ECX 130.5

Hertz

Discontinued

Your price:
€ 74,10
Price per pair (VAT included)
Type
Coaxial
Speaker Size
130 mm
Coaxial Type
2-way
Frequency Response
70 - 23.000 Hertz
MAX Power
150 Watt
RMS Power
50 Watt
Sensitivity
93 dB
Impedance
4 Ohm
Woofer Material
Fibra di cellulosa
Tweeter Material
PEI

Two-way coaxial Energy series - 130mm; 50W RMS Power

The Energy.5 coaxials are the solution for those who want to reproduce a wide frequency range without resorting to separate components: the coaxial tweeter completes the woofer response by optimizing installation space.


Neodymium tweeter with integrated crossover, cellulose membrane reinforced with deep ribs and careful tuning of the motor assembly, contribute to enhancing sound linearity, off-axis response and tonal quality. The RHFC technology allows you to orient the tweeter, tilted at 10°, to control dispersion and approximate an ideal frequency response.


ECX 130.5 3D Section

Features:

  1. Cellulose fiber cone with water-repellent treatment; butyl rubber suspensions.
  2. Pure copper voice coil, wound on aluminum support, for exceptional thermal and mechanical capacity.
  3. Oversized magnetic assembly for energetic control of the moving system.
  4. Low-carbon pole plates for maximum magnetic permeability and high heat dissipation.
  5. Magnet coated in rubber, to ensure mechanical damping of the basket and motor assembly, and protect it from possible abrasion and damage.
  6. Basket to DIN standards, coated with protective anti-abrasion and anti-scratch material.
  7. High-current terminals, tin-plated.
  8. Silver-plated stranded cables, for maximum reliability and conductivity.
  9. Basket-motor assembly coupling in epoxy glue.
  10. Nomex spider with shape memory, for constant and reliable performance.
  11. Tweeter with high-energy neodymium magnet.
  12. RHFC, Rotary High Frequency Contour; adjustable system for best off-axis dispersion and perfect frequency response towards any listening point.

Scheda tecnica

20130710115238-hertz-energy-ecx130-5-tech.pdf
Discontinued