Digital alarm clock Hama Cube White

The Hama Cube Digital Alarm Clock White is a compact bedside clock with DCF radio control for automatic adjustment to the world's most accurate time. It has a clear date and weekday display in seven languages and a thermometer that can show temperatures in °C or °F. The clock runs on Micro AAA batteries and features a simple plastic housing sized approximately 70 mm × 60 mm × 40 mm, suitable for small nightstands and travel use.

Advantages

The DCF radio function provides precise automatic time setting while a manual time zone option allows correction if local DCF reception differs from the expected zone. A programmable alarm includes a snooze feature and a speed alarm that increases in intensity to wake deep sleepers. Multilingual weekday display and switchable Celsius/Fahrenheit thermometer add practical convenience.

Suitable for

• Bedroom bedside clock
• Travel and portable use
• Users who need automatic time synchronization
• Those who prefer a compact, minimalist alarm clock

Key specifications

• Model: Hama Cube White (MPN 00186305, EAN 4047443408754)
• Dimensions: approx. 70 × 60 × 40 mm
• Power supply: Micro AAA batteries
• Time synchronization: DCF radio-controlled with manual time zone setting
• Alarm: programmable alarm, snooze function, increasing speed alarm
• Display: date (day/month), weekday in 7 languages (EN, DE, IT, FR, ES, NL, DA)
• Thermometer: switchable between °C and °F

How to use

Insert the Micro AAA batteries into the battery compartment and place the clock within range of a DCF signal for automatic time setting. If the received DCF time does not match your local time zone, set the time zone manually. Use the control buttons to program the alarm time and enable the snooze function. Select the preferred weekday language and set the thermometer display to °C or °F as needed.

Usage recommendations

Position the alarm clock away from large metal objects and electronic devices that may interfere with DCF reception. Replace batteries promptly when the display dims or functions become unreliable to ensure accurate timekeeping and alarm performance.