Product Overview & Key Benefits
The Beltpack Transmitters for NU20 Systems are essential components for anyone seeking to enhance their audio experience. Designed specifically for the Chord NU20 dual channel wireless receivers, these transmitters enable crystal clear audio transmission wirelessly, making them perfect for performers, presenters, and entertainers. With a robust range of up to 60 metres, these transmitters offer flexibility and freedom, allowing users to move uninhibited while maintaining high-quality sound. The inclusion of a pilot tone ensures compatibility with the NU20 systems, guaranteeing exceptional tuning stability throughout use.
Technical Specifications & Product Details
- Weight:76g (without batteries)
- Connection:Threaded 3.5mm mono jack (suitable for lavalier or headset microphones)
- Dimensions:205 x 68 x 25mm
- Power Supply:3V DC (using 2 x AA batteries)
- Maximum Range:60 metres
- Carrier Frequency:863.8MHz
Ideal Uses & Applications
The Beltpack Transmitters are highly versatile and suitable for a variety of applications. Whether for domestic use, such as in home theatre setups, or in professional environments like commercial buildings and hospitality settings, these transmitters meet a wide array of audio needs. They are particularly useful for live performances, conferences, or any situation where clear audio is essential. Their compatibility with Chord neckband and lavalier microphones enhances their usability, making them ideal for presenters, actors, and musicians alike.
Energy Efficiency & Cost Savings
In addition to their performance benefits, the Beltpack Transmitters are designed with energy efficiency in mind. By utilising standard AA batteries, users can save on costs associated with proprietary battery packs. Furthermore, efficient battery management allows up to several hours of use, ensuring minimal interruptions during performances or presentations. The reliable wireless technology also eliminates the need for expensive cabling, providing a streamlined solution for both sound and cost efficiency.