Product Detail
The Sennheiser SK 9000 A5 - A8 US Digital Wireless Bodypack Transmitter is a top - notch audio solution. It's compact, lightweight yet powerful, delivering pristine sound even in the toughest situations. With a die - cast magnesium housing, it's both sturdy and light, perfect for frequent use without the extra burden. The 3 - pin Lemo socket makes it super versatile, compatible with lavalier microphones, line, and instrument signals for cable - like audio quality regardless of the sound source. The user - friendly interface, with an intuitive icon - based menu, makes navigation a breeze. Infrared synchronization with the receiver simplifies setup. It uses eco - friendly Lithium - Ion exchangeable energy packs, extending operating time and reducing waste. Key features include flexible use for various audio sources, a 3 - pin Lemo connector for multiple devices, a robust and easy - to - conceal design, a durable magnesium housing, an intuitive menu, quick infrared setup, and eco - friendly power packs. Specifications cover dimensions, frequency response, weight, audio input, power consumption, RF output, and more. The package includes the transmitter, a rechargeable battery pack BA 61, a belt clip, and a user manual.
Using the Sennheiser SK 9000 A5 - A8 US Digital Wireless Bodypack Transmitter is easy. First, connect your audio source, like a lavalier microphone or an instrument, to the 3 - pin Lemo socket. Then, use the intuitive icon - based menu to set up your preferences. You can synchronize it with the receiver quickly using infrared. When it comes to power, insert the rechargeable battery pack BA 61. This pack can power the transmitter for about 6.5 hours. For setup, follow the steps in the user manual. As for maintenance, keep the bodypack clean. Avoid exposing it to extreme temperatures or moisture. When not in use, store it in a dry place. Also, make sure to recharge the battery pack regularly to keep it in good condition. Don't forget to check the frequency range to ensure it's suitable for your location.
