Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400
  • Oberton 12NXL400

Cere mai multe informatii despre Oberton 12NXL400 la numarul de telefon 0766.332.366 sau discuta pe forumul Poweraudio.

Preţ: 688,20 Lei
Fără TVA: 578,32 Lei
8 bucati in stoc
Producător: Oberton
Cod produs: Oberton 12NXL400
Puncte de recompensă: 13

Application : High Output  Midbass with extended midrange

12NXL400 loudspeaker combining high efficiency with high power handling capabilities, with use of 77 mm aluminium voice coil and silicone spider. It features aluminium die cast frame with integrated triple demodulating rings and vented neodymium magnet structure. The massive heatsink improve the cooling of the magnet structure, which reduce power compression. 12NXL400 is suitable when fast and precise midbass reproduction is required.





Nominal Diameter
Minimum Impedance
Power Capacity AES ¹
Program Power ²
Frequency Range
Voice Coil Diameter
Voice Coil Material
Voice Coil Former
Voice Coil Winding Depth
Magnet Gap Depth
Cone Material
Flux Density

12"/315 inch/mm
8 Ohm 
7.33 Ohm
900 W
(200 -2000 Hz) 101 dB/W/m
50 - 3500 Hz
77 mm
15 mm
9 mm
Die Cast Aluminium
1.45 T

Resonance Frequency
Mechanical Efficiency Factor (Qms)
Electrical Efficiency Factor (Qes)
Total Q (Qts)
Equivalent Air Volume (Vas )
Diaphragm mass ind. airload (Mms)
Voice Coil Resistance Re
Effective Diagram Area (Sd)
Peak Linear Displacement of Diaphragm (Xmax)*
Mechanical Compliance of Suspension (Cms)
BL Product (BL)
V.C. Inductance at 1 kHz (Le)

48.60 Hz
79.24 litres
50.06 grams
5.70 Ohms
514.7 cm2
±5.25 mm
0.214 mm/N
20.57 T.m
0.69 mH



1. AES standard. Power is calculated on rated minimum impedance. Measurement is in 65 L box enclosure tuned 63 Hz using a 40-400 Hz band limited pink noise test signal applied continuously for 2 hours.
2. Program power is defined as 3db greater than AES Power Capacity.

* Linear Mathematical Xmax is calculated as: (Hvc - Hg)/2 + Hg/4 where Hvc is the voice coil depth and Hg is the gap depth.

Overall Diameter
Baffle Hole Diameter 
Number of Mounting Holes
Bolt Circle Diameter
Overall Depth
Net Weight

315 mm
280 mm
8 eliptic 7x8 mm 
296 / 298 mm
180.3 mm
5.05 kg

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