While the CU10 is a pure feed control for the pneumatic handheld screwdriver HSP, the model CU15 can be used not only to control handheld screwdriving systems, but to a limited extent also for fixtured screwdriving systems. Both its depth and torque shut-off via torque coupling (electrically detected) are possible here. The model CU15 also has an open customer interface.
The interface on model CU15 can be used by the customer as an output (IO, standby), or for data inputs (ready, start). This is used to provide fixtured screwdrivers with spindle functionality and optional head stroke. A text line display allows visualization of the processes.
| CU10 / CU15 | |
|---|---|
| Feeder vibration control | Frequency and amplitude adjustable |
| Supply | 230 V, Type: IEC connection with L, N, PE, 230 V ± 10% / 50 – 60 Hz |
| Supply (optional) | 115 V Type: connection with L, N, PE, 115 V ± 10% / 50 – 60 Hz |
| Power input | < 115 Watt |
| E-safety class | Safety class 1 (L, N, PE) |
| Weight | 2,8 kg |
| Dimensions | 178 / 92 / 192 mm (H / W / D, without plug) |
| Safety class | IP30 |
| Technical changes reserved. | Technical changes reserved. |
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How automation enables reliable threads in thin-walled structures
Modern lightweight constructions are defined by thin materials and, at times, one-sided accessibility. Creating strong and durable threads under these conditions pushes conventional fastening methods to their limits. Blind rivet nut inserting provides robust and reliable threads . Whether in automotive, IT equipment or household appliances, automated processing delivers stable performance and higher productivity.
In this webinar you will learn about:
✅ Key challenges and opportunities
✅ How automation transforms the blind rivet nut into a high-performance inserting solution
Learn why blind rivet nut inserting is the right choice for your assembly process — and how automation can take it to the next level in efficiency, consistency and reliability.
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