12NDF100C1 Line Array Speakers 12 inches
Notes
-4 INCH COPPER VOICE COIL
-99.8 dB/SPL SENSITIVITY
-1400 WATT PROGRAM POWER HANDING
-FEM OPTIMIZED MOTOR AND SUSPENSIONS
-OPTIMIZED COOLING SYSTEM
-RESONANCE FREE AND HEAVY DUTY BASKET DESIGN
-DUAL GAP MOTOS LINEARIZE INDUCTANCE
-IDEAL FOR TWO-WAYS AND LINE ARRAY APPLICATION
GENERAL SPECIFICATIONS
| Nominal diameter | 320(12) mm (in.) |
|---|---|
| Nominal impedance | 8 Ω |
| Minimum impedance | 5.8 Ω |
| Program power (1) | 1400 W |
| AES Power rating(2) | 700 W |
| Sensitivity (3) | 99.8 dB |
| Frequency range | 50~3000 Hz |
| Voice coil diameter | 100(4) mm (in.) |
| Chassis material | Aluminium |
| Magnet material | Neodymium |
| Magnet dimensions (ODxIDxh) | 97X25X10 mm |
| Coil material | ALR |
| Former material | Glass Fiber |
| Xmax(4) | 6 mm |
| Xmech(5) | 13 mm |
| Gap height | 12X2 mm |
| Voice coil Winding height | 40 mm |
SMALL SIGNAL PARAMETERS
| DC resistance(Re) | 5 Ω |
|---|---|
| Resonance frequency(Fs) | 50.7 Hz |
| Moving mass(Mms) | 61.8 g |
| Compliance(Cms) | 0.15 mm/N |
| Force factor(BL) | 23.9 N/A |
| Mechanical Q-factor(Qms) | 6.1 |
| Electrical Q-factor(Qes) | 0.25 |
| Total Q-factor(Qts) | 0.24 |
| Equivalent air volume(Vas) | 73.8 I |
| Voice coil Inductance(Le) | 1.5 mH |
| Diaphragm area(Sd) | 572 cm2 |
| Reference efficiency(Eta O) | 3.6 % |
SHIPPING INFORMATION
| Net weight | 3.8 Kg |
|---|---|
| Multipack size (1) (W x D x H) | 320x320x190 mm |
| Multipack weight | 4.3 Kg |
OTHERS
(1)Program power is defined as 3 dB greater than AES Power.
(2) Tested for two hours using a continuous, band-limited pink noise signal as per AES 2-1984 Rev. 2003. Loudspeaker tested in free air.
(3) From T/S parameters, measured with LMS DA LPM module.
(4) The Xmax is calculated as: (Hvc - Hg)/2+ Hg/4. Hvc is the voice coil height and Hg the gap height.
(5) The Xmech is calculated as: (Hvc - Hg)/2 +(Hg-2). Hvc is the voice coil height and Hg the gap height.
(6) Thiele-Small parameters are measured after preconditioning: a) at 20°C- 22°C, 50% humidity for 2 hours; b) by LMS LSI measurement