Auscultador para telefone DECT Panasonic KX-TGJA30EX bordô

The Panasonic KX-TGJA30EX Bordeaux is a compact DECT telephone handset designed for clear voice communication and simple everyday use. It features a 1.8" TFT colour display and a lightweight body weighing approximately 120 g. The handset combines DECT wireless technology, a speakerphone function and a muted, stylish bordeaux finish to integrate with a variety of home environments.

Advantages

The handset offers reliable DECT connectivity for stable calls and reduced interference from other wireless devices. Its 1.8" TFT display provides readable call and menu information while the integrated speakerphone enables hands-free conversations. The lightweight and compact dimensions make the handset easy to hold and store. The bordeaux colour provides a discreet, modern look without compromising functionality.

Suitable for

• Home voice calls and family use
• Hands-free conversations using the speakerphone
• Users seeking a compact, lightweight cordless handset

Key specifications

• Wireless technology: DECT
• Display: 1.8" TFT colour screen
• Weight: approximately 0.12 kg
• Speakerphone: built-in hands-free function
• Dimensions (approx.): 47 mm width, 28 mm depth
• Colour: Bordeaux

How to use

Charge the handset on its base or charging cradle until the battery indicator shows a full charge. Use the menu shown on the 1.8" TFT display to register the handset with a compatible DECT base station or handset system according to the base station manual. Make and receive calls in the usual way: enter a number and press the call key, or press the talk/answer key when an incoming call is displayed. Activate the speakerphone during a call by pressing the dedicated speakerphone key to switch to hands-free operation.

Recommendations

Place the base station in a central location within the home to optimise DECT range and avoid obstructions. Keep the handset charged regularly to maintain readiness for calls and update base station registration following manufacturer instructions if moving between systems.