The Shure BRH440M-LC Dual-Sided Broadcast Headset (No Cable) from DJDeals.com, with circumaural ear cups that block out background noise, is ideal for use in broadcast and media production applications. A dynamic cardioid microphone delivers natural, clear vocal reproduction. Wearable on the left or right side, the flexible boom offers a flip-up mute function that deactivates the microphone when raised vertically.
Please Note: The version of this product that included a bare whip cable has been discontinued. Only the version without a cable is available. Cables are not included with the current model, BRH440M-LC. Cables are available separately.
Shure BRH440M-LC Dual-Sided Broadcast Headset (No Cable) Features:
- Closed-back, circumaural design that provides superior isolation from background noise
- Natural, clear vocal reproduction with frequency response optimized for communication in loud environments
- Ergonomic, adjustable headband with premium padding and optimal coupling force for comfortable extended wear
- Flexible boom microphone that pivots 270 degrees for left or right side wear and precise positioning
- Flip-up mute function that deactivates the boom microphone when raised vertically away from the mouth
- Kevlar reinforced cable for increased durability
- Legendary Shure quality and durability to withstand the demands of everyday, professional use
- Replaceable ear pads and windscreen included for a long product life
Shure BRH440M-LC Dual-Sided Broadcast Headset (No Cable) Specifications:
- Weight (without Cable): 8.5 oz
- Microphone Type: Dynamic (moving coil)
- Polar Pattern: Cardioid
- Frequency Response: 50 to 15,000 Hz
- Output Impedance: 200 Ohms
- Sensitivity (@ 1 kHz, open circuit voltage): -67.0 dBV/Pa (0.45 minimum) (1 Pa-94 dB SPL)
- Polarity: Positive pressure on diaphragm produces positive voltage on pin 1 (red wire) with respect to pin 3 (shield)
- Transducer Type: Dynamic, Neodymium magnet
- Driver Size: 40 mm
- Frequency Range: 15 to 27,000 Hz
- Sensitivity (@ 1 kHz): 101 dB/mW
- Impedance (@ 1 kHz): 300 Ohms
- Maximum Input Power: 1000 mW
