OMNITRONIC RM-1422FX USB Rack-Mixer B-Ware

OMNITRONIC RM-1422FX USB Rack-Mixer B-Ware Product Details

Description

Why B-goods: Slight signs of use.

The Omnitronic RM-1422FX is a USB rack mixer. It has an integrated audio interface which enables recording with a PC or Mac. The mixer can be controlled via an IR remote control and can therefore also be operated remotely.

Features:

• Integrated USB audio interface allows recording and playback with a computer (PC and Mac)
• 24-bit DSP effects unit with 16 different effects such as reverb, echo and flanger
• 8 mono input channels with gain control, 2-way EQ, pan control and channel fader
• 2 stereo input channels with 2-way EQ, balance control and channel fader
• 8 channel inserts
• Tape input and output
• Separate outputs for main mix and control room
• 2 aux send outputs
• Adjustable headphone output
• +48 V phantom power, centrally switchable
• 4-digit stereo LED level display
• MP3 player with SD card slot, USB port, LCD display and IR remote control
• Control: IR remote control
• DSP: Digital signal processor
• Housing design: (19") 48.3 cm rack mounting 3 U

Technical data

• Power supply: 110-240 V AC, 50/60 Hz
• Total connected load: 50 W
• Frequency range: 20 - 20000 Hz
• Power connection: Power supply IEC (M) built-in version Power connection cable with earthing contact (M) (supplied)
• Control: IR remote control
• Audio player: USB + SD
• USB connection: 1 x USB 1.1, type B; 1 x type A
• Housing design: (19") 48.3 cm rack installation 3 U
• Width: 48.3 cm
• Height: 13.35 cm
• Depth: 18 cm
• Weight: 4.07 kg
• Inputs: Mic, mono XLR balanced, line, mono jack balanced, channel insert jack unbalanced, aux return, stereo jack L/R balanced, line, stereo jack L/R balanced, tape cinch L/R
• Outputs: Main Out: XLR L/R balanced, Control Room jack L/R unbalanced, Aux Send: jack unbalanced, tape cinch L/R
• Headphone output: unbalanced jack
• Headphone impedance: >8 Ohm
• Distortion: 0.05 %
• Signal-to-noise ratio: 89 dB
• Treble: ±15 dB at 12 kHz
• Bass: ±15 dB at 80 Hz