GTi SERIES W10GTi MkII W12GTi MkII W15GTi MkII
automotive subwoofer owners manual
THANK YOU for choosing a JBL GTi Series subwoofer. GTi subwoofers are designed to provide maximum sound output in a variety of enclosure types while maintaining the superb sound quality associated with JBL. To ensure the best subwoofer performance, we strongly recommend that installation be entrusted to a qualied professional. Although these instructions explain how to install a GTi Series subwoofer in a general sense, they dont show the specic installation procedures that may be required for your particular vehicle. If you feel you dont have the necessary tools or experience, dont attempt the installation yourself; rather, ask your authorized JBL dealer about professional-installation options.
INSTALLATION WARNINGS AND TIPS
WARNING Playing loud music in an automobile can hinder your ability to hear trafc, as well as permanently damage your hearing. We recommend listening at low levels while driving. JBL accepts no liability for hearing loss, bodily injury or property damage resulting from use or misuse of this product. YOUR CAR AND BASS REPRODUCTION Depending on the size of the vehicles interior listening space, reproduced frequencies below 80Hz may be boosted by nearly 12dB per octave as frequency decreases. This effect, commonly known as transfer function, or cabin gain, plays an important role in dening the in-car frequency response of your subwoofer. It is displayed graphically, along with freespace response, on the enclosed data sheet for your GTi subwoofer. POWER-HANDLING LIMITATIONS The power-handling capacity of any subwoofer is related to the excursion limit of its suspension and its ability to dissipate heat. A speaker reaches its excursion-limited power-handling capacity when its suspension is stretched to its limit. The excursion curve shown on the Enclosure Design Sheet (included with your woofer) displays cone excursion at the input power level required to drive the woofer to maximum linear excursion (X max). The input power shown may be used as instantaneous input only. Thermal power handling is determined by the amount of heat that may be dissipated by the drivers voice coil. The power-handling rating assigned to your GTi Series subwoofer is its thermal-power-handling rating. This rating assumes a clean (unclipped) signal. A clipped waveform has much higher average power, due to the longer duty cycle at the top and bottom of the waveform; it will heat the woofers voice coil faster than a clean signal and may damage the voice coil. A square wave has a 100% duty cycle and is extremely dangerous for any speaker. Audible distortion in the output of your woofer is an indication that your amplier may be clipping, which could damage your speakers over time.

CHOOSING AN ENCLOSURE

GTi Series subwoofers are optimized to perform best in small sealed, vented and bandpass enclosures. While innitebafe mounting of GTi Series subs is possible, power handling will be compromised since there will be no enclosed volume of air to help the speakers suspension control the motion of the woofers cone. For this reason, we do not recommend innite-bafe mounting for high-power applications. You should choose the enclosure youll use based on the type of music you listen to, how much amplier power youll use to drive the subwoofer, and how much space inside the vehicle you can devote to a subwoofer enclosure. If youll be using your GTi Series subwoofer for SPL competition, please see the document titled GTi as SPL Competition Subwoofers (included with your woofer). Because a sealed enclosure provides the most control over the woofers movement, a woofer mounted in a sealed enclosure will handle more power at low frequencies than a woofer mounted in another enclosure type. Sealed enclosures provide more accurate sonic reproduction than other enclosure types, so they are well suited to all types of music. Sealed-enclosure construction is straightforward. An optimum sealed enclosure is always smaller than other types of enclosures that are optimized for a particular speaker, so they require the least space inside the vehicle. Vented enclosures provide better efciency in the 40Hz 60Hz range, but this efciency comes at the expense of sound output in the lowest octave (below 40Hz) and at the expense of some control and power handling below box tuning. If you are using a small amplier, a vented box will provide more bass output from less power. Vented enclosures are also well suited to a variety of music types. Because vented enclosures require the volume of the enclosure and the size of the port to have a specic relationship with the characteristics of the woofer, the enclosure must be built exactly to the specications provided. If you wish to use a vented enclosure, we strongly recommend having your authorized JBL dealer build it; or verify that your design is correct if you wish to build it yourself. An optimum vented enclosure is always larger than the optimum sealed box for the same woofer, and will require more space inside the vehicle. Bandpass enclosures can provide the greatest output available from any amplier and subwoofer combination at the expense of sonic accuracy. If sheer SPL (sound pressure level) is what you desire most, choose a vented or bandpass enclosure. Bandpass enclosure design is very tricky and the aid of a computer and enclosure design software is necessary if you wish to design the enclosure yourself. Like a vented enclosure, a bandpass enclosure must be built exactly to the specications provided. Bandpass enclosures can be quite large and may require a lot of space inside your vehicle.

ENCLOSURE CONSTRUCTION Please observe the following suggestions when building an enclosure for GTi Series subwoofers. 1. Choose an enclosure design from the Enclosure Design Sheet included with your subwoofer. 2. Use at least 3/4" (19mm) MDF (medium density berboard) or marine birch plywood to build the enclosure. Enclosures for 12" and larger subwoofers and smaller woofers driven by high-power ampliers should be constructed using 1" (25mm) material. 3. Join pieces of wood with glue and screws; do not use nails. Once the box has been tested, seal all joints inside the box with silicone caulk.
4. Fill the enclosure with damping material (Dacron, berglass insulation or long-ber wool) according to the design you have chosen from the Enclosure Design Sheet. 0% ll indicates that no damping material should be used; 50% ll indicates that all interior walls except the bafe should be lined with 1"-thick damping material, and 100% ll indicates that the box should be loosely stuffed with damping material. 5. Use PVC or ABS plastic pipe for ports. Keep in mind that the openings at either end of the port must be at least one port diameter away from any obstruction. 6. Use the 10/24" machine screws and T-nuts provided to mount the woofer to the bafe. See Figure 1. Figure 1. Mounting the GTi woofer in its enclosure
DUAL COIL VERSUS DIFFERENTIAL DRIVE* Conventional dual-voice-coil woofers use a pair of voice coils interwound on the former and centered in the magnetic gap. The two coils may be connected in series or parallel in order to maximize an ampliers output power. Both coils drive the cone forward and rearward. X max (one-way-linear) is determined by the amount of voice coil exposed above and below the top plate. A conventional voice coil is made up of several layers of windings, each transferring heat to the winding next to it until the heat is nally dissipated by the outside layer through the top plate, magnet and backplate. This arrangement is inefcient, and results in low thermal power handling. See Figure 2.
CONVENTIONAL Figure 2. Conventional dual-voice-coil DUAL VOICE COIL DESIGN design
BOTH COILS DRIVE CONE FORWARD AND REARWARD

SPIDER

OVERHANG DETERMINES Xmax TOP PLATE

MAGNET

POLEPIECE / BACKPLATE
10/24" SCREWS (PROVIDED)
JBL GTi Series subwoofers employ Differential Drive, a technology developed by JBL Professional. Differential Drive employs two voice coils positioned at opposite ends of the former, each suspended in a separate magnetic gap. These two coils may be connected in series or parallel, like a conventional DVC woofer, to maximize an ampliers output power. Both coils MUST be connected to the amplier in correct polarity! At low power, both voice coils drive the woofers cone, and any motor nonlinearities are cancelled by the out-of-phase coils and gaps. As power input increases so that one coil rides completely out of its gap, force is still applied to the cone by the other coil.

T-NUTS (PROVIDED)

* U.S. patent no. 5,748,760 and other patents pending
CONNECTING YOUR SUBWOOFER TO AN AMPLIFIER
At extremely high power, each coil will enter the other coils magnetic gap. This will cause magnetic braking, which will slow the cones motion and prevent damage due to overexcursion. For a GTi Series woofer, X max is determined by the amount of voice-coil overhang between the rst and second top plates. See Figure 3. Thermal power handling is far superior to a conventional DVC woofer using voice coils of a similar diameter and length because Differential Drive provides twice the heat-dissipating surface area and two top plates to transfer heat to the magnet-cover ns.
CONFIGURING THE VOICE COILS Figure 4. Terminal locations
Note: Unlike conventional DVC subwoofers, the two sets of terminals are congured so that both positive (+) terminals are on one side of the frame and both negative () terminals are on the other side. GTi Series subwoofers are shipped with terminal jumpers installed which congure the two 6-ohm voice coils in parallel for a 3-ohm load. Note: Both voice coils MUST be connected to the amplier in series or parallel. Figure 5. Connecting the voice coils in parallel (3 ohms)
TERMINAL JUMPER INTACT RED TERMINAL TERMINAL JUMPER INTACT BLACK TERMINAL
Figure 6. Connecting the voice coils in series (12 ohms)
TERMINAL JUMPER REMOVED RED TERMINAL TERMINAL JUMPER REMOVED

BLACK TERMINAL

COILS IN SERIES 12 OHMS
Figure 3.DUAL GAP DESIGN JBL dual-gap design
TOP COIL IN GAP #1 DRIVES CONE FORWARD

GAP #1

1st TOP PLATE MAGNET
COILS IN PARALLEL 3 coils in Note: Connect the OHMSparallel if you are connecting a single woofer to an amplier.

POLEPIECE

OVERHANG DETERMINES Xmax GAP #2 2nd TOP PLATE
BOTTOM COIL IN GAP #2 DRIVES CONE REARWARD

ALUMINUM COVER

CONFIGURING MULTIPLE WOOFERS FOR CONNECTION TO A SINGLE AMPLIFIER Figure 7. Connect two woofers in parallel (with coils in parallel) for a 1.5-ohm load
Figure 8. Connect three woofers in parallel (with coils in series) for a 4-ohm load
TERMINAL JUMPER REMOVED TERMINAL JUMPER REMOVED

Figure 9. Connect four woofers in parallel (with coils in series) for a 3-ohm load

RED TERMINAL

TERMINAL JUMPERS INTACT RED TERMINAL
TERMINAL JUMPERS INTACT BLACK TERMINAL
WOOFERS IN PARALLEL (COILS IN PARALLEL) 1.5 OHMS
WOOFERS IN PARALLEL (COILS IN SERIES) 4 OHMS
WOOFERS IN PARALLEL (COILS IN SERIES) 3 OHMS

SPECIFICATIONS

W10GTi MkII W12GTi MkII W15GTi MkII 10" Automotive subwoofer 12" Automotive subwoofer 15" Automotive subwoofer Power handling (peak) Power handling (RMS) Frequency response (in-car) Impedance Sensitivity (2.83V/1m) Overall diameter Cutout diameter Mounting depth Basket displacement 3000W 600W 20Hz 1kHz, 3dB 3 or 12 ohms 90dB 10-1/2" (267mm) 9-3/16" (234mm) 9-1/8" (232mm).108 cu. ft. (3.06 L) 4000W 700W 18Hz 1kHz, 3dB 3 or 12 ohms 91dB 12-1/4" (312mm) 11" (280mm) 10-1/4" (260mm).149 cu. ft. (4.23 L) 5000W 800W 16Hz 1kHz, 3dB 3 or 12 ohms 92dB 15-1/4" (388mm) 13-7/8" (353mm) 10-1/4" (260mm).174 cu. ft. (4.93 L)
GENERAL CARE The loudspeaker grilles may be cleaned with a damp cloth. Do not use any cleaners or solvents on the grilles or the speaker cones. These products are designed for mobile applications and are not intended for connection to the mains. A valid serial number is required for warranty coverage. Features, specications and appearance are subject to change without notice. Not all models are available in all markets.
Declaration of Conformity
JBL Consumer Products 250 Crossways Park Drive, Woodbury, NY 11797 USA 516.255.4JBL (4525) (USA only) www.jbl.com 2006 Harman International Industries, Incorporated. All rights reserved. JBL and Harman International are registered trademarks of Harman International Industries, Incorporated. Dacron is a registered trademark of Invista. Part No. W10/12/15GTIOM1/06
We, Harman Consumer Group International 2, route de Tours 72500 Chteau du Loir France declare in own responsibility that the products described in this owners manual are in compliance with technical standards: EN 61000-6-3:2001 EN 61000-6-1:2001 Klaus Lebherz Harman Consumer Group International Chteau du Loir, France 1/06

www.jbl.com

driven by sound

Car Audio 2010/2011

The JBL sound isnt just heard, its driven.
GTi Series MS Series Power Series GTO Series GT5 Series Tech Specs
The JBL brand has been the recognized authority in audio reproduction for more than 60 years. We have built the highoutput professional loudspeaker systems used in leading recording studios, movie houses and concert venues around the world. But you don't have to be an audio professional to hear your favorite music the way it was recorded, mixed and mastered. We adapt many of our professional technologies for use in JBL car audio systems, taking your listening experience on the road to new levels of power and clarity. Whether you're looking to dramatically improve the sound of your factoryinstalled audio system, or you want to put together a worldclass competitive sound system from the chassis up, your JBL car audio retailer has everything you're looking for.
Best-in-class performance.

660GTi

160mm (6-1/2") 2-Way Professional-Grade Automotive Component Speaker System
ower handling, RMS: 150W, peak: 600W P mpedance: 4 ohms I oice-coil diameter: 50mm (2") V
The ESIA award-winning JBL GTi Series applies our most advanced engineering techniques to competition-proven materials and technologies to create the ultimate high-end component speakers. Elliptical Oblate Spheroidal (EOS) tweeter waveguides deliver clear, distinct highs evenly throughout the cabin. Woven Kevlar cones minimize distortion even at the highest output levels. State-of-the-art 4thorder outboard crossovers increase efficiency and let you precisely tune the parameters of the sound to suit your personal taste and the acoustic realities of your interior. Quite simply, GTi Series speakers are built to deliver unequalled sonic realism for enthusiasts who can accept nothing less.

GTi series

560GTi
130mm (5-1/4") 2-Way Professional-Grade Automotive Component Speaker System
ower handling, RMS: 125W, peak: 500W P mpedance: 4 ohms I oice-Coil Diameter: 50mm (2") V

W12GTi MkII

300mm (12") Differential Drive Design Subwoofer
ower handling, RMS: 700W, peak: 4000W P ual 6-ohm voice coils D ounting depth: 260mm (10-1/4") M
U.S. patent no. 5,748,760 and other patents pending

THE NEW JBL MS-8.

MS series
From choosing the right components to dismantling (and hopefully, reassembling) your car's interior, improving the sound of a car audio system used to be a complicated, confusing process. The revolutionary JBL MS-8, a powerful digital signal processor that deftly installs between your existing amp and speakers, changes all that. Just follow the simple step-by-step setup procedure, and the MS-8 will automatically maximize the frequency response, bass performance, dynamics, clarity, detail and
GTi Series MS Series Power Series GTO Series GT5 Series Tech Specs 20 24
stereo imaging every important parameter of sonic greatness of virtually any combination of factory-installed and/or aftermarket components. In about ten minutes, you'll be enjoying your favorite music like never before. The MS-8 is Step 1 for great car audio. And there is no Step 2.
STEP 1 FOR Great sound IN any car Audio System.
System Integration Digital Processor
uperior performance from any system S asy, step-by-step setup E elivers a flat-response signal from up to eight D input channels utomatic DSP equalization and time correction A ser-selectable crossover points and slopes U 1-band graphic equalizer 3 uild-in 8-channel amplifiers B

he five-line LCD screen walks you through the setup process T and displays operation status binaural headset microphone that precisely measures the A sonic characteristics of your speakers, electronics and vehicle interior, and a wireless RF remote puts you in control of volume and system overrides.
For more info see: www.jbl.com/ms8
Build on what you already have.
Crank up both the volume and fidelity of your factory-installed sound system with the MS-A1004, a compact four-channel amp that gives you up to 400 watts of raw power to use any way you see fit. Or add the 500-watt MS-5001, which lets you connect up to two subwoofers in parallel for serious bass punch. Both accept any line-level or speaker-level input, and feature onboard setup tools for easy, foolproof installation with minimal alterations to your car's interior. Then consider the MS-WBC, a wireless bass control that lets you dial up the perfect level of low-frequency sound for any recording or source without changing the system's overall frequency response. There's nothing wrong with your existing audio system that real power can't fix, and MS Series digital amps make adding that power easy.

MS-WBC

Remote Control
asy control of bass E output ireless W an control multiple C amplifiers

MS-A5001

MS-A1004
500W System Integration Digital Processor
00W RMS x 1 channel @ 4 ohm 5 owerful high efficiency class-D P technology imple intuitive set-up S et-up CD included S ccepts any input signal A (high and low)
100W System Integration Digital Processor
00W RMS x 4 channels @ 4 ohm 1 owerful high efficiency class-D P technology imple intuitive set-up S et-up CD included S ccepts any input signal A (high and low)
300mm (12") Subwoofer ower handling, RMS: 400W, peak: 1600W P mpedance: 4 ohms/1 ohm I ounting depth: 172mm (6-3/4") M 6mm voice coil 7
300mm (12") Subwoofer ower handling, RMS: 400W, peak: 1600W P mpedance: 2 ohms/8 ohms I ounting depth: 149mm (5-7/8") M 6mm voice coil 7

power series

Proud to be loud loud.
Realistic sound needs to be loud, but it also needs to be accurate and distortion-free. JBL Power Series component and multi-element

speakers feature stiff, lightweight Honeycomb Laminate (HCL ) cones
for clear vocals and tight bass response, and high-efficiency, low distortion motors for higher SPLs with better sound quality at at any volume level. Lightening-fast textile-dome tweeters ((most with level controls and some with UniPivot (patent no. 6,002,780) mounts)) deliver extended high-frequency response for added realism. All Power Series speakers come with outboard crossover networks that let you precisely tune the parameters of the sound to the acoustic characteristics of your interior. Maybe we should have called it the Power and Clarity Series.

PB1220

300mm (12") Bass-Reflex Subwoofer Box ower handling, P RMS: 400W, peak: 1600W mpedance: 2 ohms I Dimensions (L x D x H): 577mm x 491mm x 424mm (22-11/16" x 19-5/16" x 16-11/16") Loaded with JBL P1224 MDF cabinet Dual layer front baffle Slipstream port design

T696 Limited

6" x 9" High-Output 3-Way Loudspeaker ower handling, RMS: 150W, peak: 600W P mpedance: 4 ohms I ounting depth: 81mm (3-3/16") M
6" x 9" 3-Way Coaxial Loudspeaker ower handling, RMS: 110W, peak: 330W P mpedance: 2 ohms I ounting depth: 82mm (3-1/4") M

P6560C

165mm 2-Way Component Loudspeaker ower handling, P RMS: 90W, peak: 270W mpedance: 2 ohms I ounting depth: 63mm (2-1/2") M

P6563C

87mm/165mm (3-1/2"/6-1/2") 3-Way Component Loudspeaker ower handling, P RMS: 90W, peak: 270W mpedance: 2 ohms I ounting depth: 37mm/63mm M (1-1/2"/2-1/2")

Born to win.

GTO752

GTO504

GTO1004

GTO5355

220-Watt 2-Channel Full-Range Amplifier 5W RMS x 2 channels at ohms and 1% THD + N* 10W RMS x 2 channels at ohms and 1% THD + N*
280-Watt 4-Channel Full-Range Amplifier 5W RMS x 4 channels at ohms and 1% THD + N* 0W RMS x 4 channels at ohms and 1% THD + N*
600-Watt 4-Channel Full-Range Amplifier 00W RMS x 4 channels at ohms and 1% THD + N* 50W RMS x 4 channels at ohms and 1% THD + N*
660-Watt 5-Channel Full-Range Amplifier 5W RMS x 4 + 225W RMS x 1 channel 5 at 4 ohms and 1% THD + N* 75W RMS x 4 + 360W RMS x 1 channel at 2 ohms and 1% THD + N* Compatible with RLC Remote Control
GTO component and multi-element speakers, amps, subwoofers and loaded boxes have long been the performance leaders in their price class, and today's GTO products widen the gap even further. The full-range GTO amps and Class D subwoofer amps deliver low distortion and optimum system tuning in rugged, good-looking enclosures with LED accent lights. All feature a 12dB-per-octave variable electronic crossover, and the subwoofer amps include the JBL Dynamic Bass Optimization circuit and a remote control for independent bass adjustment from the driver's seat. GTO speaker systems feature Plus One speaker cones with more surface area than competing cones of the same size and Mylar/ titanium composite tweeters for increased power handling with reduced distortion.

GTO series

GTO3501

GTO7001

GTO14001

GTO24001

360-Watt Mono Subwoofer Amplifier 25W RMS x 1 channel at ohms and 1% THD + N* 360W RMS x 1 channel at 4 ohms and 1% THD + N* Compatible with RLC Remote Control
700-Watt Mono Subwoofer Amplifier 25W RMS x 1 channel 4 at 4 ohms and 1% THD + N* 00W RMS x 1 channel 7 at 2 ohms and 1% THD + N* Compatible with RLC Remote Control
1500-Watt Mono Subwoofer Amplifier 200W RMS x 1 channel at ohms and 1% THD + N* 500W RMS x 1 channel at ohms and 1% THD + N* Compatible with RLC Remote Control
2400-Watt Mono Subwoofer Amplifier 750W RMS x 1 channel at 4 ohms 1 and 1% THD + N* 2400W RMS x 1 channel at 2 ohms and 1% THD + N* Compatible with RLC Remote Control

*CEA-2006A compliant

Remote Control Bass control at your fingertips

GTO1214BP

300mm (12") Band-Pass Subwoofer Box Power handling, RMS: 350W, peak: 1400W mpedance: 4 ohms I Dimensions (L x D x H): 626mm x 423mm x 420mm (24-5/8" x 16-5/8" x 16-1/2") DF cabinet M nside illumination I lipstream port design S

BassPro II

Amplified Subwoofer System 100W RMS 4-channel amplifier uad-voice-coil subwoofer Q ariable electronic crossover V ccepts low-level or high-level inputs A emote bass-level control included R Dimensions (L x D x H): 410mm x 242mm x 312mm (16-1/8" x 9-1/2" x 12-1/4")

GTO1214BR

300mm (12") Bass-Reflex Subwoofer Box Power handling, RMS: 300W, peak: 1200W mpedance: 4 ohms I imensions (L x D x H): 626mm x 321mm x 420mm D
(24-5/8" x 12-5/8" x 16-1/2") DF cabinet M lipstream port design S

GTO1202D

300mm (12") Dual 2-Ohm Voice-Coil Subwoofer Power handling, RMS: 300W, peak: 1200W mpedance: 4 ohms/1 ohm I ounting depth: 129mm (5-1/16") M educed depth proprietary frame R i-roll butyl surround H

GTO804

200mm (8") Subwoofer Power handling, RMS: 200W, peak: 800W mpedance: 4 ohms I ounting depth: 112mm (4-3/8") M educed depth proprietary frame R i-roll butyl surround H

GTO1014

GTO1214

GTO1514

250mm (10") Subwoofer Power handling, RMS: 350W, peak: 1400W mpedance: 4 ohms I Mounting depth: 148mm (5-7/8") Polypropolene woofer cone Aluminium die-cast basket

300mm (12") Subwoofer Power handling, RMS: 350W, peak: 1400W mpedance: 4 ohms I Mounting depth: 160mm (6-5/16")
380mm (15") Subwoofer Power handling, RMS: 350W, peak: 1400W mpedance: 4 ohms I Mounting depth: 172mm (6-13/16")

GTO938

GTO6528

GTO628

GTO528
6" x 9" 3-Way Coaxial Loudspeaker Power handling, RMS: 100W, peak: 300W mpedance: 2 ohms I Mounting depth: 74mm (2-15/16")
165mm (6-1/2") 2-Way Coaxial Loudspeaker Power handling, RMS: 60W, peak: 180W mpedance: 2 ohms I Mounting depth: 59mm (2-5/16")
160mm/165mm/170mm (6". 6-1/2". 6-3/4") 2-Way Coaxial Loudspeaker Power handling, RMS: 60W, peak: 180W mpedance: 2 ohms I Mounting depth: 52mm (2-1/16")
130mm (5-1/4") 2-Way Coaxial Loudspeaker Power handling, RMS: 45W, peak: 135W mpedance: 2 ohms I Mounting depth: 58mm (2-1/4")

GTO328

GTO18T

GTO6428

GTO8628
87mm (3-1/2") 2-Way Coaxial Loudspeaker Power handling, RMS: 25W, peak: 75W mpedance: 2 ohms I Mounting depth: 39mm (1-1/2")
25mm (1") Edge-Driven My-Ti Tweeter Power handling, RMS: 50W, peak: 150W mpedance: 2 ohms I Includes various mounting accessories
4" x 6" 2-Way Coaxial Loudspeaker With DIN Adapter Power handling, RMS: 40W, peak: 120W mpedance: 2 ohms I Mounting depth: 44mm (1-3/4")
6" x 8"/5" x 7" 2-Way Coaxial Loudspeaker Power handling, RMS: 60W, peak: 180W mpedance: 2 ohms I Mounting depth: 56mm (2-1/4")

GTO428

100mm (4") 2-Way Coaxial Loudspeaker Power handling, RMS: 35W, peak: 105W mpedance: 2 ohms I Mounting depth: 51mm (2")

GTO6508C

165mm (6-1/2") 2-Way Component System Power handling, RMS: 70W, peak: 210W mpedance: 2 ohms I Mounting depth: 59mm (2-5/16")

GTO6528S

165mm (6-1/2") 2-Way Shallow-Mount Loudspeaker Power handling, RMS: 55W, peak: 165W mpedance: 4 ohms I Mounting depth: 44mm (1-11/16") Grille not included

GTO508C

130mm (5-1/4") 2-Way Component System Power handling, RMS: 55W, peak: 165W mpedance: 2 ohms I Mounting depth: 57mm (2-1/4")

GT5-12

GT5-1204BR

GT5-1204BP

300mm (12") Single-Voice-Coil Subwoofer Power handling, RMS: 275W, peak: 1100W mpedance: 4 ohms I Mounting depth: 164mm (6-7/16")
300mm (12") Bass-Reflex Subwoofer Box Power handling, RMS: 275W, peak: 1100W mpedance: 4 ohms I imensions (L x D x H): D 570mm x 305mm x 369mm (22-7/16" x 12" x 14-1/2") DF cabinet M lipstream port design S
300mm (12") Band-Pass Subwoofer Box Power handling, RMS: 275W, peak: 1100W Impedance: 4 ohms Dimensions (L x D x H): 602mm x 342mm x 420mm (23-11/16" x 13-7/16" x 16-1/2") MDF cabinet Slipstream port design

GT5 series

Real muscle.
JBL GT5 Series component and multi-element speakers, subwoofers and loaded boxes feature Plus One woofer cones that put more surface area to work for you, pounding out more bass than competing cones of the same size. All GT5 speakers feature vented woofer motors for better heat dissipation, so they play loud and long without breaking a sweat. And all feature super-fast titanium-composite tweeter domes, for crystal-clear high-end sound you'll actually hear over all that bass. The compact GT5 full-range and subwoofer amps feature cast-aluminum heat sinks and
built-in electronic crossover networks. And the preloaded subwoofer enclosures include Slipstream ports for increased bass output with greatly reduced distortion. The GT5 Series offers you some of our most advanced technologies at prices you won't have to think twice about.

GT5-A402

GT5-A604

GT5-A3001

240-Watt 2-Channel Power Amplifier Output power (RMS, 1% THD + N; 4 ohms): 2 x 40W utput power O (RMS, 1% THD + N; 2 ohms): 2 x 60W Dimensions (L x W x H): 191mm x 235mm x 54mm (7-1/2" x 9-1/4" x 2-1/8")
640-Watt 4-Channel Power Amplifier Output power (RMS, 1% THD + N; 4 ohms): 4 x 60W utput power O (RMS, 1% THD + N; 2 ohms): 4 x 80W Dimensions (L x W x H): 305mm x 235mm x 54mm (12" x 9-1/4" x 2-1/8")
450-Watt Mono Subwoofer Amplifier Output power (RMS, 1% THD + N; 4 ohms): 175W Output power (RMS, 1% THD + N; 2 ohms): 225W Dimensions (L x W x H): 305mm x 235mm x 54mm (12" x 9-1/4" x 2-1/8")

GT5-2402BR

300mm (12") Bass-Reflex Subwoofer Box Power handling, RMS: 550W, peak: 1600W mpedance: 2 ohms I Dimensions (L x D x H): 889mm x 318mm x 393mm (35" x 12-1/2" x 15-7/16") MDF cabinet Slipstream port design

GT5-402

GT5-502

GT5-652

GT5-963
100mm (4") 2-Way Coaxial System Power handling, RMS: 30W, peak: 90W mpedance: 4 ohms I Mounting depth: 47mm (1-7/8")
130mm (5-1/4") 2-Way Coaxial System Power handling, RMS: 35W, peak: 105W mpedance: 4 ohms I Mounting depth: 53mm (2-3/16")

165mm 2-Way Coaxial System Power handling, RMS: 45W, peak: 135W mpedance: 4 ohms I Mounting depth: 56mm (2-1/4")
6" x 9" 3-Way Coaxial System Power handling, RMS: 70W, peak: 210W mpedance: 4 ohms I Mounting depth: 72mm (2-3/16")

GT5-500C

130mm (5-1/4") 2-Way Component System Power handling, RMS: 40W, peak: 120W mpedance: 4 ohms I Mounting depth: 53mm (2-3/16")

GT5-650C

165mm 2-Way Component System Power handling, RMS: 50W, peak: 150W mpedance: 4 ohms I Mounting depth: 56mm (2-1/4")

Amplifiers

Digital Processing 4-Channel Amplifier
Digital Processing Mono Amplifier
5-Channel Full-Range Amplifier
4-Channel Full-Range Amplifier
Audio Features/Specifications Number of Channels/Type 4-Channel full-range Mono / subwoofer 4 Full-range channels, 1 subwoofer channel 55W RMS x 4 + 225W x 1, <1% THD + N 75W x 4 + 360W x 1 <1% THD + N N/A 150W x 2 @ 4 ohms (front & rear channels) 660W Yes > 90dB at rated power (4 ohms) 10 Hz27kHz (-3dB) Yes >106 @ full power 20Hz270Hz (-3dB) No 104dBA (ref: rated power, 4 ohms) 10Hz83kHz (-3dB, front & rear channels); 20Hz250Hz (-3dB, subwoofer channel) <0.03% at rated power (4 ohms) 100mV6V 4 Full-range channels 4 Full-range channels

4-Ohm Power Output

100W RMS x 4 <1% THD + N
500W RMS x 1 <1% THD + N
100W RMS x 4, <1% THD + N
55W RMS x 4, <1% THD + N
2-Ohm Power Output Bridged Power Output

200W x 2 @ 4 ohms

150W x 4, <1% THD + N 300W x 2 @ 4 ohms
70W x 4, <1% THD + N 140W x 2 @ 4 ohms
Total Peak Power Output Class D Operation Signal-to-Noise Ratio Frequency Response
600W No 104dBA (ref: rated power, 4 ohms) 10Hz100kHz (-3dB)
280W No 105dBA (ref: rated power, 4 ohms) 10Hz100kHz (-3dB)
THD + N Input Sensitivity

N/A 100mV20V

<0.05% at rated power (4 ohms) 100mV6V
<0.02% at rated power (4 ohms) 100mV6V
Control and Connection Features Variable Electronic Crossover DSP, with 97 different high-pass and low-pass frequencies from 20Hz to 20kHz, 6dB, 12dB or 24dB/octave slopes DSP, with 97 different high-pass and low-pass frequencies from 20Hz to 140Hz, 6dB, 12dB or 24dB/octave slopes Front & rear: Independent selectable low-pass or high-pass filters, 32Hz320Hz, 12dB/octave; Subwoofer: Low-pass filter, 20Hz200Hz, 12dB/octave. All can be bypassed. Variable, 10Hz100Hz (via DBO) Yes Subwoofer channel, 0 ~ +12dB @ 50Hz (via DBO) RLC available separately 6 x Line-level: Front L & R, Rear L & R, 2 x Sub 5 None Yes General Specifications Dimensions (L x W x H Metric, English) 183mm x 210mm x70mm (7-3/16" x 8-1/4" x 2-3/4") 183mm x 210mm x 70mm (7-3/16" x 8-1/4" x 2-3/4") 472mm x264mm x 54mm (18-9/16" x 10-3/8" x 2-1/8") 472mm x264mm x 54mm (18-9/16" x 10-3/8" x 2-1/8") 351mm x 264mm x 54mm (13-3/16" x 10-3/8" x 2-1/8") Front & rear: Independent selectable low-pass or high-pass filters, 32Hz320Hz, 12dB/octave; band-pass option for rear channels. Both can be bypassed. Front & rear: Selectable low-pass or high-pass filter, 32Hz320Hz, 12dB/octave. Both can be bypassed.

2 Line-level (pass-thru) Yes
2 Line-level (pass-thru) Yes General Specifications
Dimensions (L x W x H Metric, English)
312mm x 264mm x 54mm (12-1/4" x 10-3/8" x 2-1/8")
630mm x 264mm x 54mm (24-3/16" x 10-3/8" x 2-1/8")
472mm x 264mm x 54mm (18-9/16" x 10-3/8" x 2-1/8")
381mm x 264mm x 54mm (15" x 10-3/8" x 2-1/8")
Audio Features/Specifications Number of Channels/Type 4-Ohm Power Output 2-Ohm Power Output 1-Ohm Power Output Bridged Power Output Total Peak Power Output Class D Operation Signal-to-Noise Ratio Frequency Response THD + N Input Sensitivity 120W RMS x 1 @ 4 ohms 120W No 101dBA (ref: rated power, 4ohm) 10Hz100 kHz (-3dB) 0.05% at rated power (4 ohms) 200mV6V 160W x 2 @ 4 ohms 320W No 102dBA (ref: rated power, 4ohm) 10Hz100 kHz (-3dB) 0.05% at rated power (4 ohms) 200mV6V 300W 660W 120dBA (ref: rated power, 4ohm) 10Hz330 Hz (-3dB) 0.05% at rated power (4 ohms) 200mV6V 2 Full-range channels 40W RMS x 2, <1% THD + N 60W RMS x 2 <1% THD + N 4 Full-range channels 60W RMS x 4 <1% THD + N 80W RMS x 4 <1% THD + N Mono / subwoofer 175W RMS x 1 <1% THD + N 225W RMS x 1 <1% THD + N 300W RMS x 1 <1% THD + N
Control and Connection Features Variable Electronic Crossover Selectable low-pass or hi-pass filter 32HZ320Hz, can be bypassed Front & rear independent selectable low-pass or high-pass filters, 32HZ320Hz, 12dB/octave, can be bypassed No No Rear channels, 0 - +6dB Not possible 4 x Line-level; Front L & R, Rear L & R 4 L & R line-level (summed) Only backlit logo Low-pass filter 32Hz320Hz 12 dB/octave
Subsonic Filter Dynamic Bass Optimization (DBO) Variable Bass Boost Type Bass-level remote control Input Connections
No No Switch +6dB @ 50Hz Not possible L & R line-level
No No No Not possible L & R line-level

2 No Only backlit logo

2 Line-level (pass-thru) Only backlit logo
General Specifications Dimensions (L x W x H Metric, English) 191mm x 234mm x 54mm 305mm x 235mm x 54mm 305mm x 235mm x 54mm

Processors

Audio Features/Specifications Type System Integration Digital Processor Up to 8 Up to 8 Yes Yes Yes DSP, up to 8 outputs, 6dB/12dB/18dB/24dB/octave Yes Driver, front passenger, front area, rear area Yes Bass, Mid, Treble Yes Yes 18W x 8 @ 4 ohms, 30W x 8 @ 2 ohms 8 x line-level; 8 x speaker-level 8 x line-level; 8 x speaker-level Stereo 3.5mm Yes 20Hz20kHz 90dB 85dB 15V 2.8V 2.8V RF 128 x 64 pixel LCD Up to 5 12V DC, negative ground 293mm x 187mm x 55mm (11-1/2" x 7-3/8" x 2-1/8" 79mm x 86mm x 62mm (3-1/8" x 3-3/8" x 2-7/16" 2.9kg (6.4 lb) 80g (2.8 oz) 40g (1.4 oz)

Number of Input Channels Number of Output Channels DSP Equalization DSP Time Correction Input Signal Conditioning Electronic Crossover Functions Logic 7 ww Surround Processing Seating Position Optimization 31-Band Graphic Equalizer Tone Controls Volume, Balance and Fader Controls Built-In Amplification Power Output
Maximum Output Power Input Connections Output Connections Aux Input Frequency Response Signal-to-Noise Ratio (Line-in>Line-out) Signal-to-Noise Ratio (Line-in>Speaker-out) Maximum Input Voltage (Speaker-Level Input) Maximum Input Voltage (Line Input) Maximum Output Voltage (Line Output) Remote Control Display Favorites Settings Power Requirement Dimensions (Main Unit, L x W x D, Metric/English) Dimensions (Display Unit, L x W x D, Metric/English) Weight Main Unit Metric/English) Weight Display Unit Metric/English) Weight Remote Control Metric/English)

Speakers

GTI660
Professional-Grade Automotive Component Speaker System

GTI560

Power P6563C
Three-Way Automotive Component Speaker System

Power P6560C

Two-Way Automotive Component Speaker System

Power T696 Limited

Three-Way High-Output Automotive Speaker System
Speaker Features/Specifications Type 6-1/2" Two-Way Automotive Component Speaker System Ultra-rigid Kevlar cone and dustcap with cast aluminum frame 5-1/4" Two-Way Automotive Component Speaker System Ultra-rigid Kevlar cone and dustcap with cast aluminum frame 6-1/2" Three-Way Automotive Component Speaker System PlusOne HCL honeycomb-laiminate cone 6-1/2" Two-Way Automotive Component Speaker System PlusOne HCL honeycomb-laiminate cone 6" x 9" High-Output Three-Way Automotive Speaker System 152mm x 239mm (6" x 9") cone, with 38mm (1-1/2") voice coil and cast aluminum frame

Low-Frequency Transducer

Midrange Transducer
76mm (3") PlusOne HCL honeycomb-laminate cone 25mm (1") edge-driven EOS tweeter with constant-directivity waveguide 25mm (1") edge-driven EOS tweeter with constant-directivity waveguide 25mm (1") edge-driven textile dome, pivoting 25mm (1") edge-driven textile dome, pivoting 32mm (1-1/4") edge-driven textile dome
High-Frequency Transducer

UHF Transducer

19mm (3/4") edge-driven textile dome 150W 600W 50Hz30kHz 4 ohms 92dB Outboard, 2500Hz Tweeter level control and frequency contour Woofer: 160mm (6-5/16"); Tweeter: 69mm (2-11/16") without waveguide Woofer: 128.1mm (5-1/16"); Tweeter: 55mm (2-3/16") without waveguide, 102mm (4") with waveguide Woofer: 69.1mm (2-3/4"); Tweeter: 41mm (1-5/16") without waveguide, 27mm (1-1/16") with waveguide 125W 500W 58Hz30kHz 4 ohms 91dB Outboard, 2500Hz Tweeter level control and frequency contour Woofer: 138mm (5-7/16"); Tweeter: 69mm (2-11/16") without waveguide Woofer: 116mm (4-9/16"); Tweeter: 55mm (2-3/16") without waveguide, 102mm (4") with waveguide Woofer: 59mm (2-9/16"); Tweeter: 41mm (1-5/16") without waveguide, 27mm (1-1/16") with waveguide 90W 270W 45Hz23kHz 2 ohms 94dB Outboard HF cut: 0dB/-3dB; Shelf: 0dB/-6dB Woofer: 166.5mm (6-9/16"); Midrange: 77.5mm (3-1/16"); Tweeter: 54.5mm (2-3/16") Woofer: 144mm (5-11/16"); Midrange: 77.5mm (3-1/16"); Tweeter: 47mm (1-7/8") 90W 270W 45Hz23kHz 2 ohms 94dB Outboard HF cut: 0dB/-3dB 150W 600W 35Hz20kHz 4 ohms 93dB Onboard HF/UHF boost: 0dB/+3dB

Power Handling, RMS Power Handling, Peak Frequency Response Nominal Impedance Sensitivity (2.83V@1m) Crossover Controls/Adjustments
External Diameter (Metric, English)
Woofer: 166.5mm (6-9/16"); Tweeter: 54.5mm (2-3/16")
270mm x 204mm (10-5/8" x 8")
Mounting Cutout Diameter (Metric, English)
Woofer: 144mm (5-11/16"); Tweeter: 47mm (1-7/8")
223mm x 153mm (8-3/4" x 6")
Mounting Depth (Metric, English)
Woofer: 63mm (2-7/16"); Midrange: 36.5mm (1-7/16"); Tweeter: 17mm (11/16")
Woofer: 63mm (2-7/16"); Tweeter: 17mm (11/16")

81mm (3-3/16")

Power P963
Three-Way Coaxial Automotive Speaker System
Two-Way Coaxial Automotive Speaker System
Speaker Features/Specifications Type 6" x 9" Three-Way Coaxial Automotive Speaker System PlusOne HCL honeycomb-laminate cone 6-1/2" Two-Way Automotive Component Speaker System PlusOne HCL honeycomb-laiminate cone 5-1/4 Two-Way Automotive Component Speaker System PlusOne HCL honeycomb-laiminate cone 6 x 9 Three-Way Coaxial Automotive Speaker System PlusOne HCL honeycomb-laminate cone 6" x 8" 5" x 7" Two-Way Coaxial Automotive Speaker System PlusOne HCL honeycomb-laminate cone
25mm (1") edge-driven textile dome
25mm (1") edge-driven My-Ti dome, pivoting
25mm (1) edge-driven My-Ti dome, pivoting
25mm (1) edge-driven My-Ti dome
22mm (7/8") edge-driven textile dome 110W 330W 35Hz23kHz 2 ohms 96dB Outboard UHF cut: 0dB/-3dB 70W 210W 50Hz21kHz 2 ohms 92dB Outboard HF cut: 0dB/-6dB 55W 165W 65Hz21kHz 2 ohms 91dB Outboard HF cut: 0dB/-6dB
13mm (1/2) edge-driven My-Ti dome 100W 300W 45Hz21kHz 2 ohms 94dB Onboard HF cut: 0dB/-3dB 60W 180W 50Hz21kHz 2 ohms 92dB Onboard HF cut: 0dB/-3dB
234.5mm x 163.5mm (9-1/4 x 6-7/16")
Woofer: 166.5mm (6-9/16"); Tweeter: 51mm (2")
Woofer: 130mm (5-1/8); Tweeter: 51mm (2)
235mm x 165mm (9-1/4 x 6-1/2)
214mm x 118mm (8-7/16" x 4-9/16")
222mm x 150mm (8-3/4" x 5-7/8"
Woofer: 143mm (5-5/8"); Tweeter: 47mm (1-7/8")
Woofer: 120mm (4-3/4); Tweeter: 47mm (1-7/8)
221mm x 150mm (8-3/4 x 5-7/8
183mm x 113mm (7-3/16" x 4-7/16")

82.5mm (3-1/4")

Woofer: 59mm (2-5/16"); Tweeter: 17mm (11/16")
Woofer: 57mm (2-1/4); Tweeter: 17mm (11/16)

74mm (2-15/16)

56mm (2-1/4")
Two-Way Coaxial Automotive Speaker System with DIN Adapter

Voice Coil Power Handling, RMS Power Handling, Peak Frequency Response Nominal Impedance Sensitivity (2.83V@1m) Enclosure Type
Connector Type Grille Dimensions (W x H x D Metric, English)
12 (300mm) Band-Pass Subwoofer Box Woofer Features/Specifications Type Low-Frequency Transducer Voice Coil Power Handling, RMS Power Handling, Peak Frequency Response Nominal Impedance Sensitivity (2.83V@1m) Enclosure Type Enclosed Bandpass Subwoofer 12" (300mm) Polypropylene cones 2" (51mm) diameter 275W 1100W 35Hz100Hz 4 ohms 90dB MDF, bandpass with Slipstream port Binding Post None 602mm x 420mm x 342mm (23-11/16" x 13-7/16" x 16-1/2")

Amplified Subwoofers

GTO BassPro II
Amplified Subwoofer System
Woofer Features/Specifications Type Low-Frequency Transducer Voice Coil Enclosure Type Amplifier Power, RMS Frequency Response Crossover Frequency/Slope Input Sensitivity Amplified Subwoofer 6" Cone Quad Bandpass 100W (4-channel) 20Hz120Hz 70Hz120Hz, 12dB/octave 50mV4V (line-level); 1V16V (hi-level) Remote bass-level Line-level inputs, hi-level inputs, remote volume control None 12A <800mA 410mm x 242mm x 312mm (16-1/8" x 9-1/2" x 12-1/4")

Controls Connections

Grille Current Draw (Full Power) Current Draw (Idle) Dimensions (L x W x H Metric, English)

Woofers

W12GTi MKII
12 (305mm) Differential Drive Subwoofer

Power P1224

12 (305mm) Subwoofer

Power P1222

15 (380mm) Subwoofer

12 (300mm) Subwoofer

Woofer Features/Specifications Power Handling, RMS Power Handling, Peak Frequency Response Nominal Impedance Sensitivity (2.83V@1m) Diecast Aluminum Frame Vented Polepiece Surround 700W 4000W 18Hz1kHz 3dB 3 ohms or 12 ohms 91dB Yes (vented) Yes Nitrile-butylene rubber one-piece with gasket Yes None 12-1/4" (312mm) 11" (279mm) 10-1/4" (260mm) 400W 1600W 23Hz200Hz 2 ohms or 8 ohms 94dB Yes Yes Nitrile-butylene rubber one-piece with gasket Yes None 14-5/8" (371mm) 11-1/16" (281mm) 6-3/4" (171mm) 400W 1600W 23Hz200Hz 1 ohms or 4 ohms 97dB Yes Yes Nitrile-butylene rubber one-piece with gasket Yes None 14-5/8" (371mm) 11-1/16" (281mm) 6-3/4" (171mm) 350W 1400W 23Hz400Hz 4 ohms 93dB Yes Yes Hi-roll rubber 350W 1400W 23Hz400Hz 4 ohms 90dB Yes Yes Hi-roll rubber
Progressive Spider Grille External Diameter (Metric, English) Mounting Cutout Diameter (Metric, English) Mounting Depth (Metric, English)

Yes None 15-5/16" (389mm) 13-15/16" (354mm) 6-13/16" (172mm)
Yes None 12-5/16" (313mm) 11" (278mm) 6-5/16" 160mm)
Thiele-Small Parameters Voice Coil DC Resistance (Revc ohms) Voice Inductance @ 1kHz (Levc mH) Driver Radiating Area (Sd in2/cm2) Motor Force Factor (Bl Tm) Compliance Volume (Vas ft3 / l) Suspension Compliance (Cms m/N) Moving Mass, Air Load (Mms g) Moving Mass, Diaphragm (Mmd g) Free-Air Resonance (Fs Hz) Mechanical Q (Qms) Electrical Q (Qes) Total Q (Qts) Magnetic Gap Height (Hag in/mm) Voice Coil Height (Hvc in/mm) Maximum Excursion (Xmax in/mm) 3.2 (parallel VC connection) 0.75 (parallel VC connection) 74.3/480 14.64 (parallel VC connection) 1.58/44.75 135,28 184,8 178,72 31,82 6,68 0,55 0,51 1.0/25.4 2.6/66.04 0.8/20.(parallel VC connection) 1.6 (parallel VC connection) 87.11/562 12.88 (parallel VC connection) 1.93/54.286,27 7,4 0,58 0,54 0.48/12 1.58/40 0.56/(parallel VC connection) 1.1 (parallel VC connection) 87.11/(parallel VC connection) 1.53/43.323 315,8 28,6 9,04 0,58 0,55 0.48/12 1.58/40 0.56/14 3,8 3,05 128.7/830 17,13 5.42/153.25,1 7,08 0,52 0,49 0.31/8 1.45/37 0.57/14.5 3,76 3,05 79.2/511 16,7 2.05/58.206 199,10,7 0,49 0,47 0.31/8 1.45/37 0.57/14.5
10 (250mm) Subwoofer Woofer Features/Specifications

8 (200mm) Subwoofer

Power Handling, RMS Power Handling, Peak Frequency Response Nominal Impedance Sensitivity (2.83V@1m) Diecast Aluminum Frame Vented Polepiece Surround
300W 1200 23Hz400Hz 1 ohm or 4 ohms 93dB Yes reduced depth Yes Hi-roll butyl
350W 1400W 25Hz400Hz 4 ohms 88dB Yes Yes Hi-roll rubber
200W 800W 30Hz400Hz 4 ohms 91dB Yes reduced depth Yes Hi-roll butyl
275W 1100W 27Hz450Hz 4 ohms 90dB No Yes Hi-roll rubber
Yes None 12-7/16" (316mm) 11-3/16" (284mm) 5-1/16" (129mm)
Yes None 10-9/16" (268mm) 9" (228mm) 5-7/8" (148mm) Thiele-Small Parameters
Yes None 8-1/4" (210mm) 7-1/16" (179mm) 4-5/16" (110mm)
Yes None 12-5/16" (313mm) 11-1/4" (286mm) 6-7/16" (164mm)
Voice Coil DC Resistance (Revc ohms) Voice Inductance @ 1kHz (Levc mH) Driver Radiating Area (Sd in2/cm2) Motor Force Factor (Bl Tm) Compliance Volume (Vas ft3 / l) Suspension Compliance (Cms m/N) Moving Mass, Air Load (Mms g) Moving Mass, Diaphragm (Mmd g) Free-Air Resonance (Fs Hz) Mechanical Q (Qms) Electrical Q (Qes) Total Q (Qts) Magnetic Gap Height (Hag in/mm) Voice Coil Height (Hvc in/mm) Maximum Excursion (Xmax in/mm)

1 (parallel VC connection) 0.71 (parallel VC connection) 82.46/532 7.71 (parallel VC connection) 3.45/97.23,5 7,14 0,47 0,44 0.38/9 1.31/34 0.5/12.5
4 3,05 51.15/330 15,1 1.03/29.163,28,7 9,1 0,48 0,46 0.31/8 1.45/37 0.57/14.5
3,49 1,64 33.17/214 12,88 0.58/16.115 113,2 29,6 6,37 0,45 0,42 0.38/9 1.25/32 0.44/11.5
4 1,26 82.15/530 15,2 1.9/54.29 6,39 0,64 0,58 0.315/8 1.43/36.4 0.56/14.2
HARMAN Consumer Group, Inc. 8500 Balboa Boulevard, Northridge, CA 91329 USA 2010 HARMAN International Industries, Incorporated. All rights reserved.

www.jbl.com

JBL, Differential Drive and Plus One are trademarks of HARMAN International Industries, Incorporated, registered in the United States and/or other countries. BassPro, Elliptical Oblate Spheroidal, HCL, My-Ti and UniPivot are trademarks of Harman International Industries, Incorporated. Kevlar is a registered trademark of E.I. du Pont de Nemours and Company. Features, specifications and appearance are subject to change without notice. Part No. JCCAT1011 EN