Shure BRH440M-LC Dual-Sided Broadcast Headset Less Cable

MSRP: $286.00
$240.00
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SKU:
SHU-BRH440MLC
Availability:
Ships from Manufacturer, Contact us for Pricing and Availability

Overview

Shure BRH440M-LC Dual-Sided Broadcast Headset Less Cable

The Shure Dual-Sided Broadcast Headset is designed for speech in broadcast applications while listening to director cues, instruction, etc. The comfortable headset features a circumaural dual-ear headphone and dynamic microphone on a pivoting boom for optimum placement.

Its dynamic cardioid microphone offers natural, clear vocal reproduction and automatically mutes when the boom is flipped upward. The adjustable headband includes cushioned earcups with a high degree of noise isolation.

 Please note: This headset ships without cable!! 

  • 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

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