Sennheiser 504730

Sennheiser 504730

Sennheiser 504730

Sennheiser 504730

Bodypack transmitter, digital, HD and LR mode, 3-pin SE socket, 470-558 MHz

SKU: SEN-504730
MSRP: $3,249.00
MAP: $2,749.00

Overview

Compact, lightweight and powerful, the SK 9000 bodypack transmitter ensures impeccable sound transmission even under the toughest conditions. Equipped with a 3-pin Lemo socket, the SK 9000 accommodates lavalier microphones, line, and instrument signals, all with cable-like audio transmission.

The housing of the SK 9000 is made of die cast magnesium to strike the perfect balance between lightweight design and roadworthy construction.

Ease of use and safety against unwanted changes were the goals for the user interface, which features an intuitive icon based menu structure and infrared synchronization with the receiver for fast, efficient set-up. The SK 9000 can utilize exchangeable energy packs with environment-friendly Lithium Ion technology, maximizing operating time and saving thousands of batteries over time.

Features

  • Flexible use for a broad variety of audio sources
  • 3-pin Lemo connector for lavalier microphones, guitars and instruments
  • Robust and lightweight – easy to conceal in a costume
  • Bodypack transmitter with magnesium housing


Specifications

Dimensions 76 x 62 x 20 mm L x W x D (with rechargeable battery pack BA 61)
Frequency response Mic: 60-20000 Hz (3 dB)
Weight approx. 147 g (with rechargeable battery pack BA 61 and belt clip)
Audio input 3-pin socket
Power consumption Max. 960 mW
RF output power Mode LR : 25 mW rms, 50 mW en crête
Switching bandwidth 88 MHz
Operating time 6.5 h with rechargeable battery pack BA 61
Modulation Mode HD: uncompressed audio
Mode HD: uncompressed audio Mode LR: SeDAC (Sennheiser Digital Audio Codec)
Power supply B 61: Primary cells, Type AA
B 61: Primary cells, Type AA BA 61Rechargeable battery pack
Antenna connector Coaxial
Gain line : -6 dB
Frequency range Bodypack transmitter, digital, HD and LR mode, 3-pin SE socket, 470-558 MHz
Input impedance line : 1 MΩ