Kicker 10CVX102 Owner'S Manual Download Page 2

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COMPVX

 

SUBWOOFER

3

The Kicker CompVX subwoofers were specially designed for “Livin’ Loud” out in the harsh automotive 
environment. CompVX subwoofers are extremely versatile and surpass the competition in a sealed or 
vented box. They are made of advanced materials and construction techniques to maintain optimal 
performance for years to come.

SPECIFICATIONS

WIRING

CompVX subwoofers are available with dual 2

:

 (ohm) or dual 4

:

 voice coils. Both coils must be 

connected to a source of amplifi cation. The dual 2

:

 woofer will generate a 1

:

 load if the coils are wired 

in parallel or a 4

:

 load in series. The dual 4

:

 woofer will provide a 2

:

 load wired in parallel or 8

:

 load 

wired in series. The terminals with the white dots are for the fi rst voice coil. The terminals with solid-red 
and solid-black markings are for the second voice coil. See Figure 1.

SEALED ENCLOSURE APPLICATIONS

The CompVX generates more sound pressure than competing subwoofers on the market and excels 
when used in the recommended sealed boxes. These sealed enclosure designs give the smoothest 
response with increased energy at the lowest frequencies, 20 to 30Hz. These designs deliver massive 
amounts of highly-accurate bass and can be driven with punishing levels of amplifi er power.

The CompVX high performance suspension system can operate in a larger sealed enclosure. This 
maximum enclosure volume application is ideal for SQ (ultra sound quality) installations. The SQ enclosure 
generates a very fl at response curve and superbly extends the subbass response. 

CompVX woofers perform well in any size 
sealed enclosure between the Compact 
and SQ volume recommendations. These 
systems will exhibit benefi ts of both designs:  
Compact produces high-impact bass, 
and SQ generates low bass frequency 
protraction. Overall, the system will sound 
more like the recommended enclosure 
design it is closest to in enclosure volume. 
These enclosure recommendations have 
been calculated with the airspace inside the 
enclosure and include the displacement of 
the woofer. All sealed-enclosure airspace 
should be fi lled to 50% loose poly-fi l 
(polyester fi berfi ll) stuffi ng. Do not make the 
airspace greater than the SQ, maximum 
enclosure volume, recommendation. 

CompVX Subwoofer Owner’s Manual

Authorized KICKER Dealer:

Purchase Date:

Speaker Model Number:

Speaker Serial Number:

Model 

CompVX

10

 

CompVX

12 

CompVX

15

Nominal Impedance [Zn], ohm  

2 or 4 

2 or 4 

2 or 4

Resonance Frequency [fs], Hz  

35.4 

28.5 

23.7

Power Handling Watts, Peak (RMS)  

1200 (600) 

1500 (750) 

2000 (1000)

Sensitivity [SPLo], dB @ 1W, 1m  

85.7 

87.1 

91.6

Effective Excursion [EXmax™], in (mm)  

.61 (15.4) 

.61 (15.4) 

.69 (17.4)

DC Resistance [Re], ohm  

3.40 

3.70 

4.2

Mechanical Q-Factor [Qms]  

10.754 

10.098 

7.521

Electrical Q-Factor [Qes]  

.419 

.396 

.222

Total Q-Factor [Qts]  

.403 

.381 

.216

Equivalent Volume [Vas], ft³ (L)  

.811 (22.99) 

2.04 (57.82) 

5.5 (156.71)

Net Displacement, in³ (cc)  

92.7 (1519) 

105 (1720.6) 

179 (2933.3)

Outer Frame Diameter, in (cm)  

10-11/16 (27.1) 

12-9/16 (31.8) 

15-7/16 (39.2)

Hole Cut-Out Diameter, in (cm)  

9-3/16 (23.3) 

11-1/16 (28) 

13-13/16 (35)

Mounting Depth, in (cm)  

5-15/16 (15.1) 

6-11/16 (16.9) 

8-1/2 (21.5)

Model Volume 

ft

3

 (L) 

Panel A in. (cm) 

Panel B in. (cm) 

Panel C in. (cm)

CompVX

10 

.8 (22.7)

 

13.5x13.5 (34.3x34.3)

 

13.5X10.125 (34.3X25.7)

 

12X10.125 (30.5X25.7)

CompVX

12 

1 (28.32)

 

14.5x14.5 (36.8x36.8) 

14.5X11 (36.8X27.9) 

13X11 (33X27.9)

CompVX

15 

1.8 (51)

 

17.25x17.25 (43.8x43.8) 

17.25X13.5 (43.8X34.3) 

15.75X13.5 (40X34.3)

Model Volume 

ft

3

 (L) Power 

Handling

CompVX

10 

.8 (22.7) 

600W RMS

CompVX

12 

1 (28.3) 

750W RMS

CompVX

15 

1.8 (51) 

1000W RMS

Model Volume 

ft

3

 (L) Power 

Handling

CompVX

10 

3 (85) 

300W RMS

CompVX

12 

4.6 (130) 

300W RMS

CompVX

15 

5.2 (147) 

500W RMS

CompVX

10 

CompVX

12 

CompVX

15

Models:

Panel Dimensions for Compact Sealed Enclosures using 3/4” (1.9cm) thick MDF (See Figure 2)

Sealed Compact

Sealed SQ

Note:

 All specifi cations and performance fi gures are subject to change. Please visit 

www.kicker.com

 for the most 

current information. To get the best performance from your new KICKER Subwoofer, we recommend using genuine 
KICKER Accessories and Wiring. Please allow two weeks of break-in time for the subwoofer to reach optimum 
performance. 

A

B

C

Figure 2

Figure 1

Series Wiring

Parallel Wiring

Dual 2

:

 Voice Coils = 4

:

 Load

Dual 4

:

 Voice Coils = 8

:

 Load

Dual 2

:

 Voice Coils = 1

:

 Load

Dual 4

:

 Voice Coils = 2

:

 Load

Coil 1

+

Coil 1

+

Coil 2

+

Coil 2

+

Coil 2-

Coil 2-

Coil 1-

Coil 1-

2010 CompVX e01.indd 2-3

10/21/2009 3:34:01 PM

Summary of Contents for 10CVX102

Page 1: ...COMPVX SUBWOOFER COMPVX10 COMPVX12 COMPVX15 English Version Versión Español Altavoz Para Sonidos Graves Deutsche Version Tieftöner Version Francaise Haut parleur d Extrêmes Graves LIVIN LOUD ...

Page 2: ...d enclosure airspace should be filled to 50 loose poly fil polyester fiberfill stuffing Do not make the airspace greater than the SQ maximum enclosure volume recommendation CompVX Subwoofer Owner s Manual Authorized KICKER Dealer Purchase Date Speaker Model Number Speaker Serial Number Model CompVX10 CompVX12 CompVX15 Nominal Impedance Zn ohm 2 or 4 2 or 4 2 or 4 Resonance Frequency fs Hz 35 4 28 5 23 ...

Page 3: ...l volume of the final design Use the outer dimensions of the port and multiply X x Y x Z convert to cubic feet for example the CVX12 vented compact design s external port dimensions are using 3 4 1 9cm MDF 2 5 1 5 total MDF wall thickness x 12 5 1 5 total MDF wall thickness x 20 x 1 ft3 1728 in3 65 ft3 and add this number to the internal volume of the enclosure CVX12 s 1 75 ft3 65 ft3 2 40 ft3 See ...

Page 4: ...ofer Todas las cajas selladas deben tener 50 de espacio lleno de polifil no compactado No haga que el espacio de aire sea más grande de lo recomendado Subwoofer CompVX Manual del propietario Model CompVX10 CompVX12 CompVX15 Impedancia nominal Zn ohmios 2dvc 4dvc 2dvc 4dvc 2dvc 4dvc Frecuencia de resonancia fs Hz 35 4 28 5 23 7 Procesamiento máx de potencia pico RMS 1200 600 1500 750 2000 1000 Sensi...

Page 5: ... el desplazamiento del woofer En las cajas con puertos el desplazamiento del puerto debe agregarse al diseño final Calcule las dimensiones exteriores del puerto y multiplique X x Y x Z y agregue este número al volumen interno de la caja Vea la Figura 5 A causa de la longitud necesaria de estos puertos usted puede doblar el puerto por las paredes del fondo y la espalda No es práctico usar puertos re...

Page 6: ...nerhalb des Gehäuses und schließen den Hub des Tieftöners mit ein Alle Geschlossenen Gehäuse sollten mit 50 lockerem Polyfil polyester fiberfill gefüllt werden Machen Sie den Luftraum nicht größer als die SQ Empfehlung maximales Gehäusevolumen CompVX Subwoofer Handbuch Modell CompVX10 CompVX12 CompVX15 Nennimpedanz Zn Ohm 2 oder 4 2 oder 4 2 oder 4 Resonanzfrequenz fs Hz 35 4 28 5 23 7 Spitzenbelastb...

Page 7: ...echermontagelochs aus Ihrem Gehäuse verwendet werden Nachdem Sie Ihre Schallwand mit der Schablone markiert haben müssen Sie direkt an der Linie ausschneiden All diese Designs benötigen interne Verstrebungen Sie sollten zwischen den größeren ungestützten Platten 5cm x 5cm bis 8cm x 8cm starke Dreiecksstützen verwenden Siehe Abbildung 4 Alle Volumen Werte auf den folgenden Seiten schließen den Hub ...

Page 8: ...son et comprennent le déplacement du haut parleur Tous les caissons clos doivent être remplis à 50 de rembourrage en poly fil non tassé N augmentez pas le volume d air au delà de la valeur SQ recommandée volume de caisson maximal Manuel d utilisation du haut parleur d extrêmes graves CompVX Model CompVX10 CompVX12 CompVX15 Impédance nominale Zn ohms 2 ou 4 2 ou 4 2 ou 4 Fréquence de résonance fs Hz...

Page 9: ...non soutenus Voyez le diagramme 4 Toutes les valeurs en pieds cubes L indiquées dans les pages ci dessous comprennent le déplacement du haut parleur Pour les caissons résonnants le déplacement de l évent doit être ajouté dans le calcul final Utiliser les dimensions extérieures du évents et multiplier X x Y x Z et ajoute ce nombre au volume interne du caisson Voyez le diagramme 5 Avec les caissons d...

Page 10: ... vivre plein pot dans l aspect installation audio de véhicule de leur vie Nous encourageons tous nos clients à respecter toutes les lois et réglementations locales relatives aux niveaux sonores acceptables à l extérieur des véhicules 20091021 E 2010CompVX AcousticsLimitedWarranty Kicker warrants this product to be free from defects in material and workmanship under normal use for a period of THREE...

Page 11: ... 2009 Stillwater Designs ...

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