Sennheiser HS 2 BE Omnidirectional Neckworn Microphone with 3-Pin LEMO Connecter (Beige)

Professional Headset Microphone for Pristine Vocal Sound
The Sennheiser HS 2 Headset Microphone in beige is a high-performance audio solution designed for singers, presenters, and professionals who demand exceptional sound quality in live performances, broadcasting, theatrical productions, religious services, and corporate settings. This neck-worn microphone features a 3-pin LEMO connector, making it compatible with select Sennheiser transmitters, including the SK 6212 and SK 6000 models. The HS 2 combines discreet design with superior audio performance, offering users a hands-free operation without compromising on sound quality.

Superior Sound Quality for Demanding Applications
At the core of the HS 2 is the renowned MKE 2 capsule, known for its wide, flat frequency response and omnidirectional polar pattern. This combination ensures consistent audio levels and natural, uncolored sound, regardless of the speaker's head movements. The capsule's optimized sensitivity allows it to handle high-volume speakers and vocalists with ease, managing sound pressure levels up to 140 dB without introducing noise or distortion. For added versatility, the HS 2 comes with frequency response caps that allow users to fine-tune the high-end response, enhancing presence and clarity as needed.

Engineered for Comfort and Durability
The HS 2's design prioritizes both comfort and longevity, crucial for professionals who rely on their equipment for extended periods. The updated headband and neckband have been refined to provide a more comfortable fit, essential for long performances or presentations. The steel, low-profile adjustable frame and steel-wire cable ensure durability while maintaining an unobtrusive appearance. This robust construction makes the HS 2 capable of withstanding the rigors of frequent use in professional settings.

Moisture and Interference Resistant for Reliable Performance
Understanding the challenges of live performance environments, Sennheiser has equipped the HS 2 with advanced protection features. The microphone's unique umbrella diaphragm safeguards against sweat and moisture damage, a common concern for performers under hot stage lights or in humid conditions. Additionally, the updated capsule design incorporates improved resistance to radio frequency interference (RFI) and electromagnetic interference (EMI), ensuring clear and uninterrupted audio transmission, especially when used with wireless systems.

Precision Positioning for Optimal Sound Capture
The HS 2's short gooseneck boom allows for precise microphone positioning, critical for achieving optimal source isolation in noisy environments. This feature enables users to maintain consistent audio quality even in challenging acoustic settings, making it ideal for use in live events, broadcast scenarios, and crowded venues where background noise could otherwise be problematic.

Versatile Application Across Various Industries
From theater stages to television studios, houses of worship to corporate boardrooms, the Sennheiser HS 2 adapts to a wide range of professional audio needs. Its discreet profile makes it suitable for on-camera use in broadcasting, while its robust construction and superior sound quality make it equally at home in high-energy musical performances or critical business presentations. The 3-pin LEMO connector ensures secure attachment to compatible Sennheiser transmitters, providing peace of mind during use.

Technical Specifications for Audio Professionals
The HS 2 requires 7.5V power, typically supplied by the wireless transmitter it's connected to. This specification, along with its compatibility with select Sennheiser transmitters like the SK 6212 and SK 6000, makes it a versatile choice for existing Sennheiser audio setups. The inclusion of frequency-adjustment caps provides audio engineers and users with the ability to tailor the microphone's response to specific voices or acoustic environments, ensuring optimal performance across various applications.