CARVIN EQ2015 User manual

MODEL EQ2015 SPECS:
Input Type: Balanced and unbalanced via male
and female XLR connector or 1/4”
phone jack
Input Impedance: 20 KΩbalanced
10 KΩunbalanced
Maximum Input Level: +20 dBv balanced or unbalanced
Output Type: Balanced and unbalanced via male
XLR connector or 1/4” phone jack
Output Impedance: 600 Ωbalanced
Maximum Output Level:
Unbalanced: +20 dBv (7.8 Vrms) into a 600 Ω
load or greater
Balanced: +26 dBv (15.6 Vrms) into a 600 Ω
load or greater
Input Gain Control: +6 dB to full attenuation
Boost Cut: ± 15 dB, +20 dBv into 600Ω
Center Frequencies: 25,40,63, 100, 160, 250, 400, 630,
1k,1.6k, 2.5k, 4k, 6.3k, 10k,
and 16 kHz ± 5%
Filter Type: Active bandpass filters (no inductors)
Frequency Accuracy: ±5% of nominal center frequency
Frequency Response
(with all sliders centered): ±1 dB, 10 Hz to 45 kHz
Bandwidth (-3 dB points): 7 Hz -85 kHz
Harmonic Distortion: <.01% THD, 20 Hz to 20 kHz
Noise (unweighted,
20 kHz bandwidth): 104 dB below full output
Slew Rate: 9 volts per microsecond
Power Requirements
US Model: 120 VAC, 60 Hz, 1/4 A, 5x20 fuse
Export Model: 230 VAC, 50 Hz, .125 A, 5x20 fuse
Package: 2 rack spaces
Dimensions: 19"W x 6"D x 3 1/2"H
Net Weight: 10 lbs.
CARVIN ENGINEERING DATA OPERATING MANUAL
The EQ2015 & EQ2030 are professional 2/3 and 1/3 octave graphic
equalizerssuitableforrecording,soundreinforcement,guitarandbass
rigs, or home audio applications. Both units feature pro sound per-
formancefromextendedfrequencyresponse,widedynamicrange,and
lownoiseoperation. Bothofferlargeprecisionsliderswith“sure-grip”
rubber boots, 15db of boost and cut per frequency, low interaction
betweenfrequencies,anddualSweepableHighandLowcutfilters. The
EQ2015 & EQ2030 are built to rugged specs for high reliability under
continuous use providing years of professional service.
INTERFACE & OPERATION
The EQ2015 & EQ2030 can be inserted into the audio signal path at any con-
venientpointwherethereisanominal“linelevel”signal. Neverconnectthespeaker
output of an amplifier to the EQ2015 or EQ2030 as damage to both units may
occur. BalancedlowimpedanceXLRw/groundliftandbalanced/unbalanced 1/4”
connections are provided allowing the EQ2015 & EQ2030 to be interfaced with
professional audio equipment (with the proper cables). See Fig. 1.
RECORDING STUDIO APPLICATIONS
The EQ2015 & EQ2030 have many uses in the studio environment. They
canbeusedtobalanceand“flatten”thecontrolroommonitors,eliminatefeed-
back in the studio mains, or to EQ individual recorded channels.
SOUND REINFORCEMENT
The EQ2015 & EQ2030 are the ideal tools for solving many live sound rein-
forcement problems. The most obvious use would be for eliminating feed-
back and fine tuning the main house speakers or the stage monitor speakers.
Typically the EQ2030, with its fine 1/3 octave adjustments would be used for
themonitors,althoughtheEQ2015couldbeusedinsituationswheretonecon-
trol, not feedback elimination, was the main objective. Both units are excel-
lent for optimizing the house PA system. Typically the EQ2015 is sufficient
for the PA mains, although in rooms with major EQ problems, the extra fine
tuning abilities of the EQ2030 may be necessary.
GUITAR & BASS AMPS
GuitarandbassplayerscanbenefitfromtheEQ2015&EQ2030byintegrating
them into their rigs between the pre-amp and power amp interrupt jack for
extra tone control. Utilizing A/B boxes, the EQ’s can be used like extra chan-
nels for unlimited tonal flexibility.
MODEL EQ2030 SPECS:
Input Type: Balanced and unbalanced via male
and female XLR connector or 1/4”
phone jack
Input Impedance: 20 KΩbalanced
10 KΩunbalanced
Maximum Input Level: +20 dBv balanced or unbalanced
Output Type: Balanced and unbalanced via male
XLR connector or 1/4” phone jack
Output Impedance: 600 Ωbalanced
Maximum Output Level:
Unbalanced: +20 dBv (7.8 Vrms) into a 600 Ω
load or greater
Balanced: +26 dBv (15.6 Vrms) into a 600 Ω
load or greater
Input Gain Control: +6 dB to full attenuation
Boost Cut:
± 15 dB, +20 dBv into 600Ω
Center Frequencies: 25,31.5, 40, 50, 63, 80, 100, 125,
160, 200, 250, 315, 400, 500, 630,
800, 1k,1.25k, 1.6k, 2k, 2.5k, 3.15k,
4k, 5k, 6.3k, 8k, 10k, 12.5k, 16 k
and 20k ± 5%
Filter Type: Active bandpass filters (no inductors)
Frequency Accuracy: ±5% of nominal center frequency
Frequency Response
(with all sliders centered):
±1 dB, 10 Hz to 45 kHz
Bandwidth (-3 dB points): 7 Hz -85 kHz
Harmonic Distortion:
<.01% THD, 20 Hz to 20 kHz
Noise (unweighted,
20 kHz bandwidth): 104 dB below full output
Slew Rate: 9 volts per microsecond
Power Requirements
US Model: 120 VAC, 60 Hz, 1/4 A, 5x20 fuse
Export Model: 230 VAC, 50 Hz, .125 A, 5x20 fuse
Package: 3 rack spaces
Dimensions:
19"W x 6"D x 5 1/4"H
Net Weight: 13 lbs.
76-20300 197
12340 World Trade Drive, San Diego, CA 92128
[phone]
www.carvin.com
HOME AUDIO
TheEQ2015 & EQ2030 are excellent equalizers for home audio use. Their high-
end professional features and specs allow them to integrate easily into top qual-
ity home set-ups. The units can be connected to an open tape monitor loop on
an integrated pre-amp/amplifier or between the pre-amp and power amp in sys-
temswithseparatecomponentsprovidingtheultimatecontrolinyourfavoritelis-
tening room.
MICRO TOROID SUPPLY
Pure DC is generated from the built-in Micro Toroid power supply which features
precision 7815 and 7915 voltage regulators. Now you can go anywhere and never
have to worry about the EQ2015 & EQ2030 giving you their exact specifications
becausevoltage tolerancesare heldtowithin.001%.. Thebig featurein thispower
supplyistheprecisionwound Toroid transformer that gives unsurpassed rejection
of noise and hum. You can place the EQ2015 & EQ2030 over sensitive gear and
notbeconcernedaboutinjectinghumornoisefromastandardtransformer. CARVIN
has spared no expense to achieve studio quality performance.
EQ2015
For your records, you may wish to record the following information.
Serial No._____________________ Invoice Date_______________
EQ2030
RECEIVING INSPECTION—read before getting started
INSPECT YOUR UNIT FOR ANY DAMAGE which may have occurred during shipping. If any
damage is found, please notify the shipping company and CARVIN immediately.
SAVE THE CARTON & ALL PACKING MATERIALS. In the event you have to re-ship your unit,
always use the original carton and packing material. This will provide the best possible protec-
tion during shipment. CARVIN and the shipping company are not liable for any damage caused
by improper packing.
SAVE YOUR INVOICE. It will be required for warranty service if needed in the future.
SHIPMENT SHORTAGE. If you find items missing, they may have been shipped separately.
Please allow several days for the rest of your order to arrive before inquiring.
RECORD THE SERIAL NUMBER on the enclosed warranty card or below on this manual
for your records. Keep your portion of the card and return the portion with your name and
comments to us.
EQ2015 DUAL 2/3 OCTAVE EQUALIZER
EQ2030 DUAL 1/3 OCTAVE EQUALIZER

INTERFACE AND OPERATION
Ingeneral,theEQ2015&EQ2030graphicequalizerscanbeinsertedintotheaudio
signalpathatanyconvenientpointwherethereisanominal“linelevel”signal. About
theonlysignalswithwhichitwouldnotbeappropriatetousetheEQ2015&EQ2030
would be very low level signals (i.e. microphone lines before the mic preamp) or
very high level signals (i.e. loudspeaker lines). The EQ2015 & EQ2030 will provide
excellentresultswhenusedwithsignalsandinput/outputimpedancesnormallyfound
in recording studios, sound reinforcement systems, or home Hi-Fi. Further details
on installation and operation are provided below for various applications. Please
refer to the section that most closely matches your application.
RECORDING STUDIO APPLICATIONS
The EQ2015 & EQ2030 have a variety of applications in the recording studio.
However,theprimaryapplicationwilllikely betoprecisely correctfrequencyresponse
errors in the control room monitoring system. In order to create a well balanced
product, it is essential that a professional recording studio utilize an audio mon-
itoringsystemthatisa“neutral”or“colorless”aspossible. TheEQ2015&EQ2030
were specifically designed for the task of removing color, or “neutralizing” audio
monitoringsystems. AnappropriatepointatwhichtoinserttheEQ2015&EQ2030
in the listening chain is between the mixer’s control room outputs and the inputs
ofthestereopoweramps. InputandoutputconnectionstotheEQ2015&EQ2030
canbemadebywayofeitherthebalancedXLRconnectorsorthe balanced/unbal-
anced 1/4” phone jacks.
If the EQ2015 or the EQ2030 is to be used for a variety of recording applications
ratherthanasadedicated monitorequalizer, thenthebestplacetointerfaceitis the
centralpatchbay. BymakingtheEQ’sinputsandoutputsavailableatthepatchbay,
the EQ can be patched into input or output channels of the mixer as desired. In
additiontotheinfinitevarietyofaudiofrequencyresponsecontoursthatcanbecre-
ated using the unit’s sliders, signals outside the audio band can be controlled by
using in the low cut and high cut filters.
SOUND REINFORCEMENT APPLICATIONS
Therearemanyapplications fortheEQ2015&EQ2030inprofessionalsoundrein-
forcement or “PA” systems. The most popular use of the EQ2015 & EQ2030 is to
provide 2/3 & 1/3 octave equalization of the main or monitor speaker systems to
correct response errors in the speakers compensate for room acoustics and con-
trol feedback. For feedback control, a good technique is to raise the level of the
systemtothethresholdofthethresholdoffeedback(i.e.tothepointwherethesys-
temjustbeginstoring)andthenlocatethesliderthatcontrolsthe“ringing”frequency.
Reduce the level of that slider until the ringing is eliminated. Again increase the
overall monitor level until the system just begins to ring (at a new frequency) and
repeat the sequence until 3 or 4 frequency are ringing together. At this point you
have reached your lowest feedback setting.
An appropriate place to insert the EQ into the system is between the outputs of
themixerormonitormainandtheinputsofthepoweramplifier.Inadditiontousing
the EQ2015 & EQ2030 to equalize loudspeaker frequency response, the units can
be used as a program equalizer on individual channels or subgroups to establish
optimum tonal balance. In the latter case the EQ would be patched into the appro-
priate channel or subgroup at the console.
The low cut sweepable filter constitutes an excellent sub-sonic filter and can pro-
vide a high degree of protection to the woofers in a sound system for unexpected
sub-sonic transients (such as might result from a dropped microphone, intermit-
tent connection, or other audio hazzards associated with live sound). The low-cut
filter will also help conserve amplifier power and reduce woofer cone excursion so
that higher sound pressure levels can be achieved before running out of amplifier
headroom. Arecommended setting is35Hz. The hi-cut filtercanprovide a degree
of protection to high frequency horns or tweeters from inaudible ultrasonic oscil-
lations in system components ahead of the EQ2015 & EQ2030. A recommended
setting is 20k Hz.
HOME HI-FI APPLICATION
The EQ2015 & EQ2030 are excellent equalizers for home Hi-Fi use. Those audio-
phyleswhoappreciateprofessionalgradeaudioequipmentwillappreciatethevalue
these equalizers represent in addition to the professional quality they provide.
The primary application of a 2/3 & 1/3 octave graphic equalizer in a home Hi-Fi
system will likely be to establish a highly accurate frequency response in the lis-
tening room. In this case the equalizers can be interfaced at the tape monitor of
the systems “receiver” or “pre-amp”. The equalizer can also be inserted between
thestereopre-ampandstereopowerampof asystem withseparate preand power
amps. Forthecase ofatypicalHi-Fistereoreceivertheleft andright“tapeoutputs”
would be connected (by way of an appropriate cable) to the inputs (most likely by
way of the 1/4” phone jacks). The outputs of the units could then be connected
backintotheleftandright“tapeinputs”ofthestereoreceiver. Depressingthe“tape”
switch on the receiver would then connect the EQ into the system.
OtherhomeHi-FiapplicationsfortheEQ2015&EQ2030arethoserelatingtohome
recording. Connecting the EQ between the preamp output and the tape recorder
input allows equalization of the material being recorded. This configuration could
be used to make tape dubs of older recordings with equalization according to your
own musical taste.
Figure 1.
1642
MONITOR POWER AMP
LEFT & RIGHT
MAIN SPEAKERS
MONITOR SPEAKERS
MAIN EQ 2030
CHANNEL TWO
10K
6K 45K
35K
25K
20
10 230
120
50
EQIN
dB
+6
0
GAIN
PEAK
HI CUT
Hz
LOW CUT
Hz
0dB
+15
–15
CHANNELONE
ON
OFF
EQ2015
25 40 63 100 160 250 400 630 1K 1.6K 2.5K 4K 6.3K 10K 16K
10K
6K 45K
35K
25K
20
10 230
120
50
EQIN
dB
+6
0
GAIN
PEAK
HI CUT
Hz
LOW CUT
Hz
0dB
+15
–15 25 40 63 100 160 250 400 630 1K 1.6K 2.5K 4K 6.3K 10K 16K
–3
+3
–6
+6
–3
+3
–6
+6
EQ2030
ON
OFF
CHANNEL TWO
0dB
+15
–15 25 31.5 40
–3
+3
–6
+6
50 63 80 100 125 160 200 250 315 400 500 630 800 1K 1.25K 1.6K 2K 2.5K 3.15K 4K 5K 6.3K 8K 10K 12.5K 16K 20K
0dB
+15
–15 25 31.5 40
–3
+3
–6
+6
50 63 80 100 125 160 200 250 315 400 500 630 800 1K 1.25K 1.6K 2K 2.5K 3.15K 4K 5K 6.3K 8K 10K 12.5K 16K 20K
EQIN
10K
6K 45K
35K
25K
20
10 230
120
50
dB
+6
0
GAIN
PEAK
HI CUT
Hz
LOW CUT
Hz
CHANNELONE
EQIN
10K
6K 45K
35K
25K
20
10 230
120
50
dB
+6
0
GAIN
PEAK
HI CUT
Hz
LOW CUT
Hz
MONITOR EQ 2015
MAIN
LEFT/RIGHT
OUTPUTS
MONITOR 1/2
OUTPUTS
MIXER
INPUTS
MAIN POWER AMP

USING THE EQ2015 & EQ2030
Comments on using 2/3 & 1/3 octave equalizers to establish a flat frequency
response.
A 1/3 or 2/3 octave Equalizer provides the capability to make very fine correc-
tionsto thefrequencyresponse ofanaudio r system. Thereis no questionabout
that. However, many users of such equalizers have only a vague idea of how to
actuallyachieve an accurate frequency response using a 1/3 or2/3 octave equal-
izer. Aloudspeaker’sworstproblemscanbecorrected“byear”toanextentdepend-
ing on the skill of the individual. But in order to achieve the precise correction
the EQ is capable of providing, it is necessary to see the actual frequency
response of the system. This requires a spectrum analyzer.
AnAudioSpectrumAnalyzerisanelectronicdevicewhichprovidestheuserwith
a frequency response display of the signal provided to the input of the analyzer.
In the case we are discussing, the input to the analyzer would be taken from a
microphone placed in the room with the loudspeakers we wish to equalize. The
sound energy in the room would then be displayed on the analyzer as a graph of
amplitude (loudness) on the vertical axis versus frequency (pitch) on the hori-
zontal axis. If a “1/3 octave” spectrum analyzer is used then there will be a dis-
playof about 30 columns with the height of each column indicating the loudness
of the sound in that frequency band. The 30 columns cover the 10 octave audio
frequency spectrum in 1/3 octave steps. Assuming that both the equalizer and
theanalyzerhavetheirfrequencybandscenteredonthestandard(ISO)1/3octave
frequencycenters,thenforeachsliderontheEQthereisacorrespondingcolumn
intheanalyzersdisplay. If music is played through thesystem,thenthe analyzer
displayed will dance about to indicate the sound energy in the room as it varies
in frequency and loudness. The analyzer would not be expected to display a flat
response curve under these conditions because music generally does not have
equal energy in each frequency band but rather has energy at changing frequen-
ciesandwithchangingloudness. Thisbringsupaquestion: Ifmusicplayedthrough
thesystemcannotbeexpected to produce a flat frequency response on the spec-
trum analyzer, then is there a signal that will? And the answer is yes; there is a
special test signal that when played through an accurate system and picked up
by an accurate microphone will result in a flat frequency response (each column
at the same height) on the spectrum analyzer display. This test signal is called
“pink noise”.
Pink noise is simply a signal that contains all the audio frequencies at once with
the frequencies in each octave band having the same energy (loudness) as the
frequencies in each of the other bands. If the pink noise is fed directly into the
spectrum analyzer then a perfectly flat display will result. If the pink noise is fed
to the systemand the sound energy from the speakers picked up by the micro-
phone and fed to the analyzer, then the combined response of the loudspeakers
androom(andmicrophone)willbeseenonthe analyzerdisplay. Nowthe appro-
priateslidersontheequalizercanbeadjustedtoprovideapreciselyflatfrequency
response. Because the microphone is included in the system response curve, it
isimportantthatthemicrophonehaveaflatfrequencyresponseitself. Otherwise
you’ll be equalizing your loudspeakers for the microphone response also. This
would result in inaccurate response from the loudspeakers themselves.
Thedescriptionof theequalizationproceduremaysoundcomplexbutthe actual
procedure can be performed with surprising ease. That’s because the spectrum
analyzer is doing all the work! It is simple to plug the output of the pink noise
generator into an appropriate input of your audio system and play the pink noise
over the loudspeakers at a level well above the background noise. An accurate
microphoneisplacedneartheusuallisteningpositionandtheoutputofthespeak-
ersis displayed on the analyzer. From the displayitcan be seen which frequency
bands need to be boosted or cut to achieve the same level in each band (flat
response). Tweaktheequalizerandnotethedisplay. Continuetoadjusttheequal-
izeruntilasatisfactorilyaccurateresponseisobtained. Becausetheresponsewill
vary with microphone location, it is a good idea to look at the response for sev-
eral microphone locations around the listening position and equalize for the flat-
test average response.
Oneoftheshortcomings of the pink noise equalization technique is the fact that
the analyzer displays both the direct sound from the loudspeaker and the rever-
berant sound field set up in the room. Ideally we want to obtain a flat frequency
responseforthedirectsoundfromtheloudspeakers. Thereverberantsoundfield
cannot be expected to have a flat response and typically has a decreasing high
frequencyresponse. Thismeansthatifthenetpinknoiseresponsehasaflathigh
frequency response then the direct sound from the loudspeaker will tend to have
arisinghighfrequencyresponse(tocompensateforthereverberantsoundfield).
Thenet resultis anoverlybrightsoundinghigh frequencycharacteristic forloud-
speakersystemswhichhavebeenequalizedtoprovideaflatpinknoiseresponse.
The approach used to compensate for this is to tailor the pink noise response to
start falling gently above about 2 kHz at a rate of 1 or 2 dB per octave.
There is another equalization method which avoids the high frequency errors
encounteredin the pink noise technique and this is the“impulse response” tech-
nique. Inrecentyearsimpulsetestingandequalizationhavebecomeincreasingly
morepopularwithloudspeakermanufacturersduetothehighaccuracyandrepeata-
bility of this technique. As impulse analyzers become more readily available we
hope to see them used more for 1/3 & 2/3 octave equalization of loudspeakers
in the field. Until then don’t be afraid to trust your ears.
Frequency response of the EQ2030 for various control settings (the EQ2015
will have a similar response).
Figure 2:
—All bands at full boost/cut
—Individual bands boost/cut
—All bands centered
Figure 3:
—Response of one band for 3, 6, and 15 dB of boost/cut
—Response with the 20Hz and 20kHz filters in and out

FRONT PANEL
1. PEAK OVERLOAD LED
TheredPEAKLEDlights anytime thesignallevelatanystage(input/output)comes
within 6db of clipping (distortion). It is okay for the LED to light briefly at musical
peaks,howeverifitflashesfrequentlyorstayslit,reducetheinputgainuntilthisstops.
2. GAIN CONTROL
The GAIN control is used to set up the optimum signal levels between the equal-
izer and any other equipment connected to it. This control allows adjustments
from completely off (fully attenuated) to +6db of gain.
3. FREQUENCY BAND SLIDERS
Each of the EQ2015 & EQ2030’s sliders provide a full 15db of boost or cut on fre-
quency. Many other brands have only a 12db range. Carvin uses long throw slid-
ers for precise adjustments. Each slider features a positive center detent for a true
“flat” setting.
4. EQ BYPASS SWITCH
TheEQ2015 andEQ2030 featureaBYPASSswitch oneachchannel allowingyou
to compare the equalized signal with the original source. This A/B comparison
lets you measure how effective your settings are in a particular environment.
5. SWEEPABLE LO CUT FILTER
With a range of 10 Hz to 230 Hz, this control can be used as a subsonic filter to
protectpowerampsfromunexpectedlowendtransientssuchasadroppedmicro-
phone,astagerumble/windfilter,ortoreduce 60cycle humin environmentswith
poor AC or ground loops. 35 Hz is a recommended setting.
6. SWEEPABLE HI CUT FILTER
This control has range of 6k to 45kHz. Use it to reduce hiss on recorded tracks
withonlylow frequencycontent(suchaskickdrumor bassguitar),orasanultra-
sonicfilter (20K-up)to protectampsanddriversfrom damagingoscillations (20k
Hz is the recommended setting when used as an ultra-sonic filter).
REAR PANEL
7. AC POWER CORD & MAIN POWER FUSE
Alwaysuse grounded(3 prong)outlets. Defeatingthepowercord’sground con-
nection can result in electrocution.
Should the external fuse ever blow, replace only with same type and value:
120 VAC units: 1/4 amp, 5x20mm.
230 VAC units: .125A, 5x20mm.
8. CHANNEL 1 (2) 1/4” PHONE JACK INPUT
Thisstereophonejackisdesignedtoreceiveeitherbalancedorunbalancedinput
signals. Balancedsignalscomingintothisjackshouldbewiredwiththeconnector’s
tip going to signal + and the connector’s ring to signal -. The connector’s sleeve
is then tied internally to ground.
9. CHANNEL 1 (2) XLR INPUT CONNECTOR
Likethe1/4”phonejack,thisinputconnectorwillaccepteitherbalancedor unbal-
anced signals. Pin 2 is signal +, pin 3 signal - and pin 1 is grounded.
10. CHANNEL 1 (2) 1/4” PHONE JACK OUTPUT
Like the 1/4” phone input jack, this output connector will accept either balanced
or unbalanced signals. Pin 2 is signal +, pin 3 signal - and pin 1 is grounded.
11. CHANNEL 1 (2) XLR OUTPUT
LiketheXLRinputjack,thisoutputconnectorwillaccepteitherbalancedor unbal-
anced signals. Pin 2 is signal +, pin 3 signal - and pin 1 is grounded.
12. OUTPUT XLR GROUND LIFT SWITCH
This switch defeats the ground on pin 1 of the output XLR connector. Use this
to help eliminate ground loops (AC hum).
21 3 44 55 7
FRONT & REAR PANEL CONTROLS
66
21 34 56
7 129 8 1011
7 129 8 1011

EQ2015 Assembly: 80-20151 Rev (C) PCB: 30-20151 Rev (B)
Ref. Des. Description Carvin P/N
A1 Op Amp 4558 CP1 Dual HFREQ 60-45580
A2 Op Amp 4558 CP1 Dual HFREQ 60-45580
A3 Op Amp 4558 CP1 Dual HFREQ 60-45580
A4 Op Amp 4558 CP1 Dual HFREQ 60-45580
A5 Op Amp 4558 CP1 Dual HFREQ 60-45580
A6 Op Amp 4558 CP1 Dual HFREQ 60-45580
A7 Op Amp 4558 CP1 Dual HFREQ 60-45580
A8 Op Amp 5532 Low Noise 60-55320
A9 Op Amp 4558 CP1 Dual HFREQ 60-45580
A10 Op Amp 4558 CP1 Dual HFREQ 60-45580
A11 Op Amp 4558 CP1 Dual HFREQ 60-45580
A12 Op Amp 4558 CP1 Dual HFREQ 60-45580
A13 Op Amp 4558 CP1 Dual HFREQ 60-45580
A14 Op Amp 4558 CP1 Dual HFREQ 60-45580
A15 Op Amp 4558 CP1 Dual HFREQ 60-45580
A16 Op Amp 5532 Low Noise 60-55320
A17 Op Amp 5532 Low Noise 60-55320
A18 Op Amp 5532 Low Noise 60-55320
A19 Op Amp 5532 Low Noise 60-55320
A20 Op Amp 5532 Low Noise 60-55320
A21 Op Amp 5532 Low Noise 60-55320
A22 Op Amp 5532 Low Noise 60-55320
A23 Op Amp 5532 Low Noise 60-55320
B1 Jumper .35” 0.0Ω0.35” prep. 50-00035
B2 Jumper .35” 0.0Ω0.35” prep. 50-00035
B3 Jumper .35” 0.0Ω0.35” prep. 50-00035
B4 Jumper .35” 0.0Ω0.35” prep. 50-00035
B10 Jumper 0.35” Wire 22GA 44-13500
B11 Jumper 0.35” Wire 22GA 44-13500
B12 Jumper 0.35” Wire 22GA 44-13500
B13 Jumper 0.35” Wire 22GA 44-13500
B14 Jumper 0.35” Wire 22GA 44-13500
B15 Jumper 0.35” Wire 22GA 44-13500
B16 Jumper 0.35” Wire 22GA 4-13500
C1 Capacitor 10µF 50V Electrolytic 20% 47-10051
C2 Capacitor 10µF 50V Electrolytic 20% 47-10051
C3 Capacitor 0.22µF 100V Poly 10% 41-22412
C4 Capacitor 1µF 35V Tant 10% 48-01031
C5 Capacitor 1µF 35V Tant 10% 48-01031
C6 Capacitor 1µF 35V Tant 10% 48-01031
C7 Capacitor 1µF 35V Tant 10% 48-01031
C8 Capacitor 0.022µF 100V Poly 10% 46-22312
C9 Capacitor 1µF 35V Tant 10% 48-01031
C10 Capacitor 0.022µF 100V Poly 10% 46-22312
C11 Capacitor 1µF 35V Tant 10% 48-01031
C12 Capacitor 0.068µF 100V Poly 10% 46-68312
C13 Capacitor 0.47µF 100V Poly 10% 46-47412
C14 Capacitor 0.022µF 100V Poly 10% 46-22312
C15 Capacitor 0.22µF 100V Poly 10% 41-22412
C16 Capacitor 0.0033µF 100V Poly 10% 46-33212
C17 Capacitor 0.22µF 100V Poly 10% 41-22412
C18 Capacitor 0.0033µF 100V Poly 10% 46-33212
C19 Capacitor 0.1µF 100V Poly 10% 46-10412
C20 Capacitor 0.0068µF 100V Poly 10% 46-68212
C21 Capacitor 0.068µF 100V Poly 10% 46-68312
C22 Capacitor 0.001µF 100V Poly 10% 46-10212
C23 Capacitor 0.047µF 100V Poly 10% 46-47312
C24 Capacitor 0.0068µF 100V Poly 10% 46-68212
C25 Capacitor 0.022µF 100V Poly 10% 46-22312
C26 Capacitor 0.0047µF 100V Poly 10% 46-47212
C27 Capacitor 0.01µF 100V Poly 10% 46-10312
C28 Capacitor 0.0068µF 100V Poly 10% 46-68212
C29 Capacitor 0.01µF 100V Poly 10% 46-10312
C30 Capacitor 250PF 500V Ceramic 5% 45-25152
C31 Capacitor 0.0068µF 100V Poly 10% 46-68212
C32 Capacitor 120PF 500V Ceramic 10% 45-12152
C33 Capacitor 10µF 50V Electrolytic 20% 47-10051
C34 Capacitor 10µF 50V Electrolytic 20% 47-10051
C35 Capacitor 0.22µF 100V Poly 10% 41-22412
C36 Capacitor 1µF 35V Tant 10% 48-01031
C37 Capacitor 1µF 35V Tant 10% 48-01031
C38 Capacitor 0.068µF 100V Poly 10% 46-68312
C39 Capacitor 1µF 35V Tant 10% 48-01031
C40 Capacitor 1µF 35V Tant 10% 48-01031
C41 Capacitor 0.022µF 100V Poly 10% 46-22312
C42 Capacitor 1µF 35V Tant 10% 48-01031
C43 Capacitor 0.022µF 100V Poly 10% 46-22312
C44 Capacitor 1µF 35V Tant 10% 48-01031
C45 Capacitor 0.068µF 100V Poly 10% 46-68312
C46 Capacitor 0.47µF 100V Poly 10% 46-47412
C47 Capacitor 0.022µF 100V Poly 10% 46-22312
C48 Capacitor 0.22µF 100V Poly 10% 41-22412
C49 Capacitor 0.0033µF 100V Poly 10% 46-33212
C50 Capacitor 0.22µF 100V Poly 10% 41-22412
C51 Capacitor 0.0033µF 100V Poly 10% 46-33212
C52 Capacitor 0.1µF 100V Poly 10% 46-10412
C53 Capacitor 0.0068µF 100V Poly 10% 46-68212
C54 Capacitor 0.068µF 100V Poly 10% 46-68312
C55 Capacitor 0.001µF 100V Poly 10% 46-10212
C56 Capacitor 0.047µF 100V Poly 10% 46-47312
C57 Capacitor 0.0068µF 100V Poly 10% 46-68212
C58 Capacitor 0.022µF 100V Poly 10% 46-22312
C59 Capacitor 0.0047µF 100V Poly 10% 46-47212
C60 Capacitor 0.01µF 100V Poly 10% 46-10312
C61 Capacitor 0.0068µF 100V Poly 10% 46-68212
C62 Capacitor 0.01µF 100V Poly 10% 46-10312
C63 Capacitor 250PF 500V Ceramic 5% 45-25152
C64 Capacitor 0.0068µF 100V Poly 10% 46-68212
C65 Capacitor 120PF 500V Ceramic 10% 45-12152
C66 Capacitor 39PF 500V Ceramic 5% 45-39052
C67 Capacitor 10µF 50V Electrolytic 20% 47-10051
C68 Capacitor 39PF 500V Ceramic 5% 45-39052
C69 Capacitor 10µF 50V Electrolytic 20% 47-10051
C70 Capacitor 39PF 500V Ceramic 5% 45-39052
C71 Capacitor 10µF 50V Electrolytic 20% 47-10051
C72 Capacitor 39PF 500V Ceramic 5% 45-39052
C73 Capacitor 10µF 50V Electrolytic 20% 47-10051
C74 Capacitor 330PF 1000V Ceramic 10% 45-33113
C75 Capacitor 680PF 500V Ceramic 5% 45-68152
C76 Capacitor 330PF 1000V Ceramic 10% 45-33113
C77 Capacitor 10µF 50V Electrolytic 20% 47-10051
C78 Capacitor 0.47µF 100V Poly 10% 46-47412
C79 Capacitor 0.47µF 100V Poly 10% 46-47412
C80 Capacitor 27PF 500V Ceramic 5% 45-27052
C81 Capacitor 10µF 50V Electrolytic 20% 47-10051
C82 Capacitor 27PF 500V Ceramic 5% 45-27052
C83 Capacitor 10µF 50V Electrolytic 20% 47-10051
C84 Capacitor 27PF 500V Ceramic 5% 45-27052
C85 Capacitor 10µF 50V Electrolytic 20% 47-10051
C86 Capacitor 330PF 1000V Ceramic 10% 45-33113
C87 Capacitor 680PF 500V Ceramic 5% 45-68152
C88 Capacitor 330PF 1000V Ceramic 10% 45-33113
C89 Capacitor 10µF 50V Electrolytic 20% 47-10051
C90 Capacitor 0.47µF 100V Poly 10% 46-47412
C91 Capacitor 0.47µF 100V Poly 10% 46-47412
C92 Capacitor 27PF 500V Ceramic 5% 45-27052
C93 Capacitor 10µF 50V Electrolytic 20% 47-10051
C94 Capacitor 27PF 500V Ceramic 5% 45-27052
C95 Capacitor 10µF 50V Electrolytic 20% 47-10051
C96 Capacitor 27PF 500V Ceramic 5% 45-27052
C97 Capacitor 10µF 50V Electrolytic 20% 47-10051
C98 Capacitor 1000µF 25V Electrolytic 20% 47-10225
C99 Capacitor 330PF 1000V Ceramic 10% 45-33113
C100 Capacitor 330PF 1000V Ceramic 10% 45-33113
C101 Capacitor 10µF 50V Electrolytic 20% 47-10051
C102 Capacitor 1000µF 25V Electrolytic 20% 47-10225
C103 Capacitor 0.068µF 100V Poly 10% 46-68312
C104 Capacitor 10µF 50V Electrolytic 20% 47-10051
C105 Capacitor 10µF 50V Electrolytic 20% 47-10051
C106 Capacitor 10µF 50V Electrolytic 20% 47-10051
C107 Capacitor N/U
C108 Capacitor 0.1µF 100V Poly 10% 46-10412
C109 Capacitor 0.1µF 100V Poly 10% 46-10412
D1 Diode 1N4003 Rect Gen 1A 200V 60-40030
D2 Diode 1N4003 Rect Gen 1A 200V 60-40030
D3 Diode 1N4003 Rect Gen 1A 200V 60-40030
D4 Diode 1N4003 Rect Gen 1A 200V 60-40030
D5 LED Green small #204GD 3mm T-1.0 60-75330
D6 LED Red small #204HD 3mm T-1.0 60-75320
D7 LED Green small #204GD 3mm T-1.0 60-75330
D8 Diode 1N4003 Rect Gen 1A 200V 60-40030
D9 Diode 1N4003 Rect Gen 1A 200V 60-40030
D10 LED Red small #204HD 3mm T-1.0 60-75320
D11 LED Red small #204HD 3mm T-1.0 60-75320
H1 Header 8 Pin Vert SHS 2.5mm PCB MTG 23-11008
H2 Header 8 Pin Vert SHS 2.5mm PCB MTG 23-11008
J1 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J2 XLR Jack XLRF Neutrik Vert PCB MTG 21-40000
J3 Stereo Phone Jack, 1/4” 7 Pin Plastic 0.25” 24mm 21-06457
J4 XLR Jack XLRM Neutrik Vert PCB MTG 21-40001
J5 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J6 XLR Jack XLRF Neutrik Vert PCB MTG 21-40000
J7 Stereo Phone Jack, 1/4” 7 Pin Plastic 0.25” 24mm 21-06457
J8 XLR Jack XLRM Neutrik Vert PCB MTG 21-40001
P101 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P102 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P103 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P104 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P105 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P106 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P107 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P108 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P109 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P110 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P111 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P112 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P113 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P114 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P115 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P201 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P202 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P203 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P204 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P205 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P206 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P207 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P208 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P209 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P210 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P211 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P212 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P213 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P214 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P215 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P301 Pot 15C50Kx2 D Vert D Shaft Pot 14 30F 71-13070
P302 Pot B50K D Vrt 9m 35mm Shaft Pot 9 35F 71-09053
P303 Pot 15C50Kx2 D Vert D Shaft Pot 14 30F 71-13070
P304 Pot 15C50Kx2 D Vert D Shaft Pot 14 30F 71-13070
P305 Pot 15C50Kx2 D Vert D Shaft Pot 14 30F 71-13070
P306 Pot B50K D Vrt 9m 35 35mm Shaft Pot 9 35F 71-09053
PL1 Receptacle AC Jack AC W/ Fuse Non-Rvrbl 21-02804
Q2 Transistor 2N5550 NPN 250V TO-92 60-55500
Q3 Transistor 2N5550 NPN 250V TO-92 60-55500
QC1 QC 90° Horizontal PCB MTG 0.25 06-40060
QC2 QC 90° Horizontal PCB MTG 0.25 06-40060
QC3 QC 90° Horizontal PCB MTG 0.25 06-40060
QC4 Spade Terminal QC 90° Horizontal PCB MTG 0.25 06-40060
R1 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R2 1/4W Resistor 47K .35” prep. 5% Carbon 50-47045
R3 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R4 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R5 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R6 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R7 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R8 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R9 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R10 1/4W Resistor 20K .35” prep. 5% Carbon 50-20045
R11 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R12 1/4W Resistor 56K .35” prep. 5% Carbon 50-56045
R13 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R14 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R15 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R16 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R17 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R18 1/4W Resistor 56K .35” prep. 5% Carbon 50-56045
R19 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R20 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R21 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R22 1/4W Resistor 18K .35” prep. 5% Carbon 50-18045
R23 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R24 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R25 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R26 1/4W Resistor 15K .35” prep. 5% Carbon 50-15045
R27 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R28 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R29 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R30 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R31 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R32 1/4W Resistor 47K .35” prep. 5% Carbon 50-47045
R33 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R34 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R35 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R36 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R37 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R38 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R39 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R40 1/4W Resistor 20K .35” prep. 5% Carbon 50-20045
R41 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R42 1/4W Resistor 56K .35” prep. 5% Carbon 50-56045
R43 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R44 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R45 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R46 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R47 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R48 1/4W Resistor 56K .35” prep. 5% Carbon 50-56045
R49 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R50 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R51 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R52 1/4W Resistor 18K .35” prep. 5% Carbon 50-18045
R53 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R54 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R55 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R56 1/4W Resistor 15K .35” prep. 5% Carbon 50-15045
R57 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R58 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R59 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R60 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R61 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R62 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R63 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R64 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R65 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R66 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R67 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R68 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R69 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R70 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R71 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R72 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R73 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R74 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R75 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R76 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R77 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R78 1/4W Resistor 24K .35” prep. 5% Carbon 50-24045
R79 1/4W Resistor 470Ω.35” prep. 5% Carbon 50-47025
R80 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R81 1/4W Resistor 1K .35” prep. 5% Carbon 50-10035
R82 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R83 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R84 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R85 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R86 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R87 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R88 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R89 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R90 1/4W Resistor 1.5K .35” prep. 5% Carbon 50-15035
R91 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R92 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R93 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R95 1/4W Resistor 24K .35” prep. 5% Carbon 50-24045
R96 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R97 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R98 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R99 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R100 1/4W Resistor 470Ω.35” prep. 5% Carbon 50-47025
R101 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R102 1/4W Resistor 1K .35” prep. 5% Carbon 50-10035
R103 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R104 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R106 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R107 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R108 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R109 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R110 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R111 1/4W Resistor 1.5K .35” prep. 5% Carbon 50-15035
R112 1/4W Resistor 10Ω.35” prep. 5% Carbon 50-10015
R113 1/4W Resistor 3K .35” prep. 5% Carbon 50-30035
R114 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R115 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R163 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
S1 Switch DPDT Push Vert Small Body 25-02201
S2 Switch DPDT Push Vert Small Body 25-02201
S3 Switch DPDT Push Vert Small Body 25-02201
S4 Switch DPDT Push Vert Small Body 25-02201
T1A Transformer Toroid 7VA 7.5VA-15V 466mA
U1 Regulator 7815 +15V & Sink 2A 60-78150
U2 Regulator 7915 -15V & Sink 2A 60-79150
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
SAFETY INSTRUCTIONS (EUROPEAN)
The conductors in theAC power cord are colored in accordance with the following code.
GREEN & YELLOW—Earth BLUE—Neutral BROWN—Live
U.K. MAIN PLUG WARNING: A molded main plug that has been cut off from the cord is
unsafe. NEVERUNDERANYCIRCUMSTANCES SHOULD YOU INSERTADAMAGED
OR CUT MAIN PLUG INTO APOWER SOCKET.
IMPORTANT! FOR YOUR PROTECTION, PLEASE READ THE FOLLOWING:
WATER AND MOISTURE: Appliance should not be used near water (near a bathtub, washbowl,
kitchen sink, laundry tub, in a wet basement, or near a swimming pool, etc). Care should be taken
so that objects do not fall and liquids are not spilled into the enclosure through openings.
POWERSOURCES: Theproductshouldbeconnectedto a powersupplyonlyofthetypedescribed
in the operating instructions or as marked on the appliance.
GROUNDING OR POLARIZATION: Precautions should be taken so that the grounding or polar-
ization is not defeated.
POWER CORD PROTECTION: Power supply cords should be routed so that they are not likely
to be walked on or pinched by items placed upon or against them, paying particular attention
to cords at plugs, convenience receptacles, and the point where they exit from the appliance.
SERVICING: The user should not attempt to service the appliance beyond that described in the
operating instructions. All other servicing should be referred to qualified service personnel.
FUSING: If your unit is equipped with a fuse receptacle, replace only with the same type fuse.
Refer to replacement text on the unit for correct fuse type.
REFER SERVICING TO QUALIFIED SER-
VICE PERSONNEL! THIS UNIT CON-
TAINS HIGH VOLTAGE INSIDE!
CAUTION
RISK OF ELECTRIC SHOCK
REPLACEMENT PARTS LIST FOR EQ2015
This symbol is intended to
alert the user to the pres-
ence of uninsulated “dan-
gerous voltage” within the
product’s enclosure that may be of suf-
ficient magnitude to constitute a risk of
electric shock to persons.
This symbol is
intended to alert the
user to the presence of
important operating
and maintenance (servicing) instruc-
tions in the literature accompanying
the appliance.
LIMITED WARRANTY
Your Carvin product is guaranteed against failure for ONE YEAR unless otherwise stated. Carvin will
serviceandsupplyallpartsatnochargetothecustomerprovidingtheunitisunderwarranty. Shipping
costsaretheresponsibilityofthecustomer. CARVINDOESNOTPAYFORPARTSORSERVICINGOTHER
THAN OUR OWN. A COPY OF THE ORIGINAL INVOICE IS REQUIRED TO VERIFY YOUR WARRANTY.
Carvin assumes no responsibility for horn drivers or speakers damaged by this unit. This warranty
does not cover, and no liability is assumed, for damage due to: natural disasters, accidents, abuse,
loss of parts, lack of reasonable care, incorrect use, or failure to follow instructions. This warranty is
in lieu of all other warranties, expressed or implied. No representative or person is authorized to rep-
resent or assume for Carvin any liability in connection with the sale or servicing of Carvin products.
CARVIN SHALL NOT BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES.
WhenRETURNINGmerchandisetothefactory, you maycallforareturnauthorizationnumber. Describe
in writing each problem. If your unit is out of warranty, you will be charged the current FLAT RATE for
parts and labor to bring your unit up to factory specifications.
HELP SECTION
1) WILL NOT TURN ON
CheckthepowertotheEQ. Checkfortrippedcircuitbreakers,unpluggedextensioncordsorpower-
strip switches that may be turned off. Check the fuse. If a dark brownish color or no wire can be
seen within the glass fuse, then replace. The EQ may be perfectly fine but occasionally the fuse
may blow because of high AC voltage surges. After the fuse has been replaced with the proper
value and if the fuse fails again, the product will require servicing (be sure to use a slow blow fuse
if required).
2) KEEP YOUR EQUIPMENT LOOKING NEW
Use caution to avoid spilling liquids or allowing any other foreign matter inside the unit. The panel of
your unit can be wiped from time to time with a dry or slightly damp cloth in order to remove dust
and bring back the new look. Be sure the unit is dried off and unplugged if a damp cloth is used.
Replacement parts for EQ2015 chassis
Carvin P/N Description Qty.
02-18103 FSTON RNG RED 22-18A .250 DIAM 2
02-18206 FSTON FEM RED 22-18A .205X.020 2
02-18250 FSTON FEM RED 22-18A .250X.032 4
03-08600 BUSHING .240X .304X .150 6
04-18007 WIRE 18AWG BLK 7”L UL1061 2
04-18504 WIRE 18AWG GRN 4”L UL1061 2
05-01803 PWR AC 10A 3/18AWG 8’2” W/PLUG 1
05-68430 CABLE RIBBON 24A 8P/12” W/HDR 1
06-10025 SMS PPH #4X .375 TYPE AB BLACK 4
06-10035 SMS PPH #4X 1.25 TYPE A BLACK 7
06-10045 SMS PFH #6X .375 TYPE AB BLACK 6
06-10060 MS PPH 6-32X .375 BLACK 6
06-10061 SMS PPH #6 X .375 TYPE A BLACK 3
06-10062 MS PPH 6-32X .375 TYPE F BLACK 2
06-11120 NUT METRIC 12MM KUNMING BLACK 4
06-50030 NUT KEP #6-32 BLACK 6
07-01603 KNOB 6L SWITCH EXTENDED 4
07-12214 KNOB “10” ROTARY BLUE 6
07-70183 CAP EQ GREY .093X .250 30
10-20151 PANEL FRONT EQ2015 1
10-20159 CHASSIS EQ2015 1
10-30005 PANEL TOP EQ2015/2030 XC3000 1
25-62116 SWITCH SPST ON/OFF 4A/250VAC 1
80-20151 * STD PCB ASSY MAIN EQ2015 1
99-30014 BOX 200# SW OPF EQ2015/2029 1
99-91509 BAG SM 15X 9X 31.5X 2ML 250/BX 1
99-99000 TAGS SERIAL NUMBER FINAL 1=2PC 1

EQ2030 Assembly: 80-20300 Rev (B) PCB: 30-20300 Rev (A)
Ref. Des. Description Carvin P/N
A1 Op Amp 4558 CP1 Dual HFREQ 60-45580
A2 Op Amp 4558 CP1 Dual HFREQ 60-45580
A3 Op Amp 4558 CP1 Dual HFREQ 60-45580
A4 Op Amp 4558 CP1 Dual HFREQ 60-45580
A5 Op Amp 4558 CP1 Dual HFREQ 60-45580
A6 Op Amp 4558 CP1 Dual HFREQ 60-45580
A7 Op Amp 4558 CP1 Dual HFREQ 60-45580
A8 Op Amp 4558 CP1 Dual HFREQ 60-45580
A9 Op Amp 4558 CP1 Dual HFREQ 60-45580
A10 Op Amp 4558 CP1 Dual HFREQ 60-45580
A11 Op Amp 4558 CP1 Dual HFREQ 60-45580
A12 Op Amp 4558 CP1 Dual HFREQ 60-45580
A13 Op Amp 4558 CP1 Dual HFREQ 60-45580
A14 Op Amp 4558 CP1 Dual HFREQ 60-45580
A15 Op Amp 4558 CP1 Dual HFREQ 60-45580
A16 Op Amp 4558 CP1 Dual HFREQ 60-45580
A17 Op Amp 4558 CP1 Dual HFREQ 60-45580
A18 Op Amp 4558 CP1 Dual HFREQ 60-45580
A19 Op Amp 4558 CP1 Dual HFREQ 60-45580
A20 Op Amp 4558 CP1 Dual HFREQ 60-45580
A21 Op Amp 4558 CP1 Dual HFREQ 60-45580
A22 Op Amp 4558 CP1 Dual HFREQ 60-45580
A23 Op Amp 4558 CP1 Dual HFREQ 60-45580
A24 Op Amp 4558 CP1 Dual HFREQ 60-45580
A25 Op Amp 4558 CP1 Dual HFREQ 60-45580
A26 Op Amp 4558 CP1 Dual HFREQ 60-45580
A27 Op Amp 4558 CP1 Dual HFREQ 60-45580
A28 Op Amp 4558 CP1 Dual HFREQ 60-45580
A29 Op Amp 4558 CP1 Dual HFREQ 60-45580
A30 Op Amp 4558 CP1 Dual HFREQ 60-45580
A31 IOp Amp 5532 Low Noise 60-55320
A32 IOp Amp 5532 Low Noise 60-55320
A33 IOp Amp 5532 Low Noise 60-55320
A34 IOp Amp 5532 Low Noise 60-55320
A35 Op Amp MC4558 CP1 Dual HFREQ 60-45580
A36 IOp Amp 5532 Low Noise 60-55320
A37 IOp Amp 5532 Low Noise 60-55320
A38 Op Amp 4558 CP1 Dual HFREQ 60-45580
A39 IOp Amp 5532 Low Noise 60-55320
B1 Jumper 0.35” Wire 22GA 44-13500
B2 Jumper 0.35” Wire 22GA 44-13500
B3 Jumper 0.35” Wire 22GA 44-13500
B4 Jumper 0.35” Wire 22GA 44-13500
B5 Jumper 0.35” Wire 22GA 44-13500
B6 Jumper 0.35” Wire 22GA 44-13500
B100 Jumper .35” 0.0Ω0.35” prep. 50-00035
B201 Jumper .35” 0.0Ω0.35” prep. 50-00035
B202 Jumper .35” 0.0Ω0.35” prep. 50-00035
B203 Jumper .35” 0.0Ω0.35” prep. 50-00035
C1 Capacitor 120PF 500V Ceramic 10% 45-12152
C2 Capacitor 10µF 50V Electrolytic 20% 47-10051
C3 Capacitor 10µF 50V Electrolytic 20% 47-10051
C4 Capacitor 10µF 50V Electrolytic 20% 47-10051
C5 Capacitor 330PF 1000V Ceramic 10% 45-33113
C6 Capacitor 27PF 500V Ceramic 5% 45-27052
C7 Capacitor 0.47µF 100V Poly 10% 46-47412
C8 Capacitor 0.47µF 100V Poly 10% 46-47412
C9 Capacitor 10µF 50V Electrolytic 20% 47-10051
C10 Capacitor 330PF 1000V Ceramic 10% 45-33113
C11 Capacitor 680PF 500V Ceramic 5% 45-68152
C12 Capacitor 10µF 50V Electrolytic 20% 47-10051
C13 Capacitor 1µF 35V Tant 10% 48-01031
C14 Capacitor 1µF 35V Tant 10% 48-01031
C15 Capacitor 0.1µF 100V Poly 10% 46-10412
C16 Capacitor 1µF 35V Tant 10% 48-01031
C17 Capacitor 0.47µF 100V Poly 10% 46-47412
C18 Capacitor 0.068µF 100V Poly 10% 46-68312
C19 Capacitor 1µF 35V Tant 10% 48-01031
C20 Capacitor 0.1µF 100V Poly 10% 46-10412
C21 Capacitor 1µF 35V Tant 10% 48-01031
C22 Capacitor 0.068µF 100V Poly 10% 46-68312
C23 Capacitor 1µF 35V Tant 10% 48-01031
C24 Capacitor 0.047µF 100V Poly 10% 46-47312
C25 Capacitor 0.47µF 100V Poly 10% 46-47412
C26 Capacitor 0.033µF 100V Poly 10% 46-33312
C27 Capacitor 0.47µF 100V Poly 10% 46-47412
C28 Capacitor 0.047µF 100V Poly 10% 46-47312
C29 Capacitor 0.47µF 100V Poly 10% 46-47412
C30 Capacitor 0.033µF 100V Poly 10% 46-33312
C31 Capacitor 0.22µF 100V Poly 10% 41-22412
C32 Capacitor 0.047µF 100V Poly 10% 46-47312
C33 Capacitor 0.22µF 100V Poly 10% 41-22412
C34 Capacitor 0.047µF 100V Poly 10% 46-47312
C35 Capacitor 0.22µF 100V Poly 10% 41-22412
C36 Capacitor 0.01µF 100V Poly 10% 46-10312
C37 Capacitor 0.22µF 100V Poly 10% 41-22412
C38 Capacitor 0.01µF 100V Poly 10% 46-10312
C39 Capacitor 0.1µF 100V Poly 10% 46-10412
C40 Capacitor 0.0068µF 100V Poly 10% 46-68212
C41 Capacitor 0.1µF 100V Poly 10% 46-10412
C42 Capacitor 0.0068µF 100V Poly 10% 46-68212
C43 Capacitor 0.1µF 100V Poly 10% 46-10412
C44 Capacitor 0.0033µF 100V Poly 10% 46-33212
C45 Capacitor 0.068µF 100V Poly 10% 46-68312
C46 Capacitor 0.0068µF 100V Poly 10% 46-68212
C47 Capacitor 0.047µF 100V Poly 10% 46-47312
C48 Capacitor 0.0047µF 100V Poly 10% 46-47212
C49 Capacitor 0.033µF 100V Poly 10% 46-33312
C50 Capacitor 0.0033µF 100V Poly 10% 46-33212
C51 Capacitor 0.033µF 100V Poly 10% 46-33312
C52 Capacitor 0.0033µF 100V Poly 10% 46-33212
C53 Capacitor 0.022µF 100V Poly 10% 46-22312
C54 Capacitor 0.0033µF 100V Poly 10% 46-33212
C55 Capacitor 0.022µF 100V Poly 10% 46-22312
C56 Capacitor 0.0033µF 100V Poly 10% 46-33212
C57 Capacitor 0.022µF 100V Poly 10% 46-22312
C58 Capacitor 0.0022µF 100V Poly 10% 46-22212
C59 Capacitor 0.01µF 100V Poly 10% 46-10312
C60 Capacitor 0.001µF 100V Poly 10% 46-10212
C61 Capacitor 0.01µF 100V Poly 10% 46-10312
C62 Capacitor 0.001µF 100V Poly 10% 46-10212
C63 Capacitor 0.0068µF 100V Poly 10% 46-68212
C64 Capacitor 0.001µF 100V Poly 10% 46-10212
C65 Capacitor 0.0047µF 100V Poly 10% 46-47212
C66 Capacitor 0.001µF 100V Poly 10% 46-10212
C67 Capacitor 0.0047µF 100V Poly 10% 46-47212
C68 Capacitor 250PF 500V Ceramic 5% 45-25152
C69 Capacitor 0.0033µF 100V Poly 10% 46-33212
C70 Capacitor 680PF 500V Ceramic 5% 45-68152
C71 Capacitor 0.0033µF 100V Poly 10% 46-33212
C72 Capacitor 560PF 500V Ceramic 10% 45-56152
C73 Capacitor 0.0022µF 100V Poly 10% 46-22212
C74 Capacitor 330PF 1000V Ceramic 10% 45-33113
C75 Capacitor 120PF 500V Ceramic 10% 45-12152
C76 Capacitor 330PF 1000V Ceramic 10% 45-33113
C77 Capacitor 330PF 1000V Ceramic 10% 45-33113
C78 Capacitor 120PF 500V Ceramic 10% 45-12152
C79 Capacitor 330PF 1000V Ceramic 10% 45-33113
C80 Capacitor 330PF 1000V Ceramic 10% 45-33113
C81 Capacitor 27PF 500V Ceramic 5% 45-27052
C82 Capacitor 0.47µF 100V Poly 10% 46-47412
C83 Capacitor 0.47µF 100V Poly 10% 46-47412
C84 Capacitor 10µF 50V Electrolytic 20% 47-10051
C85 Capacitor 330PF 1000V Ceramic 10% 45-33113
C86 Capacitor 680PF 500V Ceramic 5% 45-68152
C87 Capacitor 10µF 50V Electrolytic 20% 47-10051
C88 Capacitor 1µF 35V Tant 10% 48-01031
C89 Capacitor 1µF 35V Tant 10% 48-01031
C90 Capacitor 0.1µF 100V Poly 10% 46-10412
C91 Capacitor 1µF 35V Tant 10% 48-01031
C92 Capacitor 0.47µF 100V Poly 10% 46-47412
C93 Capacitor 0.068µF 100V Poly 10% 46-68312
C94 Capacitor 1µF 35V Tant 10% 48-01031
C95 Capacitor 0.1µF 100V Poly 10% 46-10412
C96 Capacitor 1µF 35V Tant 10% 48-01031
C97 Capacitor 0.068µF 100V Poly 10% 46-68312
C98 Capacitor 1µF 35V Tant 10% 48-01031
C99 Capacitor 0.047µF 100V Poly 10% 46-47312
C100 Capacitor 0.47µF 100V Poly 10% 46-47412
C101 Capacitor 0.033µF 100V Poly 10% 46-33312
C102 Capacitor 0.47µF 100V Poly 10% 46-47412
C103 Capacitor 0.047µF 100V Poly 10% 46-47312
C104 Capacitor 0.47µF 100V Poly 10% 46-47412
C105 Capacitor 0.033µF 100V Poly 10% 46-33312
C106 Capacitor 0.22µF 100V Poly 10% 41-22412
C107 Capacitor 0.22µF 100V Poly 10% 41-22412
C108 Capacitor 0.047µF 100V Poly 10% 46-47312
C109 Capacitor 0.047µF 100V Poly 10% 46-47312
C110 Capacitor 0.22µF 100V Poly 10% 41-22412
C111 Capacitor 0.01µF 100V Poly 10% 46-10312
C112 Capacitor 0.22µF 100V Poly 10% 41-22412
C113 Capacitor 0.01µF 100V Poly 10% 46-10312
C114 Capacitor 0.0068µF 100V Poly 10% 46-68212
C115 Capacitor 0.0068µF 100V Poly 10% 46-68212
C116 Capacitor 0.0033µF 100V Poly 10% 46-33212
C117 Capacitor 0.068µF 100V Poly 10% 46-68312
C118 Capacitor 0.0068µF 100V Poly 10% 46-68212
C119 Capacitor 0.047µF 100V Poly 10% 46-47312
C120 Capacitor 0.0047µF 100V Poly 10% 46-47212
C121 Capacitor 0.033µF 100V Poly 10% 46-33312
C122 Capacitor 0.0033µF 100V Poly 10% 46-33212
C123 Capacitor 0.033µF 100V Poly 10% 46-33312
C124 Capacitor 0.0033µF 100V Poly 10% 46-33212
C125 Capacitor 0.022µF 100V Poly 10% 46-22312
C126 Capacitor 0.0033µF 100V Poly 10% 46-33212
C127 Capacitor 0.022µF 100V Poly 10% 46-22312
C128 Capacitor 0.0033µF 100V Poly 10% 46-33212
C129 Capacitor 0.022µF 100V Poly 10% 46-22312
C130 Capacitor 0.0022µF 100V Poly 10% 46-22212
C131 Capacitor 0.01µF 100V Poly 10% 46-10312
C132 Capacitor 0.001µF 100V Poly 10% 46-10212
C133 Capacitor 0.01µF 100V Poly 10% 46-10312
C134 Capacitor 0.001µF 100V Poly 10% 46-10212
C135 Capacitor 0.0068µF 100V Poly 10% 46-68212
C136 Capacitor 0.001µF 100V Poly 10% 46-10212
C137 Capacitor 0.0047µF 100V Poly 10% 46-47212
C138 Capacitor 0.0033µF 100V Poly 10% 46-33212
C139 Capacitor 680PF 500V Ceramic 5% 45-68152
C140 Capacitor 0.0033µF 100V Poly 10% 46-33212
C141 Capacitor 560PF 500V Ceramic 10% 45-56152
C142 Capacitor 0.0022µF 100V Poly 10% 46-22212
C143 Capacitor 330PF 1000V Ceramic 10% 45-33113
C144 Capacitor 0.0047µF 100V Poly 10% 46-47212
C145 Capacitor 0.001µF 100V Poly 10% 46-10212
C146 Capacitor 250PF 500V Ceramic 5% 45-25152
C147 Capacitor 120PF 500V Ceramic 10% 45-12152
C148 Capacitor 120PF 500V Ceramic 10% 45-12152
C149 Capacitor 120PF 500V Ceramic 10% 45-12152
C150 Capacitor 0.1µF 100V Poly 10% 46-10412
C151 Capacitor 0.1µF 100V Poly 10% 46-10412
C152 Capacitor 0.1µF 100V Poly 10% 46-10412
C153 Capacitor 330PF 1000V Ceramic 10% 45-33113
C155 Capacitor 10µF 50V Electrolytic 20% 47-10051
C201 Capacitor 10µF 50V Electrolytic 20% 47-10051
C202 Capacitor 10µF 50V Electrolytic 20% 47-10051
C203 Capacitor 27PF 500V Ceramic 5% 45-27052
C204 Capacitor 27PF 500V Ceramic 5% 45-27052
C205 Capacitor 10µF 50V Electrolytic 20% 47-10051
C206 Capacitor 10µF 50V Electrolytic 20% 47-10051
C207 Capacitor 10µF 50V Electrolytic 20% 47-10051
C208 Capacitor 27PF 500V Ceramic 5% 45-27052
C209 Capacitor 27PF 500V Ceramic 5% 45-27052
C210 Capacitor 10µF 50V Electrolytic 20% 47-10051
C211 Capacitor 1000µF 25V Electrolytic 20% 47-10225
C212 Capacitor 10µF 50V Electrolytic 20% 47-10051
C213 Capacitor 1000µF 25V Electrolytic 20% 47-10225
C214 Capacitor 10µF 50V Electrolytic 20% 47-10051
C250 N/U
D1 LED Red small #204HD 3mm T-1.0 60-75320
D2 LED Green small #204GD 3mm T-1.0 60-75330
D3 LED Red small #204HD 3mm T-1.0 60-75320
D4 LED Green small #204GD 3mm T-1.0 60-75330
D5 Diode 1N4003 Rect Gen 1A 200V 60-40030
D6 Diode 1N4003 Rect Gen 1A 200V 60-40030
D7 Diode 1N4003 Rect Gen 1A 200V 60-40030
D8 Diode 1N4003 Rect Gen 1A 200V 60-40030
D9 Diode 1N4003 Rect Gen 1A 200V 60-40030
D10 Diode 1N4003 Rect Gen 1A 200V 60-40030
D11 LED Red small #204HD 3mm T-1.0 60-75320
H1 Header 8 Pin Vert SHS 2.5mm PCB MTG 23-11008
H2 Header 8 Pin Vert SHS 2.5mm PCB MTG 23-11008
H3 Header 4 Pin Vert SHS 2.5mm PCB MTG 23-11004
H4 Header 4 Pin Vert SHS 2.5mm PCB MTG 23-11004
J1 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J2 XLR Jack XLRF Neutrik Vert PCB MTG 21-40000
J3 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J4 XLR Jack XLRM Neutrik Vert PCB MTG 21-40001
J5 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J6 XLR Jack XLRF Neutrik Vert PCB MTG 21-40000
J7 1/4” Phone 7 Pin Plastic 0.25” 24mm 21-06457
J8 XLR Jack XLRM Neutrik Vert PCB MTG 21-40001
P1 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P2 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P3 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P4 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P5 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P6 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P7 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P8 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P9 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P10 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P11 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P12 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P13 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P14 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P15 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P16 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P17 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P18 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P19 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P20 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P21 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P22 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P23 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P24 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P25 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P26 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P27 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P28 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P29 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P30 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P31 Potentiometer B50K D Vrt 9m35 B 35mm Bush Pot 9 35F 71-09063
P32 Potentiometer 15C50K x2 Vert D Shaft Pot 14 35F 71-13071
P33 Potentiometer 15C50K x2 Vert D Shaft Pot 14 35F 71-13071
P201 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P202 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P203 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P204 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P205 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P206 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P207 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P208 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P209 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P210 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P211 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P212 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P213 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P214 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P215 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P216 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P217 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P218 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P219 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P220 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P221 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P222 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P223 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P224 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P225 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P226 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P227 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P228 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P229 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P230 Fader B10K C 30mT H=.24 C1 25mm Shaft 71-10332
P231 Potentiometer B50K D Vrt 9m35 B 35mm Bush Pot 9 35F 71-09063
P232 Potentiometer 15C50K x2 Vert D Shaft Pot 14 35F 71-13071
P233 Potentiometer 15C50K x2 Vert D Shaft Pot 14 35F 71-13071
PL1 Receptacle AC Jack AC W/ Fuse Non-Rvrbl PCB MTG 21-02804
Q1 Transistor 2N5550 NPN 250V TO-92 60-55500
Q2 Transistor 2N5550 NPN 250V TO-92 60-55500
QC1 Spade Connector 90° Horizontal PCB MTG 0.25 06-40060
QC2 Spade Connector 90° Horizontal PCB MTG 0.25 06-40060
QC3 Spade Connector 90° Horizontal PCB MTG 0.25 06-40060
QC4 Spade Connector 90° Horizontal PCB MTG 0.25 06-40060
R1 1/4W Resistor 5.6K .35” prep. 5% Film 50-56035
R2 1/4W Resistor 1K .35” prep. 5% Carbon 50-10035
R3 1/4W Resistor 470Ω.35” prep. 5% Carbon 50-47025
R4 1/4W Resistor 3K .35” prep. 5% Carbon 50-30035
R5 1/4W Resistor 24K .35” prep. 5% Carbon 50-24045
R6 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R7 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R8 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R9 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R10 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R11 1/4W Resistor 1.5K .35” prep. 5% Carbon 50-15035
R12 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R15 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R16 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R17 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R18 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R19 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R20 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R21 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R22 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R23 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R24 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R25 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R26 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R27 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R28 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R29 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R30 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R31 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R32 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R33 1/4W Resistor 560Ω.35” prep. 5% Carbon 50-56025
R34 1/4W Resistor 100K .35” prep. 5% Carbon 50-10055
R35 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R36 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R37 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R38 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R39 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R40 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R41 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R42 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R43 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R44 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R45 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R46 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R47 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R48 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R49 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R50 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R51 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R52 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R53 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R54 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R55 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R56 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R57 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R58 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R59 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R60 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R61 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R62 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R63 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R64 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R65 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R66 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R67 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R68 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R69 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R70 1/4W Resistor 110K .35” prep. 5% Carbon 50-11055
R71 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R72 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R73 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R74 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R75 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R76 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R77 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R78 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R79 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R80 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R81 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R82 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R86 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R87 1/4W Resistor 24K .35” prep. 5% Carbon 50-24045
R88 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R89 1/4W Resistor 2.2K .35” prep. 5% Carbon 50-22035
R90 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R91 1/4W Resistor 6.8K .35” prep. 5% Carbon 50-68035
R92 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R93 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R96 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R97 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R98 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R99 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R100 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R101 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R102 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R103 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R104 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R105 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R106 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R107 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R108 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R109 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R110 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R111 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R112 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R113 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R114 1/4W Resistor 560Ω.35” prep. 5% Carbon 50-56025
R115 1/4W Resistor 100K .35” prep. 5% Carbon 50-10055
R116 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R117 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R118 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R119 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R120 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R121 1/4W Resistor 360K .35” prep. 5% Carbon 50-36055
R122 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R123 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R124 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R125 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R126 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R127 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R128 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R129 1/4W Resistor 180K .35” prep. 5% Carbon 50-18055
R130 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R131 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R132 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R133 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R134 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R135 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R136 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R137 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R138 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R139 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R140 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R141 1/4W Resistor 220K .35” prep. 5% Carbon 50-22055
R142 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R143 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R144 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R145 1/4W Resistor 150K .35” prep. 5% Carbon 50-15055
R146 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R147 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R148 1/4W Resistor 110K .35” prep. 5% Carbon 50-11055
R149 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R150 1/4W Resistor 82K .35” prep. 5% Carbon 50-82045
R151 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R152 1/4W Resistor 130K .35” prep. 5% Carbon 50-13055
R153 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R154 1/4W Resistor 300K .35” prep. 5% Carbon 50-30055
R155 1/4W Resistor 680Ω.35” prep. 5% Carbon 50-68025
R156 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R157 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R158 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R159 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R160 1/4W Resistor 1.0M .35” prep. 5% Carbon 50-10065
R161 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R162 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R163 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R167 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R168 1/4W Resistor 1.5K .35” prep. 5% Carbon 50-15035
R169 1/4W Resistor 5.6K .35” prep. 5% Carbon 50-56035
R171 1/4W Resistor 1K .35” prep. 5% Carbon 50-10035
R172 1/4W Resistor 470Ω.35” prep. 5% Carbon 50-47025
R201 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R202 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R203 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R204 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R205 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R206 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R207 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R208 1/4W Resistor 22K .35” prep. 5% Carbon 50-22045
R209 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R210 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R211 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R212 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R213 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R214 1/4W Resistor 150Ω.35” prep. 5% Carbon 50-15025
R215 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R216 1/4W Resistor 10K .35” prep. 5% Carbon 50-10045
R250 1/4W Resistor 10Ω.35” prep. 5% Carbon 50-10015
S1 Switch DPDT Push Vert Small Body PCB MTG 25-02201
S2 Switch DPDT Push Vert Small Body PCB MTG 25-02201
S3 Switch DPDT Push Vert Small Body PCB MTG 25-02201
S4 Switch DPDT Push Vert Small Body PCB MTG 25-02201
T1 Transformer Toroid 7VA 7.5VA±18V 194mA 15-70034
U1 Regulator 7815 +15V & Sink 2A 60-78150
U2 Regulator 7915 -15V & Sink 2A 60-79150
(C154) Capacitor 120PF Ceramic 10%, Secondary @ Location R82 45-12152
(C156) Capacitor 120PF Ceramic 10%, Secondary @ Location R163 45-12152
Replacement parts for EQ2030 chassis
Carvin P/N Description Qty.
02-18103 FSTON RNG RED 22-18A.250 DIAM 2
02-18206 FSTON FEM RED 22-18A.205X.020 2
02-18250 FSTON FEM RED 22-18A.250X.032 4
03-08600 BUSHING .240X .304X .150 6
04-18007 WIRE 18AWG BLK 7”L UL1061 2
04-18504 WIRE 18AWG GRN 4”L UL1061 2
05-01803 PWR AC 10A3/18AWG 8’2” W/PLUG 1
06-10025 SMS PPH #4X .375 TYPEAB BLACK 2
06-10035 SMS PPH #4X 1.25 TYPE A BLACK 6
06-10045 SMS PFH #6X .375 TYPEAB BLACK 8
06-10060 MS PPH 6-32X .375 BLACK 6
06-10061 SMS PPH #6 X .375 TYPEA BLACK 5
06-11120 NUT METRIC 12MM KUNMING BLACK 4
06-50030 NUT KEP #6-32 BLACK 6
07-01603 KNOB 6L SWITCH EXTENDED 4
07-12214 KNOB “10” ROTARY BLUE 6
07-70183 CAP EQ GREY .093X .250 60
10-20301 PANEL FRONT EQ2030 1
10-20301 PANEL FRONT EQ2030 1
10-20308 SHIELD EQ2030 1
10-20309 CHASSIS EQ2030 1
10-30005 PANEL TOP EQ2015/2030 XC3000 1
25-62116 SWITCH SPST ON/OFF 4A/250VAC 1
80-20300 * STD PCB ASSY MAIN EQ2030 1
99-30013 BOX 200# SW OPF EQ2030 1
99-91509 BAG SM 15X 9X 31.5X 2ML 250/BX 1
99-99000 TAGS SERIAL NUMBER FINAL 1=2PC 1
REPLACEMENT PARTS LIST FOR EQ2030