Sennheiser SK 6000 Digital Wireless Bodypack Transmitter

Sennheiser Digital Audio Quality

• The Digital 6000 Series uses a Phase Shift Keying (PSK) transmission scheme, along with Sennheiser’s Long Range mode (with proprietary SeDAC audio codec), for pristine digital audio.

Rock-Solid Reliability with More Channels

• The Digital 6000’s intermodulation-free transmission allows for operation in an equidistant frequency grid for more channels at once and worry-free signal stability, even when transmitters are close to each other on stage.
• The extended 88 MHz switching bandwidth provides extra flexibility to find more available channels in challenging RF environments.

Stage-Ready Magnesium Housing

• Specially designed magnesium housing means the transmitter is not only lightweight, but tough enough to handle the rigors of even the most intense performances.
• The LEMO-type mic input is moisture- and ingress-resistant.

Encryption

• AES-256 and Digital 9000 Series encryption options ensure private, secure transmission.

Long Running Time

• The rechargeable BA 61 battery pack (available separately) gives you up to 6.5 hours of operation.
• The B 61 battery case (available separately) allows three AA batteries to power the unit.
• The battery status is displayed on the transmitter as well as on the receiver for remote battery-life monitoring.

Simple Operation for Complex Productions

• The menu-driven user interface with a backlit LCD is remarkably simple and intuitive.
• The transmitter syncs to the receiver via IR to instantly receive channel, gain, low-pass filter settings, and more.
• The input can accommodate mic, line, or instrument sources and the gain is adjustable in 3 dB steps from -6 to +42 dB.
• The low-cut filter can be turned off or set at 30, 60, 80, 100, or 120 Hz to reduce unwanted low-frequency noise such as wind and handling noise.
• The cable menu allows musicians to emulate varying cable lengths to get classic guitar sounds.
• The automatic lock mode prevents accidental or unauthorized setting changes during events.