Electro-Voice RE3-HHT86 Wireless Handheld Microphone with ND86 Head, 6M 653-663MHz

The Electro-Voice RE3-HHT86-6M wireless handheld microphone with an ND86 head is a top - choice for professional performances and presentations. Its lightweight yet tough UHF handheld transmitter body is built with an all - metal construction, ensuring durability. It runs on 2 AA alkaline or rechargeable NiMH cells. The common 1.25” diameter, 28 UN - 2A thread pitch microphone head coupling allows for easy attachment and interchange of various microphone heads. The ultrasonic sync function simplifies system setup by syncing the transmitter to the receiver's frequency and other functional data. You can select the output power according to the transmission range, and the wide tuning bandwidth helps avoid interference. The recharge contacts work with the optional BC2 charging station, enabling convenient charging of NiMH cells without removal. Key features include a robust metal body, easy frequency setup, selectable output power, up to 36 MHz tuning bandwidth, and interchangeable microphone heads. Technical specifications cover frequency bandwidths in different bands, phase - locked loop oscillation mode, ultrasonic sync, LCD + LED display, multiple function controls, and more.

Using the Electro - Voice RE3 - HHT86 microphone is easy. First, insert 2 AA alkaline or rechargeable NiMH cells into the microphone. Then, use the ultrasonic sync function to set the frequency. You can easily select the output power based on whether you need a long or short transmission range. When attaching or changing the microphone head, it's just a matter of using the threaded coupling. As for maintenance, keep the microphone clean and dry. If you use the rechargeable NiMH cells, use the optional BC2 charging station to charge them without removing the cells from the microphone. Be careful not to expose the microphone to extreme temperatures or moisture, as this could damage its performance. Also, when not in use, store it in a safe place to prevent physical damage.