Ψηφιακό ξυπνητήρι SENCOR SRC 2200 με οθόνη LED και εφεδρική μπαταρία

The minimalist digital alarm clock Sencor SDC2200 with built-in thermometer provides reliable timekeeping and temperature display for bedrooms, offices, or travel. The clock receives the radio time signal DCF77 for automatic time setting and offers a clear LCD screen with a short white backlight. It displays time, date and day of the week in 12h or 24h format and includes a calendar in eight languages. Battery-powered operation makes it suitable for placement on a bedside table or desktop.

Advantages

The Sencor SDC2200 combines automatic radio-controlled time setting with a compact design and an easy-to-read LCD display. The device shows internal temperature in °C or °F, provides an alarm with snooze function, and includes a low battery indicator. Its battery power means time and alarm settings are retained without mains supply when using batteries.

Suitable for

• Bedroom bedside table
• Office desk
• Travel and portable use
• Anyone needing automatic radio-controlled time setting

Key specifications

• Model: Sencor SDC2200
• Display: LCD with short white backlight
• Time formats: 12h / 24h (selectable)
• Calendar languages: 8 languages
• Alarm: sound signal with snooze
• Temperature range: -9.9 °C to +50 °C
• Temperature units: °C / °F (selectable)
• Power supply: 2 × 1.5 V AAA (batteries not included)
• Dimensions: 9.6 × 6.9 × 3.2 cm (W × H × D)
• Radio signal: DCF77 (automatic time setting)

How to use

Insert two 1.5 V AAA batteries to power the clock. The unit will receive the DCF77 radio signal and set the time automatically where reception is available. Select the preferred time format (12h or 24h), choose temperature units (°C or °F) and set the alarm time. Use the snooze function to delay the alarm as needed. Replace batteries when the low battery indicator appears.

Recommendations

Place the clock in a location with clear reception for the DCF77 signal (near a window or away from large metal objects). Avoid exposing the unit to direct heat sources to ensure accurate temperature readings.