99.2 - 107 - H68 - D 0.35 Ohm | 8 Layer Aluminum Flat Wire - GS Audio Voice Coil

€175.00 €143.44
In stock
SKU
GS 100.57D0.35
Shipping time: Ready within 24 hours
Spedisci a: / Ship to: ITCalcola / Ceck Shipping Cost
99.2 - 107 - H68 - D 0.35 Ohm | 8 Layer Aluminum Flat Wire - GS Audio Voice Coil is available to buy in increments of 1

99.2 - 107 - H68 - D 0.35 Ohm 8 Layers Flat Aluminum Wire - GS Audio Voice Coil Spare Part 

Coil made with 100% aluminum filament and anodized aluminum backing developed for subwoofers with ferrite and/or neodymium magnet, for Demo (music media) and SPL competitions (dB Drag categories 1-2-5k and above), where maximum efficiency and light weight is essential. Aluminum, which is lighter than conventional copper, provides greater efficiency and optimal response at both low and high excursions.

 

Specifications.

  • Filament height: 68 mm

  • Shaper height: 168 mm

  • Outer diameter: 107 mm

  • Inner diameter: 99.2 mm

  • Filament material: 100% Aluminum

  • Former material: Anodized aluminum

  • Number of layers: 8

  • Wire section: flat

  • Resistance: 2x0.35 Ohm

  • Weight: 257g

 

Strengths: Reduced weight due to aluminum filament, which improves overall efficiency and heat dissipation. Anodization increases the surface hardness of the substrate, ensuring high rigidity, structural stability and mechanical strength even at high power and high torsional stress. Thanks to tin-plated copper strips, perfect soldering to tinsels is also possible without the need for flux or chemicals.

 

Manageable RMS power (indicative):

5600 - 7000 W RMS in continuous music regime

12400 - 15400 W RMS for short SPL peaks at low frequency (30-40 Hz)

19500 - 24500 W RMS for short SPL peaks at high frequency (60-70 Hz)

 

Important note on the power of the coils

The power ratings given for loudspeaker coils are for technical and comparative purposes only. The actual power handling of a loudspeaker depends on multiple factors, including:

  • Impedance and how it is connected to the amplifier

  • Frequency spectrum used and type of musical signal

  • Number and stiffness of spiders and the relative mechanical compliance

  • Magnet and coilventilation system

  • Total moving mass that the speaker must move

  • and many others...

 

For this reason, it is not possible to define a single, universal value of manageable power: actual performance can vary considerably depending on design and conditions of use. 

The user is therefore urged to consider the data as indicative and to pay attention to the correct match between amplifier, loudspeaker and installation.

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