MIC240 speeds
MIC240 speeds
Flat ~15 / arch ~13 / seam ~16 m/min — three modes
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Process Library · Roofing & Wall Panel
Arch Roof Forming Line
A jobsite K-span forms flat, then curves, then sews. A shop arch-beam rolls the radius in the last stand. They are two first-offs.
What this process looks like
A jobsite K-span forms flat, then curves, then sews. A shop arch-beam rolls the radius in the last stand. They are two first-offs.
MIC240 power
MIC240 power
Total motors ~19.7 kW; main ~7.5; curving ~3.0 + 1.5×2; shear ~4.0; conical ~1.1+1.1
MIC240 width / t
MIC240 width / t
Feed ~914 mm → product ~610 mm; ~0.6–1.5 mm
Specifications
| MIC240 speeds | Flat ~15 / arch ~13 / seam ~16 m/min — three modes |
|---|---|
| MIC240 power | Total motors ~19.7 kW; main ~7.5; curving ~3.0 + 1.5×2; shear ~4.0; conical ~1.1+1.1 |
| MIC240 width / t | Feed ~914 mm → product ~610 mm; ~0.6–1.5 mm |
| MIC240 decoil / span | ~10 t, ID ~450–650 mm; span ~5–40 m depends on thickness and engineering |
| Shop arch-beam | PPGI 0.8–1.5 mm; feed 1200 mm; 10 stands; 10th stand Ø110; ~10 m/min; one panel max span to 30 m; 380 V / 50 Hz |
| Corrugated neighbour | 18 stands, Ø80, 7.5 kW, 0–20 m/min, 0.2–0.8 mm, hyd bend 5.5 kW |
Operation steps
Form flat to developed length
Form flat to developed length
Footer-to-footer. Arch speed is the next mode, not this step.
Curve to the engineering radius
Curve to the engineering radius
Not the shop Ø110 last-stand template. Then seam the shell.
If the order is shop arch-beam
If the order is shop arch-beam
Form nine stands as a beam. Last stand sets the arch. First-off: PLC angle vs template, both-end 1 cm bend, 30 m span only as that sheet’s max.
Corrugated shear-bend is another mill
Corrugated shear-bend is another mill
18 stands, 7.5 kW forming main, hyd bend 5.5 kW after form. Standing-seam motor curver is auxiliary to a seam mill.
What's included
This line
This page: How to run MIC240 three-speed on site, and how the shop Ø110 beam first-off differs.
Standard build
Sister lines: Large-span arch beam, corrugated sheet, and standing-seam mill each have their own quotation.
Key details
Three MIC240 speeds stay three
One blended “line speed” fails this specification.
Jobsite vs shop beam
914→610 is not 1200 mm feed Ø110.
K-span sew vs 2″ seamer
Lock-panel closer is a different tool.
FAQ
Why are there three speeds on MIC240?
Flat form ~15 m/min, arch ~13 m/min, seam ~16 m/min. They are three modes on one jobsite machine, not one blended line speed.
Is the shop arch-beam the same machine?
Shop arch-beam is 10 stands, last-stand Ø110, ~10 m/min, feed 1200 mm, 0.8–1.5 mm. It is not 914→610 and not a K-span sew.
How are price and lead time quoted?
Send span, thickness, whether the work is jobsite K-span or shop beam. Commercial terms come back on the offer.
Related processes
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