Geemarc LH102V2 Induction Loop for Hearing Aids Compatible (LH102V2_BLK_I)

The Geemarc LH102V2 is a portable personal induction loop system designed to enhance sound clarity for individuals with T-coil equipped hearing aids. It creates a magnetic field that transmits audio directly to the hearing aid, reducing background noise and improving speech understanding in one-on-one conversations, TV watching, or phone calls.

Advantages

Direct audio streaming to hearing aids via induction loop technology; built-in microphone for hands-free use; external microphone input for clearer sound pickup; tone control to adjust high/low frequencies for optimal listening; rechargeable battery with up to 10 hours of use; compact and portable design.

Suitable for

• Individuals with T-coil compatible hearing aids
• One-on-one conversations in noisy environments
• Watching TV or listening to radio with improved clarity
• Phone calls with external microphone

Key specifications

• Product Type: Personal Induction Loop System
• Hearing Aid Compatibility: T-coil (Telecoil) equipped hearing aids
• Audio Input: 3.5mm Line-in jack
• Microphone Input: 3.5mm External Microphone jack
• Built-in Microphone: Yes
• Controls: Volume control, Tone control (High/Low frequency adjustment)
• Power Source: Rechargeable Lithium-ion battery
• Battery Life: Up to 10 hours
• Charging Interface: Micro USB
• Charging Time: Approximately 2-3 hours
• Indicators: Power LED, Charging LED
• Output Type: Personal Induction Loop Field
• Frequency Response: 100 Hz - 5 kHz (optimized for speech)
• Headphone Output: 3.5mm jack (for direct listening or monitoring)
• Included Accessories: External microphone, USB charging cable, AC power adapter
• Color: Black
• Usage: Portable, for one-on-one conversations, TV, radio, phone calls
• Material: Durable ABS plastic

Recommendations

For best results, ensure your hearing aid has a T-coil setting. The induction loop should be positioned around the neck or placed near the sound source. Use the external microphone for improved speech pickup in noisy environments.