Sennheiser

Sennheiser EK300IEMG3-B

Wireless UHF in-ear monitor receiver (bodypack)

Order Code: EK300IEMG3-B
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Our Price: $575.00

Spare / additional bodypack receiver to go with EW300IEMG3-B systems.

Hang as many of these off the one SR300IEMG3-B transmitters as you require.

Features adaptive diversity for super-reliable reception. The headphone cable is utilised as a second antenna to banish audio dropouts.

Operating the EK 300 IEM G3 is also easy due to its intuitive menu navigation and highly-visible backlit graphic display. A switchable Hi Boost and a multi-level limiter complete the package.

Includes IE4 earphones and a variety of pads to suit.
'B' frequency range: 626 - 668 MHz

Photo of Sennheiser EK300IEMG3-B available from Factory Sound

In the box:

  • EK 300 IEM G3 diversity receiver
  • IE 4 earphones
  • 2 AA-size batteries
  • 1 user manual

Features:

  • Sturdy metal housing
  • 42 MHz bandwidth: 1680 tunable UHF frequencies for interference-free reception
  • Enhanced frequency bank system with up to 16 compatible frequencies
  • Adaptive diversity for high reception quality
  • Pilot tone squelch for eliminating RF interference when transmitter is turned off
  • Automatic frequency scan feature searches for available frequencies
  • Enhanced AF frequency range
  • Wireless synchronisation of receiver parameter from transmitter
  • User-friendly menu operation with more control options
  • Illuminated graphic display
  • Auto-Lock function avoids accidental changing of settings
  • HDX compander for crystal-clear sound
  • Receiver features battery indication in 4 steps
  • HiBoost, adjustable limiter, stereo/focus mode, balance
  • Contacts for recharging BA 2015 accupack directly in the receiver
  • Wide range of accessories adapts the system to any requirement
Dimensions 82 x 64 x 24 mm
Connector 3.5 mm
Weight 160 gm
Operating time 4-6 h
Power supply 2 AA batteries, 1.5 V
Output voltage 2 x 100 mW at 32 Ω
Adjacent channel rejection ≥ 65 dB
Intermodulation attenuation ≥ 70 dB
Sensitivity <2.5 μV at 52 dBAeff S/N