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Electrical terminals
WHAT
Low-quality mass-produced screws lead to extremely difficult production conditions.
WHY
The reason is that the critical function – the freely movable clamping plate – is not guaranteed.
HOW
The amount of rivet shaft protrusion needs to be determined. Now, the appropriate amount of forming is determined to ensure mobility and the minimum and maximum axial play. This is possible thanks to the integrated "Protrusion-measurement" combined with the "Auto-compensation" function.
Facts & Figures
| Reference No. | BCHA1034 |
| Riveting Process | Radial riveting |
| Material | Tempered steel |
| Geometry | Ø: 5x20 mm |
| Shank type | Solid or semi tubular rivet |
| Rivet head geometry | Flat or eyelet flare |
| Forming Tool | Stadard if possible |
| Interfaces | Process data recording, UDP protocol |
| Devices | RN181 |
| Process Control | HPP-25, NHe-U, Auto-compensation |
| Area of Application | Electrical industry, movable connections, varying lengths, electrical components, electrical wire terminal |
| User Benefits: Process | Trouble-free operation, sub-sequent inspection is not necessary, part measurement not necessary before the assembly process. Automatic ‘in process’ compensation through Process Control. |
| User Benefits: Economic | Cost reduction. Less than 0.1% scrap while using Process Control. Reduced process time. |
This project was realized by BalTec AG
For further questions or detailed information contact:
BalTec AG
Obermattstrasse 65
8330 Pfäffikon
Switzerland
Phone: +41 (0)44 953 13 33
E-mail: baltec(at)baltec.com