AKG HT4500 BD8 Wireless Microphone System 4500 BD8

The AKG HT4500 BD8 is an outstanding analog wireless handheld transmitter. It offers the flexibility to connect with four different microphones, making it suitable for a wide variety of applications. Its unique dipole - antenna design guarantees stable transmission, even if your hand covers one pole of the antenna. The pilot tone constantly sends important transmitter data, like the mute switch position and remaining battery life, to the receiver. This system runs on two standard AA alkaline batteries, providing an impressive 15 - hour battery life. You can also use the optional BP4000 battery pack, which can be charged inside the transmitter via integrated charging contacts. Knowing the exact remaining battery life in hours is a great plus for wireless use. Key features include interchangeable microphone heads, advanced dipole - antenna technology, up to 50mW transmission power, 15 - hour battery life, operation in Band 8 (570 - 600 MHz), and clear indication of remaining battery hours. Technical specifications show excellent audio quality with a frequency bandwidth of 35 to 20000 Hz, a high signal - to - noise ratio of 120 dB - A, and low THD at 1 kHz. It has a wide operating temperature range from - 10 to 55 Celsius, and offers many radio - related options for reliable performance.

Using the AKG HT4500 BD8 is easy. First, insert two standard AA alkaline batteries into the transmitter or use the optional BP4000 battery pack. Connect your preferred microphone head from the four available options. Turn on the transmitter and receiver, and they'll start working together. You can manually synchronize the transmitter if needed. When using it, try to keep the antenna as unobstructed as possible, although the dipole - antenna design helps with coverage. For maintenance, keep the device clean and dry. If using the BP4000 battery pack, charge it regularly. Check the battery life indicator on the device to know when it's time to replace or recharge the batteries. Don't expose the device to extreme temperatures outside the - 10 to 55 Celsius range, as this may affect its performance.