Casio DQD110 User Manual

MA0410-EA
SNOOZE
ON
OFF
ON
OFF

ILLUSTRATION

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DQD-110B
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Operation Guide DQD110/120B
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DQD-120B
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MAX/MIN
MAX/MIN
WAVE DEMO
SIG SET RESET
ALARM SET
WAVE DEMO
SIG SET RESET
MAX/MIN
MAX/MIN
SNOOZE
SIGNAL ON/OFF SET
A sticker is affixed to the glass of this clock when you purchase it. Be sure to remove the sticker before using the clock.
Depending on its model number, the configuration of your clock may differ somewhat from that shown in the illustration.
ALARM SET
DEMOWAVE
RESET
ALARM SET
SIGNAL ON/OFF
DEMOWAVE
SET RESET
Alarm Off Snooze Alarm On
Receive indicator (Displayed during signal reception.)
PM indicator
Antenna icon
Wave OK indicator
Current time (Hour, minutes, seconds)
DATE (month – date)
Day of the week
Current temperature
Snooze on indicator
Alarm on indicator Alarm time
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Operation Guide DQD110/120B

GENERAL GUIDE

1 SNOOZE/LIGHT button
Press this button to illuminate the display for about three seconds.
Pressing this button while the alarm is sounding stops the alarm.
2 MAX/MIN button
Press this button to display the high and low temperature values.
3 Alarm Time Set buttons
Use these buttons to change the alarm time or current time setting.
4 Alarm Mode selector
SNOOZE: Snooze alarm on ON: Alarm on OFF: Alarm off
5 SIG button (SIGNAL ON/OFF button)
Press this button to toggle the Hourly Time Signal on and off.
6 SET button
Use this button when setting the current time.
7 RESET button
Press this button to reset the clock after replacing its batteries.
8 WAVE button
Press this button to receive the time calibration signal and adjust timekeeping.
9 DEMO button
Press this button to sound the alarm.

TIME CALIBRATION SIGNAL RECEPTION PRECAUTIONS

This clock can receive the time calibration signals transmitted from Mainflingen, Germany and Rugby, England. It automatically selects reception from the transmitter whose signal is strongest. Mainflingen: Signal reception is possible within approximately 1800 km
Rugby: Signal reception is possible within approximately 1800 km of the
Even when the clock is within the reception range, signal reception is impossible if the signal is blocked by mountains or other geological formations between the clock and signal source.
Signal reception is affected by weather, atmospheric conditions, and seasonal changes.
The time calibration signal is bounced off the ionosphere. Because of this, such factors as changes in the reflectivity of the ionosphere, as well as movement of the ionosphere to higher altitudes due to seasonal atmospheric changes or the time of day may change the reception range of the signal and make reception temporarily impossible.
Reception is best when the back of the clock is facing in the direction of the transmitter. As a general rule, point the back of the clock towards the transmitter that is closest to your location. If you experience reception problems, try pointing it in the direction of the other transmitter. Note, however, that moving the clock while the time calibration signal receive operation is taking place will make stable reception impossible.
Think of the clock as acting like a TV or radio when it is receiving the calibration signal. When receiving indoors, move to a location as near as possible to a window. Proper signal reception can be difficult or even impossible under the conditions listed below.
of the transmitter.
transmitter.
Rugby
1,800 kilometers
Mainflingen
Signal reception is normally better at night than during the day.
Radio interference can make signal reception impossible.
Strong electrostatic charge can result in the wrong time being set.

USING THE CLOCK 1

This clock can receive the time calibration signals transmitted from Mainflingen, Germany and Rugby, England. It automatically selects reception from the transmitter whose signal is strongest. Any of the following procedures can be used to set current date and time.
Auto receive of the time calibration signal
Manual receive of the time calibration signal
Manual setting without using the time calibration signal
Auto Receive
This clock performs a 1-minute receive operation each hour.
A signal receive operation takes from two to fourteen minutes under good signal conditions.
As the clock receives a time calibration signal, current signal strength is indicated by the receive indicator, which
is a horizontal line above the current time.
A longer receive indicator line means better signal reception.
Antenna Icon
The antenna icon appears when at least one signal receive operation is successful during a day. The antenna icon is cleared at 2 a.m. and 3 a.m. each day, and will reappear as soon as a subsequent signal receive operation is successful.
Wave OK Indicator
The Wave OK indicator is displayed when there has been a successful receive operation within the last hour. This indicator disappears at the top of each hour, or when you perform a manual receive operation.
Unsuccessful Signal Reception
The antenna icon disappears from the display if no signal receive operation is successful during a continuous 24-hour period. If this happens, try changing the position or orientation of the clock, and press the WAVE button (8) to receive again.
Manual Receive
Press the WAVE button (8) to start a calibration signal receive operation.
Use the WAVE button (8) to perform a receive operation after replacing the clock’s batteries or if the auto receive
operation was not performed correctly for some reason.
The antenna icon appears when signal reception triggered by the WAVE button (8) is successful.
Important!
Do not perform any button or switch operation while a signal receive operation is in progress.
The time calibration signal includes both Standard Time and Daylight Saving Time (summer time) data.
The DST indicator appears on the display when Daylight Saving Time (summer time) data is received.
Note that Daylight Saving Time (summer time) is turned on and off in accordance with the received time
calibration signal only. You cannot turn it on or off manually.
Inside, among buildings, or near neon signs
Inside a vehicle Near refrigerators
or other household appliances, near office equipment, mobile phones or wireless LAN devices.
Near a construction site, airport, or other sources of electrical noise, underground or in tunnels, near railroads, highways, or radio stations with interfering frequencies.
Near high-tension power lines
Among or behind mountains
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