Digitaalinen sääasema Technoline WS 9120 musta hopea

The TechnoLine WS 9120 is a compact digital weather station in black and silver that combines a quartz clock with weekday display and an alarm featuring snooze. It measures 75 x 20 x 140 mm, runs on AAA batteries and provides indoor temperature and humidity readings together with comfort-level and temperature-trend indicators. A simple weather forecast is derived from the measured temperature and humidity values, and a blue backlight ensures legible display in low light.

Advantages

The device integrates timekeeping and environmental monitoring in a single compact unit, offering a weekday display, alarm with snooze and clear visual indicators for comfort level and temperature trend. Its battery operation and slim dimensions make it suitable for placement on bedside tables or desks, while the blue backlight improves nighttime readability.

Suitable for

• Home bedrooms and living rooms
• Offices and work desks
• Childrens' rooms and nurseries

Key specifications

• Model: TechnoLine WS 9120 (MPN: WS 9120, EAN: 4029665091204)
• Functions: quartz clock, weekday display, alarm with snooze, indoor temperature and humidity, comfort-level display, temperature-trend display, weather forecast (based on temp/humidity)
• Backlight: blue
• Power: AAA batteries
• Dimensions: 75 x 20 x 140 mm
• Colour: Black, Silver

How to use

Insert the required AAA batteries according to the polarity markings. Set the time and weekday using the control buttons, then configure the alarm and snooze if needed. Place the unit on a flat surface indoors where it can measure room temperature and humidity without direct sunlight or heat sources nearby. Use the control buttons to view current readings, temperature trend, comfort-level indicator and the weather forecast.

Recommendations

For accurate temperature and humidity readings, place the weather station away from radiators, direct sunlight and kitchen appliances. Replace batteries promptly when the display dims to maintain reliable clock and sensor operation.