Eighteensound 10NMB420 10inch Lautsprecher Chassis 8 Ohm

Artikelnummer: ES10NMB420

High Output MB Neodymium Transducer

Lieferzeit ca. 2 - 4 Werktage

Versandkostenfreie Lieferung voraussichtlich zwischen Monday, 22.04 und Wednesday, 24.04 nach Deutschland

Mengenstaffelpreise
Von 2 Stück 232,95 €
Von 4 Stück 225,82 €
Von 8 Stück 223,44 €
Von 14 Stück 218,68 €
? Warenkorb in PayPal anzeigen

Eighteensound 10NMB420 10inch Lautsprecher Chassis 8 Ohm


ES10NMB420

  • 99 dB SPL 1W / 1m average sensitivity
  • 65 mm (2.5 in) Interleaved Sandwich Voice coil (ISV)
  • 350 W AES power handling
  • External neodymium magnet assembly
  • Single Demodulating Ring (SDR) for lower distortion
  • Weather protected cone and plates for outdoor usage
  • Suitable for line arrays and compact two way systems

The 10NMB420 neodymium transducer has been developed in response to a specific market requirement for a 10" midbass driver that combines excellent linearity with good efficiency and high power handling capabilities. The 10NMB420 is primarily intended for use as a midbass driver in line-arrays as well as high quality 2-way or multiway reflex enclosures. The low pass filter might be positioned as high as 2000Hz. The extremely powerful external neodymium magnet assembly assures high flux concentration, low power compression and excellent heat exchange. The levels of force factor and power handling are, as a consequence, at the upper professional level with best power to weight ratio. The 65mm Ø state-of-the-art, aluminum wire voice coil employs Interleaved Sandwich Voice coil (ISV) technology. It is composed by a high strength fiberglas former used to carry windings on both the outer and inner surfaces, in order to achieve a mass balanced coil. This results in an extremely linear motor assembly which, in conjunction with the highly advanced design of the magnetic structure, provides a high BL force factor. The voice coil is cooled through airways placed between the chassis back plate and the magnet faceplate. In this way heated air is channeled away from the voice coil and the gap. Another technology present into the 10NMB420 is the SDR (Single Demodulating Ring), used to reproduce instantaneous peak on mid frequencies, reducing intermodulation distortion. Thanks to the increasing use during outdoor audio events, the ability to perform in humid environments is an extra key feature of the 10NMB420. This is achieved trough an exclusively developed cone treatment which renders the cone humidity repellent while does not increasing the total moving speaker mass.

Nominal Diameter260 mm
Nominal Impedance8 Ohm
Minimum Impedance7,0 Ohm
Nominal Power Handling1350 W
Continuous Power Handling2500 W
Sensitivity399,0 dB
Frequency Range65 - 5000 Hz
Voice Coil Diameter65 mm
Winding Materialaluminum
Recommended Enclosure25,0 dm3
Recommended Tuning70 Hz
Resonance Frequency56 Hz
Re5,0 Ohm
Qes0,26
Qms5,0
Qts0,25
Vas40,0 dm3
Sd346,0 cm2
Xmax4,0 mm
Mms29,5 g
Bl14,5 Txm
Le0,37 mH
EBP215 Hz
Overall Diameter260 mm
Bolt Circle Diameter244 mm
Baffle Cutout Diameter232,0 mm
Depth122 mm
Flange and Gasket Thickness11 mm
Net Weight3,0 kg
Shipping Weight3,4 kg
Shipping Box275 x 275 x 164 mm
Nominale Impedanz
8 Ω
Xmax
4.0 mm
Resonanz Frequenz
56 Hz
Schallwandausschnitt
232.0 mm (9.13 in)
Qes
0.26
Re
5.0 Ω
Recommended Enclosure
25.0 dm3 (0.88 ft3)
Tuning Frequenz
70 Hz
Nominale Belastbarkeit
350 W
Vas
40.0
Außendurchmesser
260 mm (10.24 in)
Wicklung besteht aus
aluminum
Empfindlichkeit
99.0 dB
Nominaler Durchmesser
260 mm ( in)
Einbautiefe
122 mm (4.8 in)
Mms
29.5 g
Versandgewicht
3.4 kg (7.5 lb)
BL
14.5 Txm
Schwingspulendurchmesser
65 mm (2.56 in)
Qts
0.25
EBP
215 Hz
Netto Gewicht
3.0 kg
MInimale Impedanz
7.0 Ω
Versandkarton
275 x 275 x 164 mm (10.83x10.83x6.46 in)
Frequenzbereich
65 - 5000 Hz
Flange and Gasket Thickness
11 mm (0.43 in)
Lochkreisdurchmesser
244 mm (9.61 in)
Qms
5.0
Dauerbelastbarkeit
500 W
Sd
346.0 cm2 (53.63 in2)
Le
0.37 mH

Wir informieren Sie gern darüber, falls der Preis dieses Artikels Ihrem Wunschpreis entspricht.

Es liegen keine Bewertungen zu diesem Artikel vor.