2.6K2

Product Name

  • Model : 2.6K2
  • Brand : ESB AUDIO
  • Specificity : 2-Way Speaker System

Product description

Magnet motor is optimized with FEA simulation to ensure a perfectly symmetrical magnetic flux in both directions of movement of the cone.

Metal parts machined from solid metal and refined with CNC machining for maximum magnetic flux linearity and minimum magnetic loss, this reduces distortion at high power levels.

25 mm CCAW (Copper Clad Aluminum Wire) double layer voice coil wound on a aluminum former for exceptional power handling and compression-free reproduction of even the most demanding musical passages.

Exponential cone built with a composite of cellulose pulp and hemp fiber (CELEMPTM), it ensures a perfect balance between rigidity and weight. The cellulose pulp ensures an extremely natural and fluid reproduction in all musical passages, with an excellent extension at high frequencies without audible break-up.

The five spoke anti-resonant and self-extinguishing ABS basket ensures a drastic reduction of the cone’s back reflections.

High structural and torsional rigidity are a goal for perfect parts alignment, this need a very low tolerance construction and assembling system, it means a better efficiency, more power handling and less distortion.

The exclusive rubber surround offers maximum linearity of travel and high reliability in extreme conditions. The radial ventilation system ensures high thermal dissipation capacity, for power and reliability.

Large cotton spider allows a smooth and gentle run at low excursions, and gently holds the cone at high excursions, this increases the useful range of use.

Specifications

Tweeter
28 mm voice coil
Neodymium magnet
Torcon® soft dome
Under dome dB Cloth® damping material
Ferrofluid cooling and damping
Woofer
FEA motor optimized
Large ferrite magnet
CELEMPTM exponential cone
Cotton progressive spider
 
Nominal Impedance
4 Ohm
Nominal Power
90 W (Tw.), 120 W (Woofer)
Transient Power
180 W (Tw.), 240 W (Woofer)
Frequency Response
48 Hz ~ 25 KHz