Radio portatile Philips TAR2509/10 analogica AM FM nera

The Philips TAR2509/10 is a portable analogue AM/FM radio designed for easy everyday use at home or outdoors. It offers analogue tuning with a clear frequency window and LED signal indicator, a 3.5" speaker for clear sound, a 3.5 mm headphone jack and simple AC or battery (LR20/D) power options for flexible placement.

Advantages

The radio combines a classic, compact design with straightforward analogue controls: a side tuning wheel, a large frequency display and an LED that shows when reception is strong. A large volume dial and top-mounted switches let you quickly change bands and sound mode (Music/News). Its dual power capability (mains or D batteries) and lightweight build make it convenient to move between indoor and outdoor locations.

Suitable for

• Listening to BBC, local or national FM/AM stations at home
• Use on a balcony, in the garden or on picnics
• Private listening with headphones via the 3.5 mm jack
• Simple, portable audio for workshops, garages or kitchens

Key specifications

• Brand: Philips
• Model: TAR2509/10
• Bands: AM and FM analogue tuning
• Power source: AC or LR20 (D) batteries
• Speaker: 3.5" built-in speaker
• Headphone output: 3.5 mm jack
• Weight: 0.668 kg
• Colour: Black
• EAN: 4895229144255

How to use

Plug the radio into a wall socket or install two LR20 (D) batteries to power the unit. Use the side tuning wheel to locate the desired AM or FM station while observing the frequency in the large display. Fine-tune reception until the LED indicator lights to confirm a strong signal. Adjust the large volume dial to set listening level and use the top switches to change between FM/AM and between Music or News sound modes. Connect headphones to the 3.5 mm jack for private listening.

Recommendations

Place the radio on a stable surface and extend or orient the external antenna (if fitted) for best reception. For outdoor use, ensure batteries are installed and carry spare LR20 (D) cells. Avoid exposing the radio to rain or excessive humidity.