Audio Technica ATW-CHG3
Two-bay charging dock for use with 3000 Series (4th Gen) handheld and body-pack
Description
Audio Technica presents the innovative two-bay charging dock, ATW-CHG3, designed to work with its 3000 Series, the 4th Gen transmitters. It can charge both handheld and body-pack transmitters in the 3000 series microphones. This charging dock are the perfect accessory for busy broadcasting environments where wireless audio devices are routinely used, and their transmitters need to be replaced for uninterrupted transmission.
The Audio Technica ATW-CHG3 charging dock can charge two transmitters at the same time. This makes it a necessary piece of equipment for setups that require multiple microphones. The dock is innovatively designed to charge transmitters without removing the rechargeable batteries. The user only needs to place the transmitter in the dock, and it immediately starts charging.
To ensure all connected devices are protected, the ATW-CHG3 dock features an automatic shutoff feature that prevents overheating and overcharging of the transmitter while extending the life of the transmitters and the charging dock. The outer casing of the charging dock is made using high-quality plastic. This hard plastic ensures durability while keeping the unit lightweight and portable.
The sleek design of the Audio Technica ATW-CHG3 charging dock features LED indicators that clearly show the charging status of the transmitters connected. This enables users to tell the battery status at a glance and remove the transmitters as soon as they are fully charged and ready to use. The charging dock connects to standard wall sockets via the AC power adapter, providing a reliable independent power supply.
The dock is designed to bring convenience to a busy broadcasting setup. It eliminates the need to take out the transmitter batteries each time they need recharging. Featuring a simple design with couple of docks for charging two batteries at the same time, it allows users to charge and use their Audio-Technica's 3000 Series transmitters more effectively.
