Sennheiser XSW 1-ME3-BC Wireless Headset Microphone
Product Code: 507452
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$589
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Hands-free performance. Go for XS WIRLESS 1 and rely on a solid wireless transmission with up to 10 compatible channels in a stable UHF band. The XS WIRELESS 1 HEADMIC SET is an easy to use all-in-one wireless system for singers and presenters, excellent for live sound that involves dancing and singing all at the same time. The set includes an intuitive stationary receiver for quick setup and hassle-free handling, as well as a compact bodypack transmitter and a lightweight headset microphone.
| Dimensions | approx. 200 x 42 x 127 mm approx. 71 x 96 x 28 mm |
| Microphone | Condenser |
| THD, total harmonic distortion | ≤ 0.9% |
| Weight | approx. 340g approx. 95g |
| Pick-up pattern | Cardioid |
| Signal-to-noise ratio | ≥ 103 dBA |
| RF output power | 10 mW |
| Switching bandwidth | up to 24 MHz |
| Operating time | Approx. 10 hrs |
| Modulation | Wideband FM |
| Power supply | 12 V DC nom. / 300 mA 2 AA size batteries, 1.5 V |
| Output voltage | 1/4“ (6.3 mm) jack socket (unbalanced): +6 dBu, XLR socket (balanced): +12 dBu |
| Housing | Rugged ABS housing |
| Frequency | 8 frequency banks, each with up to 10 factory-preset channels |
| Frequency range | A: 548-572 MHz, GB: 606-630 MHz B: 614-638 MHz C: 766-790 MHz D: 794-806 MHz E: 821-832 MHz, 863-865 MHz K: 925-937.5 MHz |
| Sensitivity | < 3 μV at 52 dB(A)rms S/N |
| SPL for peak deviation | 150 dB |
| Squelch | adjustable from 3 dBμV to 28 dBμV (combined with pilot tone) |
| Synchronization | 2.4 GHz, Low Power OQPSK (only active during synchronization) |
| Input sensitivity | 1.5 mV / Pa |
| AF frequency response | 50 to 16,000 Hz (–3 dB) |
| Adjustment Range Transmitter | 0 to -30 dB, adjustable in 10 dB steps |
| Audio adjustment range | 45 dB, adjustable in 5-dB steps |
| Line / Mic level | 20 dB, switchable |
| Temperature Range | Operation: 0°C to +40°C, storage: –20°C to +70°C |
| Receiver Principle | Double superheterodyne |
| Diversity principle | Antenna switching diversity via internal antennas |
