PRO Aware
SKU# IT-38
Hearing Meets protection
With level-dependent Aware Technology™, workers can hear colleagues and other environmental sounds without the fear of hearing damage. PRO Aware protects workers from loud impulse noises while still providing the features ISOtunes customers know and love.
- Aware Technology™ amplifies environmental sound and limits harmful noise
- Certified hearing protection blocks 26 dB
- Battery up to 10 hours (Bluetooth)- 20 hours (Aware)
- Ultra-durable IP67 dust and waterproof
- Bluetooth 5.1
- Noise isolating microphone
- SafeMax Technology™ limits volume output to 85 dB
- PRO Aware comes with a variety pack of foam and silicone eartips, a charging cable, and a travel case
Meet PRO Aware
An in-ear hearing protection device that allows the wearer to accept phone calls or stream music from Bluetooth paired devices. Level dependent functionality protects you from sudden loud impulse noise and aid situation awareness. Ambient noise microphones located in each earbud constantly measure the ambient noise levels and deliver attenuation performance when required.
Product Features
PRO Aware protects workers from loud impulse noises while still providing the features ISOtunes customers know and love.
- Aware Technology™ offers complete situational awareness and protection from harmful noises
- IP67 durability for dust, water, and sweat proof protection
- Raised buttons to adjust the Bluetooth and Aware volume output
- Up to 10 hours of battery life
Pro Tool Innovation Award Winner
Selected in the Hearing Protection category, ISOtunes PRO Aware recently won for high quality sound and safety. Officials noted "ISOtunes PRO Aware takes it to another level completely. You get to keep your situational awareness intact while getting 26 dB of noise protection when it matters most."
Aware Technology
Aware Technology is quick-acting. There are only 2 milliseconds between you and high-level protection. PRO Aware ensures your safety but enables you to continue communicating and interacting with your environment during noise.