Manual
Page 3
... 3 F R I T H U 19 17 15 13 SU W ED Minute hand Day abc CROWN Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : day and date settings c) Second click position : time settings * The position or design of the displays may be magnetized. English... CAL. 6R20/6R21/6R24/6R27 CHARACTERISTICS OF A MECHANICAL WATCH (SELF-WINDING TYPE, AUTOMATIC WINDING TYPE) ● This mechanical watch operates using power obtained from whom...
... 3 F R I T H U 19 17 15 13 SU W ED Minute hand Day abc CROWN Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : day and date settings c) Second click position : time settings * The position or design of the displays may be magnetized. English... CAL. 6R20/6R21/6R24/6R27 CHARACTERISTICS OF A MECHANICAL WATCH (SELF-WINDING TYPE, AUTOMATIC WINDING TYPE) ● This mechanical watch operates using power obtained from whom...
Manual
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... hand Minute hand Power reserve indicator Second hand Day CROWN a b c Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : day and date settings c) Second click position : time settings * The position or design of.... [Caliber 6R24] 6 Hour hand Minute hand Power reserve indicator CROWN abc Second hand Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : date settings c) Second click position : time settings * The position or design of the displays may differ depending...
... hand Minute hand Power reserve indicator Second hand Day CROWN a b c Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : day and date settings c) Second click position : time settings * The position or design of.... [Caliber 6R24] 6 Hour hand Minute hand Power reserve indicator CROWN abc Second hand Date CROWN a) Normal position : winding up the mainspring (manual operation) b) First click position : date settings c) Second click position : time settings * The position or design of the displays may differ depending...
Manual
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... the mainspring by force as it may damage the slots of the crown. 8 HOW TO USE This watch is an automatic watch equipped with a manual winding mechanism. • When the watch is worn on the wrist. 9 English Unscrew. The crown does not turn the crown clockwise (the 12 o'clock direction) ...
... the mainspring by force as it may damage the slots of the crown. 8 HOW TO USE This watch is an automatic watch equipped with a manual winding mechanism. • When the watch is worn on the wrist. 9 English Unscrew. The crown does not turn the crown clockwise (the 12 o'clock direction) ...
Manual
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...176;C and 35°C) 4 Continuous operating time More than approx. 45 hours 5 Driving system Automatic winding type with manual winding mechanism 6 Jewels Cal. 6R20, 6R21, 6R27 29 jewels Cal. 6R24 31 jewels * The accuracy above dependent on the conditions of use , such as the length... 1 Features Cal. 6R20, 6R21, 6R24 6 hands, time display (Hour, minute and second hands), day and date display, power reserve indicator Cal. 6R27 5 hands, time display (Hour, minute and second hands), date display, power reserve indicator 2 Vibrations per hour 28,800 3 Loss/gain (daily rate...
...176;C and 35°C) 4 Continuous operating time More than approx. 45 hours 5 Driving system Automatic winding type with manual winding mechanism 6 Jewels Cal. 6R20, 6R21, 6R27 29 jewels Cal. 6R24 31 jewels * The accuracy above dependent on the conditions of use , such as the length... 1 Features Cal. 6R20, 6R21, 6R24 6 hands, time display (Hour, minute and second hands), day and date display, power reserve indicator Cal. 6R27 5 hands, time display (Hour, minute and second hands), date display, power reserve indicator 2 Vibrations per hour 28,800 3 Loss/gain (daily rate...