BEYMA 12XA30ND - 12" NEODYMIUM COAXIAL SPEAKER

EXTREMELY SMOOTH HIGHS THANKS TO ITS' SPECIAL POLYESTER/TITANIUM DIAPHRAGM!

Beyma 12XA30Nd

BEYMA 12XA30ND

Item Price: $649.95

Recommended 2-Way Crossover Beyma FD2XA - Item Price: 179.95/Pair

COAXIAL MODEL  - 12XA30ND

Low Frequency Specifications

Nominal Basket Diameter

12" / 300mm

Impedance

8 ohms

Power Rating (Low Freq.)

350 watts AES

Program Power  700 watts  

Frequency Range

35Hz - 4.0kHz

Sensitivity (1W/1m)

98dB

Voice Coil Diameter

4" / 100mm

Recom. Enclosure Volume 1.49-3.53 ft3  /  40-100 Liters
BL Factor 18.2 N/A
Moving Mass .072 kg.
Voice Coil Length 16 mm
Air Gap Height 9 mm
X Damage (peak to peak) 28 mm
Magnet Weight 9.24 lb. / 4.2 kg.

High Frequency Specifications

Rated Impedance 16 ohms
Minimum Impedance 13.5 ohms @ 3.5kHz
Power Rating 90 watts AES @ 1.0kHz
Frequency Range 500Hz - 20kHz
Sensitivity (1W/1m) 105dB SPL
Voice Coil Diameter 2.87" / 72.2mm
Flux Density 1.6T
BL Factor 15.3 N/A
Dispersion 80° conical

Mounting Information

Overall Diameter 12.28" / 312mm
Bolt Circle Diameter 11.61" / 295mm
Baffle Cutout Diameter-  
- Front Mount 11.18" / 284mm
- Rear Mount 11.18" / 284mm
No. Of Mounting Holes 8
Volume Displaced By Driver 0.23 ft3  /  6.5 Liters
Overall Depth 5.98" / 152mm
Net Weight 13.86 lb. / 6.3 kg.
Shipping Weight 15.4 lb. / 7.0 kg.

Low Frequency Materials

Basket Die Cast Aluminum
Cone Paper
Surround Plasticised Cloth
Voice Coil Edgewound Aluminum Ribbon
Magnet Neodymium

High Frequency Materials

Diaphragm Titanium
Voice Coil Edgewound Aluminum Ribbon
Dome Titanium
Surround Polyester
Voice Coil Former Kapton

Thiele-Small Parameters

Resonant Frequency (Fs) 35 Hz
Impedance (Re) 6.8 ohms
Mechanical Q (Qms) 7.98
Electrical Factor(Qes) .22
Total Q (Qts) .21
Comp. Equivalent Vol. (Vas)

6.07 ft3 / 172 Liters

Voice Coil Overhang (Xmax) 4.0 mm
Effective Surface Area .053m2
Reference Efficiency 4%
Displacement Volume 210 cm3
Voice Coil Inductance (Le @ 1kHz) 1.3mH

Frequency Response & Distortion Curves

Frequency Response of HF & LF Drivers
Predicted Low Frequency Response
Frequency Response Out Of Axis Dimensions
Mounting Dimensions

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