Peavey PVs 15 Sub User manual

www.peavey.com
PVs 15 Sub
Enclosure
Operating
Manual

FCC CAUTION:
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1)
This device may not cause harmful interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
Any changes or modications not expressly approved by the party responsible for compliance could void
the user’s authority to operate the equipment.
NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pur-
suant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harm-
ful interference in a residential installation. This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can be
determined by turning the equipment o and on, the user is encouraged to try to correct the interference
by one or more of the following measures:
—Reorient or relocate the receiving antenna.
—Increase the separation between the equipment and receiver.
—Connect the equipment into an outlet on a circuit dierent from that to which the receiver is connected.
—Consult the dealer or an experienced radio/TV technician for help.
The equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment,
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.
The equipment should be installed and operated with minimum distance 5cm between the radiator and
your body.
IC WARNING:
This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the fol-
lowing two conditions: (1) this device may not cause interference, and (2) this device must accept any inter-
ference, including interference that may cause undesired operation of the device.
Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de
licence. L’exploitation est autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas produire de
brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, même si le
brouillage est susceptible d’en compromettre le fonctionnement.
This Class A digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.
the device is compliance with RF exposure guidelines, and the equipment should be installed and operated
with minimum distance 5cm between the radiator and your body.
l’appareil est conforme aux directives d’exposition RF, et l’équipement doit être installé et exploité avec une
distance minimale de 5 cm entre le radiateur et votre corps.

Description
e Peavey® PVs 15 Sub is a compact vented powered subwoofer system utilizing a 15” heavy-duty woofer, cou-
pled to a DSP controlled power amplier with 1,000 watts peak available power. e full-length black perforated
steel grille provides protection and a professional appearance, along with the sturdy steel handles for moving the
Sub. Large heavy-duty locking casters on the rear provide for easy transport on suitable surfaces.
Internal line-level crossover with two high-pass outputs, and one full-range thru output. Peavey’s new switchable
bass enhancer for extra bass punch from low frequency program material is incorporated for maximum versatil-
ity.
A threaded pole-mount system provides a sturdy and stable platform to mount a suitably equipped speaker sys-
tem above the sub woofer. e PA™ two-way powered speaker series are an excellent partner for the PVs 15 Sub.
e PVs 15 Sub speaker system power amplier providing the power is a low-distortion reliable fan-cooled unit
providing a total of 1,000W peak available power for the system. e power supply for the power amp is a switch
mode type for low weight and high eciency. e amplier features DSP processing for the crossover functions,
compression and limiting, and the low-frequency EQ.
Input is via a combo female XLR and 1/4” TRS phone jack with balanced input to the preamp/EQ electronics,
and a gain control.
A pair of High-Pass Outputs in the form of male XLR jacks provides a buered and balanced output signal for
satellite speakers to carry the high range of the music. A Full-Range ru output has a male XLR connector.
ese outputs allow linking of additional speaker systems, or feed of the signal to other devices, etc.
Features
•Vented bass powered subwoofer enclosure
•1,000 watts peak available power
•15” Heavy Duty Woofer
• Power Amp has forced air cooling for maximum reliability
•Internal line level low-pass/high-pass crossover network
•DSP based crossover, compression, limiting and EQ.
•Bass Enhance button for increased bass impact
• XLR/one quarter inch combo jack input
•Two High-Pass XLR outputs, One Full Range ru XLR output
•Polarity Switch for polarity reversal of subwoofer
•Ground Li for liing cable shield from ground
•Full-coverage heavy-duty perforated steel grill
• Steel handles
•Large heavy-duty locking casters with damped bearings
•Compact dimensions for a 15” woofer based sub
•readed Pole Mount with speaker pole included
Applications
e Peavey PVs 15 Sub has a variety of applications such as extending the bass performance of smaller full-range
speaker systems for sound reinforcement, public address, side ll system, karaoke or musical playback.
A typical signal source for the line-level inputs of the Peavey PVs 15 Sub would be a sound reinforcement mixing
console (mixer) or the output from a CD player, MP3 player or tape deck. e high-pass ltered signal from the
PVs 15 Sub would then be sent to a full-range powered speaker system, easing the burden of deep bass from this
speaker system.
ENGLISH

Frequency Response, 1 meter on-axis, swept-sine in half space
Environment (-6 dB):
47 Hz – 180 Hz (Crossover Control Full CW)
47 Hz – 90 Hz (Crossover Control full CCW)
Low Frequency range (-10 dB, half space):
44 Hz
Power Amp Rating:
1,000 watts peak available power
Sine wave Power:
500 watts into 4 ohms (Output duration is limiter controlled)
Electronic Input Impedance (Nominal):
Line In: 20 k ohms balanced (XLR or 1/4”), 10 k ohms unbalanced 1/4”
Maximum Sound Pressure Level (1 meter in half space):
124 dB SPL continuous 127 dB SPL peak
Transducer Complement:
15” premium heavy-duty woofer, 3” voice coil, 90 oz. magnet
Box Tuning Frequency:
50 Hz
Input Connections:
One combo female XLR/ 1/4” phone jack providing balanced or unbalanced operation.
Electronic Input Impedance (Nominal):
Line In: 20 k ohms balanced (XLR or 1/4”), 10 k ohms unbalanced 1/4”
Output Connections:
Two High Pass Outputs.
One Full Range ru.
Controls:
Level: Provides O to + 20 dB gain adjustment
Crossover Frequency Adjust:
Adjusts electrical crossover frequency from 90 Hz to 180 Hz, in 15 discrete steps.
Bass Enhance:
Provides bass enhancement processing.
Specifications

Polarity Switch:
Provides either Normal (0 degrees) or Reversed (180 degrees) sub woofer polarity.
Ground Li Switch for input.
Electronic Crossover
Linkwitz-Riley crossover variable from 90 Hz to 180 Hz. Low Pass slope: 24 dB/octave
High Pass Output slope:
24 dB/octave
Infrasonic Filter Slope:
36 dB/octave
Nominal Amplier Frequency Response:
+0, -3 dB from 20 Hz to 20 kHz
Hum and Noise:
Greater than 90 dB below rated power
THD and IM:
Typically less than 0.1 %
Power requirements of Peavey PVs 15 Sub System:
Nominal 160 Watts, 100-120 VAC 50-60 Hz (Domestic)
220-240 VAC 50-60 Hz (Export)
Enclosure Materials & Finish:
Black acrylic painted enclosure with 15 mm MDF, with a full-length, black powder coated perforated
steel grille. Four rubber feet for oor use, and four heavy-duty locking casters for transport.
Dimensions (H x W x D) In use position:
24.46 in. x 16.75 in. x 23.75 in. (27.81 in. with casters) 621 mm x 425 mm x 603 mm
In transport position:
27.81 in. x 16.75 in. x 24.46 in.
706 mm x 425 mm x 621 mm
Net Weight:
81.5 Lbs. (37.0 kg)
Mounting Provisions:
1 3/8” pole mount with M20 threaded pole for stand mounting a suitable speaker on top of the Sub, and
four large rubber feet on bottom for oor use. readed pole is supplied with the unit.

Rear Panel
Loudspeaker System Specifications
_ PAGE _1_
power for the system. The power supply for the power amp is a switch mode
type for low weight and high efficiency. The amplifier features DSP processing
for the crossover functions, compression and limiting, and the low-frequency EQ.
Input is via a combo female XLR and 1/4” TRS phone jack with balanced input to
the preamp/EQ electronics, and a gain control.
A pair of High-Pass Outputs in the form of male XLR jacks provides a buffered
and balanced output signal for satellite speakers to carry the high range of the
music. A Full-Range Thru output has a male XLR connector. These outputs
allow linking of additional speaker systems, or feed of the signal to other devices,
etc.
Applications
The Peavey XS™15 Sub has a variety of applications such as extending the
bass performance of smaller full-range speaker systems for sound
reinforcement, public address, side fill system, karaoke or musical playback.
A typical signal source for the line-level inputs of the Peavey XS™15 Sub would
be a sound reinforcement mixing console (mixer) or the output from a CD player,
MP3 player or tape deck. The high-pass filtered signal from the XS™15 Sub
would then be sent to a full-range powered speaker system, easing the burden of
deep bass from this speaker system.
REAR PANEL
BOTTOM
VOLTAGE SELECTOR SWITCH (1)
VOLTAGE SELECTOR SWITCH (1)
e PVs 15 Sub has a voltage selector switch to allow switching between an input power voltage range
from 100VAC to 120VAC to a range from 220VAC to 240VAC, all at either 50 or 60 cycles per second (Hz).
It should be set to the proper voltage for your country out of the box. However, world conditions are such that
some areas have power line voltages diering from the voltage used by the majority of any given locale.
Be sure to check the position of the voltage selector switch to see that it matches the power line voltage used
locally. e red slider slot should be toward the voltage required that is printed on the rear panel. If it does not
match, then to change the voltage to the correct one, follow the steps outlined below.
Changing the Voltage Range of the PVs 15 Sub
First, make sure the PVs 15 Sub is disconnected from the power line, and that the power switch (4) is in the OFF
position.
Second, unscrew the screws holding the clear switch protector on the voltage selector switch (1) just a little, just
enough to allow rotation of the clear switch protector. e screws DO NOT need to be unscrewed very far.
ird, rotate the clear plastic protector about 90 degrees to uncover the voltage selector switch. One side of the
cover has a slot; the other just a hole. e side with the hole is the side that pivots.
Fourth, using a small at blade screwdriver, push the red selector switch slide plate to the other side from where
it was. e red slider slot should be toward the desired voltage that is printed on the rear panel.
Fih, rotate the clear plastic protector back underneath the loosened screws, and tighten one down while hold-
ing the clear plastic protector in place. Tighten the other screw down, and make sure both screws are tight. If
the screws are over-tightened, this could damage the voltage selector switch clear plastic cover, so do not apply
excessive force to the screws!
Sixth, the fuse should be changed to the correct amperage rating. For an input power voltage range from 100VAC
to 120VAC, use a 5 amp rated, 250V 5 x 20 mm cartridge type time-delay fuse, which conforms to the interna-

tional fuse classication “T5AL”. For an input power voltage range of from 220VAC to 240VAC, use a 3.15 amp
rated, 250V 5 x 20 mm cartridge type time-delay fuse, which conforms to the international fuse classication
“T3.15AL”. See Fuse section for detailed instructions on how to remove and install the fuse.
e IEC power cord that is correct for your locale can now be plugged into the IEC receptacle (2), and the Power
switch (4) activated to turn on the powered PVs 15 Sub speaker system.
IEC POWER CORD CONNECTION (2)
is receptacle is for the IEC line cord (normally supplied with the correct pins and wiring for your lo-
cale) that provides AC power to the unit. It is very important that you ensure the PVs 15 Sub has the proper AC
line voltage supplied. You can nd the voltage setting for your PVs 15 Sub by checking the voltage selector
switch on the rear panel of the unit. See above section.
Please read this guide carefully to ensure your personal safety as well as the safety of your equipment.
Never break o the ground pin on any equipment. It is provided for your safety. If the outlet used does
not have a ground pin, a suitable grounding adapter should be used and the third wire should be grounded prop-
erly. To prevent the risk of shock or re hazard, always be sure that the mixer and all other associated equipment
are properly grounded.
FUSE (3)
e unit is AC power line fuse protected from overloads and fault conditions with a slow-blow 5 x 20mm
250V fuse. is fuse is located within the cap of the fuse enclosure just above the ON-OFF switch. If the fuse
fails, THE FUSE MUST BE REPLACED WITH THE SAME TYPE AND VALUE IN ORDER TO AVOID DAM-
AGE TO THE EQUIPMENT AND TO PREVENT VOIDING THE WARRANTY!
e fuse in the PVs 15 Sub can be replaced with a time-delay type 5 x 20 mm size 250V rated fuse. For 100-
120VAC operation, a fuse rated at 5 amps should be used. In the USA, types GDC, GMC, 215, 218, and 477 car-
tridge-style 5 x 20 mm size fuses with a 5 amp 250V rating can be used. e fuse should conform to the interna-
tional fuse classication “T5AL”.
If the unit continues to blow replacement fuses, do not keep replacing them- it should be taken to a qualied
service center for repair. To replace the fuse, be sure to remove the IEC power cord from the IEC socket (2). For
220-240VAC operation, a fuse rated at 3.15 amps and 250V should be used, which conforms to the international
fuse classication “T3.15AL”. Remove the cap to the fuse enclosure (3) using a at blade screwdriver tip inserted
into the fuse cap slot. Push the cap in and turn the cap CCW and pull the cap out. e blown fuse should come
out with the cap. Remove the blown fuse and replace it with the proper type per instructions previously supplied.
en, once the new fuse has been put in place, re-insert the fuse enclosure cap, push in and turn the cap CW, and
make sure it is fully seated. Before re-attaching the IEC power cord to the IEC socket, make sure the Power
switch is in the OFF position, so that intermittent contact of the IEC cord while it is being connected will not un-
duly stress the amplier or the fuse. Now re-attach the IEC power cord, and you can then use the Power switch
to turn the unit on.
ON-OFF SWITCH (4)
is rocker switch supplies AC power to the PVs 15 Sub when switched to the ON position. e ON position is
with the upper portion of the switch pushed “in” or nearly ush with the rear panel.

Rear Panel
INPUT (5)
e line-level input is of the medium impedance balanced type. e jack is a combo female XLR and 1/4” TRS
connector.
GROUND LIFT Switch (6)
Provided for liing cable shield from chassis ground, to break potential ground loops and reduce hum.
GAIN (7)
Controls the gain or output level of the input signal. It is used to directly set the system output level for a given
input signal. Normal usage is with the knob set to half-way, this is then equivalent in gain to a typical power amp
input.
SIG LED (8)
Illuminates GREEN when a signal is present at the input jack (5).
LIM LED (9)
It illuminates RED when the power amp engages the compression or limiting circuitry. Regular ashing is ac-
ceptable, but not a constant illumination, or distortion will be excessive.
PWR LED (10)
Illuminates GREEN when the power switch is on and power is present.
CROSSOVER Frequency Control (11)
Varies the crossover frequency between the Subwoofer and the High Pass Outputs sent to the satellite/s speaker/s
(14 & 15). Varies the electrical crossover frequency from 90 Hz to 180 Hz. CAUTION! SETTING THIS CON-
TROL TOO LOW MAY ALLOW THE SATELLITE SPEAKER TO BE OVERLOADED BY DEEP BASS!
Setting the control lower DOES NOT increase the deep bass output of the PVs 15 Sub, a middle range (9:30 to
2:30 clock face position) setting works best for most speakers.

POLARITY SWITCH (12)
Provides either Normal (0 degrees) or Reverse (180 degrees) sub woofer polarity. is switch is used in conjunc-
tion with the Crossover Frequency Control (11) to provide for the best match between the Subwoofer output and
the satellite speaker output in the crossover region.
BASS ENHANCE SWITCH (13)
Provides the capability to add extra punch to the bass to enhance the perception of deep bass in the program ma-
terial without overloading the Subwoofer speaker. Useful for DJ and EDM music genre’s, it may cause excessive
boom if used for vocals or acoustic instruments.
BASS ENHANCE LED (14)
Illuminates Orange when the Bass Enhance switch has been engaged.
HIGH PASS OUTPUTS (15 & 16)
ese outputs provide a high-pass ltered signal to be fed to a full-range powered speaker system. Other full-
range powered speakers can be used, and full-range passive speakers can be used in conjunction with a suitable
power amp to drive them.
ese outputs are electronically buered and isolated from the input, and their level is controlled by the PVs
15 Sub GAIN control (7). us, once the gain relationship between the Sub and the satellite speaker system has
been established, the overall gain of the combined Sub and satellite system can be changed with the PVs 15 Sub
GAIN control (7).
THRU FULL RANGE OUTPUT (17)
is output provides a full-range signal to be sent to any other device that requires a full-range signal, such as
another PVs 15 Sub, or some other line level audio device. is output is paralleled with the input, and the gain
does not change with changes in the PVs 15 Sub GAIN control (7).
e unit must be disconnected from the AC power source before any work is done on it. Refer all servicing to
qualied service personnel.
e back plate can become hot to the touch. Do not block or cover the fan or the exhaust louvers from ventila-
tion. ere must be a minimum of 12” of space behind the fan. Do not allow the airow to be become blocked by
objects such as curtains or drapes, thermal building insulation, etc. It is recommended that the rear of the PVs 15
Sub not be placed in a closed space or a space that has no fresh, cool airow.
DO NOT connect the inputs of the PVs 15 Sub to the output of a power amplier. e inputs are meant to be
driven from a line-level strength signal.
DO NOT remove the protective metal grilles.
WARNING! e PVs 15 Sub is very ecient and powerful! is sound system can permanently damage hear-
ing! Use extreme care setting the overall maximum loudness!
e apparent sound level of the PVs 15 Sub can be deceiving due to its clear, clean sound output and lack of high
frequencies. e lack of distortion or obvious distress can make the sound level seem much lower than it actually
is. is system is capable of SPL in excess of 127 dB at 1 M from the speaker!
Cautions

Placing A Satellite Speaker System On Top Of e PVs 15 Sub
e PVs 15 Sub has a threaded pole mount built-in to the top of the unit, and this is designed to mate with an
M20 threaded pole of approx. 32” in length or less. is pole is designed to be used with speaker systems less
than 33” high and less than 60 lbs. in weight.
Do not place a taller/larger or heavier speaker system than this on the pole, or it may be unsafe due to the poten-
tial to tip over. e PVs 15 Sub must be placed on rm and level ground, in order for the pole mounted speaker
to be safe from tipping.
When installing or de-installing the speaker on the pole, it is a good practice to have a helper if possible, it can
be hard to “thread the needle” and mate the pole cup to the Subwoofer pole while holding the speaker system at
arm’s length.
When using the PVs 15 Sub and pole outdoors, never attach banners or ags to the pole or the pole mounted
speaker system, strong winds may cause the speaker to blow over. If there is a possibility of strong windy condi-
tions, then it may be prudent to consider removing the speaker from the pole to prevent the PVs 15 Sub and pole
mounted speaker system from being blown over.
Connecting AC Power To e PVs 15 Sub
e PVs 15 Sub typically comes with a 7.5-foot (or longer) IEC connection AC power cord. If you are using
an extension cord or power strip with this powered speaker, make sure it is of good quality and of a sucient
current capacity to maintain safety and maximize the power output capability of the PVs 15 Sub. For maximum
undistorted output, do not connect any other device to the same extension cord that the PVs 15 Sub is connected
to. Do not exceed the rated current capacity of the extension cord with the sum total of all units connected to
it.
When rst plugging in the PVs 15 Sub AC cord, make sure the power switch is in the O position, and then turn
it On only once the power cord has been connected. Built-in muting will engage when the proper sequence of
steps is taken.
Special Note for Permanent Installation
When installing the PVs 15 Sub, AC power runs will be used and a certied electrician should be consulted to be
sure that all AC wiring complies with local codes and regulations. It is also advisable to use a cable clip properly
axed to the cabinet to strain relief the IEC power cord connected to the amplier module at (2) so the power
cord cannot be pulled out or vibrate loose.
Connecting a Signal to the PVs 15 Sub
ere are a variety of ways to input a signal to the PVs 15 Sub. e input (5) provides a balanced line-level input,
allowing the use of a 1/4” TRS (ring-tip-sleeve) type phone plug or a male XLR plug. Of course, an unbalanced
1 / 4 “ phone plug can be used as well, but it will not have the benet of the balanced connections rejection of
outside interference such as hum and RFI.
Do not connect cables to the jacks while the unit is ON and the Gain knob is turned up! While a standard
single-ended 1/4” phone plug-equipped cable will work well and the balanced input circuitry will provide some
interference rejection, a balanced cable using either the balanced TRS 1/4” phone plug or the XLR plug will pro-
vide superior interference rejection and performance.
Sometimes, with dicult interference problems, it will be helpful to li the shield ground ( Pin #1 of an XLR) of
a balanced cable at the PVs 15 Sub end. is can be done quite easily by activating the Ground Li switch (10)
built-in to the PVs 15 Sub. Check any input changes carefully, always turning the Gain control down before plug-

ging and unplugging cables, or liing the ground.
Use of high quality, premium cables is recommended for the PVs 15 Sub, as these usually have better shielding
and materials and will provide greater longterm reliability. e best option is a shielded balanced cable no longer
than necessary to reach the PVs 15 Sub. It is usually a good idea to leave some slack at the input to the PVs 15
Sub and also to tape the cables down or run them under a cable guard to avoid anyone tripping over them or
pulling the PVs 15 Sub over when it is holding a speaker on top of it’s pole.
Gain Control Adjustment
e PVs 15 Sub is equipped with a Gain control (7) on the input to facilitate use in many dierent applications.
With the Gain control adjusted fully clockwise, gain is at maximum and the input sensitivity is 0.16 V RMS for
full-rated output. It is recommended that the PVs 15 Sub Level control be set close to straight up.
At this setting, the input sensitivity is approximately 1.4 volts RMS for full-rated output. e PVs 15 Sub will now
more closely match a typical power amp input. If the mixing board indicates clipping of its output signals, then
all of the PVs 15 Sub power capability is not being utilized cleanly. Clipping the signal before it gets to the PVs 15
Sub is not optimal. Reduce the mixer output level and turn up the Gain control on the PVs 15 Sub.
e amplier in the PVs 15 Sub is equipped with DSP based compression and limiting and the LIM LED indica-
tor will show when this system has engaged. If the sound seems heavily compressed, check this indicator; if it is
mostly illuminated RED, then the drive level from the mixer (or the Gain control on the PVs 15 Sub) needs to be
reduced. It is OK for the LIM LED to blink RED regularly, as this means the system is doing it’s job to allow you
maximum output before the signal becomes audibly distorted.
When rst turning on the sound system, switch on all upstream electronics rst, then the PVs 15 Sub with its
Gain control fully counterclockwise (all the way down). Begin checking levels with the mixer output level con-
trols all the way down, and bring them up slowly with the PVs 15 Sub Gain control set to the desired setting
(one-half way up recommended to start).
It is not good practice to turn the Gain control on the PVs 15 Sub all the way up and then try to control level
only from the mixer, this approach would tend to pick up excess noise. Best practice would be to run a “hot”
signal from the mixer down the cable to the PVs 15 Sub, and then turn the PVs 15 Sub Gain control up only as
much as necessary to reach full desired output. With this approach, it is necessary to verify the mixer output is
not clipping.
Cables from the High Pass Outputs (15 & 16)
e preferred method of connecting a full-range satellite speaker system to the PVs 15 Sub’s High Pass Outputs
(15 & 16), is to use a balanced XLR cable no longer than necessary to comfortably reach the satellite speaker
system. If the satellite speaker is on top of a pole above the PVs 15 Sub, then a 6 foot cable will be plenty long. A
10, or 20 foot cable could also be used, but cables longer than that will only allow more interference pickup, and
possibly start to lose high frequency information. Use of high quality, premium cables is recommended for the
PVs 15 Sub, as these usually have better shielding and materials and will provide greater long-term reliability. It
is usually a good idea to leave some slack at the output of the PVs 15 Sub, and also to tape the cables down or run
them under a cable guard to avoid anyone tripping over them or pulling the PVs 15 Sub over when it is holding a
speaker on top of it’s pole.
Recommended Settings for Use of the PVs 15 Sub with other Peavey Powered Speakers
e ideal location for placement of the Peavey powered series full-range speakers is on top of the PVs 15 Sub
pole. In that close proximity, the following settings will provide the best results in the crossover region, and for
tonal balance.

PVs 15
135 Hz/90 Hz
Normal/Either
2 o’clock
135 Hz/110 Hz
Normal/Either
2:15 o’clock
135 Hz/110 Hz
Normal/Reverse
12:30 o’clock
135 Hz/110 Hz
Either/Normal
12:30 o’clock
160 Hz/135 Hz
Reverse/Reverse
10 o’clock
160 Hz/135 Hz
Normal/Reverse
9:30 o’clock
135 Hz/110 Hz
Normal/Reverse
9:30 o’clock
160 Hz/135 Hz
Normal/Normal
Channel full CW
Master 3 o’clock
160 Hz/135 Hz
Normal/Normal
Channel full CW
Master 1:30 o’clock
SUB MODEL>
Top Box Model
PA12
Xover Frequency
Polarity
Top Box Level/Gain
PA15
Xover Frequency
Polarity
Top Box Level/Gain
DM112
Xover Frequency
Polarity
Top Box Level/Gain
DM115
Xover Frequency
Polarity
Top Box Level/Gain
PVXp10 DSP
Xover Frequency
Polarity
Top Box Level/Gain
PVXp12 DSP
Xover Frequency
Polarity
Top Box Level/Gain
PVXp15 DSP
Xover Frequency
Polarity
Top Box Level/Gain
P1 BT
Xover Frequency
Polarity
Top Box Level/Gain
P2 BT
Xover Frequency
Polarity
Top Box Level/Gain
Frequency & Polarity
* Check the Peavey website for updat-
ed information.
Frequencies corresponding to the
Crossover knob position:
Full CCW (7 o’clock) equals 90 Hz
Half-way between full CCW and
straight up (9:30 o’clock) equals 110
Hz
Straight Up (12 o’clock) equals 135 Hz
Half-way between straight up and full
CW (2:30 o’clock) equals 160 Hz
Full CW (5 o’clock) equals 180 Hz

Troubleshooting
CAUTION! SETTING THE CROSSOVER FREQUENCY CONTROL TOO LOW MAY ALLOW THE SAT-
ELLITE SPEAKER TO BE OVERLOADED BY DEEP BASS AT HIGH SPL !
Setting the control lower DOES NOT increase the deep bass output of the PVs 15 Sub, a middle range (9:30 to
2:30 clock face position) setting works best for most speakers.
If the powered full-range speakers are not set on top of the PVs 15 Sub on the pole, then the polarity switch set-
tings may need to be dierent than what is provided here. e Crossover Frequency Control may need to be set
to a slightly lower point in order for the Subwoofer and the satellites to sum well through the crossover region.
e settings outlined above will work the best when the satellite speaker and the Subwoofer are closer together,
and essentially the same distance from the audience.
Setting the PVs 15 Sub Controls for Use with Other Satellite Speakers
Crossover Frequency Control (11): In general, for smaller full-range speakers to be used as satellites, set the
Crossover Frequency Control (11) to a higher frequency setting. For larger full-range speakers, set the Crossover
Frequency Control (11) to a lower frequency setting. Setting the Crossover Frequency Control very much below
the 10 o’clock position for smaller satellite speakers will not be needed most of the time, as a crossover frequency
below 110 Hz is not going to allow the PVs 15 Sub and the smaller satellite speaker to add together very well in
the crossover region.
Polarity Switch (12): Try changing the Polarity Switch setting back and forth at each selected crossover frequen-
cy, so as to determine which switch position provides the most bass output in the crossover region. When listen-
ing, either have someone else toggle the Polarity switch, and listen back where the audience will be, or toggle the
polarity and then go listen in the audience area. Listening while standing behind the Sub will not allow you to
hear the correct summation of the Sub and the top speaker.
Level Controls (7): Start with the PVs 15 Sub Level control in the straight up position, and adjust the satellite
speaker system to match it’s level. Note that if the Subwoofer can be heard as a distinctly separate sound source,
then it is probably set too high in level.
Disconnecting AC Power to the PVs 15 Sub
We recommend that the Power switch (4) be used to turn the unit o rst, and then the AC power cord can be
removed, this minimizes stress to the power ampliers and the transducers from turn-o transients. e power
switch has an arc suppression capacitor to help during turn-o, and tends to make a clean disconnect from the
AC power, while the power cord IEC connector can make intermittent contact before nally becoming fully dis-
connected, e.g., as when wiggling the cord.
No Output at All
First, make sure the unit has AC power and is turned ON. Make sure the LED on the power amp module is
illuminated. If not, make certain the ON/OFF switch (4) is in the ON position and check the IEC power cord
connection (2) by ensuring it is fully engaged and seated. Make certain the AC line cord is plugged into a work-
ing AC outlet. Finally, check the fuse (3). (See the Rear Panel: Fuse section, for safety instructions.)
Once assured your unit is getting AC power, check that the PVs 15 Sub is getting a signal. Temporarily discon-
nect the cable running to its inputs and connect it to some other device capable of reproducing the signal (i.e., a
power amp and speaker). If this produces a signal, make sure that all Gain/Level controls being used have been
turned up to a satisfactory level (one-third to halfway).
If the PVs 15 Sub has been subjected to direct sunlight or excessive heat, the built-in thermal protection may
have been triggered. If so, turn o the PVs 15 Sub and let it cool for a sucient amount of time. If there is still no
output, contact your authorized Peavey dealer or the Peavey International Service Center.

Troubleshooting
Hum or Buzz
If the PVs 15 Sub is producing a hum or buzz, this can be AC outlet related. Try plugging the PVs 15 Sub into a
dierent AC outlet. Sometimes, if a dierent circuit (breaker) is used for the mixer and for the PVs 15 Sub, it can
cause hum problems. Unless it is not practical, it is best to use the same wall outlet (breaker) to supply power to
both the mixer and the powered speaker.
Ensure that shielded cables have been used to route the signal to the PVs 15 Sub’s input. If speaker cables with
1/4” plugs are used as input cables instead of shielded cables, they will be prone to hum or buzz.
Hum may be ground loop related. It may be helpful to li the shield ground (Pin #1) on a balanced cable at the
PVs 15 Sub end. is is done quite easily by activating the Ground Li switch (6) built-in to the PVs 15 Sub.
Check any input changes carefully by rst turning down the Gain control, before plugging and unplugging ca-
bles, or liing the shield ground at the Sub.
Check to make sure light dimmers are not on the same circuit as the PVs 15 Sub, the mixer or any source devic-
es. If light dimmers are used, then it may be necessary to turn them full ON or full OFF to eliminate or reduce
hum. is is a typical AC wiring/light dimmer interference problem, not a design aw of the PVs 15 Sub.
e third wire (ground plug) on the AC plug should NEVER be removed or broken o, as this is a potential
safety hazard.
Distorted or Fuzzy Sound
First, ensure the mixer (signal source) is not clipping or being overdriven. Make sure the Gain (7) control on the
PVs 15 Sub has not been set too low. Check that the input plug is fully seated in the input jack on the rear panel
of the PVs 15 Sub. Ensure that a power amp has not been plugged into the input jack of the PVs 15 Sub. If an ex-
tension cord is being used to provide the AC power to the unit, insure that it is of sucient current capacity and
that it is not also being used to supply power to any other device.
e PVs 15 Sub has a built-in bass boost to extend and smooth the natural response of the speakers in the sys-
tem, so it should require little, if any, additional EQ.
A Bass Enhance button has been provided to increased the punch of the PVs 15 Sub, and this should denitely
not have any additional bass boost used with it, it WILL cause premature compression and limiting, and greatly
reduce the dynamics of the bass.
Reduce the amount of any external (mixer, rack) EQ and see if that clears up the distortion. Finally, realize that
even though the PVs 15 Sub is a powerful and high output unit, it does ultimately have limits, and it may need
additional powered Subwoofer units to provide enough sound output or coverage. In this case, try turning the
mixer levels down a little to see if that clears things up. If, aer checking all the things listed to check and any-
thing else you can think of to check safely, and the system still exhibits problems, carefully note all conditions
and check with your Peavey dealer for advice.

Care and Maintenance
Your PVs 15 Sub is a sturdy and durable product and will provide years of reliable use if properly cared for. Use
common sense and read the safety warnings to avoid hazardous operating conditions.
e unit must be disconnected from the AC power source before any work is done on it. Refer all servicing to
qualied service personnel.
Sunlight/Heat
Avoid prolonged exposure to direct sunlight, as this may cause the unit to overheat and thermally shut o.
Excessively hot operating conditions can also cause a thermal shutdown. Do not store in extremely hot or cold
conditions or extremely high humidity. Always allow unit to come to room temperature before use.
Cleaning
Never clean the PVs 15 Sub while plugged in or turned ON! When the unit has been fully disconnected from AC
power sources, use a dry cloth to remove soil or other dirt. Never use strong solvents on the PVs 15 Sub, as they
could damage the cabinet. Do not allow ANY uids to drip inside the PVs 15 Sub.
For a touch-up of any damage to the black painted nish of the PVs 15 Sub, you can use a black spray paint such
as Peavey Commercial Sound, Black Touch-Up Paint, Peavey part number 00052110. Follow the directions on
the can for safety and best results.
Aer the rst few months of use and periodically thereaer, check the hardware of the PVs 15 Sub for tightness,
including the rear panel screws and the screws that hold the grille and cabinet together. he unit is subject to a
great deal of vibration, and this could cause them to loosen with use.

Loudspeaker System Specifications
_ PAGE _1_
Loudspeaker System Specifications
_ PAGE _1_
or other dirt. Never use strong solvents on the XS™15 Sub, as they could
damage the cabinet. Do not allow ANY fluids to drip inside the XS™15 Sub.
Touchup
For a touch-up of any damage to the black painted finish of the XS™15 Sub, you
can use a black spray paint such as Peavey Commercial Sound, Black Touch-
Up Paint, Peavey part number 00052110. Follow the directions on the can for
safety and best results.
Check for Secure Hardware
After the first few months of use and periodically thereafter, check the hardware
of the XS™15 Sub for tightness, including the rear panel screws and the screws
that hold the grille and cabinet together.
The unit is subject to a great deal of vibration, and this could cause them to
loosen with use.
TYPICAL HOOK-UP CONNECTIONS
Loudspeaker System Specifications
_ PAGE _1_
Architectural and Engineering Specifications
The powered loudspeaker system shall have a frequency response from 47 Hz
to 180 Hz with the Crossover knob turned all the way CW, and from 47 Hz to 90
Hz with the Crossover knob turned all the way CCW, at the - 6 dB points. The
peak SPL with inaudible distortion shall reach 127 dB with music as a source,
when measured at a distance of 1M and driven to full output capacity. The
system shall utilize a premium 15” heavy-duty woofer in a vented enclosure
tuned to 50 Hz.
The powered loudspeaker system shall have an input channel consisting of a
medium impedance balanced input connector consisting of one combo female
XLR and 1/4” TRS phone jack on the rear panel. A Ground Lift Switch shall be
provided to allow the disconnection of the input cable shield from the system
ground to provide for breaking any possible ground loops.
There shall be a Direct Thru (output) connector consisting of a male XLR jack.
There shall be two female XLR jack filtered high-pass outputs providing a
crossed over signal to satellite speakers.
The system power amplifier shall have an unfiltered frequency response of 20 Hz
to 20 kHz which deviates no more than +1, -3 dB up to rated power, hum and
noise better than 90 dB below rated power, and THD typically of less than 0.1%.
The power amplifier shall be capable of 500W sine wave output into a 4 ohm
nominal load, and 1000W peak available power, and shall incorporate DSP
controlled signal compression and limiting.
The input signal shall be electronically divided into high frequencies and low
frequencies by a Linkwitz-Riley fourth order slope line-level crossover, with
crossover frequencies variable from 90 Hz to 180 Hz via a rear panel Crossover
knob. The low frequencies shall be processed to provide bass boost, subsonic
filtering and overall response shaping, and the high frequencies shall be made

e powered loudspeaker system shall have a frequency response from 47 Hz to 180 Hz with the Crossover knob
turned all the way CW, and from 47 Hz to 90 Hz with the Crossover knob turned all the way CCW, at the - 6 dB
points. e peak SPL with inaudible distortion shall reach 127 dB with music as a source, when measured at a
distance of 1M and driven to full output capacity. e system shall utilize a premium 15” heavy-duty woofer in a
vented enclosure tuned to 50 Hz.
e powered loudspeaker system shall have an input channel consisting of a medium impedance balanced in-
put connector consisting of one combo female XLR and 1/4” TRS phone jack on the rear panel. A Ground Li
Switch shall be provided to allow the disconnection of the input cable shield from the system ground to provide
for breaking any possible ground loops.
ere shall be a Direct ru (output) connector consisting of a male XLR jack. ere shall be two female XLR
jack ltered high-pass outputs providing a crossed over signal to satellite speakers.
e system power amplier shall have an unltered frequency response of 20 Hz to 20 kHz which deviates no
more than +1, -3 dB up to rated power, hum and noise better than 90 dB below rated power, and THD typically
of less than 0.1%. e power amplier shall be capable of 500W sine wave output into a 4 ohm nominal load, and
1000W peak available power, and shall incorporate DSP controlled signal compression and limiting.
e input signal shall be electronically divided into high frequencies and low frequencies by a Linkwitz-Riley
fourth order slope line-level crossover, with crossover frequencies variable from 90 Hz to 180 Hz via a rear panel
Crossover knob. e low frequencies shall be processed to provide bass boost, subsonic ltering and overall
response shaping, and the high frequencies shall be made available at. A Bass Enhance button shall be provided
to enable additional bass frequency output at lower SPL levels. A Polarity Switch shall be provided to allow the
subwoofer polarity to be switched from Normal to Reversed polarity.
e enclosure shall be constructed of 15 mm MDF with a textured black nish. A pair of steel handles shall be
incorporated on the sides of the cabinet and four sturdy rubber feet on the bottom for oor standing use. Large
heavy-duty locking casters shall be provided on the rear of the cabinet to aid in transport.
A full-length powder-coated metal grille shall be provided for woofer protection. e cabinet shall incorporate a
threaded pole mount for a pole to be used for a satellite speaker, and the threaded pole shall be included.
e outside dimensions in the operating position shall be: 24.46” (62.1 cm) tall x 16.75” (45.5 cm) wide x 27.81”
(70.6 cm) deep (including the casters), and the weight shall be 81.5 lbs. Power requirements shall be: 160 Watts
nominal, 120 VAC, 50/60 Hz Domestic and 220-240 VAC, 50/60 Hz (Export). e loudspeaker system shall be
called a Peavey® PVs 15 Sub.
Architectural and Engineering Specifications

425
16.732
602
23.701
622
24.488
166
6.535
218.50
8.602
110.50
4.350
224
8.819
603
23.740
494
19.449
68
2.677
357
14.055
34
1.339
301.50
11.870
212.50
8.366

425
16.732
602
23.701
622
24.488
166
6.535
218.50
8.602
110.50
4.350
224
8.819
603
23.740
494
19.449
68
2.677
357
14.055
34
1.339
301.50
11.870
212.50
8.366

Logo referenced in Directive 2002/96/EC Annex IV
(OJ(L)37/38,13.02.03 and defined in EN 50419: 2005
The bar is the symbol for marking of new waste and
is applied only to equipment manufactured after
13 August 2005
www.peavey.com
Warranty registration and information for U.S. customers available online at
www.peavey.com/warranty
or use the QR tag below
Features and specications subject to change without notice.
Peavey Electronics Corporation 5022 Hartley Peavey Drive Meridian, MS 39305 [phone]FAX [phone]