Shure UR3 Plug-On Transmitter for UHF-R Wireless (G1 Band - 470-530 MHz)

  • Rs. 999.00


The UR3 is a premium transmitter that combines the best of Shure UHF-R® wireless features with the superior flexibility of XLR connectivity and comprehensive function control.

Note: When purchasing separate wireless components, please match their frequency bands to ensure proper system operation.

Features:

Smart, ergonomic, industrial design

  • Designed to be comfortably gripped
  • Discreetly located audio level and power indicator LEDs
  • Backlit LCD display
  • RF mute control
  • Transmitter interface lock
  • Die-cast metal construction
  • Compatible with any wired XLR microphone

Infrared automatic frequency sync

  • Open frequencies are selected and synced directly to the UR3 from the associated receiver

Microphone preset list

  • Program microphone ID lists to tailor settings (e.g. gain / phantom power / high-pass filter) per microphone for quick recall
  • Program and store up to 10 microphone ID lists
  • Copy and paste lists between individual UR3s

Selectable MIC / MIC with Pad / LINE input

  • Uniquely capable of handling full +24 dBv
  • Mic with pad option adds additional 17 dB of attenuation

Sweepable high-pass filter

  • 40 Hz–240 Hz

Convenient power options

  • Allows use with both dynamic and condenser microphones

Axient® Wireless Compatibility

  • Compatible with Axient receivers (RF & IR features only)

UHF-R® Wireless systems master the intense pressure and extreme conditions of any touring, installation or broadcast environment, while delivering unmatched Shure sound.

  • Transmitter form factors include handheld, bodypack, plug-on and micro bodypack options; receiver form factors include single, dual and portable configurations
  • Power options include AA batteries (UR1, UR2, UR3 or UR5), AAA batteries (UR1M), Shure SB900 Lithium Ion Rechargeable Battery (UR5) and DC power (UR5)
  • Up to 75 MHz overall tuning bandwidth (region and receiver dependent)
  • Up to 40 preset compatible systems per frequency band (region dependent)