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Sennheiser XSW IEM SR (C)

Sennheiser - XSW IEM SR (C)

Artnr: IDS0117712
Tarneaeg: 3-14 tööpäeva.

Sennheiser
323.00 EUR/tk

Igakuine kuumakse alates 13.29 euro

Teave:

Also available as part of the XSW IEM SET in-ear personal wireless monitoring system, the Sennheiser XSW IEM SR is available here as an indivdual component—a compact stereo wireless transmitter used in conjunction with separately available XSW IEM EK stereo receivers. The transmitter features a half-rack 1 RU rugged metal housing designed for extended use in small clubs. With its detachable antenna, the unit is easy to transport and can be installed in a rack (XSW rackmount kit available separately) or used standalone on a tabletop to deliver the renowned Sennheiser sound and solid wireless reliability for musicians rehearsing or performing live on a club stage or in a house of worship.
Simple-to-Use Personal Wireless Monitoring
Two combo XLR-1/4" inputs enable you to send either a stereo or two different mono audio sources at the same time, from either 1/4" or XLR connections.
A backlit LCD screen on the front panel allows for easy set up, even on dark stages.
You can preview your in-ear mix locally using the headphone output with volume knob located on the front.
Setting up gain, mono, or stereo options, input sensitivity, or frequency channels takes just a matter of seconds thanks to the clear and simple menu.
Reliable Wireless Performance
The stereo transmitter is equipped with 960 frequencies and has 8 banks with 12 aligned and precalculated frequencies each, enabling you to automatically find a clean wireless channel at your location for a reliable transmission up to 330'.
The system transmits in the UHF frequency range, making it immune to cell-phone and Wi-Fi interference that can plague 2.4 GHz systems.
The infrared sensors allow you to quickly sync multiple receivers to one transmitter at the press of a button.
The transmitter can send signal to as many receivers as needed.
Up to 12 transmitters can operate simultaneously in the same frequency band.