Item Details:
Kenwood KHS-15DC-BH Noise-Attenuating Headset
A behind-the-head headset features a band that wraps around the back of the head, rather than over the top, with ear cups or earbuds attached via an adjustable mechanism for a tailored fit.
These headsets are ideal for those who find over-the-head designs uncomfortable or impractical, especially when wearing hats or helmets. They are also convenient for frequent on-and-off use due to their ease of wear.
The Kenwood KHS-10DC-BH (KHS-15DC-BH) is a robust and dependable headset, well-suited for professional and industrial environments where clear, effective communication is critical.
Features:
- 24 dB Noise Reduction Rating (NRR)
- Flexible boom with noise-canceling electret mic
- Ear cup-mounted PTT
- Microphone windscreen
- Operating temperature: -22 °F to 167 °F (-30 °C to 75 °C)
- Microphone sensitivity rating: -47dBV typical
Available in two head-wearing styles:
Manufacturer's Catalogs and Guides:
These files contain information about the available products from the manufacturer. If you need something that is not on our website, please
contact us. We will help you purchase the desired product at a low price.
JVCKENWOOD Corp. manufactures analog and digital two-way radios, including P25 compliant and NEXEDGE radios that use the NXDN protocol. Kenwood provides complete turnkey system solutions for the utility, public safety, government, education, healthcare, and business and industrial markets.
KENWOOD land mobile portables, mobiles and custom systems are acknowledged to be a top choice in the world market, particularly by first responders, and are a trusted supplier to business and industry.
KENWOOD is deploying digital radio communications systems with high reliability and functionality, which were developed by leveraging its long-standing technologies and know-how in communications and audio around the world. Professional two-way radio solution is designed to meet the highest demand of today's communications environment and to provide users with innovative features to transform their operation.
