The Countryman E6 Flex Directional Earset Microphone, model E6XDW6B1SL, is your top - notch choice for clear and discreet audio in professional scenarios. Ideal for live shows, speeches, and vocal presentations, this tiny earset mic offers amazing sound quality and supreme comfort. Its stylish black design makes it almost invisible to both live crowds and TV viewers, perfect for events where audio clarity and discretion matter most.
With a super - small mic capsule and a tiny boom, this lightweight and flexible earset fits easily and stays in place during long - term use. Its hybrid design combines the flexibility of the E6i boom and the classic E6 ear part, creating the most adaptable and user - friendly earset available. It's great at reducing background noise, wind interference, and other unwanted sounds, ensuring your voice comes through sharp and clear.
This microphone comes with a bunch of accessories for a complete audio solution. You'll get a snap - on cable with a connector for Shure transmitters, a windscreen to cut down wind noise, three protective caps to customize audio response, two collar clips for extra stability, and a sturdy carrying case for safe storage and transport. It's optimized for both speaking and vocal performances, a must - have for audio pros.
Using the Countryman E6 Flex Directional Earset Microphone is a breeze. First, put the earset on your ear. Make sure it fits comfortably and the boom is positioned close to your mouth. Connect the snap - on cable to your Shure transmitter using the Switchcraft TA4F - Female connector.
When using it outdoors, attach the windscreen to reduce wind noise. You can also try different protective caps to find the audio response you like best. The collar clips can be used to secure the cable and add extra stability.
For maintenance, keep the microphone clean. You can gently wipe it with a soft, dry cloth. Avoid getting it wet or exposing it to extreme temperatures. When not in use, store it in the carrying case to protect it from damage. Also, make sure to check the power requirements and use the appropriate power supply to keep it working properly.
