XN 2.4K

DESCRIPTION

Designed to deliver uncompromising clarity and consistent power, the Atomik Audio XN 2.4K is a professional-grade, four-channel amplifier ideal for installations and mobile applications.

Engineered with advanced Class-H amplification, the XN 2.4K maximizes efficiency and significantly lowers heat generation, while its conventional power supply ensures unmatched durability and dependability.

Housed within a space-efficient 2U enclosure, this amplifier provides exceptional sonic accuracy and stability, meeting the exacting standards of the pro-audio industry’s top performers.

Features

  • High wattage in a compact 2U rack unit.
  • Quad channel.
  • Class H topology.
  • DC protection.
  • Short circuit protection.
  • High temperature protection.
  • Output overload protection.
  • Dented gain controls.
  • Ground lift switch.
  • Removeable dust filters on the front panel.

Technical Specifications

8Ω Stereo
4 x 400W
4Ω Stereo
4 x 660W
8Ω Bridge
2 x 1300W
4Ω Bridge
2 x 1600W
Frequency Response
20 Hz to 20 KHz
Sensitivity
0.77V / 1V / 38dB
Mode
Stereo / Parallel / Bridge
Fan Speed
Auto – Speed
Input Connector
3-pin XLR
Output Connector
Speakon
Filter Capacity
6800 µF / 80V x 8 Nos.
Input Impedance
Balanced 20k, Unbalanced 10k
Slew Rate
35V / µs
S/N Ratio @ Rated Power @ 8Ω
> 100dB
Channel Separation (8Ω Load, 1Khz and below)
> 70dB
Output Topology
Class H
Dimensions (WxDxH)
483 x 463 x 89.97 mm
Gross Weight
22.5 Kg / 49.6 Lbs
*Atomik Audio products are continually improved. All specifications are therefore subject to change without notice..
For more information, please download our datasheet below.

 Downloads

ACCESSORIES
CUTSHEET
REV 1.0.1
DOWNLOAD
2D DRAWINGS – PDF
REV 1.0.1
DOWNLOAD
2D DRAWINGS – CAD
REV 1.0.1
DOWNLOAD
3D DRAWINGS
REV 1.0.1
DOWNLOAD
SKETCHUP FILES
REV 1.0.1
DOWNLOAD
IMAGE LIBRARY
REV 1.0.1
DOWNLOAD
Download Autodesk DWG TrueView by clicking here to view our .dwg files.
Download SketchUp Viewers (for iOS & Android) by clicking here to view our .skp files.
Download Adobe Acrobat Reader by clicking here to view our .pdf files.