Radio portatile Sangean ATS-909 X2 — bianca — sintonizzatore digitale AM FM SW

The Sangean ATS-909 X2 white is a portable world-band radio with digital tuning that receives AM, FM and shortwave (SW) stations. It features an AUX input and an integrated alarm function, offering reliable reception and straightforward operation in a compact white housing. The model number is A500462 (EAN 4711317995830).

Advantages

The radio provides digital tuning for precise frequency selection and memory presets for quick access to saved stations. Its wide frequency coverage includes FM, AM and shortwave bands, enabling reception of local and international broadcasts. The AUX input allows connection of external audio sources, and the built-in alarm function supports wake-up use. The compact design and clear controls make it suitable for portable use.

Suitable for

• Listening to FM, AM and shortwave broadcasts
• Portable use at home, office or while traveling
• Using external audio devices via AUX input
• Waking up with the integrated alarm function

Key specifications

• Brand: Sangean
• Model: ATS-909 X2 (A500462)
• EAN: 4711317995830
• Reception: FM, AM (MW), Shortwave (SW)
• Digital tuning with presets
• AUX input for external audio
• Built-in alarm (wake) function
• Color: White

How to use

Switch on the radio and select the desired band (FM, AM, SW) using the band selector. Use the digital tuning controls to locate a station and save it to a preset for quick recall. Connect an external device to the AUX input to play audio through the radio's speaker. Set the alarm function according to the user controls to use the radio as a wake-up device. Consult the manufacturer’s manual for details on power options and preset programming.

Recommendations

For best reception, extend the telescopic antenna fully for FM and shortwave; position the radio away from strong electronic interference sources. Use fresh batteries or the recommended power adapter for stable operation. When listening to distant shortwave stations, fine-tune frequency and antenna orientation for optimal clarity.