ADDAC System ADDAC814 - Audio Mixer

ADDAC814 - Audio Mixer ADDAC System - Free user manual and instructions

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Product Type Eurorack Module
Brand ADDAC System
Model ADDAC814
Module Width 8 HP
Depth 30 mm
Weight 120 g
Power Supply +12V / -12V via Eurorack bus board
Current Consumption +12V: 80 mA, -12V: 20 mA
Main Functions Quad CV processor with mixing, attenuation, and offset
Inputs 4 CV inputs (0-10V)
Outputs 4 CV outputs (0-10V)
Controls 4 attenuverter knobs, 4 offset knobs, 4 input switches
Construction PCB and aluminum faceplate
Safety Reverse power protection; do not exceed rated voltage
Maintenance & Cleaning Wipe with dry cloth; avoid liquids
Spare Parts & Repairability Contact ADDAC System for replacement knobs or PCBs
Warranty 2 years limited
Compatibility Eurorack case with sufficient power

Frequently Asked Questions - ADDAC814 ADDAC System

What is the ADDAC814 used for?
The ADDAC814 is a quad CV processor designed for Eurorack modular systems. It can attenuate, invert, and offset up to four CV signals simultaneously.
What is the power consumption of the ADDAC814?
It consumes approximately 80 mA on +12V and 20 mA on -12V. Ensure your Eurorack power supply can provide these currents.
Is the ADDAC814 compatible with all Eurorack cases?
Yes, as a standard Eurorack module of 8 HP width, it fits any case with a Eurorack bus board and sufficient power.
How do I connect the ADDAC814 to my system?
Connect the supplied ribbon cable to the bus board, ensuring correct orientation. Then mount the module using screws.
What are the input and output voltage ranges?
Inputs and outputs operate in the 0-10V range typical for Eurorack CV signals.
Can I use the ADDAC814 with audio signals?
It is designed for CV signals, but can process audio if kept within the 0-10V range. However, it is not optimized for audio.
Does the ADDAC814 have reverse polarity protection?
Yes, it includes reverse power protection to prevent damage if the ribbon cable is connected incorrectly.
How do I clean the module?
Use a dry, soft cloth to wipe the faceplate. Avoid any liquids or abrasive cleaners.
Where can I find spare parts?
Contact ADDAC System support for replacement knobs, potentiometers, or other components.
What is the warranty period?
The ADDAC814 comes with a 2-year limited warranty against manufacturing defects.

User questions about ADDAC814 ADDAC System

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Download the instructions for your Audio Mixer in PDF format for free! Find your manual ADDAC814 - ADDAC System and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. ADDAC814 by ADDAC System.

USER MANUAL ADDAC814 ADDAC System

Instruments for Sonic Expression

Est.2009

INTRODUCING

ADDAC814

6x6 STEREO

MATRIX MIXER

5x6 STEREO MATRIX MIXER ADDACIN 1 A 1 B 1 C 1 D 1 E 1 F 2 A 2 B 2 C 2 D 2 E 2 F 3 A 3 B 3 C 3 D 3 E 3 F 4 A 4 B 4 C 4 D 4 E 4 F 5 A 5 B 5 C 5 D 5 E 5 F 6 A 6 B 6 C 6 D 6 E 6 F 2024 ADDAC SYSTEM 6x6 ST. MATRIX MIXER ADDACIN 1 A OUT A LEFT OUT A RIGHT B OUT B LEFT OUT B RIGHT 2 C OUT C LEFT OUT C RIGHT D OUT D LEFT OUT D RIGHT 3 E IN3 LEFT IN3 RIGHT OUT F L OUT E R 4 IN4 LEFT IN4 RIGHT 5 IN5 LEFT IN5 RIGHT OUT F L OUT F R 6 IN6 LEFT IN6 RIGHT OUT F R 2024 ADDAC SYSTEM

USER'S GUIDE . REV01

October.2024

ADDAC System ADDAC814 - MATRIX MIXER - 2

ADDAC

System

From Portugal with Love!

WELCOME

We're pleased to announce our take on matrix mixers, a 6x6 stereo matrix easily expandable to larger configurations.

Matrix mixers may need some time to get used to but they are very much self explanatory, each knob controls the volume of a matrix point routing the respective input to the desired output.

The flexibility of a matrix mixer is far superior to a standard mixer, the possibility to route any input to any single or multiple outputs allow for very complex chains, combining parallel and series processing while easily reconfigurable without any extra patching.

All Inputs Left channels are normalled to the Right Inputs.

Blank areas on the left and bottom edges of the panel allow for the user to write all the inputs and outputs sources that each channel is connected to.

Different colored knobs for faster visual recalling: Black for A,C,E Outputs

Dark Red for B,D,F Outputs

Cream knobs for potential feedback diagonal: 1A, 2B, 3C, 4D, 5E, 6F.

DC coupled circuitry, can be used to mix both audio or cv signals.

Jumpers on the back of both modules allow the user to set each channel independently to Line or Synth Level, making it easier to integrate with external sources, sound processors or guitar pedals.

INTERNAL CONNECTIONS

The control and input modules are connected via a large 36 wire ribbon cable, only the control module needs to be connected to the Busboard.

Extra IDC sockets are used for connecting larger configurations like 12x12 or 18x18.

Other configurations are also possible: 6x12, 12x6, 18x6, etc...

Up to 12x12 all ribbon cables are provided, for larger matrixes custom ones will be necessary. contact us directly if planning to go BIG.

25HP 8HP
6x6 STEREO MATRIX MIXER ASIMAC SYSTEM

STEREO MIXER+ MIXIC OUT A LEFT OUT A RIGHT OUT B LEFT OUT B RIGHT OUT C LEFT OUT C RIGHT OUT D LEFT OUT D RIGHT OUT E LEFT OUT E RIGHT OUT F LEFT OUT F RIGHT OUT G LEFT OUT G RIGHT OUT H LEFT OUT H RIGHT OUT I LEFT OUT I RIGHT OUT J LEFT OUT J RIGHT OUT K LEFT OUT K RIGHT OUT L LEFT OUT L RIGHT OUT M LEFT OUT M RIGHT OUT N LEFT OUT N RIGHT MAX ASIC SYSTEM

POWER RAILS RIBBON CABLE (Red Stripe Down)
B INS/OUTS RIBBON CABLE (2x17 Connectors)

ADDAC System B A SAMS EXEMEREN and STERED MATRIX MEADER Copyrightly on the Board

ADDAC System B

Jumpers set the Output level of each channel:

No jumper · Synth level

With jumper = Line level

OUTPUTS JUMPERS

INPUTS JUMPERS

FEEDBACK

Feedback diagonal

This diagonal in matrix mixers routes the input X to the same X output. Depending on what is connected in those Ins/Outs it has the potential to generate feedbacks. For ex: if we plug a VCO into input 1 and use the output A as the mixer output then when raising the level of input 1 to output A this will simply act as a volume control of the VCO into the output. If we add a Filter in In 2/Out B, patching the output of a Filter module into input 2 and the Matrix output B to the Filter input. Then we can route the VCO through the Filter using the 1B Knob and forward the filter output to the master output using the 2A Knob.

In this setup whenever we raise the level of knob 2B we'll be routing the output of the Filter module into it's input generating a feedback in the Filter module (similar as increasing the filter's resonance). This can be used as a feature but also requires attention as it can lead to a drastic result.

We decided to use a different color for these knobs to highlight these special cases.

5x8 STEREO MATRIX MIXER ABIAL SYSTEM

ADDAC System ADDAC814 - Feedback diagonal - 2

flowchart 
graph TD
    A["6x5 TEREO MATRIX MIXER"] --> B["FILTER"]
    B --> C["FILTER OUTPUT"]
    C --> D["MAX ADDAC SYSTEM"]
    D --> E["MASTER OUTPUT"]
    D --> F["FILTER"]
    G["VCO OUTPUT"] --> H["STEREO MIXER+"]
    H --> I["DUAL FILTER ARCHEDS"]
    I --> J["DUAL MEND STIPS"]
    J --> K["OUTOFF OUTOFF REQUISANCE"]
    K --> L["OUT OF ATTENUATION"]
    L --> M["OUT OF ATTENUATION"]
    M --> N["OUT OF ATTENUATION"]
    N --> O["OUT OF ATTENUATION"]
    O --> P["OUT OF ATTENUATION"]
    P --> Q["OUT OF ATTENUATION"]
    Q --> R["OUT OF ATTENUATION"]
    R --> S["OUT OF ATTENUATION"]
    S --> T["OUT OF ATTENUATION"]
    T --> U["OUT OF ATTENUATION"]
    U --> V["OUT OF ATTENUATION"]
    V --> W["OUT OF ATTENUATION"]
    W --> X["OUT OF ATTENUATION"]
    X --> Y["OUT OF ATTENUATION"]
    Y --> Z["OUT OF ATTENUATION"]
    Z --> AA["OUT OF ATTENUATION"]
    AA --> AB["OUT OF ATTENUATION"]
    AB --> AC["OUT OF ATTENUATION"]
    AC --> AD["OUT OF ATTENUATION"]
    AD --> AE["OUT OF ATTENUATION"]
    AE --> AF["OUT OF ATTENUATION"]
    AF --> AG["OUT OF ATTENUATION"]
    AG --> AH["OUT OF ATTENUATION"]
    AH --> AI["OUT OF ATTENUATION"]
    AI --> AJ["OUT OF ATTENUATION"]
    AJ --> AK["OUT OF ATTENUATION"]
    AK --> AL["OUT OF ATTENUATION"]
    AL --> AM["OUT OF ATTENUATION"]
    AM --> AN["OUT OF ATTENUATION"]
    AN --> AO["OUT OF ATTENUATION"]
    AO --> AP["OUT OF ATTENUATION"]
    AP --> AQ["OUT OF ATTENUATION"]
    AQ --> AR["OUT OF ATTENUATION"]
    AR --> AS["OUT OF ATTENUATION"]
    AS --> AT["OUT OF ATTENUATION"]
    AT --> AU["OUT OF ATTENUATION"]
    AU --> AV["OUT OF ATTENUATION"]
    AV --> AW["OUT OF ATTENUATION"]
    AW --> AX["OUT OF ATTENUATION"]
    AX --> AY["OUT OF ATTENUATION"]

SIGNAL FLOW DIAGRAM

ADDAC System ADDAC814 - SIGNAL FLOW DIAGRAM - 1

flowchart 
graph TD
    subgraph Inputs
        direction TB
        INPUT1["INPUT 1 LEFT"] --> INPUT2["INPUT 2 LEVEL > TO OUTPUT A"]
        INPUT2 --> INPUT3["INPUT 3 LEVEL > TO OUTPUT B"]
        INPUT3 --> INPUT4["INPUT 4 LEVEL > TO OUTPUT C"]
        INPUT4 --> INPUT5["INPUT 5 LEVEL > TO OUTPUT D"]
        INPUT5 --> INPUT6["INPUT 6 LEVEL > TO OUTPUT E"]
    end

    subgraph Outputs
        direction TB
        INPUT1 --> OUTPUTA["OUTPUT A SIERED MIX"]
        INPUT2 --> OUTPUTB["OUTPUT B SIERED MIX"]
        INPUT3 --> OUTPUTC["OUTPUT C SIERED MIX"]
        INPUT4 --> OUTPUTD["OUTPUT D SIERED MIX"]
        INPUT5 --> OUTPUTE["OUTPUT E SIERED MIX"]
        INPUT6 --> OUTPUTF["OUTPUT F SIERED MIX"]
    end

    INPUT1 --> INPUT2
    INPUT2 --> INPUT3
    INPUT3 --> INPUT4
    INPUT4 --> INPUT5
    INPUT5 --> INPUT6
    INPUT6 --> OUTPUTA
    INPUT6 --> OUTPUTB
    INPUT6 --> OUTPUTC
    INPUT6 --> OUTPUTD
    INPUT6 --> OUTPUTE
    INPUT6 --> OUTPUTF
    INPUT7["INPUT 1 LEFT"] --> INPUT2
    INPUT7 --> INPUT3
    INPUT3 --> INPUT4
    INPUT4 --> INPUT5
    INPUT5 --> INPUT6
    INPUT6 --> OUTPUTA
    INPUT6 --> OUTPUTB
    INPUT6 --> OUTPUTC
    INPUT6 --> OUTPUTD
    INPUT6 --> OUTPUTE
    INPUT7 --> OUTPUTF
    INPUT8["INPUT 1 LEFT"] --> INPUT2
    INPUT8 --> INPUT3
    INPUT3 --> INPUT4
    INPUT4 --> INPUT5
    INPUT5 --> INPUT6
    INPUT6 --> OUTPUTA
    INPUT6 --> OUTPUTB
    INPUT6 --> OUTPUTC
    INPUT6 --> OUTPUTD
    INPUT6 --> OUTPUTE
    INPUT7 --> OUTPUTF
    INPUT8 --> OUTPUTF
    INPUT9["INPUT 1 LEFT"] --> INPUT2
    INPUT9 --> INPUT3
    INPUT3 --> INPUT4
    INPUT4 --> INPUT5
    INPUT5 --> INPUT6
    INPUT6 --> OUTPUTA
    INPUT6 --> OUTPUTB
    INPUT6 --> OUTPUTC
    INPUT6 --> OUTPUTD
    INPUT6 --> OUTPUTE
    INPUT7 --> OUTPUTF
    INPUT8 --> OUTPUTF
    INPUT9 --> OUTPUTF

    style Inputs fill:#f9f,stroke:#333,stroke-width:2px
    style Outputs fill:#ccf,stroke:#333,stroke-width:2px

ROUTING EXAMPLE

This example shows the potential for complex chains with both parallel and series processing as well as some feedback action on a Delay >Reverb chain.

ADDAC System ADDAC814 - ROUTING EXAMPLE - 1

flowchart 
graph TD
    A["ADDAC112 Granular"] --> B["ADAC112 D"]
    C["DELAY"] --> D["ALAB REVERB"]
    E["REVERB"] --> F["DISTORTION"]
    G["COMPRESSOR"] --> H["INSTRUMENT INPUT"]
    I["STEREO MIXER+"] --> J["OUT A LEFT OUT A RED"]
    J --> K["OUT B LEFT OUT B RED"]
    L["COMPRESSOR"] --> M["OUT C LEFT OUT C RED"]
    N["INSTRUMENT INPUT"] --> O["OUT D LEFT OUT D RED"]
    P["ADAC112 D"] --> Q["EU REVERB DISTORTION COMPRESS OUTPUT"]
    R["PREVIER"] --> S["DISTORTION"]
    T["COMPRESSOR"] --> U["COMPRESSOR"]
    V["MAIN OUTPUT"] --> W["MAIN OUTPUT"]

Routing Diagram
ADDAC System ADDAC814 - ROUTING EXAMPLE - 2

flowchart 
graph TD
    A["INSTRUMENT Input"] --> B["A304C112 Granular"]
    B --> C["DELAY"]
    B --> D["DISTINATION"]
    C --> E["REVERB"]
    D --> F["COMPRESSOR VAIN OUTPUT"]
    E --> F
    F --> G["Output"]
    C --> H["Signal Path"]
    D --> I["Signal Path"]
    H --> B
    I --> B

OTHER CONFIGURATIONS

EXPANDING THE MATRIX

Expanding to larger matrixes is possible using the Expansion module, below you can see the differences between the modules and their connections.

Depending on the desired configuration the user will require different modules as described in the next pages.

ADDAC814 is sold as a pair: ADDAC814A + ADDAC814B

ADDAC814A & ADDAC814C can be bought individually as expansions.

ADDAC814

ADDAC814A INS & OUTS
ADDAC814B MAIN CONTROLS
STEREO MIXER+ SINEMA 100 U1 U2 U3 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4 U1 U2 U3 U4

RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STEREO MATRIX MEET ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOIFT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINT ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS RST STERSOINUTS ADAMS

ADDAC814C EXPANSION CONTROLS
5x6 SERIES MATRIX MUSER MUSKOS ASIAL SYSTEM

ADDAC System 8 R1 R2 R3 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 R21 R22 R23 R24 R25 R26 R27 R28 R29 R30 R31 R32 R33 R34 R35 R36 R37 R38 R39 R40 R41 R42 R43 R44 R45 R46 R47 R48 R49 R50 R51 R52 R53 R54 R55 R56 R57 R58 R59 R60

ADAC System C B D A C#P ITEMS PATRIAN HOUR C#P ITEMS PATRIAN HOUR

CE A201AC D B A C RND STEELD 50W/6.5 W/6.5

INS & OUTS MAIN CONTROLS
EXPANSION CONTROLS

A POWER RAILS RIBBON CABLE

B INS/OUTS RIBBON CABLE (2x17 Connectors)

C EXPANSION RIBBON CABLE (2x8 Connectors)

D EXPANSION RIBBON CABLE (2x8 Connectors)

OTHER CONFIGURATIONS

12x6 Configuration

With an ADDAC814 + an Expander Set (ADDAC814A + ADDAC814C) one can expand the matrix to a 12x6 configuration. This will use 2 rows of your frame and take a 33HP space in each. In the 12x6 configuration the second jack panel outputs are not used.

ADDAC814

INPUTS 1 to 6

OUTPUTS 1 to 6

ADDAC System B ADDAC814A

STREPO MIXER+ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

54 STERES MATRIX MOTOR MINI MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 300 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 25 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 20 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 15 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10 MAX 10

ADDAC814C A B C D

ADDAC System B ADDAC814A

INPUTS 7 to 12

OUTPUTS UNUSED

ADDAC814CADDAC814A

ADDAC System ADDAC814 - ADDAC814CADDAC814A - 1

POWER RAILS RIBBON CABLE

ADDAC System ADDAC814 - ADDAC814CADDAC814A - 2

INS/OUTS RIBBON CABLE (2x17 Connectors)

ADDAC System ADDAC814 - ADDAC814CADDAC814A - 3

Vertical CONNECTIONBIBBOM CABLE (2x8 Connectors)

ADDAC814 EXPANDER SET

OTHER CONFIGURATIONS

6x12 Configuration

With two ADDAC814 one can expand the matrix to a 6x12 configuration.

This will take an overall of 66HP.

In this configuration the second jack panel inputs are not used.

ADDAC814 ADDAC814 (with no cream knobs)

:INPUTS 1 to 6

OUTPUTS 1 to 6

INPUTS UNUSED:

OUTPUTS 7 to 12

STUDIO MIXER+ MANNER A0 100 A0 200 A0 300 A0 400 A0 500 A0 600 A0 700 A0 800 A0 900 A0 1000 A0 1100 A0 1200 A0 1300 A0 1400 A0 1500 A0 1600 A0 1700 A0 1800 A0 1900 A0 2000 A0 2100 A0 2200 A0 2300 A0 2400 A0 2500 A0 2600 A0 2700 A0 2800 A0 2900 A0 3000 A0 3100 A0 3200 A0 3300 A0 3400 A0 3500 A0 3600 A0 3700 A0 3800 A0 3900 A0 4000 A0 4100 A0 4200 A0 4300 A0 4400 A0 4500 A0 4600 A0 4700 A0 4800 A0 4900 A0 5000 A1 155 A1 165 A1 175 A1 185 A1 195 A1 205 A1 215 A1 225 A1 235 A1 245 A1 255 A1 265 A1 275 A1 285 A1 295 A1 305 A1 315 A1 325 A1 335 A1 345 A1 355 A1 365 A1 375 A1 385 A1 395 A1 405 A1 415 A1 425 A1 435 A1 445 A1 455 A1 465 A1 475 A1 485 A1 495 A1 505 A1 515 A1 525 A1 535 A1 545 A1 555 A1 565 A1 575 A1 585 A1 595 A1 605 A1 615 A1 625 A1 635 A1 645 A1 655 A1 665 A1 675 A1 685 A1 695 A1 705 A1 715 A1 725 A1 735 A1 745 A1 755 A1 765 A1 775 A1 785 A1 795 A1 805 A1 815 A1 825 A1 835 A1 845 A1 855 A1 865 A1 875 A1 885 A1 895 A1 905 A1 915 A1 925 A1 935 A1 945 A1 955 A1 965 A1 975 A1 985 A1 995 FIRE METER+ AUDIO

5x50 STEREO MATRIX MIBEX ARAC SYSTEM

SVE STERED MATRIX MEMBER ASSAIC SYSTEM

STUDIO METER+ METER OUT 4 SETT OUT 3 SETT OUT 2 SETT OUT 1 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT OUT 0 SETT U1 U2 U3 U4 U5 U6 U7 U8 U9 U10 U11 U12 U13 U14 U15 U16 U17 U18 U19 U20 U21 U22 U23 U24 U25 U26 U27 U28 U29 U30 U31 U32 U33 U34 U35 U36 U37 U38 U39 U40 U41 U42 U43 U44 U45 U46 U47 U48 U49 U50 U51 U52 U53 U54 U55 U56 U57 U58 U59 U60 U61 U62 U63 U64 U65 U66 U67 U68 U69 U70 U71 U72 U73 U74 U75 U76 U77 U78 U79 U80

ADDAC System B 1.1 32 5.4 32 8.0 32 CE CE 32

ADDAC System CC B A 4x6 STEREO PTPRAX METER DINJING OF 100 VOLTAGE

ADDAC814B ADDAC814A ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M253 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAX M353 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAS M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO PATRAP M253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/6 STUBO MAT R253 ADDAC 6/14B ADDAC814B ADDAC814A ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0 ADDAC814A0

ADDAC System B A CE

A POWER RAILS RIBBON CABLE

B INS/OUTS RIBBON CABLE (2x17 Connectors)

C or Horizontal CONNECTION BIBB ON CABLE (2x8 Connectors)

OTHER CONFIGURATIONS

12x12 Configuration

With two sets of ADDAC814 plus a pair of ADDAC814C one can expand the matrix to a 12x12 configuration. This will use 2 rows of your frame and take a 58HP space in each.

ADDAC System ADDAC814 - 12x12 Configuration - 1

ADDAC System ADDAC814 - 12x12 Configuration - 2

ADDAC System ADDAC814 - 12x12 Configuration - 3

POWER RAILS RIBBON CABLE

ADDAC System ADDAC814 - 12x12 Configuration - 4

INS/OUTS RIBBON CABLE (2x17 Connectors)

ADDAC System ADDAC814 - 12x12 Configuration - 5

Vertical CONNECTION RIBBON CABLE (2x8 Connectors)

ADDAC System ADDAC814 - 12x12 Configuration - 6

Horizontal CONNECTION RIBBON CABLE (2x8 Connectors)

OTHER CONFIGURATIONS

18x18 Configuration

With 3 sets of ADDAC814 plus 6 ADDAC814C one can grow the matrix to a 18x18 configuration.

This will take an overall of 83HP in each 3 rows.

Custom ribbon cables will be necessary. contact us directly if planning to go this BIG.

ADDAC System ADDAC814 - 18x18 Configuration - 1

Grid of nine identical panels showing red and black circular patterns with white dots, likely representing a digital display or pattern selection interface.

ADDAC System ADDAC814 - 18x18 Configuration - 3

POWER RAILS RIBBON CABLE

ADDAC System ADDAC814 - 18x18 Configuration - 4

INS/OUTS RIBBON CABLE (2x17 Connectors)

ADDAC System ADDAC814 - 18x18 Configuration - 5

Vertical CONNECTION RIBBON CABLE (2x8 Connectors)

ADDAC System ADDAC814 - 18x18 Configuration - 6

Horizontal CONNECTION RIBBON CABLE (2x8 Connectors)

For feedback, comments or problems please contact us at: addac@addacsystem.com

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Product information

Brand : ADDAC System

Model : ADDAC814

Category : Audio Mixer