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Shure BLX14R Ovid Bundle S8

Bundle offer comprising

Shure BLX14R S8

UHF Wireless System

  • SM Guitar Series
  • BLX1 Bodypack
  • Up to 7 systems in parallel
  • Pilot tone
  • Microprocessor-controlled antenna diversity
  • Quick-Scan function to locate open frequencies
  • Transmitter with 4-pin TQG connector
  • 9.5" / 1 U Metal receiver
  • Removable BNC antennas
  • XLR and jack outputs
  • LED with audio and HF level
  • Frequency range: S8 (823 - 832 MHz)
  • Incl. WA302 Guitar cable and rack mount kit

the t.bone Ovid System CC 100 RC Shure

Condenser Clip Microphone for The Ovid System

  • Easy installation with different instrument holders (optional - not included)
  • With phantom power adapter (phantom power required)
  • Detachable cable with screw contact
  • Directivity: Cardioid
  • Frequency range: 20 - 20,000 Hz
  • Flexible gooseneck for easy positioning on the instrument
  • 4-Pin mini XLR connector for operating Shure wireless systems
  • Length of the gooseneck: 130 mm
  • Cable length: 1.2 m
  • Suitable cables with Sennheiser EW and 3-pin TQG connector for the t.bone and AKG systems available separately (not included)
  • Foam windshield included
Available since October 2018
Item number 451104
Sales Unit 1 piece(s)
Channels Instrument Microphone 1
Transmission System Analog
Frequency 823 MHz – 832 MHz
Receiver Type Stationary
Frequency display Yes
Removable antenna No
Accu Transmitter No
Charging System No
Transmitter Type Pocket Transmitter
Mic Model 439959
Transmission power in mW 10 mW
Selectable frequencies 114
Switching bandwidth in MHz 9 MHz
Frequency scan 1
Rackkit Optional
Output XLR
Receiver width in mm 198 mm
Receiver height in mm 42 mm
Receiver depth in mm 163 mm
Receiver weight in kg 1 kg
Show more
6.111 kr
Free shipping 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