Sennheiser ew 500 G4 MKE2 GBW Band

Start 360°

UHF Wireless System

Consists of SK 500 G4 bodypack transmitter, MKE2 condenser lavalier microphone and EM 300-500 G4 9.5" receiver
Frequency range: GBW band (606 - 678 MHz)
Polar pattern: Omnidirectional
75 MHz switching bandwidth
20 Channel banks each with up to 32 presets
Up to 32 compatible channels
Network connection for frequency management and control via software WSM (Wireless System Manager)
Frequency response: 25 - 18.000 Hz
Frequency transmission via infrared interface
Bodypack transmitter with charging contacts for optional rechargeable battery BA 2015 (NiMH)
Pilot tone
Autotune for finding free frequencies
Integrated EQ
Audio Gain includes 60 dB
Soundcheck Mode
4-Digit battery indicator on the transmitter and receiver
HDX compander
LCD display with NF level and channel display
Switchable transmission power 10/30 / 50mW
2 BNC antenna sockets
XLR-Male balanced and unbalanced jack
Power supply 10.5 to 16 V DC
Includes GA 3 rackmount, power supply NT2-UK (suitable for GB and AU) and 2x AA batteries

30-Day Money-Back Guarantee

3-Year Thomann Warranty

Available since September 2019

Item number 438348

Sales Unit 1 piece(s)

Capsule Type Condenser

Microphone Colour Black

Receiver Type stationary

Frequency 606 MHz – 678 MHz

Transmission system Analog

Channels Lapel Microphone 1

Diversity 1

Pattern omnidirectional

Mic Model 141913

Receiver Width in mm 212 mm

Receiver Height in mm 43 mm

Receiver Depth in mm 202 mm

Receiver Weight in kg 1 kg

Transmitting Power in mW 50 mW

Selectable Frequencies 535

Switching Bandwidth in MHz 72 MHz

Frequency Display 1

Frequency Scan 1

Removable Antenna BNC

Battery Status Monitor 1

Output XLR

Charging System Optional

Rackkit Yes

14.290 kr

Free shipping incl. VAT

Sales Rank

in Wireless Microphones with Lapell Microphones

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