Eartec HUB532 UltraLITE 3 Single 2 Double Headset HUB Transceiver System

The Eartec HUB532 UltraLITE 3 is a remarkable headset transceiver system available in single and double options. The UltraLITE Double headsets enable users to stay in continuous full - duplex voice contact while on the move. Unlike most wireless headsets, they operate without belt - pack transceivers. All electronics, including the battery, are built right into the ear cups. With deluxe padding and a fully adjustable noise - cancelling microphone, it ensures effective voice communication even in noisy environments. Key features include an all - in - one design that gets rid of wires or belt - worn radios. You can wear it on either the left or right ear as the mic boom swivels 270 degrees. It uses DECT technology and has lithium polymer batteries that offer 6 hours of continuous operation. And it doesn't require FCC licensing, so it's ready to use straight out of the box. Technical specs: Standard is DECT 6.0, frequency is 1920 - 1930MHz in the USA and 1880 - 1900MHz in Europe. It weighs 4 oz, with a channel bandwidth of 1.728 GHz and more details as listed.

Using your Eartec HUB532 UltraLITE 3 headset is easy. First, make sure the headset is fully charged. You can do this by plugging the charger into the headset and then into a power source. The charging time is about 3 hours. Once charged, put the headset on your left or right ear as you prefer, and adjust the mic boom to a comfortable position. You're now ready to make full - duplex voice calls. In high - noise environments, use the noise - cancelling feature of the microphone to ensure clear communication. When not in use, store the headset in a cool, dry place. The storage temperature should be between - 10 C and 60 C. Also, keep it away from direct sunlight and water. To maintain the headset, clean the ear cups and microphone regularly with a soft, dry cloth. And don't forget to recharge the lithium polymer battery every few weeks if you're not using the headset often to keep it in good condition.