CARVIN XC3000 Operating Manual

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CARVIN XC3000 Operating Manual | Manualzz

CARVIN ENGINEERING DATA

XC3000 STEREO 2/3-WAY ELECTRONIC CROSSOVER

OPERATING MANUAL

0dB 0dB

XC3000

24dB/OCTAVE

OFF

40Hz

+6 +6

PEAK

GAIN SUB SONIC

Stereo 2/3Way Crossover

LOW LEVEL

LOW LEVEL

0dB

+6

MID LEVEL

CHANNEL ONE

0dB

+6

HIGH LEVEL

HIGH LEVEL

200

90

50

Hz

1k

LOW / MID

LOW/HIGH

450

FREQUENCY

2.0

3.0

600 x1 x10

0.8

5.0

7.0

0.6

kHz

MID / HIGH

10

3 WAY

2 WAY

PEAK

0dB 0dB

OFF

40Hz

GAIN

+6 +6

SUB SONIC LOW LEVEL

LOW LEVEL

0dB

+6

MID LEVEL

CHANNEL TWO

0dB

200

300

450

FREQUENCY

2.0

3.0

90 600 x1 x10

0.8

+6

HIGH LEVEL

HIGH LEVEL

50

Hz

1k

LOW / MID

LOW/HIGH

0.6

kHz

10

MID / HIGH

5.0

7.0

3 WAY

2 WAY

PWR

ON

OFF

Congratulations on your purchase of the CARVIN XC3000 Stereo 2 / 3 - way

Electronic Crossover. The XC3000 was designed with the professional in mind.

Your unit has been engineered and assembled in the U.S.A., using only high quality electronic components and uncompromising workmanship. The XC3000 provides the best available crossover networks consisting of a forth-order statevariable implementation of Linkwitz-Riley crossover alignments. This provides a

24 dB/octave slope while maintaining optimal phase integrity. The XC3000 contains a host of valuable features found in only the best of professional audio equipment. These include a switchable 40Hz Sub Sonic filter, a 10x frequency multiplier, switchable Tri-Amp and Bi-Amp modes, balanced input and output connectors, and phase inversion switches. The XC3000 is designed for maximum signal quality and control, and should give you years of trouble free service.

BI-AMP & TRI-AMP THEORY

Bi-Amplification and Tri-Amplification involve higher protection to sound systems as well as increased performance. Bi-Amping involves dividing a full range signals into two distinct low pass and high pass

(low frequency and high frequency) signals and then amplifying these signals with separate amplifiers for later connection to their proper woofer and horn speakers.

Tri-Amplification involves the same principle as Bi-Amping except that separate high-pass, mid band, and low pass signals are fed to (3) separate amplifiers for subsequent connection to woofer, midrange, and high frequency speakers.

These frequency divisions are done actively with an efficient

24dB/octave roll off prior to the power amplifiers. This allows the amplifiers to power a defined frequency range (low, mid or high) instead of a full range frequency signal. Due to increased efficiency of the amplifier

(amplifying a distinct frequency range), a cleaner, and more powerful output is afforded. Bi/Tri-Amplifying is especially useful in selecting any number of various crossover points and adjusting individual frequency level gain., thus enabling you to better control the overall response of your sound system. Bi/Tri-Amplification is useful as a means of offering greater protection, more power with less distortion and better overall control of your sound system.

RECEIVING INSPECTION

INSPECT YOUR XC3000 FOR ANY DAMAGE which may have occurred during shipping. If any damage is found, notify the shipping company and call

CARVIN immediately.

SAVE THE CARTON & ALL PACKING MATERIALS. In the event you have to reship your mixer, always use the original carton and packing material. This will provide the best possible protection for your unit 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 servicing of your unit.

Always check your invoice against the items you have received.

SHIPMENT SHORTAGE. If you find items missing, it may be that they were shipped separately. Please allow several days for the rest of your order to arrive before inquiring. If you determine (after allowing an appropriate amount of time) you have not received all the items you ordered, please call CARVIN

TROUBEL SHOOTING

SAVE YOUR INVOICE. It will be required for warranty servicing of your unit.

Always check your invoice against the items you have received.

SHIPMENT SHORTAGE. If you find items missing, it may be that they were shipped separately. Please allow several days for the rest of your order to arrive before inquiring. If you determine (after allowing an appropriate amount of time) you have not received all the items you ordered, please call CARVIN

SAVE YOUR INVOICE. It will be required for warranty servicing of your unit.

Always check your invoice against the items you have received.

SHIPMENT SHORTAGE. If you find items missing, it may be that they were shipped separately. Please allow several days for the rest of your order to arrive before inquiring. If you determine (after allowing an appropriate amount of time) you have not received all the items you ordered, please call CARVIN

If you determine (after allowing an appropriate amount of time) you have not received all the items you ordered, please call CARVIN

XC3000 SPECIFICATIONS:

FREQUENCY RESPONSE:

THD:

OUTPUT (BALANCED):

DYNAMIC RANGE:

CHANNELS:

INPUT GAIN CONTROL:

MAX. GAIN ABOVE INPUT SOURCE:

PEAK LED DETECTOR:

SUB SONIC FILTER:

CROSSOVER FILTER DESIGN.:

LOW / MID CROSSOVER FREQ.:

MID / HIGH CROSSOVER FREQ.:

FREQ. MULTIPLIER:

MULTIPLIER RANGE:

INPUT IMPEDANCE:

INPUT CONNECTORS:

OUTPUT CONTROL:

OUTPUT IMPEDANCE:

OUTPUT CONNECTORS:

PHASE INVERSION:

MODE SWITCH:

POWER REQUIREMENTS:

FUSE:

DIMENSIONS:

SHIPPING WT:

20 Hz to 20k Hz ± 1 dB

Less than .01% 20 to 20k Hz

+26 dBm

112 dB

Two Stereo 2 or 3 Way

One per channel

12dB

Input detection at +16 dBm

18 dB / Octave -3dB at 40Hz

24 dB / Octave Linkwitz Riley

One 50 to 10 Hz sweep per channel

One 600 to 10 k Hz sweep per channel

One x1 / x10 push button switch per channel x1 (95 to 1.6k Hz) and x10 (950 to 16k Hz)

22k Ω

Balanced XLR and balanced (stereo)

1 / 4” phone jacks

Three per channel (Low, Mid, HIgh Freq.)

Less than 150 Ω

Balanced XLR

3 Phase inverting switches per channel

Bi-Amp or Tri-Amp position per channel

90 / 250 VAC 50-60 Hz auto switching

3 Amp 250v fast blow

19”W x 5” D x 1.7”H

8 lbs

For you records, record the following information.

Serial No._________________ Invoice Date________________

12340 World Trade Drive San Diego, CA 92128

858.487.1600 800. 854.2235

carvin.com

FRONT PANEL FEATURES

5

1 2

3

4 6

7

8

9

10 11

12

0dB 0dB

XC3000

24dB/OCTAVE

OFF

40Hz

+6 +6

PEAK

GAIN SUB SONIC

Stereo 2/3Way Crossover

LOW LEVEL

LOW LEVEL

0dB

+6

MID LEVEL

CHANNEL ONE

0dB

+6

HIGH LEVEL

HIGH LEVEL

200

90

450

FREQUENCY

2.0

3.0

600 x1 x10

0.8

5.0

7.0

50

Hz

1k

LOW / MID

LOW/HIGH

0.6

kHz

10

MID / HIGH 3 WAY

2 WAY

PEAK

0dB 0dB

OFF

40Hz

GAIN

+6 +6

SUB SONIC LOW LEVEL

LOW LEVEL

0dB

+6

MID LEVEL

CHANNEL TWO

0dB

200

300

450

FREQUENCY

2.0

90 600 x1 x10

0.8

+6

HIGH LEVEL

HIGH LEVEL

50

Hz

1k

LOW / MID

LOW/HIGH

0.6

3.0

kHz

5.0

10

MID / HIGH

7.0

3 WAY

2 WAY

PWR

ON

OFF

1. PEAK INDICATOR

The peak indication LED light is used to monitor both input and output distortion. THis indicator will flash whenever any of these two conditions or a combination of these condition exist. Should the peak indicator ever flash, you can compensate this condition by adjusting the gain control down (lower) accordingly.

7. LOW / MID FREQUENCY SELECTOR

This control sets the desired upper frequency crossover point for the LOW OUT and lower frequency crossover point for the MID

OUT. The frequency indicated by the knob pointer of this control establishes the LOW/MID crossover point for the channel.

2. GAIN

This control establishes the amount of input gain for the crossover. This control will also affect the output drive of the crossover thereby adjusting the overall gain of the crossover as well. Note: This control is best used in conjunction with the “peak” level indicator as a means of monitoring the amount of input gain and output distortion as it relates to any overload conditions.

8. 1X / 10X BUTTON

This button multiplies the selected frequency for the LOW / MID crossover network, by 1X or 10X as needed to establish a full range frequency spectrum from 50Hz to 10kHz. With the 1X button in the “out” position the crossover will sweep from 50Hz to

1kHz. With the 10X button pushed “in” the crossover has a range from 500Hz to 10kHz.

3. SUB SONIC FILTER

This button provides a third-order high pass filter set at 40Hz. This allows you to reduce sub sonic noise, allowing your power amps and speakers to operate safely and more efficiently.

9. MID / HIGH FREQUENCY SELECTOR

This control sets the desired upper frequency crossover point for the MID OUT and lower frequency crossover point for the HIGH

OUT. The frequency indicated by the knob pointer of this control establishes the MID / HIGH crossover point for the channel.

4. LOW LEVEL

The LOW LEVEL control sets the output level for the channels LOW OUT jack. Which frequencies will be cut or boosted at this control is dictated by the position of the LOW/MID frequency selector. For example, if the LOW/MID frequency control is set at

300Hz, the frequencies at and below 300Hz will be volumetrically boosted or cut by adjustment of the LOW LEVEL control.

10. 2 WAY / 3 WAY BUTTON

This switch sets the XC3000 into either Bi-Amp or Tri-Amp mode. In the out position the unit is set for Tri-Amp mode. When the button is depressed the unit will operate in Bi-Amp mode, and the MID LEVEL control and output jack is not used.

11. POWER INDICATOR

This LED illuminates when power is applied to the unit.

5. MID LEVEL

The MID LEVEL control sets the output level for the channels MID OUT jack. Which frequencies will be cut or boosted at this control is determined by the positions of the LOW/MID and MID/HIGH frequency selectors.

12. POWER SWITCH

Push this switch vertically to the “on” position to apply power to the unit. The power indicator LED will light to show that the

XC3000 is on.

6. HIGH LEVEL

The HIGH LEVEL control sets the output level for the channels HIGH OUT jack. Which frequencies will be cut or boosted at this control is determined by the position of the MID/HIGH frequency selector.

CHANNEL TWO

The controls of Channel “TWO” are identical to the controls of Channel “ONE”.

REAR PANEL FEATURES

1

5

2 3

4 6

1-800-854-2235 www.carvin.com

INTERNAL FUSE

90-250 VAC

10 VA 50-60Hz

XC3000

Electronic Crossover

MADE IN THE

US A

SERIAL NUMBER

GND

LIFT

INPUT

CHANNEL ONE

7

HIGH

PHASE

8

MID

PHASE

9

LOW

PHASE

MONO

[ LOW 1+2 ]

INPUT

CHANNEL TWO HIGH

PHASE

MID

PHASE

SWITCHABLE

TO MONO

[ LOW 1+2 ]

LOW

PHASE

1. LINE CORD

All Carvin equipment is supplied with 3 conductor line cords for maximum safety, greatly reducing the chance of electrical shock.

If the XC3000 unit is to be plugged into a (2) prong outlet, use a quality 3 to 2 prong grounded adapter. Do not defeat the grounding pin of your AC line cord as this is for your protection.

6. LOW OUT XLR

The LOW OUT 1 / 4” phone jack provides a balanced output for the low pass filter of the channel. This is where you connect the power amp that will be driving your bass cabinets.

2. GROUND LIFT SWITCH

Useful in getting rid of ground loop buzzing. This switch lifts the grounds on the nputs and outputs.

7. MID OUT XLR

The MID OUT 1 / 4” phone jack provides a balanced output for the band pass filter of the channel. This is where you connect the power amp that will be driving your mid range cabinets.

3. BALANCED XLR INPUT

Offers the best connection to the XC3000. The XLR connector wiring is as follows: Pin #1 ground, Pin #2 Positive Balance, Pin #3

Negative Balance.

8. HIGH OUT XLR

The HIGH OUT 1 / 4” phone jack provides a balanced output for the high pass filter of the channel. This is where you connect the power amp that will be driving your high frequency horns or tweeters.

4. BALANCED 1 / 4” PHONE INPUT

The balanced 1 / 4” phone input jack will accept either balanced or non-balanced connections. For best results use balanced (Tip,

Ring, Sleeve) connections to reduce cable hum.

9. MONO (LOW 1+2) SWITCH

Combines both signals from each channel’s low pass filters. Either or both LOW outputs may be used. This is where you would connect a power amp to drive a mono subwoofer sustem.

5. PHASE INVERTER SWITCH

The PHASE inverter switch gives you the option of inverting the phase of each of the main output to correct any phase inversion problem at your speakers or power amps.

BI-AMPLIFYING WITH THE XC3000

MONO BI-AMP CONFIGURATION

System Requirements:

A) Mono source (Mixer)

B) One Stereo Power Amp

C) Individual Horn and Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set for Bi-Amp mode.

0 0

XC3000

24dB/OCTAVE

OFF

40Hz

PEAK dB +6

GAIN dB+6

SUB SONIC

LOW LEVEL

Stereo 2/3Way Crossover

LOW LEVEL

0

CHANNEL ONE dB +6

MID LEVEL

0

200

300

450

FREQUENCY

2.0

dB+6

HIGH LEVEL

HIGH LEVEL

90

50 Hz 1k

LOW / MID

LOW/HIGH

600 x1 x10

0.8

0.6

3.0

kHz

MID / HIGH

5.0

10

7.0

3 WAY

2 WAY

PEAK

0

OFF

40Hz

0 dB +6

GAIN dB +6

SUB SONIC

LOW LEVEL

LOW LEVEL

0 dB+6

CHANNEL TWO

MID LEVEL

0

200

300

450

FREQUENCY

2.0

dB +6

HIGH LEVEL

HIGH LEVEL

90

50 Hz 1k

LOW / MID

LOW/HIGH

600 x1 x10

0.8

3.0

5.0

7.0

0.6

kHz 10

MID / HIGH

3 WAY

2 WAY

PWR

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L A R

BAL SENDS

MON 1 MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM

PHONES

12V

LAMP

POWER

ON

OFF

Mixer Output

MONO MAIN (BAL or NON-BAL)

LEFT HORN

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V INPUT

Crossover

Input

CHANNEL TWO

PHASE PHASE PHASE

IN

OUT

LOW OUT

IN

OUT

MID OUT

IN

OUT

HIGH OUT

INPUT

CHANNEL ONE

PHASE PHASE

IN

OUT

LOW OUT

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT

CH 1/2

US A

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

US A

1

INPUTS

BALANCED LINE

2

LOW OUT

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

HIGH OUT

RIGHT HORN

SPEAKERS DAISY CHAINED

THROUGH JACK PLATE

STEREO BI-AMP CONFIGURATION

System Requirements:

A) Stereo source (Mixer)

B) Two Stereo Power Amps

C) Individual Horn and Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set for Bi-Amp mode.

0 0

XC3000

24dB/OCTAVE

OFF

40Hz

PEAK dB +6

GAIN SUB SONIC

Stereo 2/3Way Crossover dB+6

LOW LEVEL

LOW LEVEL

0

CHANNEL ONE

0 dB +6

MID LEVEL dB+6

HIGH LEVEL

HIGH LEVEL

90

200

300

450

FREQUENCY

2.0

600 x1 x10

0.8

50 Hz 1k

LOW / MID

LOW/HIGH

0.6

3.0

kHz

MID / HIGH

5.0

10

7.0

3 WAY

2 WAY

PEAK

0

OFF

40Hz

0 dB +6

GAIN dB +6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL TWO

0 dB+6

MID LEVEL dB +6

HIGH LEVEL

HIGH LEVEL

200

90

300

FREQUENCY

450

600 x1 x10

50 Hz 1k

LOW / MID

LOW/HIGH

2.0

0.8

3.0

5.0

7.0

0.6

kHz 10

MID / HIGH 3 WAY

2 WAY

PWR

ON

OFF

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L

A

R

BAL SENDS

MON 1 MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM PHONES

12V

LAMP

POWER

Mixer Output

LEFT (BAL or NON-BAL)

RIGHT (BAL or NON-BAL)

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V INPUT

Crossover

Input

CHANNEL TWO

PHASE

IN

OUT

LOW OUT

PHASE

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT

INPUT

CHANNEL ONE

CH 1/2

PHASE

LOW OUT

IN

OUT

PHASE

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT LOW OUT

SUM

US A

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

LEFT HORN

L

L

Low Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

BRIDGE

MONO

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

High Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP

1

OUTPUTS

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

R

RIGHT HORN

R

LEFT

BASS CABINET

USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

RIGHT

BASS CABINET

LEFT

BASS CABINET

USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

RIGHT

BASS CABINET

MONO BI-AMPING

If your system requires only mono bi-amplification, you will utilize only one side of the XC3000 “CHANNEL ONE”.

Simply plug your full range frequency source into the “CHANNEL ONE” 1/4 “ PHONE or XLR input connector at the rear panel of the XC3000. Then connect the “LOW OUT” and “HIGH OUT” XLR jacks to the input of your power amplifier. Note: If a stereo amplifier is used, you will male your connections to either side “Channel 1” or “Channel 2” of the amplifier as respectively used in connection to the horns and woofers of your sound system.

Depress the “2 WAY / 3 WAY” selector switch on the front panel of the XC3000 so that the unit will operate in BI-

Amp mode. Now set the “GAIN” of “CHANNEL ONE” to “0” dB (center of rotation). Set the “LOW LEVEL” and “HIGH

LEVEL” controls to -∞ (off position). Adjust the “LOW / HIGH” frequency selector knob to the approximate desired crossover point. If the desired crossover frequency is above 1kHz, depress the “x10” multiplier switch.

STEREO BI-AMPING

Stereo bi-amplification works in exactly the same manner as in mono bi-amping except that you have two full range input sources (stereo inputs). Make one connection from the stereo source to one side (CHANNEL ONE) of the XC3000 and connect the other source to (CHANNEL TWO) of the XC3000. The crossover frequency separation will work in the exact same manner as in mono biamplification, however, “CHANNEL ONE” will bi-amplify one side of your stereo system. Note: In stereo biamplification you will have to utilize four separate power amplifiers or two stereo amplifiers. This will be required to amplify both low pass (woofer) and high pass (horn) signals to your stereo speaker array. As a general rule, the high pass amplifiers of your stereo speaker array only have to be 1 / 3 the wattage of the low pass amplifiers due to the higher efficiency and lower power consumption of the horns. Be sure to adjust the gain controls and level controls for each channel so that the “PEAK” indicator LED does not flash. Also be careful to note the position of the (1X / 10X) switch per channel, and the respective frequency crossover point in order not to deliver harmful low frequencies to the horn arrays.

Now power up your system. Note: your power amplifiers should be the last piece of equipment to turn on, and the first piece to turn off when applying and removing power from a sound system. Send a typical full range signal into the XC3000 and slowly bring up the “LOW LEVEL” control until the desired volume level is realized. Then bring up the

“HIGH LEVEL” control until the highs and lows sound well balanced. Now you can fine tune the crossover frequency by adjusting the “LOW / HIGH” frequency selector knob.

TRI-AMPLIFYING WITH THE XC3000

MONO TRI-AMP CONFIGURATION

System Requirements:

A) Mono source (Mixer)

B) One Stereo Power Amp & One Mono Power Amp

C) Individual Horn, Mid, and Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set forTri-Amp mode.

0 0

XC3000

24dB/OCTAVE

OFF

40Hz

PEAK dB +6

GAIN SUB SONIC

Stereo 2/3Way Crossover dB+6

LOW LEVEL

LOW LEVEL

0

CHANNEL ONE dB +6

MID LEVEL

0

200

300

450

FREQUENCY

2.0

dB+6

HIGH LEVEL

HIGH LEVEL

90

50 Hz 1k

LOW / MID

LOW/HIGH

600 x1 x10

0.8

3.0

5.0

7.0

0.6

kHz

MID / HIGH

10

3 WAY

2 WAY

PEAK

0 0

OFF

40Hz dB +6

GAIN dB +6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL TWO dB+6

MID LEVEL

0 dB +6

HIGH LEVEL

HIGH LEVEL

200

300

450

FREQUENCY

90

50 Hz

LOW / MID

LOW/HIGH

1k

600 x1 x10

2.0

0.8

3.0

5.0

7.0

0.6

kHz

MID / HIGH

10

3 WAY

2 WAY

PWR

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L

A

R

BAL SENDS

MON 1 MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM PHONES

12V

LAMP

POWER

ON

OFF

Mixer Output

MONO MAIN (BAL or NON-BAL)

STEREO TRI-AMP CONFIGURATION

System Requirements:

A) Stereo source (Mixer)

B) Three Stereo Power Amps

C) Individual Horn, Mid, and Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set forTri-Amp mode.

0 0

XC3000

24dB/OCTAVE

OFF

40Hz

PEAK dB +6

GAIN SUB SONIC

Stereo 2/3Way Crossover dB+6

LOW LEVEL

LOW LEVEL

0

CHANNEL ONE

0 dB +6

MID LEVEL dB+6

HIGH LEVEL

HIGH LEVEL

90

200

300

450

FREQUENCY

2.0

600 x1 x10

0.8

50 Hz 1k

LOW / MID

LOW/HIGH

0.6

3.0

kHz

MID / HIGH

5.0

10

7.0

3 WAY

2 WAY

PEAK

0

OFF

40Hz

0 dB +6

GAIN dB +6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL TWO

0 dB+6

MID LEVEL dB +6

HIGH LEVEL

HIGH LEVEL

200

90

300

FREQUENCY

2.0

450

600 x1 x10

0.8

50 Hz 1k

LOW / MID

LOW/HIGH

3.0

5.0

7.0

0.6

kHz 10

MID / HIGH 3 WAY

2 WAY

PWR

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L

A

R

BAL SENDS

MON 1 MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM

PHONES

12V

LAMP

POWER

ON

OFF

Mixer Output

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V INPUT

Crossover

Input

CHANNEL TWO

PHASE

IN

OUT

LOW OUT

PHASE

IN

OUT

PHASE

MID OUT

IN

OUT

HIGH OUT

INPUT

CHANNEL ONE

CH 1/2

PHASE

IN

OUT

PHASE

LOW OUT

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT LOW OUT

SUM

US A

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

SET "PARALLEL INPUTS" SWITCHES

TO RIGHT-MOST POSITION

LEFT HORN

LEFT

MID CABINET

Low Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

Mid Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2 BRIDGE

MONO

+

RMS POWERMAX

+

SPEAKER IMPEDANCE

FUSE

RIGHT HORN

SPEAKERS DAISY CHAINED

THROUGH JACK PLATE

RIGHT

MID CABINET

LEFT (BAL or NON-BAL)

RIGHT (BAL or NON-BAL)

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V INPUT

Crossover

Input

CHANNEL TWO

PHASE PHASE PHASE

IN

OUT

LOW OUT

IN

OUT

MID OUT

IN

OUT

HIGH OUT

INPUT

CHANNEL ONE

CH 1/2

PHASE PHASE

IN

OUT

LOW OUT

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT LOW OUT

SUM

US A

US A

Mid Amplifier

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

BRIDGE

MONO

RMS POWERMAX

+

+

SPEAKER IMPEDANCE

FUSE

US A

High Amplifier

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

RMS POWERMAX

+

+

SPEAKER IMPEDANCE

FUSE

LEFT HORN

1

INPUTS

US A

Low Amplifier

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

+

RMS POWERMAX

+

SPEAKER IMPEDANCE

FUSE

L R

RIGHT HORN

L R

LEFT

MID CABINET

RIGHT

MID CABINET

L

R

LEFT

BASS CABINET

RIGHT

BASS CABINET

USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

LEFT

BASS CABINET

USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

RIGHT

BASS CABINET

MONO TRI-AMPING

To use the XC3000 in a Tri-Amped sound system, connect your full range frequency sources into the “CHANNEL

ONE” 1 / 4” PHONE or XLR input connectors at the rear panel of the XC3000. Then connect the “CHANNEL ONE”

“LOW OUT”, “MID OUT”, and “HIGH OUT” phone XLR jacks to the inputs of your power amplifiers. Note: this will require three separate amplifier channels. If you will be using two stereo power amps connect the mids and highs to channels one and two of one amp. Operate the second power amp in bridged mode and make the connections for the lows.

Set the “2 WAY / 3 WAY” selector switch on the front panel of the XC3000 so that the unit will operate in Tri-Amp mode. Now set the “GAIN” control of “CHANNEL ONE” to “0” dB (center of rotation). Set the “LOW LEVEL” , “MID

LEVEL”, and “HIGH LEVEL” controls to -∞ (off position). Adjust the “LOW / MID” and “MID / HIGH” frequency selector knobs to the approximate desired crossover points.

Power up your system and send signal through your XC3000. Slowly bring up the “LOW LEVEL” control until the desired volume level is realized. Next bring up the “MID LEVEL” and “HIGH LEVEL” controls until the lows, mids, and highs sound well balanced. Now you can fine tune the crossover frequencies by adjusting the “LOW / MID” and “MID

/ HIGH” frequency selector knobs.

STEREO TRI-AMPING

Stereo tri-amplification of the XC3000 works in exactly the same manner as in mono tri-amping except that you utilize both channels, and power two sets of speaker cabinets.

BI AMP W/SUB & MONO QUAD CONFIGURATIONS

BI-AMP W/ SUB CONFIGURATION

Sy stte m R eq uiir me s::

A) Stereo Source (Mixer)

B) Three Stereo Power Amps

C) Individual Horn, MID, and Sub Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set forTri-Amp mode.

0 0

XC3000

24dB/OCTAVE

OFF

40Hz

PEAK dB +6

GAIN

Stereo 2/3Way Crossover dB+6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL ONE dB +6

MID LEVEL

0

200

300

450

FREQUENCY

2.0

dB+6

HIGH LEVEL

HIGH LEVEL

90

50 Hz 1k

LOW / MID

LOW/HIGH

600 x1 x10

0.8

0.6

3.0

kHz 10

MID / HIGH

5.0

7.0

3 WAY

2 WAY

PEAK

0

OFF

40Hz

0 dB +6

GAIN dB +6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL TWO dB+6

MID LEVEL

0

200

300

450

FREQUENCY

2.0

dB +6

HIGH LEVEL

HIGH LEVEL

90

50 Hz 1k

LOW / MID

LOW/HIGH

600 x1 x10

0.8

0.6

3.0

kHz

MID / HIGH

5.0

10

7.0

3 WAY

2 WAY

PWR

ON

OFF

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L

A

R

BAL SENDS

MON 1 MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM PHONES

12V

LAMP

POWER

Mixer Output

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

RIGHT (BAL or NON-BAL)

LEFT (BAL or NON-BAL)

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V INPUT

Crossover

Input

CHANNEL TWO

PHASE

IN

OUT

LOW OUT

PHASE

IN

OUT

MID OUT

PHASE

HIGH OUT

IN

OUT INPUT

CHANNEL ONE

CH 1/2

PHASE

LOW OUT

IN

OUT

PHASE

IN

OUT

MID OUT

PHASE

HIGH OUT

IN

OUT

LOW OUT

SUM

US A

MONO QUAD AMP CONFIGURATION

Sy stte m R eq uiir me s::

A) Stereo Source (Mixer)

B) Four Stereo Power Amps

C) Individual Horn, MID, and Sub Woofer Connections

Set the intput "GAIN" so that the

"PEAK" LED does not illuminate.

Adjust your output level controls for the desired balance.

Set forTri-Amp mode.

0 0

XC3000

24dB/OCTAVE

PEAK dB +6

GAIN

Stereo 2/3Way Crossover dB+6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL ONE

0 dB +6

MID LEVEL dB+6

HIGH LEVEL

HIGH LEVEL

200

90

300

FREQUENCY

450

600 x1 x10

50 Hz 1k

LOW / MID

LOW/HIGH

2.0

0.8

3.0

5.0

7.0

0.6

kHz 10

MID / HIGH 3 WAY

2 WAY

PEAK

0 0 dB +6

GAIN dB +6

SUB SONIC LOW LEVEL

LOW LEVEL

0

CHANNEL TWO dB+6

MID LEVEL

0 dB +6

HIGH LEVEL

HIGH LEVEL

200

90

300

50 Hz 1k

LOW / MID

LOW/HIGH

FREQUENCY

450

600 x1 x10

0.8

2.0

3.0

5.0

7.0

0.6

kHz 10

MID / HIGH 3 WAY

2 WAY

PWR

Set your input "GAIN" so that you run your signal source (mixer) at its nominal volume setting.

Adjust these controls to set your crossover frequency point.

TAPE SEND

LR

C

STEREO RETURNS

B

L

A

R

BAL SENDS

MON 1

MON 2 EFF 1

SENDS

EFF 2

LEFT/3 RIGHT/4 MAIN

SUB 1 SUB 2

CNTRL

RM PHONES

12V

LAMP

POWER

ON

OFF

Mixer Output

MONO MAIN (BAL or NON-BAL)

PATCH (BAL or NON-BAL)

50-60Hz 20VA XC3000

Electronic Crossover

S/N REMOVED

120V 240V

Crossover

Input

CHANNEL TWO

PHASE

IN

OUT

LOW OUT

PHASE

IN

OUT

MID OUT

PHASE

IN

OUT

HIGH OUT

INPUT INPUT

SUB OUT LOW OUT

CHANNEL ONE

CH 1/2

PHASE

IN

OUT

LOW OUT

PHASE

IN

OUT

MID OUT

PHASE

HIGH OUT

IN

OUT

LOW OUT

SUM

US A

MID OUT HIGH OUT

2 COND (TIP/RING) OR

3 COND (TIP/RING/SLEEVE)

SHIELDED CABLE

LEFT HORN

Sub/Low Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

Mid/High Amplifier

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2

MONO

BRIDGE

RMS POWERMAX

+

+

SPEAKER IMPEDANCE

FUSE

RIGHT HORN Low Amplifier

US A

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP OUTPUTS

1

SPEAKER

2 BRIDGE

MONO

+

RMS POWERMAX

+

SPEAKER IMPEDANCE

FUSE

R

1

INPUTS

BALANCED LINE

2

L L

Sub Amplifier

AMP IN BRIDGED MODE

ACCESSORY GROUP

1

OUTPUTS

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

LEFT HORN

High Amplifier

R

1

INPUTS

BALANCED LINE

2

ACCESSORY GROUP

1

OUTPUTS

SPEAKER

2

MONO

BRIDGE

+

+

RMS POWERMAX

SPEAKER IMPEDANCE

FUSE

RIGHT HORN

SUB WOOFER

LEFT

MID CABINET

LEFT

BASS CABINET

SPEAKERS DAISY CHAINED

THROUGH JACK PLATE

RIGHT

MID CABINET

RIGHT

BASS CABINET

LEFT

BASS CABINET

RIGHT

BASS CABINET

USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

MONO SUB-WOOFER

The mono low (1+2) switch on the rear panel can be used when hooking up a single sub-woofer to your system and get a summed response of both channels. When using this output set the “CHANNEL ONE” and “CHANNEL TWO” “LOW

LEVEL” controls to the same position.

RIGHT

SUB CABINET LEFT

SUB CABINET USE HIGH CURRENT SPEAKER CABLE

FOR ALL SPEAKER CONNECTIONS

CARVIN PART # XP-50

MONO QUAD-AMPING

The XC3000 can be used in four way sound systems. To do this you need to patch the “LOW OUT” XLR phone jack of

“CHANNEL ONE” into the input jack of “CHANNEL TWO”. Now the “CHANNEL TWO” “LOW OUT” and “MID OUT” jacks will be used to send signal to your sub woofer and bass power amps, and the “CHANNEL ONE” “MID OUT” and

“HIGH OUT” jacks will feed your mids and highs power amps.

1

2

3

4

5

XC3000 PARTS LIST

6

7

8

9

10

11

12

13

R F

8

9

10

11

12

13

4

5

6

7

1

2

3

D ES RIIP

XC3000 Chassis

XC3000 Master PCB

Primary Fuse

AC Connector

Torroid

Pan Head Chassis Screw

Knob

Pot

Pot 4x

Pan Head Sheet Metal Screw

XC3000 Front Panel

Switch Cap

Power Switch

P AR

10-30004

80-30000

70-21005

21-30900

15-00733

06-10020

07-12028

71-14010

71-12450

06-10050

10-30001

07-31160

25-62116

8

4

1

1

6

1

1

1

4

12

1

1

1

This symbol is intended to alert the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

This symbol is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance.

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.

POWER SOURCES: The product should be connected to a power supply only of the type described in the operating instructions or as marked on the appliance.

GROUNDING OR POLARIZATION: Precautions should be taken so that the grounding or polarization 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.

LIMITED WARRANTY

Your Carvin product is guaranteed against failure for 1 YEAR unless otherwise stated.

Carvin will service and supply all parts at no charge to the customer providing the unit is under warranty. Shipping costs are the responsibility of the customer. CARVIN

DOES NOT PAY FOR PARTS OR SERVICING OTHER 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 represent 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.

When RETURNING merchandise to the factory, you may call for a return authorization number. 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.

SAFETY INSTRUCTIONS (EUROPEAN)

The conductors in the AC 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. NEVER UNDER ANY CIRCUMSTANCES SHOULD YOU INSERT A DAM-

AGED OR CUT MAIN PLUG INTO A POWER SOCKET.

MAINTAINING YOUR EQUIPMENT

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. As with all pro gear, avoid prolonged use in caustic environments (salt air). When used in such an environment, be sure the amplifier is adequately protected by rack, covers, etc..

C20

C21

C22

C23

C24

C25

C26

C27

C12

C13

C14

C15

C16

C17

C18

C19

C28

C29

C30

C31

C32

C33

C34

C35

C4

C5

C6

C7

C8

C9

C10

C11

A16

A17

A18

A19

A20

C1

C2

C3

A9

A10

A11

A12

A13

A14

A15

A5

A6

A7

A8

A1

A2

A3

A4

C67

C68

C69

C70

C71

C72

C73

C74

C75

C76

C77

C78

C59

C60

C61

C62

C63

C64

C65

C66

C51

C52

C53

C54

C55

C56

C57

C58

DEES CR TIIO N

5532, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

5532, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

4558, Low Noise Op Amp

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Poly, 0.22µF

Capacitor, Poly, 0.22µF

Capacitor, Poly, 0.22µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Ceramic, 27pF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Poly, 0.22µF

Capacitor, Poly, 0.22µF

Capacitor, Poly, 0.22µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.047µF

Capacitor, Ceramic, 27pF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Poly, 0.0047µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

Capacitor, Electrolytic, 10µF

REPLACEMENT PARTS LIST FOR XC3000

PA RT

45-27052

46-47212

46-47312

46-47212

46-47312

46-47212

46-47312

46-47212

46-47312

46-47212

46-47212

46-47212

46-47212

46-47212

47-10051

47-10051

60-45580

60-45580

60-45580

60-45580

60-45580

47-10051

47-10051

45-27052

45-27052

47-10051

45-27052

46-22412

46-22412

46-22412

47-10051

47-10051

47-10051

45-27052

47-10051

45-27052

47-10051

45-27052

45-27052

45-27052

60-55320

60-45580

60-45580

60-45580

60-45580

60-45580

60-45580

60-45580

60-55320

60-45580

60-45580

60-45580

60-45580

60-45580

60-45580

47-10051

47-10051

45-27052

45-27052

47-10051

45-27052

46-22412

46-22412

46-22412

47-10051

47-10051

45-27052

46-47212

46-47312

46-47212

46-47312

46-47212

46-47312

46-47212

46-47312

45-27052

46-47212

46-47212

46-47212

46-47212

47-10051

47-10051

47-10051

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

P11

P12

Q1

Q51

P9

P10

P11

P12

P3

P4

P5

P6

P7

P8

P9

P10

Q1

Q51

R1

R2

R3

R4

R5

R6

J6

J7

J8

J9

J10

J11

P1

P2

J2

J3

J4

J5

D103

D104

F1

J1

C79

C80

C81

C82

C83

C101

C102

C103

C104

D1

D2

D51

D52

D101

D102

R23

R24

R25

R26

R27

R28

R29

R30

R31

R32

R33

R34

R15

R16

R17

R18

R19

R20

R21

R22

R7

R8

R9

R10

R11

R12

R13

R14

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

Capacitor, Ceramic, 27pF

Capacitor, Electrolytic, 10µF

45-27052

47-10051

45-27052

47-10051

Capacitor, Ceramic, 27pF 45-27052

Capacitor, Electrolytic, 2200µF 47-22225

Capacitor, Electrolytic, 2200µF 47-22225

Capacitor, Electrolytic, 10µF 47-10051

Capacitor, Electrolytic, 10µF

Diode, 1N4003

LED, Small Red

Diode, 1N4003

LED, Small Red

Diode, 1N4003

Diode, 1N4003

47-10051

61-40030

60-75320

61-40030

60-75320

61-40030

61-40030

Diode, 1N4003

Diode, 1N4003

Clips Fuse Holder

JACK, .250”

JACK XLR

JACK, .250”

JACK, .250”

JACK, .250”

JACK, .250”

JACK, .250”

JACK XLR

JACK, .250”

JACK, .250”

JACK, .250”

POT 16 15F B50KCC

POT 16 15F 15C50KX4

POT 16 15F 15C50KX4

POT 16 15F B50KCC

POT 16 15F B50KCC

POT 16 15F B50KCC

POT 16 15F B50KCC

POT 16 15F 15C50KX4

POT 16 15F 15C50KX4

POT 16 15F B50KCC

POT 16 15F B50KCC

POT 16 15F B50KCC

Transistor, #2N3391A NPN

Transistor, #2N3391A NPN

POT 16 15F 15C50KX4

POT 16 15F B50KCC

POT 16 15F B50KCC

POT 16 15F B50KCC

Transistor, #2N3391A NPN

Transistor, #2N3391A NPN

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 12K, 1/4W

Resistor, 13K, 1/4W

71-12450

71-14010

71-14010

71-14010

71-14010

71-12450

71-12450

71-14010

71-14010

71-14010

60-33910

60-33910

71-12450

71-14010

71-14010

71-14010

61-40030

61-40030

23-03529

21-01806

21-00300

21-01806

21-01806

21-01806

21-01806

21-01806

21-00300

21-01806

21-01806

21-01806

71-14010

71-12450

60-33910

60-33910

50-22045

50-22045

50-22045

50-22045

50-12045

50-13045

Resistor, 5.6K, 1/4W

Resistor, 91K, 1/4W

Resistor, 100K, 1/4W

Resistor, 82K, 1/4W

Resistor, 47K, 1/4W

Resistor, 47K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 13K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 47K, 1/4W

Resistor, 82K, 1/4W

Resistor, 47K, 1/4W

Resistor, 47K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 13K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 47K, 1/4W

Resistor, 100K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

50-56035

50-91045

50-10055

50-82045

50-47045

50-47045

50-33035

50-18045

50-33035

50-13045

50-33035

50-18045

50-33035

50-47045

50-82045

50-47045

50-47045

50-33035

50-18045

50-33035

50-13045

50-33035

50-18045

50-33035

50-47045

50-10055

50-15025

50-22045

CAUTION

RISK OF ELECTRIC SHOCK

REFER SERVICING TO QUALIFIED SER-

VICE PERSONNEL! THIS UNIT CONTAINS

HIGH VOLTAGE INSIDE!

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 10K, 1/4W

Resistor, 1K, 1/4W

Resistor, 470 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 12K, 1/4W

Resistor, 13K, 1/4W

Resistor, 5.6K, 1/4W

Resistor, 91K, 1/4W

Resistor, 100K, 1/4W

Resistor, 82K, 1/4W

Resistor, 47K, 1/4W

Resistor, 47K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 13K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 47K, 1/4W

Resistor, 82K, 1/4W

Resistor, 47K, 1/4W

Resistor, 47K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 13K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 18K, 1/4W

Resistor, 3.3K, 1/4W

Resistor, 47K, 1/4W

Resistor, 100K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 22K, 1/4W

Resistor, 150 Ω, 1/4W

Resistor, 10K, 1/4W

Resistor, 1K, 1/4W

Resistor, 470 Ω, 1/4W

Resistor, 1.5K, 1/4W

Switch DPDT Push

Switch 4PDT Push

Switch DPDT Push

Switch DPDT Push

Switch DPDT Push

Switch DPDT Push

Switch DPDT Push

Switch 4PDT Push

Switch DPDT Push

Switch DPDT Push

Switch DPDT Push

Switch DPDT Push

7815, +15V Regulator

7815, -15V Regulator

R74

R75

R76

R77

R78

R79

R80

R81

R66

R67

R68

R69

R70

R71

R72

R73

R82

R83

R84

R85

R86

R87

R88

R89

R58

R59

R60

R61

R62

R63

R64

R65

R50

R51

R52

R53

R54

R55

R56

R57

R43

R44

R45

R46

R47

R48

R49

R35

R36

R37

R38

R39

R40

R41

R42

S4

S5

S6

S7

S8

S9

S10

S11

S12

U1

U2

R98

R99

R100

R101

R102

S1

S2

S3

R90

R91

R92

R93

R94

R95

R96

R97

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

2

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

50-13045

50-33035

50-18045

50-33035

50-47045

50-82045

50-47045

50-47045

50-33035

50-18045

50-33035

50-13045

50-33035

50-18045

50-33035

50-47045

50-47025

50-22045

50-22045

50-22045

50-22045

50-12045

50-13045

50-56035

50-91045

50-10055

50-82045

50-47045

50-47045

50-33035

50-18045

50-33035

50-10055

50-15025

50-22045

50-22045

50-15025

50-15025

50-22045

50-22045

50-22045

50-15025

50-15025

50-22045

50-22045

50-15025

50-15025

50-22045

50-22045

50-15025

50-22045

50-22045

50-15025

50-10045

50-10035

50-15025

50-15025

50-22045

50-22045

50-15025

50-22045

50-22045

50-22045

50-15025

50-10045

50-10035

50-47025

50-15035

25-32824

25-64220

25-32824

25-32833

25-32833

25-32833

25-32824

25-64220

25-32833

25-32833

25-32833

25-32824

60-78150

60-79150

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

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