Sennheiser XSW 1-835 DUAL-E
by Sennheiser
Original price
£799.00
-
Original price
£799.00
Original price
£799.00
£799.00
-
£799.00
Current price
£799.00
Get it in 3-5 working days
Warranty: -
XS Wireless 1 DUAL is a 2-channel wireless system for singers and presenters. Designed with ease of use in mind, these analog UHF systems feature a sleek dual-channel receiver with built-in antennas and the streamlined interface from Sennheiser's popular XS Wireless 1 series.
| Dimensions | Ø 48 x L 180 mm approx. 320 x 126.5 x 42 mm Approx. 260 x 50 mm |
| Connector | XLR-3 |
| Microphone | Dynamic |
| Frequency response | 55 - 16,000 Hz |
| THD, total harmonic distortion | ≤ 0.9% |
| Transducer principle | dynamic |
| Weight | 330 g (0.73 lbs) approx. 620 g Approx. 245 g |
| Pick-up pattern | cardioid Cardioid |
| Nominal impedance | 300 Ω (at 1 kHz) |
| Min. terminating impedance | 1 kΩ |
| Storage temperature | –20°C to +70°C |
| Operating temperature | 0°C to +40°C |
| 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 | (at peak deviation, 1 kHz AF) 1/4“ (6.3 mm) socket (unbalanced): +6 dBu |
| Housing | Rugged ABS housing |
| Frequency | 80 factory presets (8 banks of 10 channels each) |
| Sensitivity | 1.8 mV/Pa (free field, no load at 1 kHz) < 3 μV at 52 dB(A) rms S/N (at peak deviation) 0 to -30 dB, adjustable in 10 dB steps |
| Squelch | Adjustable from 3 dBμV to 28 dBμV |
| Synchronization | Transmitter: 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) 80-16,000 Hz |
| Audio adjustment range | 45 dB, adjustable in 5 dB steps |
| Line / Mic level | 20 dB, switchable |
| Temperature Range | 0 °C ... +40 °C (+32 °F ... +104 °F) |
| Receiver Principle | Double superheterodyne |
| Diversity principle | Antenna switching diversity via internal antennas |
