G-Shock G-9300 - Manual (Page 4)

Operation Guide 3261 3281
E-30
3. Press D to move the flashing in the sequence shown below to select the other
settings.
City Name DST 12/24-Hour
Format Seconds Minutes Year Hour
Thermometer
unit
Power Saving
Illumination
Duration Button Operation
Tone On/Off
Day Month
• The following steps explain how to configure timekeeping settings only.
4. When the timekeeping setting you want to change is flashing, use E and/or B to
change it as described below.
Screen To do this: Do this:
Change the city name
Use E (East) and
B (West).
Toggle between Daylight Saving Time (On)
and Standard Time (OFF).
Press E.
E-31
Screen To do this: Do this:
Toggle between 12-hour (12H) and 24-hour
(24H) timekeeping.
Press E.
50
Reset the seconds to 00 Press E.
Change the hour or minutes
Use E (+) and B
(–).
Change the year, month, or day
5. Press A to exit the setting screen.
Note
• For information about selecting a Home City and configuring the DST setting,
see “Configuring Home City Settings” (page E-26).
E-32
• While 12-hour format is selected for timekeeping, a P (PM) indicator will appear
for times from noon to 11:59 p.m. No indicator appears for times from midnight
to 11:59 a.m. With 24-hour format, time is displayed from 0:00 to 23:59, without
any P (PM) indicator.
• The watch’s built-in full automatic calendar makes allowances for different
month lengths and leap years. Once you set the date, there should be no
reason to change it except after you have the watch’s rechargeable battery
replaced or after power drops to Level 5 (page E-14).
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Digital Compass
A built-in bearing sensor detects magnetic north at regular intervals and indicates one
of 16 directions on the display.
• The watch also takes temperature readings in the Digital Compass/Thermometer
Mode. For more information, see “Thermometer” (page E-57).
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To take a digital compass reading
1. Place the watch on a flat surface. If you are wearing
the watch, make sure that your wrist is horizontal (in
relation to the horizon).
2. Point the 12 o’clock position of the watch in the
direction you want to check.
3. Press C to enter the Digital Compass/Thermometer
Mode and take a digital compass reading.
• COMP will appear on the display to indicate that a
digital compass operation is in progress.
• See “Digital Compass Readings” on page E-35 for
information about what appears on the display.
Note
• If a value appears to the right of the direction
indicator, it means that the bearing memory (page
E-45) screen is displayed. If this happens, press
A to exit the bearing memory screen.
NW
0 WNW
W
WSW
SW
SSW
S
SSE SE
ESE
E
E N E
NE
NNE
N
NNW
90 180
270
12 o’clock
position
North
pointer
Temperature
Direction
indicator
Angle value (in degrees)
NW
0 WNW
W
WSW
SW
SSW
S
SSE SE
ESE
E
E N E
NE
NNE
N
NNW
90 180
270
12 o’clock
position
North
pointer
Temperature
Direction
indicator
Angle value (in degrees)
E-35
4. After you are finished using the digital compass, press D to return to the mode you
entered the Digital Compass/Thermometer Mode from.
Digital Compass Readings
• When you press C to start digital compass measurement, COMP will appear on
the display initially to indicate that a digital compass operation is in progress.
• About two seconds after you start a digital compass measurement operation, letters
on the display will indicate the direction that the 12 o’clock position of the watch is
pointing. Four pointers that indicate magnetic north, south, east, and west also will
appear.
• After the first reading is obtained, the watch will continue to take digital compass
readings automatically each second for up to 20 seconds. After that, measurement
will stop automatically.
• The direction indicator and angle value will show - - - to indicate that digital
compass readings are complete.
• The auto light switch is disabled during the 20 seconds that digital compass
readings are being taken.
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• The following table shows the meanings of each of the direction abbreviations that
appear on the display.
Direction Meaning Direction Meaning Direction Meaning Direction Meaning
N North NNE
North-
northeast
NE Northeast ENE
East-
northeast
E East ESE
East-
southeast
SE Southeast SSE
South-
southeast
S South SSW
South-
southwest
SW Southwest WSW
West-
southwest
W West WNW
West-
northwest
NW Northwest NNW
North-
northwest
• The margin of error for the angle value and the direction indicator is ±11 degrees
while the watch is horizontal (in relation to the horizon). If the indicated direction is
northwest (NW) and 315 degrees, for example, the actual direction can be
anywhere from 304 to 326 degrees.
E-37
• Note that taking a measurement while the watch is not horizontal (in relation to the
horizon) can result in large measurement error.
• You can calibrate the bearing sensor if you suspect the direction reading is
incorrect.
• Any ongoing direction measurement operation is paused temporarily while the
watch is performing an alert operation (daily alarm, Hourly Time Signal, countdown
timer alarm) or while illumination is turned on (by pressing
B). The measurement
operation resumes for its remaining duration after the operation that caused it to
pause is finished.
• See “Digital Compass Precautions” (page E-54) for important information about
taking direction readings.
Calibrating the Bearing Sensor
You should calibrate the bearing sensor whenever you feel that the direction readings
being produced by the watch are off. There are three different calibration methods
available: magnetic declination correction, bidirectional calibration, and northerly
calibration.
E-38
• Magnetic Declination Correction
With magnetic declination correction, you input a magnetic declination angle
(difference between magnetic north and true north), which allows the watch to
indicate true north. You can perform this procedure when the magnetic declination
angle is indicated on the map you are using. Note that you can input the declination
angle in whole degree units only, so you may need to round off the value specified on
the map. If your map indicates the declination angle as 7.4°, you should input 7°. In
the case of 7.6° input 8°, for 7.5° you can input 7° or 8°.
• Bidirectional Calibration and Northerly Calibration
Bidirectional calibration and northerly calibration calibrate the accuracy of the
bearing sensor in relation to magnetic north. Use bidirectional calibration when you
want to take readings within an area exposed to magnetic force. This type of
calibration should be used if the watch becomes magnetized for any reason. With
northerly calibration, you “teach” the watch which way is north (which you have to
determine with another compass or some other means).
E-39
Important!
The more correctly you perform bidirectional calibration, the better the accuracy of
the bearing sensor readouts. You should perform bidirectional calibration whenever
you change environments where you use the bearing sensor, and whenever you feel
that the bearing sensor is producing incorrect readings.