JBL GTS600, GTS300 User Manual

Page 1

either subwoofer or component speakers in a bi-amplified system, or conventional full-range speakers in simpler systems. The GTS300 and 600 also include preamp-level outputs which can provide either full-range, high-pass or low-pass signal to drive additional amplifiers. This lets you build systems of virtually any design without requiring a separate electronic crossover.

1.2 About Installation

Although the GTS300 and GTS600 are designed to make installation as easy as possible, they are sophisticated products that require proper installation to realize their full performance potential. If you feel you do not have the necessary knowledge and skills we

strongly recommend that the installation be done by your authorized JBL dealer.

If you choose to install the GTS300 or GTS600 yourself read

all

of the

information in this manual

before

you start the installation. Pay particular attention to the safety precautions and notes.

2. Installation and Use

Refer to the “Crossover Frequency Adjustments” and “Speaker Level Input Impedance Adjustments” sections of this manual to see if you will need to make alterations to their factory settings. If you are not using the built-in crossover, or the speaker level inputs, you may skip this step.

1. Disconnect the negative cable from the battery.

Note: If the vehicle’s radio features a code type security system, make certain you know the code

1. Introduction

Thanks for purchasing your new GT series automotive amplifier. The GT series amplifier you have chosen includes many unique features to enhance its performance and utility. The power amplifier circuitry is a fully discrete design notable for its low distortion and unusually clean and clear sound quality. Your GT series amplifier will easily connect to virtually any car audio system, whether it is factory installed or one purchased separately. In addition to conventional preamplevel inputs, this model features JBL’s Universal Interface design, which facilitates simple connection to factory radios with the low distortion that is usually only associated with preamp level connection. With Universal Interface, a factory radio can be used either as the main music source or combined with a CD player or changer , which includes volume control capability, simultaneously connected to the amplifier. By providing this two-unit direct connection, Universal Interface circuitry eliminates the need for an FM modulator to interface a CD player to factory radios, improving the fidelity of digital playback. In addition, when using a highpowered (BTL) radio through the speaker-level inputs, Common Sense turn-on circuitry senses the common-mode voltage present on the radio’s speaker wires, turning the amplifier on without an additional “remote” wire. Also, the built-in active crossover provides either full-range, highpass or low-pass operation. This lets your GT series amplifier power

Page 2

before disconnecting the battery!

2. Run a minimum AWG #8 power cable complete with a 40 amp fuse (not included) for the GTS300 or an AWG #6 or AWG #4 cable with an 80 amp fuse for the GTS600 directly from the positive + 12V battery terminal to the disired amplifier location. Keep the fuse to within 6” of the battery terminal, and before the wire runs through any metal partition.

Note: All wiring connections should be made either by soldering with heatshrink tubing insulation or with high quality crimp type insulated connectors installed with a professional type, articulated crimping tool. Soldering crimptype terminals is recommended for additional security. Never use wire-nuts, insulation-displacement connectors (i.e. ScotchLok type), or “twist and tape” connections. Do not use electrical tape; it will loosen with age and extreme temperatures.

3. Mount amplifier in the desired location using four screws.

4. Connect power wiring as shown i the Wiring Diagram.

5. Connect the outputs from the head unit to the appropriate inputs of the amplifier according to the Wiring Diagram with either high quality low-level signal cables with RCA plugs, with the supplied speaker-level input connector, or both.

6. Connect the speakers to the amplifier according to the wiring diagram.

7. Turn the input gain adjustment to the 1/4 position.

8. Set the crossover switches as desired.

9. Set the input mode switch to stereo, left + right or right input only operation.

10. Set the bass boost switch to the desired position.

11. Reconnect the negative battery cable.

12. Turn on the signal source at a low volume level and check for the correct output from each speaker.

13. Adjust the amplifier gain control using the procedure described in the “Adjusting the Gain” section.

2.2 Controls and Connectors

1. Preamp-Level Input Connector

– Use these connectores for line (preamp) level input to the amplifier.

2. Preamp-Level Output Connector

– Use these outputs to send the signal to additional amplifiers.

3. Speaker-Level Input Connector

– Use this connector for speaker level input signals. A wire harness is supplied for use with this connector. This input also includes JBL’s Common Sense input circuitry which turns the amplifier on as soon as the high powered head unit connected to this input is turned on.

4. Speaker Output Connector

– Connect speaker wiring to this connector. See “Wiring” directions for more information.

5., 6., 7., 8., Power Connector

– Connection for power wires #A. See “Wiring” directions for information on proper connections.

Page 3

9. Fuse

– 40 Amp ATC type fuse for the GTS300 and two 40 amp fuses for the GTS600.

10. Gain Control

– Use this control to adjust the input sensitivity of the amplifier. See the “Adjusting the Gain” section for tips on proper setup.

11. Preamp-Output Crossover Switch

– This switch controls the built-in crossover that is directed to the preamp-output connectors. Set the switch to “Flat” for full band operation. Set this switch to “Low-Pass” to activate the lowpass filter on the preamp output (for subwoofer use). Set the switch to “High-Pass” to activate the high-pass filter for use with satellite speakers.

12. Speaker Output Crossover Switch

– This switch controls the built-in crossover that is connected to the power amplifier circuitry. Set the switch to “Flat” for full band operation. Set this switch to “Low Pass” to activate the low

pass filter on the amplifier (for subwoofer use). Set the switch to “High Pass” to activate the high pass filter for use with satellite speakers.

13. Input Mode Selector

– This switch is used to set the input mode for both preamp and speaker-level inputs. Set this switch to Stereo for normal operation using both left and right inputs. Set this switch to R to drive both the left and right output channels with only a single input on the right channel. Set this switch to “L+R” to sum the left and right inputs for a mono output on both amplifier channels.

Power Indicator LED (on chassis top)

– LED steadily illuminates for normal operation. LED blinks when protection circuitry or muting is engaged.

14. Bass Boost Switch

– This activates a built-in Bass Boost circuit used to increase low-bass output.

➀ Preamp Level RCA Inputs

➁ Preamp Level RCA Outputs

➂ High Level Speaker Inputs

➃ Speaker Outputs

➄ Remote Turn On Output ➅ Battery Ground ➆ Battery (+12v) In ➇ Remote Turn On Input

➈ Fuse

40A

LINE

INPUT

PREAMP OUTPUT

SPEAKER LEVEL

INPUT

SPEAKER

OUTPUT POWER

FUSE

40A

BRIDGED

+ _

BATT(+)

REM OUT

REM IN

GND

Power Connector

BASS BOOST

INPUT MODE

STEREO

ONOFF

L+R

SPEAKER OUTPUT

CROSSOVER

LOW PASS

HIGH PASS

FLAT

PREAMP OUTPUT

CROSSOVER

HIGH PASS

FLAT

LOW PASS

NOM

GAIN

MIN MAX

➉ Gain Control

Preamp Crossover Frequency Selector Amplifier Crossover Frequency Selector Input Mode Selector

Bass Boost

Page 4

3. System Design Using the GTS300 or GTS600:

3.1 Speaker Requirements

When used in the non-bridged mode the GTS300 or GTS600 can easily drive 2 ohm speaker loads. When only one speaker is connected to each channel, virtually any conventional speaker may be used. When the GTS300 or GTS600 is in bridged mode, the combined impedance of the speaker (or speakers) connected to the bridged channel should be at least 4 ohms. Sustained operation of the GTS300 or GTS600 in bridged mode with less than 4 ohms will likely cause overheating.

The GTS300 or GTS600 must not be used with speakers that have either one of their input terminals wired to the frame of the speaker or to the chassis of the vehicle.

3.2 Signal Sources

The low level preamp outputs of any radio/tape deck, CD player or preamp/equalizer so equipped can drive the GTS300 or GTS600. The gain controls of the GTS300 or GTS600 are used to match the amplifier’s input sensitivity to the output voltage of the source. This matching is important to keep noise low and is explained in the “Adjusting the Gain” section of this manual. Thanks to Universal Interface Circuitry, the GTS300 or GTS600 can also be connected to power amplifiers, radios or equalizers that are equipped with only speaker outputs by connecting them through the speaker level input connector. Inside the GTS300 or GTS600, the speaker-level and preamp-level inputs are connected through a mixing circuit, which allows them to be used simultaneously. Therefor e a low level source, such as a CD player equippe with a volume control may be connected to the preamplevel inputs at the same time as a powered radio/tape unit is connected to the speaker-level inputs. This provides a higher performance alternative to an FM Modulator connection when you wish to add CD capability to a factory casette stereo. Switching from one source to the other is as simple as turning the desired source on and turning the undesired one off – no additional switches or relay connections are needed.

4. Wiring

Proper wiring of the GTS300 or GTS600 and the associated

(+)

(–)

(+)

(–)

Parallel Wiring

Series Wiring

2 Ohms Nominal Impedance

8 Ohms Nominal Impedance

4 Ohms

4 Ohms 4 Ohms

Page 5

components is extremely important for proper performance and long term reliability. All wiring connections should be made either by soldering with heatshrink tubing insulation or with high quality crimp type insulated connectors installed with a good crimping tool. Soldering crimp connections is recommended to further enhance connection reliability. Never use wire-nuts, insulation-displacement connectors (i.e. ScotchLok type), or “twist and tape” connections. Do not use electrical tape; it will

loosen with age and extreme temperatures. Never leave bare wire exposed. Route the wiring through the car carefully. Do not allow wir es to lay against sharp sheet metal edges or any other surfaces that might wear away or cut through the insulation of the wire. Use insulated strain reliefs, rubber grommets and plastic tubing to protect the wires whenever they are run through sheet metal panels or are placed where they might be pulled or damaged.

Cassette/CD Tuner

CD Player

or Changer

CD Input

Cassette/CD Preamp Output

Antenna Input

Power Antenna

Power

Antenna

Relay

Blue w/White Stripe - Remote On/Off

Main +12V

Power Ground

Chassis Ground

Vehicle Battery

–

Ignition Switch

Antenna

Motor

Power

Supply

Blue (Blue/White)

Remote On/Off

Remote Antenna

Black - Power Ground

Red - Main +12V

Yellow - Back Up Power

Speakers

–

Fuse

Cassette/Receiver

Power Supply

Wires

GTS300 – 40 Amp GTS600 – 80 Amp

(Not Included)

Amplifier

Power

Connection

Amplifier Speaker Output Connection

Amplifier Speaker

Level

Input

Line

Input

Cassette/CD Tuner Speaker Level Output Connection (Use only when line level ouput is not available)

POWER

Page 6

5. Internal Adjustments

Speaker-Level Input Impedance Adjustments

The speaker level inputs of the GTS300 and GTS600 come factory set with 100K ohm input impedance. This will provide the lowest distortion operation from the speaker outputs of most modern head units by reducing the power the amplifier in the head unit must deliver to practically nothing. On some older, or lowerpriced head units, this load will not facilitate proper fader operation. To provide for this, we have provided the ability to change the input impedance of the speakerlevel inputs to 15 ohms. This is accomplished by connecting the jumpers as shown in the diagram below.

• If the head unit has 4 channels of builtin amplification and/or an electronic fader control, you should leave the jumpers in the factory set position.

• If the head unit has 2 channels of amplification, with a speakerlevel fader, the jumpers should be set to the 15-ohm position. This will always be a rotary-type control, not one controlled by elecronic pushbuttons.

Crossover Frequency Adjustments

The GTS300 and GTS600 amplifiers include built-in frequency selectable crossovers. One crossover is connected in series with the amplifier circuitry and the other crossover is connected to the preamp level output jacks. These crossovers can be set in either the “flat” (full bandwidth operation), Low Pass (Subwoofer operation), or High Pass (satellite operation).

• The crossover frequencies are set by “chips” inside the amplifier. These “chips” are simply a set of resistors, connected across the pins and molded into a single package. The crossover frequencies may be changed to any value desired by changing the resistor network. JBL has “chips” available in the popular values listed in the table below . If none of these suit your system, you may pruchase compatible resistor networks from a local electronics store, or you may build you own custom values from discrete resistors mounted on a 14-pin “DIP Header” using the instructions which follow.

Frequency Resistor JBL Part

Value Number

50 Hz 47 K GTM 50

80 Hz 33 K GTM 80 120 Hz 20 K GTM 120 200 Hz 12 K GTM 200 250 Hz 10 K GTM 250 500 Hz 4.7 K GTM 500

2.5 Hz 1 K GTM 2500 5 Hz 470 GTM 5000

BALANCED

INPUTS

SPEAKER

INPUT

IMPEDANCE

SELECTOR

LEFT

ZIN

SEL

100K

15 OHM

100K

15 OHM

RIGHT

ZIN

SEL

GND

REM

OUT

FUSE

40A

BRIDGED

–

SPEAKER LEVEL

INPUT

PREAMP

OUTPUT

LINE

INPUT

JUMPER SELECTOR

SELECT 100K OR 15 OHMS

Page 7

Regardless of whether you build or buy it, the necessary resistor network has the following configuration:

Custom “Chip” Construction

• Each resistor in the package has the same value.

• If you kvow the crossover frequency you want, you can calculate the resistor value necessary by solving the following equation:

Resistor 2,500,000 Value = Crossover in Ohms Frequency in Hz

• Use the following equation if you have a resistor pack of a known value, and want to find it’ s crossover frequency:

Crossover 2,500,000 Frequency = Crossover in Hz Resistor Value in Ohms

• To build “chips” from discrete resistors, solder the resistores to a standard 14-pin “DIP Head” according to the diagram. If a DIP Header is not available, you may bend the leads of 1/4 watt resistors 90 degrees, trim them to 3mm-length, and insert them directly into the chip sockets.

To change the crossover frequency change the resistor network as follows:

1. Remove the screws from the

bottom panel as shown below .

2. Select which resistor module,

high pass or low pass, that you wish to change.

3. A chip puller, wich can be

obtained from any electronics store, is used to remove the resistor chip. Pull the resistor chip from the socket as shown in figur below.

4. Place the new module in the

socket making sure all pins are lined up with the socket holes. Press the module firmly into the socket.

5. Replace the bottom lid.

HIGH PASS

FILTER FREQUENCY

SELECTION

MODULE

LOW PASS

FILTER FREQUENCY

SELECTION

MODULE

C10

C13

JBL INC.

NORTHRIDGE, CA

JBL GTS600

PC00108800

REV A

CROSSOVER

Page 8

6. Input Gain Adjustment

Before operating the GTS300 or GTS600, recheck all wiring connections to make sure they are correct and secure. Be sure that a fuse (40 amp for GTS300 and two 40 amp fuses for the GTS600, not included) is installed in the +12V line near the battery. Reconnect the negative ground (-) terminal of the battery. Make sure that the input mode selector, speaker output crossover frequency modules, and preamp output crossover switch are properly set.

Adjusting the Gain

• The setting of the gain control on the GTS300 and GTS600 is important to ensure proper performance, low noise levels, and maximum reliability in the system. Using a high signal level from the source and a low gain setting on the amplifier will help keep backgroune noise levels in the system low.

• To adjust a system using a single amplifier, start with the amplifier gain controls fully counterclockwise.

Set all Bass/Treble or equalizer controls to their centered or bypassed positions. While listening carefully to the system output, adjust the volume control of the radio/tape deck to the point where you first begin to hear audible distortion. Reduce the level just to the point where the distortion goes away. If this setting does not provide adequate volume levels, gradually increase (turn clockwise) the gain control on the GTS300 ot GTS600

until the system plays as loud as necessary ot when the first signs of distortion are heard.

BEST-Vertical Mounting

GOOD-Horizontal Mounting

NEVER-Mount Upside Down

AIR FLOW

Page 9

7. Typical Applications

The following diagrams show the most common basic system configurations of the GTS300 and GTS600. A combination of one or more of these “building blocks” may be combined to form elaborate system designs.

Page 10

L– R+

– +

L– R+

– +

L– R+

– +

Preamp or

Speaker-Level

Input

2 or 4-Ohm Full-Range

Speakers

L– L+

– +

R– R+

– +

Front Rear

4-Ohm

Subwoofer

Stereo Subwoofers may be used by configuring

Amp B as shown in Application #1.

Application 1

Stereo Full-Range or Subwoofer Operation

Preamp or

Speaker-Level

Input

2 or 4-Ohm Full-Range

Speakers or

Subwoofers

L R

L– R+

– +

4-Ohm Full-Range Speaker or

Subwoofer

4-Ohm Full-Range Speaker or

Subwoofer

Application 2

Bridge-Mode Operation

L– R+

– +

For Single Amplifier

Subwoofer Use

For Dual-Amplifier

Full-Range or Subwoofer Use

Preamp or

Speaker Level

Full-Range Operation

Subwoofer Operation

Flat Stereo

Speaker Output

Crossover Input Mode Switch Switch

Low Pass Stereo

Main speakers are driven by head unit or additional amplifier.

Single Amplifier: Subwoofer-Operation (Mono)

Main speakers are driven by head unit or additional amplifier.

Amp Crossover Input Mode Switch Switch

B Low Pass L + R

Speaker Output

Amp Crossover Input Mode Switch Switch

A + B Low Pass R

Dual Amplifier: Subwoofer-Operation (Stereo)

Speaker Output

Amp Crossover Input Mode Switch Switch

A + B Flat R

Speaker Output

Full-Range Operation (Stereo)

GTS300/600

Application 3

Bi-amplified, Three-channel Subwoofer/Satellite System.

Amp Crossover Input Mode Switch Switch

A High Pass Stereo B Low Pass L + R

Speaker Output

Crossover Input Mode Switch Switch

Application 1

Stereo Full-Range or Subwoofer Operation

Application 2

Bridge-Mode Operation

Application 3

Bi-amplified, Three-channel Subwoofer/Satellite System

Page 11

Simultaneous Stereo-Mono Connection Diagrams

L– L+

L L LR R R

– +

L– R+

– +

R– R+

– +

2 or 4-Ohm

Full-Range

Speakers

4-Ohm

Subwoofer

Amp Crossover Input Mode Preamp Switch Switch Output

Crossover

A High Pass Stereo Flat B Low Pass L + R Doesn't Matter

Speaker Output

GTS300/600

Application 4

Bi-amplified System Using Preamp Output Capability.

Preamp or

Speaker-Level

Input

Preamp

Output

Preamp

Intput

Stereo Subwoofers may be used by configuring Amp B as shown in Application #1 or by using dual GTS amplifiers as shown in

Application 2.

Application 4

Bi-amplified, System Using Preamp Output Capability

(+)

(–)

(+)

(–)

C C

Subwoofer (Low Pass)

Tweeter/Midrange Satellites

(High Pass)

High Pass Satelite Crossover Frequency: 100Hz

C: 300µF capacitor

100V, non polorized

Subwoofer Low pass Crossover Frequency: 100Hz

L: 6.2mH air core inductor

Right

Left

40A

LINE

INPUT

PREAMP OUTPUT

SPEAKER LEVEL

INPUT

SPEAKER

OUTPUT POWER

FUSE

40A

BRIDGED

+ _

BATT(+)

REM OUTREM IN

GND

Component Values for 4 Ohm Loudspeakers*

GTS300 or GTS600

A. Satellite/Subwoofer

*You may change the subwoofer satelite crossover frequency by using the Inductor and Capacitor values calculated with the following formulas:

High Pass (Satelite Crossover): = New Capacitor Value in µF

30,000

Desired crossover Frequency in Hz

Low Pass (Subwoofer Crossover): = New Inductor Value in mH

620

Desired crossover Frequency in Hz

Page 12

8. In Case of Difficulty

Power-on light does not come on

Power light is on, but no sound is heard from some or all of the speakers

• Head unit not on; turn the head unit on.

• Ground wire is disconnected or defective; check for continuity with an ohm-meter between the amplifier’s ground terminal and a know chassis ground point.

• Battery wire is disconnected or defective; check approximately +12 volts between the amplifier’s battery and ground terminals.

• Blow fuse; check amplifier’s located on the endpanel near the power connector. If it is blown replace it with an identical one. If the new fuse blows immediately, then check all the wiring connection. If no fault is found, consult your JBL dealer.

• Remote-on wire between the head unit and the amplifier is disconnected or defective; check for +12 volts between amplifier’s remote-on input terminal and the ground input terminal with the head unit on.

• Incorrect switch settings; make sure that all switchs (input mode and crossover) are in their correct positions for your system configuration.

• Incorrectly connected or shorted speaker wires; check for shorts in wiring.

• Defective or disconnected audio cables; check for continuity and replace if necessary.

• Incorrect Gain Adjustment; verify that the amplifier gain controls are not turned completely down. If they are, sound output level may be very low and may give the impression that the system) or part of the system) is dead.

• Defective head unit or signal processor; check each component for proper wiring and operation.

Page 13

Power On light is blinking, indicating a fault condition, and sound is intermittent or off

Alternator whine through the audio system with the engine running

Bass output from speakers too low

• Defective GTS300 or GTS600; If there is audio signal present at the input of the amplifier and there is no output, the GTS300 or GTS600 may be defective.

• Incorrectly connected or shorted speaker wires; check for shorts, frayed wiring, damaged wiring insulation or incorrect wiring.

• The speaker combination connected to the amplifier is less than the minimum requirement; reconfigure speaker connection after consulting with section

3.1 “Speaker Requirements.”

• Amplifier is damaged; consult your JBL Dealer.

• Ground loops; verify that the chassis grounding point you have chosen is true ground by checking for continuity between the chassis ground point and battery ground.

• Speaker wired out of phase; check for proper polarity on all speaker wiring (+ amp terminal to + speaker terminal and – amp terminal to – speaker terminal).

Page 14

9. Specifications

Specifications Power Output

(10Hz -50kHz,

14.4V Battery Voltage

Signal to Noise Ratio Frequency Response

Damping Factor Line Level Input Sensitivity

(For Rated Power) Line Level Input

Impedance Speaker Level Input

Impedance

Speaker Level Input Sensitivity

Preamp Output Sensitivity Minimum Speaker

Impedance

Single Ended (Non-Bridged)

Bridged

Built in Electronic Crossover Frequency and Slope

Bass Boost Frequency and Magnitude

GTS300 100 Watts x 2

(4 Ohms, 0.05% THD) 150 Watts x 2

(2 Ohms, 0.08% THD) 300 Watts x 1

(4 Ohms, 0.08% Thd) 100dBA 10Hz - 50kHZ (+0, -1dB)

20Hz - 20kHZ (+0, -0.1dB) >200 100mV - 4V RMS

(500mV Nominal) 10k Ohms

15 Ohm or 100k Ohm (Selected By Internal Jumpers)

200mV - 8V RMS (2V Nominal)

1V out for 4V Speaker Level Input

2 Ohms

4 Ohms 18dB per Octave Low Pass

Filter , Frequency Chips Available from 50-5kHZ

18dB per Octave High Pass Filter , Frequency Chips Available from 50-5kHZ

4dB at 40Hz

GTS600 200 Watts x 2

(4 Ohms, 0.05% THD) 300 Watts x 2

(2 Ohms, 0.08% THD) 600 Watts x 1

(4 Ohms, 0.08% Thd) 100dBA 10Hz - 50kHZ (+0, -1dB)

20Hz - 20kHZ (+0, -0.1dB) >200 100mV - 4V RMS

(500mV Nominal) 10k Ohms

15 Ohm or 100k Ohm (Selected By Internal Jumpers)

200mV - 8V RMS (2V Nominal)

1V out for 4V Speaker Level Input

2 Ohms

4 Ohms 18dB per Octave Low Pass

Filter , Frequency Chips Available from 50-5kHZ

18dB per Octave High Pass Filter , Frequency Chips Available from 50-5kHZ

4dB at 40Hz

Page 15

Specifications Power Requirement

Fuse Size

Size (L x W x H)

Weight Speaker Level Input

Mating Connector

GTS300 11 to 16V DC

Negative Ground 40 Amp A TC Type Fuse

13 1/4”x 9 1/4”x 2” (337 mm x 235 mm x 51 mm)

10 lbs 8.5 oz (4.8 Kg) Molex Mini-Fit Jr .

# 39-01-2045-P Metal Pins: 39-00-0039

GTS600 11 to 16V DC

Negative Ground 40 Amp A TC Type Fuse

(2 per Amplifier) 17 1/4”x 11 1/4”x 2”

(438 mm x 286 mm x

50.8 mm) 13 lbs 11.5 oz (6.2 Kg) Molex Mini-Fit Jr .

# 39-01-2045-P Metal Pins: 39-00-0039

Page 16

DECLARATION OF CONFORMITY

We, Harman Marketing Europe a/s Kongevejen 194B

DK-3460 Birkerød DENMARK

declare that the product described in this owner’s manual is in compliance with technical standards: EN 55020, EN 6.1988, Accredited test laboratory: MIKES PRODUCT SERVICE GmbH Ohmstrasse 2-4 D-94342 Strasskirchen GERMANY, (date tbd)

Steen Michaelsen Harman Marketing Europe a/s

The appliance conforms with EEC directive 87/308/EEC regarding interference suppression

JBL Consumer Products, Inc. 80 Crossways Park West Woodbury, NY 11799

8500 Balboa Blvd. Northridge, CA 91329 800-336-4 JBL

A Harman International Company

Part No. JBLGTS100OM