User Guide
Page 3
... the crown approximately 20 times to wind 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. 6R21, 6R24 CHARACTERISTICS OF A MECHANICAL WATCH (self-winding type, automatic winding type) ● This mechanical watch...
... the crown approximately 20 times to wind 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. 6R21, 6R24 CHARACTERISTICS OF A MECHANICAL WATCH (self-winding type, automatic winding type) ● This mechanical watch...
User Guide
Page 4
...crown counterclockwise once and then give another try. • Do not screw it in by force as it may differ depending on the model. [Caliber 6R24] ● Check the type of the crown of your watch , screw the crown in again by turning it . • If the crown...Turn the crown clockwise. English Hour hand Power reserve indicator Second hand Minute hand Day CROWN abc 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 damage ...
...crown counterclockwise once and then give another try. • Do not screw it in by force as it may differ depending on the model. [Caliber 6R24] ● Check the type of the crown of your watch , screw the crown in again by turning it . • If the crown...Turn the crown clockwise. English Hour hand Power reserve indicator Second hand Minute hand Day CROWN abc 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 damage ...
User Guide
Page 5
...further when the mainspring is low at a fixed time. * If you use a watch that has stopped with the mainspring unwound, winding the mainspring with a manual winding mechanism. • When the watch is worn on the wrist, the motion of the wearer's arm winds the mainspring of the watch. • If... 1. That is because the mainspring torque (force) is fully wound. Set the time, day and date before putting your watch is recommended that you manually wind the mainspring by turning the crown. ● How to wind it is used on the wrist; The second hand will not start the watch...
...further when the mainspring is low at a fixed time. * If you use a watch that has stopped with the mainspring unwound, winding the mainspring with a manual winding mechanism. • When the watch is worn on the wrist, the motion of the wearer's arm winds the mainspring of the watch. • If... 1. That is because the mainspring torque (force) is fully wound. Set the time, day and date before putting your watch is recommended that you manually wind the mainspring by turning the crown. ● How to wind it is used on the wrist; The second hand will not start the watch...
User Guide
Page 14
... normal temperature range (between 5°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 6R21: 29 jewels 6R24: 31 jewels * The accuracy above dependent on the conditions of use, such as the length of the effect. In such a case, consult...
... normal temperature range (between 5°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 6R21: 29 jewels 6R24: 31 jewels * The accuracy above dependent on the conditions of use, such as the length of the effect. In such a case, consult...