Explore Sennheiser Ek 6042 Dual-channel Slot-mount Wireless Receiver (470 To 653 Mhz) - Priority Shipping [wORnN9MK]

Sennheiser EK 6042 Dual-Channel Wireless Receiver

The Sennheiser EK 6042 is a versatile and compact dual-channel wireless receiver designed for professional broadcast applications. Engineered with a slot-mount chassis, this receiver seamlessly integrates with a wide range of Sennheiser transmitters operating within the 470 to 653 MHz frequency range. Its true-diversity reception and ultrawide 184 MHz tuning range ensure reliable and studio-quality audio performance, making it an ideal choice for live events, conferences, and studio recordings.

Technical Specifications and Features

The EK 6042 boasts a range of advanced features that cater to the needs of professional users. With true-diversity reception, the receiver offers improved signal stability and reduced interference. The 184 MHz ultrawide tuning range allows for a vast array of frequency options, ensuring compatibility with various wireless systems. The receiver supports both analog and AES3 digital audio, providing flexibility in signal transmission. Additionally, the EK 6042 features auto configuration and scene setup, making it easy to pair with transmitters and set up for immediate use. A built-in web server enables quick import and export of configurations, simplifying setup and reducing downtime on the job.

Applications and Benefits

The Sennheiser EK 6042 is a versatile tool for a wide range of professional applications. Whether you're a videographer, sound engineer, or event producer, this dual-channel receiver can enhance the quality of your audio recordings. Its compatibility with various camera slots and adapters makes it a flexible solution for different setups. The receiver's compact design and lightweight construction ensure ease of use and portability, allowing you to focus on your work without worrying about the equipment. With the EK 6042, you can expect studio-quality audio and reliable performance in any professional environment.