Peecker Sound Forty 4008 User manual

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FORTY USER’S MANUAL

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1. SAFETY INSTRUCTIONS pag. 3
2. GENERAL INFORMATION pag. 3
3. ACOUSTIC WAVE SHAPED HORNTM pag. 3
4. NUMBER OF SUBWOOFERS pag. 3
5. THE FORTY SERIES AND ASSOCIATED TRANSDUCERS pag. 4
6. SYSTEM INSTALLATION pag. 5
6.1 Floor stacked or suspended installation?
6.2 Positioning angles
7. PASSIVE LOUDSPEAKER SYSTEMS pag. 5
7.1 Amplification and limitation
7.2 Amplifier-speaker connection
7.3 Power cables
8. ACTIVE LOUDSPEAKER SYSTEMS pag. 6
8.1 On board amplifier technical data
8.2 Presets
9. FREQUENCY CUTS (ACTIVE MODELS) pag. 7
10. WARRANTY pag. 8
TABLE OF CONTENTS

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1. SAFETY INSTRUCTIONS
When using Peecker Sound electro-acoustic loudspeaker system it is very
important to act in full compliance with safety regulations. Professional
electro-acoustic systems are capable of producing high sound pressure
levels and must therefore be used with caution. Hearing loss is cumulative
and can result from lengthy exposure to sound pressure levels above
90 dB. Never stand close to electro-acoustic speakers operating at high
volume.
When positioning systems on the oor, always check that the base is at
and stable to ensure correct speaker installation. Do not stack speakers
up too high outdoors where the wind may cause the stack to become
unstable. Suspended systems must be installed by qualied, experienced
personnel.
2. GENERAL INFORMATION
The Forty Series consists of 7acoustic speakers (of which two are
subwoofers), including the active models with on-board DSP (24-bit, 96
kHz). The table below summarizes the main features of every model.
MODEL LF
transducer
HF
transducer
Passive
version
input
config.
Active (/A)
version
amplifier
4008 1 x 8” 1 x 1” Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
4010MH 1 x 10”
Neodymium
1 x 1”
Mylar
Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
4012MH
4012MH/A
1 x 12”
Neodymium
1 x 1”
Mylar
Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
4015MH
4015MH/A
1 x 15”
Neodymium
1 x 1”
Mylar
Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
4030MH
4030MH/A
2 x 15”
Neodymium
1 x 1”
Titamium
Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
40SW15
40SW15/A 1 x 15” / Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
40SW18
40SW18/A 1 x 18” / Full Range
8 Ω
Full Range
500 W (@8 Ω)
Class D
Table 1: Forty Series models
All the speakers are extremely compact and have birch plywood cabinets.
They are easy to transport due to their ergonomic dimensions and are
easy to install thanks to a carefully designed rigging system and dual-tilt
pole mount.
The construction design of the cabinet is optimized to minimize stationary
waves inside the speaker and to facilitate use of side-by-side systems. Every
part of the cabinet has been additionally reinforced to minimize internal
structural vibrations. As a nishing treatment, all loudspeaker cabinets are
also given a special coating for high working performance.
The components used in the Forty Series are the very best and most
technologically advanced that the electro-acoustic transducers market
can oer today. They include:
• HighlyreliablelightweightNeodymiumwoofers;
• TweetersmadewithAluminiumcoilsandMylarmembraneproviding
perfect balance of mid-high range frequencies;
• Eective tweeter protections preventing drastic clipping, for perfect
control of transient response;
• A.W.S.H.™ (Acoustic Wave Shaped Horn): Aluminium horn, designed to
completely rephase the acoustic wave guide in relation to the woofer;
• Minimum phase rotation crossovers, equipped with copper coils and
Kapton formers containing Ferrite powder, suitable for continuous use at
maximum power.
The directivity of Forty Series loudspeaker systems is perfectly controlled
and the frequency response is very wide and remains constant even out of
alignment, ensuring uniform coverage of the audience area.
The utmost attention to detail is shown throughout, down to the choice
of 15/10 impact-resistant grilles with 70% transparency, providing absolute
purity of sound.
The subwoofers are band-pass and the loudspeaker transducer radiation in
them is not direct but through two resonating cavities, one at the front and
one at the rear. This achieves highly ecient and exclusive reproduction of
ultra-low frequencies, without interfering with the other components of
the audio system. Thanks to its particular conguration, the loudspeaker
membrane is subject to far less movement compared to traditional reex
systems, consequently distortion is considerably reduced even at maximum
power.
To complete the Forty range, amplied versions of some of the models are
available. Active speakers are perfectly integrated systems: the extremely
lightweight digital ampliers have been designed to drive electro-acoustic
transducers eciently and eectively, guaranteeing highly reliable and stress-
free products.
3. ACOUSTIC WAVE SHAPED HORN™
TheAluminiumAWSH™(Acoustic Wave Shaped Horn) has been designed and
manufactured using CAE tools (Computer Aided Engineering) to secure the
alignment between the acoustic centre and woofer while perfectly matching
the planes of the woofer cones and of the horn itself.
The manufacturing process is by die casting, which involves pouring the
molten metal alloy into a permanent metallic mold, or die, specically
designed for this original product upon specications provided by Peecker
Sound engineers. Forcing the molten metal under pressure allows very rapid
lling of the mold cavity and produces metal compensation to prevent
solidication shrinkage.This results in perfect and complete lling of the mold,
creating an end product with a ne, crystalline, awless structure.
4. NUMBER OF SUBWOOFERS
Subwoofer models (40SW15, 40SW18 and 40SW15/A, 40SW18/A active
versions) in bandpass conguration have been physically and acoustically
designed to achieve maximum performance - hence the peak power
developed - at around 70 Hz.They are therefore compact and“fast”subwoofers,
designed to achieve a high output/dimension ratio.
Every model is easy to stack with other units of the same model to create
vertical subwoofer clusters, or with the associated satellite unit.
The number of subwoofers to be used mainly depends on the following three
parameters:
1) Number of 4008, 4010MH, 4012MH, 4015MH and 4030MH units
The recommended standard number of 40SW15 or 40SW18 subwoofers is
by a ratio of 1:1. Choose subwoofers 40SW15 in case of presence of 4008,
4010MH or 4012MH models and subwoofer 40SW18 in case of 4015MH or
4030MH models.
2) Type of sound program to be reproduced
The recommended standard subwoofer ratios are suitable for reproducing
classical music or for conventions. For these applications, the subwoofers
are an extension of the basic systems. In this case, the audio system works in
bandpass with three-way extension in bi-amplication.
For live applications with rock or disco music reproduction, a conguration
with a satellite unit/subwoofer ratio of 1:2 can be applied.
3) Type of location or installation
A 1:2 ratio can be applied outdoors, while a 1:1 ratio is enough to be applied
indoors thanks to the contribution of the venue.

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5. THE FORTY SERIES AND ASSOCIATED TRANSDUCERS
The 4008 model has an 8” (200W - AES) woofer and a 1” driver piloting a
polycarbonate horn with an average dispersion angle of 90° horizontal by 60°
vertical. The speaker can produce a maximum SPL peak of 124 dB.
The 4010MH model has a 10”(250 W - AES) woofer with Neodymium magnet
and a 1” driver with a Mylar membrane piloting the Aluminium AWSHTM
(Acoustic Wave Shaped Horn), that has average dispersion angle of 90°
horizontal by 40° vertical. The speaker can produce a maximum SPL peak of
129 dB.
The 4012MH model (and the 4012MH/A self-powered version as well) has a
12”(400 W - AES) woofer with Neodymium magnet and a 1”driver with a Mylar
membrane piloting the Aluminium AWSHTM (Acoustic Wave Shaped Horn), that
has average dispersion angle of 90° horizontal by 50° vertical.
Thanks to the particular angular shape of the back surface of the cabinet, it
can be used as a oor-standing monitor. The speaker can produce a maximum
SPL peak of 132dB.
The 4015MH model (like the 4015MH/A self-powered version) has a 15”
(500 W - AES) woofer with Neodymium magnet and a 1” driver with a
Mylar membrane piloting the Aluminium AWSHTM (Acoustic Wave Shaped
Horn), that has average dispersion angle of 90° horizontal by 50° vertical.
Thanks to its dual tilt cabinet it can be used as a oor-standing monitor.
The speaker can produce a maximum SPL peak of 133 dB.
The 4030MH model (like the 4030MH/A self-powered version) has two
15” woofers with Neodymium magnet (total power:1050 W - AES) and
a 1” driver with a titanium membrane piloting the Aluminium AWSHTM
(Acoustic Wave Shaped Horn), that has average dispersion angle of 90°
horizontal by 50° vertical. The speaker can produce a maximum SPL peak
of 137 dB.
The 40SW15 and 40SW18 subwoofers (like the 40SW15/A and 40SW18/A
active versions) have 15”- 600W and 18”- 700W woofers respectively.
These subwoofers can produce a maximum SPL peak of 133dB and 134dB
respectively.
Figure 1. The 4008 loudspeaker system
Figure 2. The 4010MH loudspeaker system with Modelled Horn
Figure 3. The 4012MH loudspeaker system with Modelled Horn and related amplifier
Figure 4. The 4015MH loudspeaker system with Modelled Horn and related amplifier
Figure 5. The 4030MH loudspeaker system with Modelled Horn and related amplifier
Figure 6. The 40SW15 e 40SW18 subwoofers

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6. SYSTEM INSTALLATION
6.1 Floor stacked or suspended installation?
There are some arguments in favour of oor-standing installation and
some in favour of suspended installation, depending on the situation
in hand. Without taking into account possible logistical or visual issues,
which have to be assessed individually, the positive aspects of floor
stacking are mainly associated with stronger overall coupling of low
frequencies with the oor, which boosts eciency at the lower end of
the sound spectrum and increases the eectiveness and speed of the
response to low transients. This is partly because, in the case of oor-
stacking, the speaker cabinets are generally more physically constrained
than in suspended systems and are consequently more stable and rmly
anchored to the ground, which prevents part of the acoustic energy
from being transformed into structural motion and eectively being lost.
Another point in favour of oor stacking is the fact that, from a“spatial”and
“psycho-acoustic” perspective, the sound physically comes from points
close to the stage and thus close to the music scene.
Figure 7. Stack installation of Forty speakers
The choice of suspended speakers (flying system), on the other hand, is
obligatory in all cases where oor stacking fails to provide the required
sound coverage. When the mid-high frequency transducers are not high
enough above the listeners’ heads, high frequencies will be poor even at
short distances due to both the “friction”of sound on the audience (since
it is a sound absorption factor) and sound refraction phenomena caused
by the vertical temperature gradient created by the audience itself.
Therefore, oor installation is not generally very suitable for covering
substantial distances (the problem is reduced when the audience is
arranged on a sloping plane and the level of the listeners furthest away
is considerably higher than those in the front rows). Moreover, for long
distance coverage, providing sucient SPL (Sound Pressure Level) to the
rows at the back may result in excessive SPL on the front rows. In this
case, ying installation is to be preferred since, reducing the dierence in
distance from the system of close and long range listeners, it will reduce
the SPL gap and spread the sound more evenly.
6.2 Positioning angles
When installing more than one Forty Series speaker at the sides of the
stage, particular care must be taken to position them at the correct angles.
The high frequencies delivered by the horns of each speaker can in fact
cause negative interferences with those of the others at certain points or
in particular spatial directions. One way of containing this phenomenon
is to tilt the speakers in relation to each other by specic angles related
to the dispersion angle of the sound beam delivered by their individual
horns - this is correct for both vertical and horizontal tilting.
One specic technique is to tilt the two speakers by an angle close to, or not
excessively lower than, the horn’s dispersion half-angle. In this way, by shifting
slightly away from the axis of the system made up of the two coupled speakers,
the contribution of one of the two will become negligible compared to that of
the other, thereby avoiding any harmful interferences. Conversely, a narrower
dispersion angle can be achieved by bringing the long sides of the speakers
closer together, resulting in a narrower coverage and a longer throw, but with
a less even spread at close range.
The choice will therefore be guided by the shape and size of the area requiring
sound coverage.
7. PASSIVE LOUDSPEAKER SYSTEMS
The Forty Series comes in both passive and amplied versions.
The passive loudspeaker systems have particularly selective crossover lters
to achieve the most natural timbre quality at mid frequencies, which are
important for the intelligibility of speech and vocals and to deliver the clearest
possible sound and music. This is particularly useful since it makes it possible
to obtain top quality sound from the 4008, 4010MH, 4012MH, 4015MH, and
4030MH speakers without the need for an external processor: all plug and go!
The use of a processor is clearly essential for the active crossover function in
cases of multi-amplication, e.g. with all the complete subwoofer systems.
In the latter case, the delay function will allow the correct sound alignment
between the subwoofers and the upper modules. The processor is useful in
all cases requiring not only top quality sound but also speaker protection
whilst taking full advantage of its maximum output, which is a key concern in
professional sound installation. It is important, in fact, to control the amplier
input voltage so as not to damage the speaker passive components with
signals that are too powerful or otherwise unsuitable for acoustic transducers.
The following paragraph explains how and why this is the case.
Upstream, i.e. acting on the amplier’s input audio signal, it is clearly not
possible to protect the speakers from harmful phenomena originating from
the amplier itself. If an amplier malfunction generates constant or extremely
low frequency voltage (DC), this will damage the transducers regardless of the
input signal. Similarly, high voltage peaks due to switching on and o devices
upstream from the ampliers when the ampliers are operating can also
damage the transducers. Therefore, to power an electro-acoustic system, it is
important to switch on the ampliers only after the power supply to the mixer and
control electronics has been turned on and has stabilized. To turn o the system,
the reverse sequence applies, so the power amplier should be switched o rst.
We strongly recommend control and maintenance of the sound system and
strict adherence to the correct power on/o sequence of the devices making
up the audio chain.
7.1 Amplication and limitation
Generally speaking, excessive power can easily damage transducer coils due
to the overheating it causes (high RMS values for long periods of time), while
in rare cases it can damage the mechanical parts of the cone (membrane or
suspensions). In this specic case, frequencies lower than the reex tuning
frequency can cause excessive excursions (that are also pointless since the
eciency value of these frequencies is virtually nil) and consequent damage.
It is therefore advisable to always use external processors which, with the
due frequency cuts and limitations, will protect the woofer and optimize its
eciency.
The signal sent to the high frequency drivers of the Forty Series, however, is
passively protected by a special lament device. It is the user’s responsibility
not to supply a passive speaker with signals that are damaging to the
transducers. To control these signals, Peecker Sound recommends using the
PS266 processor. Using the appropriate selection of ampliers and limiters
allows speakers to achieve maximum performance without the risk of damage.
For maximum performance – i.e. exploiting transducers to the full in relation
to signal peaks – a good practical rule is to have a double-powered (“oversized”,
as we call it) amplication channel as compared with the transducer’s RMS power
tolerance. To protect the transducer coil, moreover, a limiter also needs to be
used to avoid exceeding RMS power levels for prolonged periods of time. This
is the function performed by the limiters in the Forty Series amplied models
and in the PS266 external processors.
4015MH/A 4015MH/A
40SW18/A 40SW18/A

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Generally speaking, an amplier whose power is lower than the transducer’s
power tolerance (“undersized” amplier) does not guarantee transducer
protection unless a limiter is used. In fact, when input signals are high, even
an undersized amplier can“square”the output signal, resulting in the delivery
of power exceeding the nominal rating of the amplier and the presence of
time lapses with constant voltage which are particularly damaging to acoustic
transducers. The recommended Peecker Sound ampliers for amplifying
passive models are equipped with an internal limiter (anti-clip) which prevents
the signal from being squared. If they are undersized, they thus provide a
strong guarantee against transducer breakage. To achieve maximum dynamic
performance, however, as explained above, we recommend using oversized
ampliers and a PS266 processor whose limiter functions will limit the input.
7.2 Amplier-speaker connections
The table below provides a summary of the wiring between the Neutrik®
SpeakOn NL4 connector and the transducers inside the cabinet.
PIN 1- PIN 1+ PIN 2- PIN 2+
4008 Full Range
Negative
Full Range
Positive --- ---
4010MH Full Range
Negative
Full Range
Positive --- ---
4012MH Full Range
Negative
Full Range
Positive --- ---
4015MH Full Range
Negative
Full Range
Positive --- ---
4030MH Full Range
Negative
Full Range
Positive --- ---
Table 2: Wiring with Neutrik® SpeakOn NL4 connectors
7.3 Power cables
It is very important to use power cables of the appropriate length.
The length of the cable can cause signicant impedance and, as a result,
lower the quality of the audio signal as well as alter the dumping factor of the
amplier-speaker coupling.
The table below shows the recommended power cable lengths for dierent
transducer impedance levels.
Maximum length
CSA duct
4 Ω 8 Ω
1.0 mm² 11 m 22 m
1.5mm² 17 m 34 m
2.0 mm² 22 m 44 m
2.5 mm² 29 m 58 m
4.0 mm² 44 m 88 m
6.0 mm² 66 m 132 m
Table 3: Comparison between CSA duct size and maximum cable length with different loads
8. ACTIVE LOUDSPEAKER SYSTEMS
All the self-powered versions of the Forty Series contain a 500 W (@8
Ω) class D amplier with switching technology as well as on-board DSP
(Digital Signal Processor) with 24-bit of word code and sampling frequency
of 96 kHz. The DSP has 2 presets, selectable through a switch located on the
rear panel. In the DSP of every single model, the equalization and limiters
of each of the presets selectable by the user are factory-set according to
the frequency.
Everything is designed to produce the best possible sound with the
maximum SPL value, in complete condence that the speakers or
ampliers themselves will not be damaged.
Through the connection panel it is possible to link the signal connected
to the speaker input (signal Link), and three LED lights indicate system
operation (POWER), signal presence (SIGNAL) and limiter operation
(LIMIT - a single LED indicates clipping of both the converters and the
power module) in turn.Volume control (LEVEL) is through a potentiometer.
Connection to the power supply is through a Neutrik® powerCON
connector and a fuse located above it provides additional protection.
Figure 8. Active speaker rear panel
8.1 On board amplier technical data
4012MH/A - 4015MH/A - 4030MH/A
Input connectors max +10 dBu - XLR
Rear panel indicators LED - power, signal, limit
Input impedance 12k Ω unbal., 24k Ω bal.
DSP processing 24 bit/96 kHz; 2 selectable preset
Output power rating 500 W (@8 Ω)
AC power connector Neutrik® powerCON
AC voltage 115 or 230V ~ 45/65 Hz ± 10%
Table 4: Active speakers technical data
8.2 Presets
Amplied speakers can operate in two dierent modes - Mode A and
Mode B.
As far as full-range upper modules are concerned, the two operating modes
are related to whether or not there is a subwoofer. In Mode A, the high-pass
lter frequency (HPF) cut is around 40 Hz. This mode should be used when
there is no subwoofer. Mode B should be selected if the full-range speaker is
complemented by a subwoofer for the reproduction of low frequencies. In
this mode, the high-pass lter frequency is around 90 Hz.
As far as subwoofers are concerned, the two operating modes allow a
choice, according to “taste” or to the type of installation, between two
dierent low-pass lter frequency cuts, so that the low frequency band
can have an extension of up to 86 Hz or up to 106 Hz.

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SUB Mode A (42 Hz-86 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
SUB Mode B (42 Hz-106 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4012MH Mode A (HPF 44 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4012MH Mode B (HPF 90 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4015MH Mode A (HPF 40 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4015MH Mode B (HPF 90 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4030MH Mode A (HPF 40 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
4030MH Mode B (HPF 90 Hz)
10 20 50 100 200 500 1k 2k 5k 10k 20kHz
15dB
10dB
5dB
0dB
-5dB
-10dB
-15dB
FREQUENCY CUTS
Indicativamente, vengono riportati i “tagli” per i vari modelli di diffusori.
Figura 3: Frequenze di taglio nelle diverse modalità di utilizzo
8.3 Frequency Cut - diffusori attivi
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peecker sound®
9. FREQUENCY CUTS (ACTIVE MODELS)
Figure. 9 Frequency cuts of active models for different use typologies

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9. WARRANTY
Peecker Sound products are guaranteed against malfunction due to defective
materials or workmanship for a specied period of time, starting from the date
of original purchase. Should a malfunction occur during the warranty period,
the product will be repaired or replaced (at the manufacturer’s discretion) free
of charge. The shipping costs and related risks, and any loss during shipment
to authorized service centres are the responsibility of the customer. The
product will be returned to the customer with a carriage forward shipment.
Warranty terms
The warranty covers the appliance under its initial purchase in compliance
with the laws in force. The warranty is valid for ve years, starting from the date
of receipt of the product. Peecker Sound reserves the right, in certain cases,
to decide to replace the appliance with another identical or similar product.
The warranty is not extended following a product failure. The warranty does
not pay for incidental or consequential damages, without limitation, caused to
persons or property during any period of ineciency of the appliance.
Exclusions and limitations
The warranty does not apply to:
• anydamagetoexteriornishingsorsurfaces,aestheticelements,orelectric/
electronic parts resulting from negligent use of the product;
• malfunctionresultingfromincorrectorimproperuseoftheproductorfrom
transport without due care;
• malfunctionresultingfromrepairscarriedoutbyunauthorizedpersonsor
service centres;
• malfunctionduetocircumstancesthatcannotbeascribedtomanufacturing
defects of the appliance;
• plasticorglassparts,bulbsandthelike,aswellasallthatcanberegarded
as normal wear and tear. As regards circuit components (transistors, diodes,
etc.) the general terms set by the original manufacturers apply.
The following are also not covered by the warranty:
• damage caused by accidents, product modications, negligence or
incorrect connection;
• damagethatoccurredduringtransport;
• damageresultingfromfailuretocomplywiththeinstructionscontainedin
the user’s manual;
• claimsbasedonmisrepresentationsbythesellerandanyproductwhose
serial number has been rubbed o, modied or removed.
Receiving warranty service
To receive repair or replacement of the product under warranty, the customer
must deliver the product in its original packaging carriage paid to an
authorized Peecker Sound service centre together with the relevant proof of
purchase, i.e. bill of sale, receipt or invoice.
The warranty service and list of authorized service centres is available at the
address below:
Peecker Sound - After-Sales Service
Via Monti Urali, 29
42100 Reggio Emilia – Italy
Tel: +39 0522 557735
Fax: +39 0522 391268
E-mail: [email protected]
Repair or replacement of the product and its return to the customer are the
only services provided to the customer. Peecker Sound shall not be held liable
to pay incidental or consequential damages including, without limitation,
injury to persons or property or loss of use.
Costs paid by Peecker Sound
Peecker Sound will pay for all labour and material expenses necessary for
the repairs covered by the warranty.
Make sure you keep the original packaging; otherwise, the cost of
replacing it will be charged to you if necessary.
Produce the original invoice to establish the date of purchase. Do not
send the product to the factory without prior authorization.
Should shipment of the product be a problem, please contact the
service centre, who will deal with it promptly. Otherwise, the customer is
responsible for shipment and handling of the product to be repaired and
payment of all shipping costs.
Limitation of implicit warranties
All implicit warranties, including guarantee of merchantability and
suitability to specic purposes, are limited to the duration of the present
warranty. With the exception of certain types of damage, Peecker Sound
liability is limited to repairing or replacing, at its discretion, any defective
products, with no obligation of compensation for any kind of incidental
or consequential damages. In case of any controversy, the court of
jurisdiction will be exclusively the Court of Reggio Emilia (RE) – Italy.
This manual suits for next models
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