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E-80

Specifi cations

Accuracy at normal temperature:

 ± 15 seconds a month (with no signal calibration)

Timekeeping:

 Hour, minutes (hand moves every 10 seconds), seconds, day, day of the week

Calendar system: Full Auto-calendar pre-programmed from the year 2000 to 2099
Other: Home City code (can be assigned one of 29 city codes and Coordinated Universal Time); 

Daylight Saving Time (summer time) / Standard Time

Time Calibration Signal Reception:

 Auto receive up to six times a day (5 times a day for the Chinese 

calibration signal; Remaining auto receives cancelled as soon as one is successful); Manual 
receive

Receivable Time Calibration Signals: 

Mainfl ingen, Germany (Call Sign: DCF77, Frequency: 77.5 kHz); Anthorn, England (Call Sign: 
MSF, Frequency: 60.0 kHz); Fukushima, Japan (Call Sign: JJY, Frequency: 40.0 kHz); Fukuoka/
Saga, Japan (Call Sign: JJY, Frequency: 60.0 kHz); Fort Collins, Colorado, the United States 
(Call Sign: WWVB, Frequency: 60.0 kHz); Shangqiu City, Henan Province, China (Call Sign: 
BPC, Frequency: 68.5 kHz)

Compass:

 20 seconds continuous reading; North indication by hand; Calibration (bidirectional, northerly); 

Manual reading

Altimeter:

Measurement range: –700 to 10,000 m (or –2,280 to 32,800 ft.) without reference altitude
Display range: –3,000 to 10,000m (or –9,840 to 32,800 ft.)

 

Negative values can be caused by readings produced based on a reference altitude or due to 
atmospheric conditions.

Measurement unit: 10 m (or 40 ft.)
Other: Calibration; Manual reading

E-81

Barometer:

Measurement range: 260 to 1,100 hPa (or 7.7 to 32.5 inHg)
Display unit: 1 hPa (or 0.1 inHg)
Other: Calibration; Manual reading; Barometric pressure differential indicator

Thermometer:

Measurement range: –10.0 to 60°C (or 14 to 140°F)
Measurement unit: 0.1°C (or 1°F)
Other: Calibration; Manual reading

Bearing Sensor Precision:

Direction: Within ±12°

 

Values are guaranteed for a temperature range of –10°C to 40°C (14°F to 104°F).

E-82

Pressure Sensor Precision:

Conditions (Altitude)

Altimeter

Barometer

Fixed
temperature

0 to 6000 m
0 to 19680 ft.

± (altitude differential × 2%
+ 15 m) m
± (altitude differential × 2%
+ 50 ft.) ft.

± (pressure differential × 2%
+ 2 hPa) hPa
± (pressure differential × 2%
+ 0.059 inHg) inHg

6000 to 10000 m
19680 to 32800 ft.

± (altitude differential × 2%
+ 25 m) m
± (altitude differential × 2%
+ 90 ft.) ft.

Effect of 
variable
temperature

0 to 6000 m
0 to 19680 ft.

± 50 m every 10°C
± 170 ft. every 50°F

± 5 hPa every 10°C
± 0.148 inHg every 50°F

6000 to 10000 m
19680 to 32800 ft.

± 70 m every 10°C
± 230 ft. every 50°F

 Values are guaranteed for a temperature range of –10°C to 40°C (14°F to 104°F).

 Precision is lessened by strong impact to either the watch or the sensor, and by temperature extremes.

Temperature Sensor Precision:

±2°C (±3.6°F) in range of –10°C to 60°C (14°F to 140°F)

Alarm:

 Daily alarm

Stopwatch:

Measuring unit: 1 second
Measuring capacity: 11:59' 59"
Measuring modes: Elapsed time

E-83

Illumination:

 LED (light-emitting diode); Selectable illumination duration; Auto Light Switch (Full Auto LED 

Light operates only in the dark)

Other:

 Power Saving function; Low battery alert (second hand jumping at 2-second intervals); Auto hand 

position adjustment

Power Supply:

 Solar panel and one rechargeable battery

Approximate battery operating time: 7 months (from full charge to Level 3) under the following 

conditions:

Alarm: 10 seconds/day
Light: 1.5 seconds (one operation)/day
Second hand operation: 18 hours/day
Time calibration receive: 4 minutes/day
Direction reading: 20 times/month (20 seconds continuous reading)
Readings using the barometric pressure differential indicator: 12 times/day
Climbs: Once (30 altituded readings)/month

Frequent use of illumination runs down the battery. Particular care is required when using the auto 
light switch (page E-71).

L-1

L-2

City Code Table

City Code

City

UTC Offset/

GMT Differential

PPG

(PAGO PAGO)

Pago Pago

–11

HNL

(HONOLULU)

Honolulu

–10

ANC

(ANCHORAGE)

Anchorage

–9

LAX

(LOS ANGELES)

Los Angeles

–8

DEN

(DENVER)

Denver

–7

CHI

(CHICAGO)

Chicago

–6

NYC

(NEW YORK)

New York

–5

SCL

(SANTIAGO)

Santiago

–4

RIO

Rio De Janeiro

–3

RAI

(PRAIA)

Praia

–1

UTC

0

LON

(LONDON)

London

PAR

(PARIS)

Paris

+1

ATH

(ATHENS)

Athens

+2

JED

(JEDDAH)

Jeddah

+3

THR

(TEHRAN)

Tehran

+3.5

DXB

(DUBAI)

Dubai

+4

KBL

(KABUL)

Kabul

+4.5

KHI

(KARACHI)

Karachi

+5

DEL

(DELHI)

Delhi

+5.5

L-3

City Code

City

UTC Offset/

GMT Differential

KTM

(KATHMANDU) Kathmandu

+5.75

DAC

(DHAKA)

Dhaka

+6

RGN

(YANGON)

Yangon

+6.5

BKK

(BANGKOK)

Bangkok

+7

HKG

(HONG KONG)

Hong Kong

+8

TYO

(TOKYO)

Tokyo

+9

ADL

(ADELAIDE)

Adelaide

+9.5

SYD

(SYDNEY)

Sydney

+10

NOU

(NOUMEA)

Noumea

+11

WLG

(WELLINGTON)

Wellington

+12

 Based on data as of December 2010.

 The rules governing global times (UTC offset and GMT differential) and summer time are determined 

by each individual country.

Operation Guide 5242

Содержание 5242

Страница 1: ...nearby illustration Outer ring Outer ring Inner ring Inner ring E 4 To pull the crown out After loosening the crown pull it out The watch will beep when you pull the crown out To rotate the crown Rotating the crown after you pull it out will move the watch s hands You also can move the hands at high speed by performing the operation described below To start high speed hand movement With the crown ...

Страница 2: ...o light can cause power to run down Make sure that the watch is exposed to bright light whenever possible Power Levels You can get an idea of the watch s power level by observing the movement of the c c Second Hand in the Timekeeping Mode If the c c Second Hand is moving smoothly at one second intervals power is at Level 1 If the c c Second Hand is jumping at two second intervals power is at Level...

Страница 3: ...performs the receive operation each day automatically up to six times up to five times for the Chinese calibration signal between the hours of midnight and 5 a m When any receive operation is successful none of the other receive operations for that day are performed When a calibration time is reached the watch will perform the receive operation The receive operation is not performed if a calibratio...

Страница 4: ...alibration signal you need to switch manually Note Daylight saving time DST or summer time as it is known in some countries calls for setting clocks ahead one hour from standard time during the summer season Note that the period during which and the areas where Daylight saving time is applied depend on each country Some countries or geographic areas may not use summer time Standard Time and Daylig...

Страница 5: ...th For information about magnetic north see Compass Precautions page E 41 The c c Second Hand will continue to move for about 20 seconds after you start the digital compass operation as it adjusts its magnetic north reading After that the hand will stop at the final reading To update a reading press C again 3 Press B to return to the Timekeeping Mode Calibrating the Bearing Sensor Reading You shoul...

Страница 6: ...titude value 400 A B 400 A B E 43 Hand Indicators z z Hour Hand Indicates the 1000s digit value x x Minute Hand Indicates the 100s digit value c c Second Hand Indicates the 10s digit value v v Mode Hand Indicates the altitude unit as meters ALTIMETER m or feet ALTIMETER ft The hand will point to ALTIMETER in the case of a negative reading or to ALTIMETER 1 x 10000 for 10 000 feet 2 x 10000 for 20 ...

Страница 7: ...re reading 1 Enter the Timekeeping Mode For information about changing modes see Selecting a Mode page E 24 2 Press B once The v v Mode Hand will move to BAROMETER hPa or BAROMETER inHg This indicates the currently selected barometric pressure unit setting For information about how to change the setting see To specify altitude barometric pressure and temperature units page E 62 The c c Second Hand...

Страница 8: ...y and so further adjustment is not required by you However if you notice that the readings produced by the watch are different from readings produced by another instrument you can use the procedure in this section to make corrections Important The watch will not be able to produce correct temperature readings if you make a mistake during the correction procedure Check to make sure that the value y...

Страница 9: ...is not centered in the b b Day Indicator window rotate the crown to center it Quickly rotating the crown at this time will cause high speed movement of the b b Day Indicator Note that high speed reverse movement is also supported To stop high speed movement rotate the crown again in the opposite direction 4 After the b b Day Indicator setting is the way you want push the crown back in and then loc...

Страница 10: ...tions nearby strong magnetism can cause an error to be indicated If the error is indicated during a measurement restart the measurement If an error is indicated when you restart the measurement it probably means that there is a problem with the sensor or internal circuitry Whenever you have a sensor malfunction take the watch to your original dealer or nearest authorized CASIO distributor as soon ...

Страница 11: ...l 2 90 ft ft Effect of variable temperature 0 to 6000 m 0 to 19680 ft 50 m every 10 C 170 ft every 50 F 5 hPa every 10 C 0 148 inHg every 50 F 6000 to 10000 m 19680 to 32800 ft 70 m every 10 C 230 ft every 50 F Values are guaranteed for a temperature range of 10 C to 40 C 14 F to 104 F Precision is lessened by strong impact to either the watch or the sensor and by temperature extremes Temperature ...

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