces to reduce friction, aid stripping, and extend tool life.
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Inspect for Wear or Damage: Regularly check punch tips and dies for dulling, chipping, or deformation; replace worn tooling promptly for accurate hole and slot punching.
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Verify Alignment: After installation or tooling changes, check that the punch is centered in the die by inching down the machine—misalignment increases wear and stress.
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Secure Fasteners: Periodically tighten mounting bolts and hardware so the assembly stays stable during high‑tonnage punching operations.
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Follow Capacity Guidelines: Use only recommended 241 punch & die sets (1″–4″ size range) to prevent tool overload and premature wear.
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Prevent Corrosion: Store the assembly in a dry environment and apply a rust inhibitor on exposed steel surfaces when idle.
