Shure BRH441M-LC Single-Sided Broadcast Intercom Headset with Built-In Microphone - Your Ultimate Communication Companion
Unleash crystal-clear communication with the Shure BRH441M-LC headset! It features a dynamic microphone for natural, highly intelligible vocal reproduction and a flip-up mute function. The Shure 6-pin connector allows for easy connection to various cables.
Features:
- • Superior noise isolation with a single-side circumaural ear cup, keeping one ear open
- • Dynamic microphone for natural, clear sound in loud environments
- • Ergonomic design for long-lasting comfort
Specifications:
- Operating Temperature: 18° to 60° C (0° to 140° F)
- Storage Temperature: -29° to 74° C (-29° to 165° F)
- Relative Humidity: 0 to 95%
- Microphone:
- Type: Dynamic, Neodymium magnet, 12.5 mm
- Polar Pattern: Cardioid
- Frequency Response: 50 to 15,000 Hz
- Output Impedance: 150 Ohm
- Headphone:
- Transducer Type: Dynamic, Neodymium magnet
- Driver Size: 40 mm
- Frequency Response: 20 to 18,000 Hz
- Maximum Input Power: 1000 mW
The Shure BRH441M-LC headset is perfect for professionals who need clear communication in various scenarios. Whether you're in a broadcast studio, on a stage, or in a noisy environment, this headset has you covered. It's designed for comfort during long use, with an adjustable headband and premium padding. The single-side circumaural ear cup provides great noise isolation, allowing you to focus on your communication while still being aware of your surroundings. With its dynamic microphone and flip-up mute function, you can be sure to get clear and uninterrupted sound. Technical specs include operating temperature range of 18° to 60° C (0° to 140° F), storage temperature range of -29° to 74° C (-29° to 165° F), and relative humidity of 0 to 95%. The microphone has a dynamic, Neodymium magnet, 12.5 mm design with a cardioid polar pattern, frequency response of 50 to 15,000 Hz, and output impedance of 150 Ohm. The headphone has a dynamic, Neodymium magnet transducer type, 40 mm driver size, frequency response of 20 to 18,000 Hz, and maximum input power of 1000 mW.
