Introduction
The MIRA Safety Gas Mask Microphones are a series of cutting-edge devices designed to make communication under hazardous conditions easier and more convenient. There are 4 models available; the CM-6M, CM-7M, CM-8M, and the TAPR. These advanced gas mask microphones are engineered to ensure crystal-clear sound and can be used with a variety of compatible gas masks. Read on to learn more about what makes these gas mask microphones so great!
Features
All of the MIRA Safety Gas Mask Microphones are equipped with several impressive features. For starters, each model has been designed to perfectly match existing gas mask models. The CM-6M, CM-7M, and CM-8M are compatible with the MIRA Safety CM-6M, CM-7M, and CM-8M gas mask models respectively. The TAPR model can be used with the TAPR gas mask. It’s also important to note that these gas mask microphones are IP68-rated and polycarbonate-encased, meaning they provide superior protection against water, dust and heat.
In terms of sound quality, these gas mask microphones offer remarkable clarity with minimal distortion. The noise cancellation technology helps to reduce wind and other noises that can interfere with communications. Each microphone also has a built-in Microphone Amplifier (MA) that amplifies sound while maintaining a low power intake. This ensures good sound quality with extended battery life.
Finally, each model is equipped with a Push-to-talk (PTT) button that makes it easy to quickly communicate without having to remove the gas mask. The PTT Button also functions as a “mute switch” that allows the user to quickly and easily mute the microphone when necessary.
Conclusion
The MIRA Safety Gas Mask Microphones are top-of-the-line devices that make communication under hazardous conditions easier and more enjoyable. They are IP68-rated, have advanced noise cancellation technology, and offer crystal-clear sound. With their built-in MA amplifiers and PTT buttons, these gas mask microphones provide an ideal solution for professionals and others working in hazardous conditions.
