Content |
Platform: |
Peerless |
Driver Type: |
Woofer |
Size: |
4 in |
Motor: |
Ferrite |
Frame: |
Al Basket |
Impedance: |
8 Ω |
Diaphragm: |
PP (Polypropylene)
|
Driver Size |
|
|
4 in |
– |
DC Resistance |
|
|
5.17 Ω |
±5.0% |
Resonant Frequency |
|
|
91.08 Hz |
15% |
Half Space Sensitivity @ 2.83V |
|
|
85.87 dB |
±1.01 |
Sensitivity @ 1W/1m |
|
|
84.4 dB |
±1.01 |
Rated Noise Power (IEC 268-5 18.1) |
|
|
25 W |
– |
Test Spectrum Bandwidth |
|
|
90Hz - 6kHz 12 dB/Oct |
– |
Effective Piston Area |
|
|
56.8 cm2 |
– |
Moving Mass |
|
|
6.1 g |
– |
Motor Force Factor |
|
|
4.94 T•m |
– |
Voice Coil Inner Diameter |
|
|
25.73 mm |
– |
Gap Height |
|
|
6 mm |
– |
Maximum Linear Excursion |
|
|
3 mm |
– |
Ferrofluid Type |
|
|
|
– |
Minimum Impedance |
|
|
5.72 Ω |
±7.5% |
Voice Coil Inductance |
|
|
0.16 mH |
– |
Mechanical Q Factor |
|
|
1.92 |
– |
Electrical Q Factor |
|
|
0.74 |
– |
Total Q Factor |
|
|
0.53 |
– |
Ratio |
|
|
171.85 fs/Qts |
– |
Energy Bandwidth Product ((1/Qes)•fs) |
|
|
|
– |
Suspension Compliance |
|
|
504.8 μm/N |
– |
Effective Cone Diameter |
|
|
8.5 cm |
– |
Motor Efficiency Factor |
|
|
4.7 (T•m2)/Ω |
– |
Voice Coil Former Material |
|
|
ASV |
– |
Driver Mass |
|
|
0.92 Kg |
– |
Equivalent Volume |
|
|
2.28 L |
– |
| |
5" Neodymium Coaxial Transducer - 90 dB sensitivity 1 W / 1 m
- 130 W + 25 W Power Handling
- 1.5" + 1" Voice Coil
- Single point source providing coherent wave front
- 90° conical dispersion
- Optimal for compact 2-way Systems
|
Faital Pro 5 FE 100 A 5" Speaker 80 W 8 Ohms
Product type
Loudspeaker Chassis
Type
PA
Nominal Diameter
5 "
Nominal Diameter
130 mm
Voice Coil
1.26 "
Voice Coil
32 mm
Overall diameter
124.5 mm
Pitch Circle Diameter
133 mm
Cut- out Measurement
114 mm
Mounting holes
4
Diameter of fixing holes
6 mm
Depth
65 mm
Nominal Impedance
8 Ohm(s)
Nominal Load Capacity
80 W
maximum rated load
160 W
Sensitivity (1 W / 1 m)
88 dB
Frequency response
65 - 6300 Hz
Voice Coil Material
copper
Magnet
Ferrite
Depth of the magnetic gap
6 mm
Thiele & Small Parameter
Fs (Resonance Frequency)
65 Hz
Re (DC resistance)
5.4 Ohm(s)
Qms (mechanical quality)
8.18
Le (inductance of the voice coil)
0.53 mH
Qes (electrical quality)
0.47
Qts (overall quality)
0.44
Vas (equivalent volume)
5.16
Mms (moving mass)
10.5 g
BL (power factor)
6.9 T/m
Xmax (maximum displacement)
5.25 mm
Cms (elasticity of the suspension)
0.55 mm/N
Sd (membrane area)
79.8 cm²
Rms (mechanical loss resistance)
0.57 kg/s
Weight
1,12 kg
|
Nominal Specifications
* Nominal Diameter 5“, 130 mm
* Overall Diameter 6.02/5.51“, 153/140 mm
* Bolt Circle Diameter 5.5“, 139 mm
* Baffle Cutout Diameter 5.04“, 128 mm
* Depth 3.1“, 79 mm
* Flange and Gasket Thickness 0.29“, 7.5 mm
Electrical Specifications
* Minimum Impedance 8.8 Ohm
* Nominal Impedance 12 Ohm
* Nominal Power Handling*** 80 W
* Maximum Power Handling**** 160 W
* Sensitivity (1W/1m) 99 dB
* Frequency Range 180 - 6300 Hz
* Voice Coil Diameter 1.26“, 32 mm
* Winding Material Copper
* Former Material Kapton
* Winding Depth 0.29“, 7.5 mm
* Magnetic Gap Depth 0.24“, 6 mm
* Flux Density 1.65 T
THIELE & Small Parameters
* Resonant Frequency (fs) 180 Hz
* DC Resistance (Re) 7.2 Ohm
* Coil Inductance (Le) 0.15 mH
* Mechanical Q (Qms) 2.70
* Electromagnetic Q (Qes) 0.59
* Total Q (Qts) 0.48
* Compliance Equivalent Volume (Vas) 0.033 ft³, 0.93 dm³
* Mechanical Compliance of Suspension (Cms) 0.075 mm/N
* Rms 3.93 Kg/s
* BL Product (BL) 11.3 N/A
* Diaphragm Mass inc. Airload (Mms) 8.4 grams
* Maximum Linear Excursion (Xmax)* 2.75 mm
* Xdamage** 15.2 mm
* Surface Area of Cone (Sd) 14.6“², 94.3 cm²
* Diaphragm mass (Mmd) 7.5 g
* Eta Zero 1.23 %
Notes
* *Xmax = [(winding depth - magnetic gap depth) / 2] + (magnetic gap depth / 3)
* **Maximum excursion before permanent damage
* ***2 Hours Test According to AES 2-1984 Rev. 2003
* ****Maximum power is defined as 3dB greater than nominal power
|
- 91 dB Sensitivity1 W / 1 m
- 130 W Power Handling
- 1.5" Sandwich Voice Coil
- Double treated Cone for Water Protection
- Neodymium Magnet System
- Twin Aluminum demodulating Rings for ultra low Distortion
- Optimal for compact 2- or 3-way Systems
|
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