Pipe bender / elbow
About 2.2 kW; max bend about 90°


The open trough is already formed. This process takes a cut downpipe and either bends an offset or necks and flares the end. It is not a last stand on the K-style mill.
The open trough is already formed. This process takes a cut downpipe and either bends an offset or necks and flares the end. It is not a last stand on the K-style mill.
About 2.2 kW; max bend about 90°
Neck + flare; 0.45–0.5 mm; 380 V / 50 Hz / 3φ
Gutter + downpipe addon “bending & necking”; 0.3–0.8 mm / 312 mm / 380 V / 60 Hz
| Pipe bender / elbow | About 2.2 kW; max bend about 90° |
|---|---|
| Reducer pair | Neck + flare; 0.45–0.5 mm; 380 V / 50 Hz / 3φ |
| Combo neighbour | Gutter + downpipe addon “bending & necking”; 0.3–0.8 mm / 312 mm / 380 V / 60 Hz |
| Downpipe mill neighbour | 22 stations Ø75, 20 m/min, 7.5+5.5 kW |
| Square 3×3 neighbour | 19 stations, 8–10 m/min, 5.5+5.5 kW, on-machine bend — not the 2.2 kW elbow bench |
Dies follow that envelope. Thicker downpipe from another host is a different die conversation.
Insert, locate the offset, bend. Angle ≤ about 90° on the documented unit; wrinkle-free intrados; lock seam still closed if the pipe is lockform.
Neck one end, flare the other as specified. Telescoping joints are this job. 380 V / 50 Hz on that sheet vs 380 V / 60 Hz on the combo package.
2.2 kW is the auxiliary, not the whole rain line.
This page: Elbow bender and reducer pair after the downpipe mill.
Sister lines: Gutter + downpipe mill, gutter cover, and square downpipe with on-machine bend.
Two fittings. Name which crate is on the floor.
Thicker pipe needs another die conversation.
2.2 kW is not rain-line total power.
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