Brand ETA Caliber Number 2094 Base Caliber ETA 2004-1 Movement Type Automatic Size 10 1/2”’ (23.90mm overall diameter x 5.50mm...
Hamilton
Mannufacturer ETA Caliber Number 2671 Movement Type Automatic, self-winding mechanical Lignes 7 3/4”’ Diameter 17.2mm Height 4.8mm Jewels 25 Power...
Brand Hamilton Caliber Number 60 Base Caliber ETA 2390 Movement Type Manual wind, mechanical Diameter 10.5”’ (27mm) Thickness 3.6mm Jewels...
Manufacturer Hamilton Caliber Number 757 Base Caliber Hamilton 750 Movement Type Mechanical, manual-wind Lignes 5.75”’ x 7.25”’ Diameter 13mm x...
Brand Hamilton Caliber Number H-10, H10 Based On ETA C.07.611 Country of Manufacture Switzerland, Swiss made Known Models (Add your...
Brand Hamilton Caliber Number H-10-S, H10-S, H10S Based On ETA C.07.611 Country of Manufacture Switzerland, Swiss made Known Models Hamilton...
Brand Hamilton Caliber Number H-12 Based On ETA caliber 2825-2 Movement Type Automatic, self-winding mechanical Lignes 11.5”’ Diameter 25.6mm Jewels...
The Hamilton caliber H-13 (aka H13) is a Swiss made automatic movement with a date at 3:00 and power reserve...
The Hamilton caliber H-30 (aka H30) is a Swiss made automatic movement with a day-date calendar complication. It has 25...
Brand Hamilton Caliber Number H-50 In-House? No Based On ETA caliber C07.701 Movement Type Mechanical, manual-wind Lignes 11.5”’ Diameter 25.6mm...
Brand Hamilton Caliber Number H-51, H51 In-House? No Base Caliber ETA A05.291, A05291 (based on ETA/Valjoux 7753) Movement Type Mechanical,...
Found in the Hamilton Pan Europ limited edition watch, this caliber H31 is a variation of the ETA/Valjoux 7750. This Swiss made automatic movement has 27 jewels and an upgraded power reserve of 60 hours.
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Hi Thomas, the same manual also states: "Automatic selection of time signal stations (JJY only)"…
MANUAL SAYS RECEIVES ALL SIGNALS, NOT JUST JAPAN.
B04 is also used in the new Breitling Super AVI collection. Very impressive movement
I have had correspondence from Oris to confirm that this movement is based on the…
Most likely was magnetised, and needed to be de-magnetised.
It is susceptible to magnetization. I built some speakers using drivers with strong magnets while…
Way more than I guessed. For the first 6 months, I actually thought that the…