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Sennheiser EW-D E 908 S7-10 Bundle

Bundle offer comprising

Sennheiser EW-D SK Base S7-10

Digital Wireless System

  • Frequency range S7-10: 662 - 693.8 MHz
  • Switching bandwidth: 32 MHz
  • Dynamic range: 134 dB
  • Frequency range: 20 - 20,000 Hz
  • Transmition power: 10 mW
  • Connection: 3.5 mm TRS jack with screw thread
  • 4-Digit battery indicator on receiver
  • Mobile access via Smart Assist App for system settings
  • Operating time with AA batteries: up to 8 hours
  • 2 BNC antenna sockets
  • Outputs: XLR, jack (balanced/unbalanced)
  • Includes 2x antennas, power supply with country adapter, rackmount set and AA batteries
  • Matching guitar cable: Art.148536 (not included in delivery)

Sennheiser E 908 B EW System

Condenser Gooseneck Microphone for Wind Instruments

  • Especially for recording for wind instruments
  • Just for use with EW wireless systems
  • Polar pattern: cardioid
  • Frequency range: 40 - 20,000 Hz
  • Impedance: 100 Ohm
  • Dimensions: 116 x 41 mm
  • Weight: 210 g
  • Incl. special clip for wind instruments and bag
  • Available since January 2023
  • Item number 558586
  • Sales Unit 1 piece(s)
  • Channels Instrument Microphone 1
  • Transmission System Digital
  • Frequency 662 MHz – 694 MHz
  • Receiver Type Stationary
  • Frequency display Yes
  • Removable antenna BNC
  • Accu Transmitter Optional
  • Charging System Optional
  • Dante No
  • Diversity Yes
  • Transmitter Type Pocket Transmitter
  • Mic Model 179360
  • Transmission power in mW 10 mW
  • Switching bandwidth in MHz 56 MHz
  • Frequency scan Yes
  • Monitoring the battery status Yes
  • Rackkit Yes
  • Output XLR
  • Receiver width in mm 212 mm
  • Receiver height in mm 44 mm
  • Receiver depth in mm 189 mm
  • Receiver weight in kg 1 kg
679 €
All prices incl. VAT
In stock
In stock

This product is in stock and can be shipped immediately.

Standard Delivery Times
1

Information on the supported frequency ranges

Here you can see which frequencies are supported by this wireless system and the countries in which these frequencies are allowed in the future for wireless applications.

All information is without guarantee