Exploring 28800 vph
Just stumbled upon the sweet spot of 28800 vph! 🎯 Less fuss, more precision — no extra gears needed. Tinkering with an Incabloc, but still debating if it's too chunky. 🤔 Dive into my world with more here: https://thebitcoinwatchmaker.com/post/view/exploring-28800-vph/
Exploring 28800 vph
It seems 36000vph, forces me to add a third and fourth intermediary wheels to the train, Im not sure I like that.
I decided to explore 28800 vph, following NIHS rules actually simplifies the process (NIHSG_34-04, NIHSG_34-25, NIHSG_35-10, NIHSG_35-15, NIHSG_35-20)
Please note that due to my exploration, these values are constantly changing
| Balance wheel Inertia | 12.5mm |
| Balance wheel Diameter | 10mm |
| Hairspring D | 6mm |
| Hairspring d | 1.3mm |
| Hairspring h | 0.18mm |
| Hairspring P | 0.17mm |
| Hairspring K | 2.65 10^-2 N·mm³/rad |
Overall view with a candidate of Incabloc 100.11.310/0* , though maybe it's a bit thick 🤔
Decided with a fendue virole (NIHSG_35-20), still need to figure out if going with laser-weld, or Pinning with a stick
Balance and wheel (NIHSG_34-04)
Balance that follow NIHSG_34-25 standard
