u s e r ’ s m a n u a l
10-Channel Active
Electronic Crossover Network
OptiX-10
with Subwoofer Level Control
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t a b l e o f c o n t e n t s
2
general features
precautions
features and specifications
system wiring
3
4-6
7-11
12-13
14
mounting and installation
noise check and system adjustment
troubleshooting
15
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g e n e r a l f e a t u r e s
10 Crossover Channels
Blue Light Illumination
4 Channel Inputs
Signal Pass-through for Additional Processors
Remote Bass Level Control
High Channels: Separate Front and Rear Frequency and Gain Controls
Mid Channels: Separate Front and Rear Frequency and Gain Controls
Sub Channels: Frequency and Gain Control
Selectable Q Settings for Front and Rear Channels
Subwoofer Stereo/Mono Switch
2
High Channel and Subwoofer Phase Inverters
Bass Boost Frequency and Level Control
Gold-Plated Connectors and Terminals
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P r e c a u t i o n s
To prevent short circuits, be sure to disconnect the negative battery ground lead before wiring the system up.
When you finish the installation, be sure to make one more check to be sure everything is done correctly.
Reinstate all car parts that were removed.
3
Reconnect the negative battery ground lead.
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f e a t u r e s a n d s p e c i f i c a t i o n s
4
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f e a t u r e s a n d s p e c i f i c a t i o n s
1. F/R INPUT SWITCH In the “2CH” position, rear inputs are split and directed to the front and rear channels simultaneously. This feature should be used when the head unit
has only one pair of output jacks.If the source unit has independent front and rear channel outputs, disengage the parallel input by sliding the switch to
the “4CH” position.
2. FRONT & REAR CHANNEL MID CUT Q The Q slide switches select Q values of 1, 3 or 6 on the 180Hz Mid Cut filters. The maximum amount of cut possible (at 180Hz) with the Mid Cut Controls
SELECTORS increases with Q value : at Q=1, cut is -10dB; at Q=3, cut is -13dB; and at Q=6, cut is -17dB, Lanzar suggests that for the wider gentler attenuation which
is effective in larger vehicles, one should use a low Q value, which affects a wider band of frequencies. In smaller vehicles, setting a higher Q value is
usually preferable, which affecting a narrower band of frequencies.
For best results, you may wish to use the Mid Cut controls and Q Selectors in conjunction with the PHASE switches, in different combinations.
3. FRONT & REAR CHANNEL MID CUT These controls is permit the frequencies around 180 Hz to be attenuated or cut the amount set by the Q selector. In the 180 Hz frequency range, by a
CONTROLS maximum of 10dB. In this frequency range many automobile sound systems require attenuation, due to the acoustic peak that exists in the acoustical
frequency response of typical vehicles. This acoustical peak in response is usually a result of the relatively small interior listening volume of an automobile,
as well as the listener's close proximity to the bass speakers.
4. Front & Rear Channel High-Pass
Phase Inverters
Positioning the switch to “180” position shifts the signal 180˚ out of phase relative to the front and rear output signals.
5
5. Front Frequency & Gain Controls There are 3 frequency controls for the front channels. Mid High Pass Control sets the low crossover point for the midrange drivers, between 40Hz and
240Hz. Mid Low Pass Control locates the high crossover point for the midrange drivers between 1.6kHz and 8kHz. High Pass Control sets the low crossover
point for the high frequency drivers between 1.6kHz and 8kHz. There are Front Gain Controls for both the midrange drivers and the high frequency drivers.
6. Rear Frequency & Gain Controls There are 3 frequency controls for the rear channels. Mid High Pass Control sets the low crossover point for the midrange drivers, between 40Hz and 240Hz.
Mid Low Pass Control locates the high crossover point for the midrange drivers between 1.6kHz and 8kHz. High Pass Control sets the low crossover point
for the high frequency drivers between 1.6kHz and 8kHz. There are Rear Gain Controls for both the midrange drivers and the high frequency drivers.
7. Subwoofer Frequency & Gain Controls The Subwoofer Frequency Control is used to select a crossover point between 40Hz and 240HZ. At the selected frequency the bass begins to roll off a
12dB per octave. A Subwoofer Output Gain Control adjusts the output signal level for the sub channel.
8. Subwoofer Phase Inverter & Positioning the Subwoofer Phase Switch to “180” position shifts the signal 180˚ out of phase relative to the front and rear output signals. This is especially
Stereo/Mono Switches valuable in minimizing some of the “tubbyness” that is characteristic of many vehicles. The Stereo/Mono Switch sums the signal, in the mono mode, to
provide a mono output for those users who are utilizing a single channel subwoofer design.
9. Bass Boost Level & Frequency These controls are used to equalize the subwoofer channel. The Bass Boost Frequency Control is used for selecting a frequency between 40Hz and 120Hz.
Controls
The Bass Boost Level Control adjusts the gain from 0 to +12dB.
10. Front Channel Output Terminals
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f e a t u r e s a n d s p e c i f i c a t i o n s
Crossover Frequencies
11. Rear Channel Output Terminals
12. Subwoofer Output Terminals
-Front High-Pass
-Front Mid High-Pass
-Front Mid Low-Pass
-Rear High-Pass
-Rear Mid High-Pass
-Rear Mid Low-Pass
Crossover Slope Rate
Subwoofer Boost
Boost Frequency
Mid Cut
1.6K - 8KHz
40Hz - 240Hz
13. Subwoofer Level Remote Control This terminal may be used to connect the Remote Subwoofer Level Control. This enables
Terminal the user to have easy access to adjust the bass levels to compensate for increased road
noise or recording variations.
1.6KHZ - 8KHz
1.6KHZ - 8KHz
40Hz - 240Hz
14. Power Indicator This indicator lights up when the internal power supply is activated and the unit is operational.
15. Front Inputs To be connected to the Front outputs of the head unit. Make sure the Dual Input Switch is
in the “4CH” position.
1.6KHZ - 8KHz
12dB per octave
Single octave 0dB - 12 dB
at 40 - 120Hz (variable)
-10dB (180Hz Q=1)
1, 3, 6
16. Rear Inputs To be connected to the Rear outputs of the head unit. If your head unit has only one set of
outputs connect them to the Rear set of inputs.
6
17. Dual Inputs/Outputs When used as inputs, these terminals are connected to the sub out of the source unit.
When used as outputs these terminals are connected to the Rear channel inputs of another
electronic crossover in a multi-crossover system.
18. Dual SUB IN & F/R MIX Switch When this switch is in the “F/R MIX” position, the stereo sum of the front and rear input
signals is routed to the Dual In/Out terminals. This summed signal can then be used by
Mid Cut Q:
the subwoofer channel or become output to another electronic crossover. In the “SUB IN”
position the Dual In/Out terminals become the input terminals for the subwoofer channel.
Distortion
0.01% THD at 1 volt output
10Hz - 30KHz 3 dB
95dB
Frequency Response
Signal-to-Noise Ratio (A)
Separation
60dB
Power Source
14.4 Volts DC
Negative ground
Dimensions
9-21/32”W x 10-5/8”D x 1-1/2”H
(245 x 270m x 38mm)
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S y s t e m w i r i n g
to
REMOTE
OUTPUT
from
HEAD
UNIT
2-CHANNEL 3 WAY SYSTEM
Head unit (Stereo, DVD Player, Tape Deck, etc.)
TO LINE OUT
OF HEAD UNIT
7
BATTERY
GROUND
TO SUB
OUTPUT
TO REAR
OUTPUT
TO FRONT
OUTPUT
REAR CHANNEL
Speakers
FRONT CHANNEL
Speakers
SUB CHANNEL
Speakers
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S y s t e m w i r i n g
2-CHANNEL MULTIPLE CROSSOVER SYSTEM
8
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9
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S y s t e m w i r i n g
to
REMOTE
OUTPUT
from
4 CHANNEL 4 WAY SYSTEM
HEAD
UNIT
TO FRONT & REAR
OUT OF HEAD UNIT
BATTERY
10
GROUND
TO SUB
OUTPUT
TO REAR
MID OUT
TO REAR
HIGH OUT
REAR MID-WOOFER
Speakers
REAR TWEETER
Speakers
SUBWOOFER
Speakers
TO FRONT HIGH OUT
FRONT TWEETER
Speakers
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S y s t e m w i r i n g
to
REMOTE
OUTPUT
from
6-CHANNEL 5-WAY SYSTEM
HEAD
UNIT
Head unit (Stereo, DVD Player, Tape Deck, etc.)
TO FRONT, REAR &
SUB OUT OF HEAD UNIT
BATTERY
11
GROUND
TO SUB
OUTPUT
TO REAR
MID OUT
TO REAR
HIGH OUT
REAR MID-WOOFER
Speakers
REAR TWEETER
Speakers
SUBWOOFER
Speakers
TO FRONT
MID OUT
TO FRONT
HIGH OUT
FRONT TWEETER
Speakers
FRONT MID-WOOFER
Speakers
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M o u n t i n g a n d i n s t a l l a t i o n
Your new Opti Series crossover comes complete with all required mounting hardware.
Please read the Installation Precautions section below before installing your Lanzar Opti signal processor, and then refer to the diagrams provided to connect power,
audio input and output connections according to your own system configuration requirements.
Precautions
Mark the location for the mounting screw holes by positioning the crossover where you wish to install it and use a scribe (or one of the mounting screws) inserted
in each of the mounting holes to mark the mounting surface. If the mounting surface is carpeted, measure the hole centers and mark with a felt tip pen.
Before you drill or cut any holes, investigate your car’s layout very carefully. Take care when you work near the gas tank, fuel lines, hydraulic line and electrical wiring.
Do not operate the signal processor when it is unmounted. Attach all audio system components securely within the automobile to prevent damage, especially in an
accident.
12
Do not mount this signal processor so that the wire connections are unprotected or in a pinched condition, or likely to be damaged by nearby objects. Be sure to
select a location inside your vehicle which has adequate ventilation.
Before making or breaking power connections in your system, disconnect the vehicle battery. Confirm that your head unit or other equipment is turned off while
connecting the input and output jacks.
If you need to replace the power fuse, only replace it with a fuse identical to that supplied with the system. Using a fuse of a different type or rating may result in
damage to your system which isn’t covered by the manufacturer’s warranty.
Suggested Tools and Other Parts
• In-line fuse holder
• Felt-tip marking pen
• Electric drill with a Phillips-head screwdriver bit
• Crimping tool or needle-nose pliers
• Wire strippers
• Tape measure and ruler
• Orange wire, 20 gauge or heavier
• Red and Black wire, 18 gauge or heavier
• RCA stereo audio cables (quantity and length determined by application)
• Solder-less connectors or soldering gun with heat shrink tubing
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M o u n t i n g a n d i n s t a l l a t i o n
Processor Installation
1. Find a suitable location in the vehicle to mount the processor. The X-10 is a trunk mount unit and it should be installed in close proximity to your amplifier system
on the amp rack. You should pick a location that offers easy access to the unit for adjustment.
2. Before starting, disconnect the vehicle’s negative battery ground to prevent short circuits.
3. There are three power terminals on the X-10:
• A red 18 gauge stranded or heavier and insulated wire should be connected to the terminal marked B+. Wire an in-line fuse holder on this lead as it is the 12
Volts DC wire for the system. This wire should be connected to your vehicle’s battery. If a wire is run directly to the battery make sure to install a in-line fuse
on this wire within 12” from the battery.
• A black stranded wire of at least 18 gauge should be connected to the terminal marked B-. This is the ground wire for the X-10 and should be attached to the
same ground point with the amplifiers in the system. Keeping this ground wire as short as possible improves the electrical circuit and keeps ground related
noise problems to a minimum.
13
• An orange stranded wire of a least 20 gauge should be connected to the terminal marked Remote. This wire connects to your head unit’s remote out or power
antenna lead out. This wire should supply 12 Volts DC any time the radio, cd or cassette are playing. This lead must also be connected to any other components
in your system that utilize a remote turn-on lead for powering up.
4. Connect all line inputs and outputs using high-quality RCA-RCA cables.
5. Recheck all connections before powering up.
6. Set all level controls to their least sensitive positions and set all crossover controls, switches, etc. to the desired frequency or position.
7. Once the system is powered up, set the volume control on the head unit to about the 2 o'clock position, and then set all the amplifiers' level controls for half output
level.
8. You are now ready to do a engine noise test. Start the vehicle’s engine. Turn the audio system on and listen to the system at various volumes and engine RPMs.
If you have ignition noise, turn the engine off and refer to the “Trouble Shooting Page” of this manual.
9. If there is no ignition noise in the system, securely tighten the crossover mounting screws and double check the wiring for security. You are ready to start adjusting
your X-10 Active Crossover
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N o i s e c h e c k a n d s y s t e m a d j u s t m e n t
NOISE CHECK
Check the entire audio system for noise before permanently securing the CROSSOVER mounting
1. Start the engine.
2. Turn the audio system on.
3. Rev the engine and vary the VOLUME of the audio system to determine if there is any unwanted noise.
If so, turn both the audio system and the engine off. Do not secure the CROSSOVER mounting screws. Refer to the "Trouble Shooting Guide" at this
manual.
4. If the audio system does not have any noise, securely tighten the CROSSOVER mounting screw and double check the wiring cables for safe placement.
SYSTEM ADJUSTMENT
14
Preliminary Adjustments
Pre-setting the system provides a necessary starting point for fine-tuning the entire audio system to maximum performance.
NOTE: DO NOT MOUNT CROSSOVER UNTIL THE FOLLOWING PROCEDURES HAVE BEEN COMPLETED.
1. Preset each amplifier input gain adjustment at the amplifier to half of maximum.
2. Before turning the audio system on, preset-adjust the front, rear and sub-woofer output level controls, as well as the front channel high-pass and sub-
woofer channel low-pass crossover points.
3. Slowly turn the volume up and listen carefully for: obvious trouble in sound (distortion, no sound, no hiss, total silence). Turn the system off refer to
"Trouble Shooting Guide" at this manual.
Caution
DO NOT ROUTE AUDIO CABLES AND POWER CABLES TOGETHER! THIS CAN CAUSE ENGINE NOISE IN YOUR AUDIO SYSTEM.
ALWAYS DISCONNECT THE SYSTEM FROM THE BATTERY BEFORE ATTEMPTING TO MAKE OR ALTER ANY CONNECTIONS. THIS
PRODUCT IS DESIRED FOR USE IN ANY 12 VOLTS NEGATIVE GROUND ELECTRICAL SYSTEM ONLY. INSTALLING THIS PRODUCT
IN ANY POSITIVE GROUND ELECTRICAL SYSTEM COULD SERIOUSLY DAMAGE THE AUDIO SYSTEM.
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T B O U B L E S H O O T I N G G U I D E
POSSIBLE CAUSE
PROBLEM
1. There is an audible distortion at a low
volume level.
• Output levels NOT set correctly.
• Crossover frequencies NOT set correctly.
• Check for shorts on the speaker leads.
2. A whining sound can be heard through the • Check the red power wire. It muse be
speakers when the audio system is at low connected directly to the battery.
volume with the engine running. The whining • Check the system's ground point It muse
15
noise remains unchanged or seems to
disappear when the volume level is
increased.
make good contact with chassis ground
(bare metal).
• The radio and the CROSSOVER must be
grounded at the same reference point.
3. There is a "motor boating" type of sound
when the engine is running and the audio
• Check the red power wire. It must be
connected directly to the battery.
system volume is set at a reasonably high • Check the system's ground point. It must
level.
make good contact with chassis ground
(bare metal).
4. High squeal noise from speakers
• This is almost always caused by a poorly -
grounded RCA patch cord.
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l i m i t e d w a r r a n t y p o l i c y
C r o s s o v e r
All Lanzar Signal Processors are carefully constructed and thoroughly tested
before shipment. Units purchased in the USA are warranted to be free of defects
in material and workmanship for three (3) years from the date of purchase. This
warranty is limited to the original retail purchaser of the Signal Processor.
You must also include the following items with your return:
• A copy of your sales receipt or other proof of purchase
• A brief letter indicating the problem you are experiencing with the
product
• Include in your letter your return address, daytime phone number
and RA Number
• Also include a check or money order for $20.00 for return shipping,
handling and insurance, or provide your VISA/MasterCard number
with expiration date.
Should the unit fail due to a factory defect in material or workmanship, your unit
will be repaired or replaced at the sole discretion of Lanzar.
To obtain warranty service, you must first call our Consumer Return Hotline
number at (718) 236-6948 to obtain a Return Authorization (RA) number. This
RA Number must appear on the outside of your package and on all paperwork
relating to your return.
Our obligation under this warranty is limited to the repair or replacement
of the defective unit when it is returned to us prepaid. This warranty will
be considered void if the unit was tampered with, improperly serviced,
or subject to misuse, neglect or accidental damage.
When returning the unit to us for warranty service, it must be carefully packed
and shipped prepaid to:
All implied warranties of merchantability and fitness for a particular
purpose are limited in duration to the length of the warranty. Lanzar
expressly disclaims any liability for incidental or consequential damages
caused by product defects. This warranty does not cover any expense
incurred in the removal and/or reinstallation of the Signal Processor.
Lanzar’s total liability will not exceed the purchase price of the Signal
Processor.
R.A. # ______________
Lanzar Service Center
1600 63rd Street
Brooklyn, NY 11204
Some states do not allow the exclusion or limitation of incidental or
consequential damages, or limitations on how long an implied warranty
lasts, so the above limitations and exclusions may not apply to you.
This warranty gives you specific legal rights, and you may also have
other rights which vary from state to state.
w w w . l a n z a r . c o m
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