Three pairs of blades with optional incision monitoring (ACD)
The already integrated three blade pairs cover the entire cross-section range, which enables production without changeover. The ACD continuously checks the quality.
Thanks to their five (Zeta 640) or eight (Zeta 650) process modules, Zeta 640/650 can process up to 36 wires without changeover, from batch size 1 and just-in-time.
The already integrated three blade pairs cover the entire cross-section range, which enables production without changeover. The ACD continuously checks the quality.
If desired, the bundler wire deposit can be tied up and sorted in the correct order, and the wires can be prepared for further processing separately according to sequences or batches.
The automatic wire changer provides up to 36 different wires from the entire cross-sectional area, thus enabling efficient processing without changeover. This covers, for instance, the wide variety of control cabinet designs.
With three shuttles working in parallel, fully automatic production is guaranteed just-in-time and from batch size 1– with consistently high quality.
To simplify processing, wires are bundled as required. Up to two inkjet printers automatically mark the wires in black and another color.
Experience Flexibility
Specification name | Specification value |
---|---|
Shortest wire length for one-sided processing | 85 mm |
Shortest wire length for two-sided processing | 240 mm |
Wire length (standard tray) max. | 3000 mm |
Strip length side 2 max. | 25 mm |
Strip length side 1 max. | 25 mm |
Wire outer diameter max. | 6 mm |
PDF | German | 1.8 MB
PDF | English | 1.8 MB
PDF | Chinese | 1.6 MB
Browse alternatives
The Zeta 620 assembly machine provides wires on two process models fully equipped for control cabinet construction – including labeling and terminals.
The Zeta 630 increases productivity in control cabinet construction with two process modules from batch size 1 and with up to 36 different wires in the wire changer.
The DLW software supports qualified personnel in preparing production data for automated prefabrication of wires in a practical and efficient manner, even from batch size 1.