ramsa WR-DA7 Service Manual

SPECIFICATIONS

General

Power requirement : AC 220 – 240 V 50 Hz
Power consumption : 105 W (with options)
Frequency response : 20 Hz - 20 kHz, +1 dB - –2 dB
T.H.D. (total harmonic distortion) : Less than 0.1 % (input = +10 dB/1 kHz, output = +4 dB/RL 600 Ω)
Equivalent input noise : –128 dB (Rs = 150 Ω Input sensitivity = –60 dB typical)
Residual noise : –93 dB typical
Maximum voltage gain : 84 dB: MIC/LINE(1-16) in to BUS out

84 dB: MIC/LINE(1-16) in to MASTER out
84 dB: MIC/LINE(1-16) in to AUX out

Common Mode Rejection Ratio : More than 80 dB (1kHz)
Crosstalk : 90 dB typical (1kHz)
Dynamic Range (Fs = 48kHz, DIN audio filter) :

113 dB typical : DA converter (digital in to analog out)
112 dB typical : AD converter (analog in to digital out)
110 dB typical : AD + DA (analog in to analog out)

AD Converter : 24 bit, 64 times oversampling (input 1 to 16)

20 bit, 64 times oversampling (aux returns 3 to 6)

DA Converter : 24 bit, 64 times oversampling (MASTER, MONITOR A)

24 bit, 128 times oversampling (MONITOR B)
20 bit, 128 times oversampling (aux returns 3 to 6)

Internal signal processing : 32 bit (Dynamic range 192 dB)
Sampling Frequency (Fs) : Internal: 44.1 kHz and 48 kHz

External: 44.1 kHz ± 6 % and 48 kHz ± 6 %

Signal delay : Less than 2.5 ms, MIC/LINE input to MASTER out

Audio Mixer

WR-DA7

ORDER NO. AVS9807114C8

C 1998 Matsushita Communication Industrial Co., Ltd.
All rights reserved. Unauthorized copying and
distribution is a violation of law.

The Meter Bridge shown in photo is one of the optional accessories.

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This service information is designed for experienced repair technicians only and is not designed for use by the
general public.
It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting to
service a product.
Products powered by electricity should be serviced or repaired only by experienced professional technicians. Any
attempt to service or repair the product or products dealt with in this service information by anyone else could
result in serious injury or death.

!

WARNING

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

CAUTION:
TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK). NO USER
SERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL.

This symbol warns the user that uninsulated voltage within
the unit may have sufficient magnitude to cause electric
shock. Therefore, it is dangerous to make any kind of contact
with any inside part of this unit.

This symbol alerts the user that impotant literature concerning
the operation and maintenance of this has been included.
Therefore, it should be read carefully in order to avoid
any problems.

There are special components used in this equipment which are important for safety. These parts are indicated

by the ” Y ” mark on the schematic diagram and the replacement parts list. It is essential that these critical
parts should be replaced with manufacturer's specified parts to prevent shock, fire, or other hazards.
Do not modify the original design without permission of manufacture.

IMPORTANT SAFETY NOTICE

Dynamics

Compressor

Threshold : –40 dB - 0 dB (1 dB/step)
Ratio : 1.0, 1.1, 1.3, 1.5, 1.7, 2.0, 2.5, 3.0, 3.5, 4.0, 5.0, 6.0, 8.0, 10, 20, ∞ (16 points)
Attack time : 0 ms - 250 ms (1 ms/step)
Release time : 5 ms - 2000 ms (5 ms/step)
Gain : 0 dB - +12 dB (0.5 dB/step)

Gate

Threshold : –80 dB - –15 dB (1 dB/step)
Attack Time : 0 ms - 250 ms (1 ms/step)
Release time : 5 ms - 2000 ms (5 ms/step)

Expander

Threshold : –80dB - –15dB (1dB/step)
Ratio : 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, ∞
Attack time : 0 ms - 250 ms (1 ms/step)
Release time : 5 ms - 2000 ms (5 ms/step)
Range : 0 dB - +40 dB (0.5 dB/step)

Equalizer

LOW band PEQ (parametric equalizer) type: Q = 0.5 - 50 (41 steps)

F = 20 Hz - 20 kHz (1/12 oct step)
G = ± 15 dB (0.5 dB/step)

LOW band SHL (shelving low) type : F = 20 Hz - 1.6 kHz (1/12 oct step)

G = ± 15 dB (0.5dB/step)
LOW band HPF (high-pass) type : F = 20 Hz - 1.6 kHz (1/12 oct step)
LOW-MID band PEQ type : Q = 0.5 - 50 (41 steps)

F = 20 Hz - 20 kHz (1/12 oct step)

G = ± 15dB (0.5dB/step)
HIGH-MID band PEQ type : Q = 0.5 - 50 (41 steps)

F = 50 Hz - 20 kHz (1/12 oct step)

G = ± 15 dB (0.5 dB/step)
HIGH band PEQ type : Q = 0.5 - 50 (41 steps)

F = 50 Hz - 20 kHz (1/12 oct step)

G = ± 15 dB (0.5 dB/step)

HIGH band SHH (shelving high) type : F = 1 kHz - 20 kHz (1/12 oct step)

G = ± 15 dB (0.5 dB/step)
HIGH band LPF (low-pass) type: 1 kHz - 20 kHz (1/12 oct step)

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Delay : 0 - 14,400 samples/0 - 300 ms (Fs = 48 kHz), 0 - 326 ms (Fs = 44.1 kHz)
Phase : normal/reverse (switchable)
Stereo meter : Bar graph type LED, Left and Right, 20 points for each

VU or PPM (selectable), Peak hold on/off, ∞

Fader : 100 mm motor fader ( x 21), +10 db - –90 dB –∞ dB
Display : LCD, 320 x 240 dot, with backlight
Memory : SCENE MEMORY (Snapshot) 50 registers

CHANNEL library 50 registers

EQUALIZER library 50 registers

DYNAMICS library 50 registers

AUTOMATION 4 mix

Ambient operating temperature : 0 °C - 40 °C (32 °F - 104 °F)
Dimensions (mm) : 698 (W) x 244 (H) x 549.5 (D)
Weight (without options) : 23kg (51lbs)
Finish : ABS resin (Top Panel), Blue black
Standard Accessories : Power Cord, Users’ Guide, Warranty Card, Registration Card

Dimensions and weights indicated are approximate.
Specifications are subject to change without notice.

Digital In and Out

2TR IN (INPUT 15,16) :

In/Out : In
Format : IEC 958 Professional (AES/EBU) or Consumer (S/PDIF) switchable
Level : RS-422 (AES/EBU) or 0.5 V [pp]/75 Ω (S/PDIF)
Connector : XLR 3-31

REC OUT :

In/Out : Out
Format : IEC 958 Professional (AES/EBU) or Consumer (S/PDIF) switchable
Level: RS-422 (AES/EBU) or 0.5 V[pp]/75 Ω (S/PDIF)
Connector : XLR 3-32

AUX RETURN 1/2 :

In/Out : In
Format : IEC 958 Consumer (S/PDIF)
Level : 0.5 V [pp]/75 Ω
Connector : RCA pin jack

Input Type Source Impedance Signal Level (Nominal-before clipping) Connector Type
CH input 1-8 5 kΩ mics, 50 Ω - 600 Ω –60 dB - –46 dB XLR 3-31 (bal)

lines, 600 Ω +10 dB - +24 dB XLR 3-31 (bal)

CH input 9-16 5 kΩ mics, 50 W - 600 Ω –60 dB - –46 dB TRS phone jack (bal)

lines, 600 Ω +10 dB - +24 dB TRS phone jack (bal)

CH Insertion Returns
1-16 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (unbal)
2TR B IN (analog) 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (bal)
AUX returns 3-6 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (unbal)

Input Type Output Impedance Adapted Load Impedance Signal Level (Nominal-before clipping) Connector Type
MASTER L/R 5 kΩ 150 Ω lines 600 Ω +4 dB - +18 dB XLR 3-32 (bal)
AUX sends 3 - 6 75 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (unbal)
INSERTION 1 - 16 10 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (unbal)
REC OUT L/R (analog) 150 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (bal)
MONITOR A out L/R 150 Ω lines 600 Ω +4 dB - +18 dB TRS phone jack (bal)
MONITOR B out L/R 150 Ω lines 600 Ω +4 dB - +18 dB TRS phone jack (bal)
Headphones 8 Ω phones 40 Ω/8 Ω 400 mW/100mW Stereo phone jack (unbal)

Analog Inputs (0 dB = 0.775 Vrms, 0 dBV = 1 Vrms)

Analog Outputs (0 dB = 0.775 Vrms, 0 dBV = 1 Vrms)

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AUX SEND 1/2 :

In/Out : Out
Format : IEC 958 Consumer (S/PDIF)
Level : 0.5 V [pp]/75 Ω
Connector : RCA pin jack

WORD CLOCK IN :

In/Out : In
Level : TTL/75Ω switchable
Connector : BNC

WORD CLOCK OUT/THROUGH :

In/Out : Out
Level : TTL/75 Ω, Pass-through (75 Ω OFF) or termination (75 Ω ON)
Connector : BNC

MIDI IN :

In/Out : In
Format : MIDI
Connector : DIN Connector 5P

MIDI OUT :

In/Out : Out
Format : MIDI
Connector : DIN Connector 5P

TO PC :

In/Out : In and Out
Connector : Mini-DIN Connector 8P

RS422/485 :

In/Out : In and Out
Connector : D-sub 9P

FOOT SWITCH :

In/Out : In
Level : TTL level, Normally Open (Unlatch type)
Connector : Phone jack

Optional Accessories

Meter Bridge :

Type : Bargraph LED, 26 channels, 15 points for each
Format : RAMSA original Level NET II
Power : DC 7 V
Connector : D-sub 15P

WR-ADTA (ADAT Interface card (8 in / 8 out))

Type : ADAT (DIRECT OUT / BUS / AUX / MASTER, Input 9-32)
In/Out : In and Out
Connector : Optical

WR-TDIF (TDIF Card (8 in / 8 out))

Type : TDIF (DIRECT OUT / BUS / AUX / MASTER, Input 9-32)
In/Out : In and Out
Format : TDIF-1
Connector : D-sub 25P (in and out)

WR-AESS (AES/EBU Card (8 in / 8 out))

Type : AES/EBU/SPDIF
Signal type : RS422
Connector : D-sub 25P (in and out)

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WR-ADDA (A-D/D-A Card (8 in / 8 out))

Input 1 - 8 (balanced)

Indicated impedance : 10kΩ
Nominal source impedance : 50Ω ~ 600Ω
Nominal input level : +4dB (1.23V)
Maximum input level before clipping : +18dB (6.15V)
Connector type : D-sub 25P

Output 1 - 8 (balanced)

Indicated impedance : 10kΩ
Nominal source impedance : 150Ω
Nominal input level : +4dB (1.23V)
Maximum input level before clipping : +18dB (6.15V)
Connector type : D-sub 25P

WR-SMPT (SMPTE/V SYNC Card)

SMPTE IN

In/Out : In
Format : SMPTE (LTC)
Signal type : nominal -10dBV / 10kΩ
Connector : XLR

V SYNC

In/Out : In
Format : NTSC (B/W or color) / PAL
Signal type : 75Ω , termination
Connector : BNC

WR-TNDM (TANDEM Card (for running two

DA7

mixers simultaneously))

Type : TANDEM connection
In/Out : In and Out
Format : RAMSA SSA
Signal type : RS422
Connector : D-sub 25P

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CONTENTS

Major Operating Controls and Their Functions...................................................................................................... 1

Self Check Procedure.............................................................................................................................. 13

Wiring Diagram .......................................................................................................................................................... 21

Block Diagram

Overall Block Diagram.............................................................................................................................................. 22

Main Board (CPU Section) ....................................................................................................................................... 23

Main Board (Panel Control CPU Section)................................................................................................................. 24

Main Board (DSP Section-1) .................................................................................................................................... 25

Main Board (DSP Section-2) .................................................................................................................................... 26

Main Board (Audio Interface Section)....................................................................................................................... 27

AD/DA Board (1/2).................................................................................................................................................... 28

AD/DA Board (2/2).................................................................................................................................................... 29

Fader Drive Board (1/2)............................................................................................................................................ 30

Input Switch Board/Fader Drive Board (2/2)............................................................................................................. 31

HA Board and INS Board.......................................................................................................................................... 32

Monitor VR/HP/TB Boards........................................................................................................................................ 33

EFX Board ................................................................................................................................................................ 34

Block Diagram .......................................................................................................................................................... 35

Level Diagram........................................................................................................................................................... 36

Schematic Diagram

Monitor VR/HP/TB Boards........................................................................................................................................ 38

Bus Relay Board....................................................................................................................................................... 39

Power-1/Power-2 Boards.......................................................................................................................................... 41

HA Board and INS Board.......................................................................................................................................... 44

EFX/Meter Board...................................................................................................................................................... 45

Fader Drive Board .................................................................................................................................................... 47

Input Switch Board.................................................................................................................................................... 50

AD/DA Board (2/3).................................................................................................................................................... 52

AD/DA Board (3/3).................................................................................................................................................... 53

AD/DA Board (1/3).................................................................................................................................................... 54

Main Board (1/4)....................................................................................................................................................... 55

Main Board (2/4)....................................................................................................................................................... 56

Main Board (3/4)....................................................................................................................................................... 57

Main Board (4/4)....................................................................................................................................................... 58

WR-MTBR ................................................................................................................................................................ 59

WR-TNDM ................................................................................................................................................................ 62

WR-TDIF................................................................................................................................................................... 63

WR-SMPT................................................................................................................................................................. 66

WR-AESS................................................................................................................................................................. 67

WR-ADAT................................................................................................................................................................. 70

Conductor View

Monitor VR/HP/TB Boards........................................................................................................................................ 37

Bus Relay Board....................................................................................................................................................... 40

Power-1/Power-2 Boards.......................................................................................................................................... 42

HA Board and INS Board.......................................................................................................................................... 43

EFX/Meter Board...................................................................................................................................................... 46

Fader Drive Board .................................................................................................................................................... 48

Input Switch Board.................................................................................................................................................... 49

AD/DA Board ............................................................................................................................................................ 51

Main Board ............................................................................................................................................................... 57

WR-MTBR ................................................................................................................................................................ 60

WR-TNDM ................................................................................................................................................................ 61

WR-TDIF................................................................................................................................................................... 64

WR-SMPT................................................................................................................................................................. 65

WR-AESS................................................................................................................................................................. 68

WR-ADAT................................................................................................................................................................. 69

Exploded View

WR-DA7.................................................................................................................................................................... 71

WR-MTBR ................................................................................................................................................................ 72

WR-TNDM ................................................................................................................................................................ 73

WR-TDIF................................................................................................................................................................... 74

WR-SMPT................................................................................................................................................................. 75

WR-AESS................................................................................................................................................................. 76

WR-ADAT................................................................................................................................................................. 77

Replacement Parts List............................................................................................................................................. 78

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– 1 –

MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS

/CURSOR

16

BUS 2 BUS 4

BUS 6

BUS 8

32

MONITOR A

MONITOR B

SOLO

MONITOR

2TR A

L/R

MONITOR A

L/R

2TR B

AUX

AUX

MONO

LEVEL

PRE

ON / OFF

FADER

CONTROL

12

56

3

4

BUS ASSIGN

PAN

12

7

4

3

6

8

DIRECT

L/R

ON

ON

5

PAN /ASSIGN /

AUX

DYNAMICS / DELAY

EQUALIZERMASTER DISPLAY

H

HM

LM

ON

L

EQ

Q

FREQ

GAIN

R

L

+-

+-

+-

+-

+-

+-

ON

ON

PARAMETER SELECT

DYNAMICS

DELAY

BUS 1 BUS 3 BUS 5 BUS 7

MASTER

L/R

16

BUS 4 BUS 6 BUS 7 BUS 8BUS 5

MASTER L/R

RATIO

ATK

RLS

GAIN

DLY

THL

INPUT
1-16

INPUT
17-32

AUX
/ BUS

CUSTOM
/ MIDI

SURROUND

SUB

SL

L

C

R

SR

AUTO-
MATION

AUX

RED

GREEN

AUX 2

AUX 3

AUX 4

AUX 5

AUX 6

AUX 1

MMC

PLAY

REW

FF

STOP

REC

1

2

4

5

7

8

0

3

6

9

WRITE

UNDO/REDO

READ

STORE

RECALL

ABC DEF

JKLGHI MNO

TUV

PQRS WXYZ

UTILITY MIDI

D-I/O

GROUP

AUTOMATION

SOLO SOLO SOLO SOLO SOLO

FLIP FLIP FLIP FLIP FLIP

ON ON ON ON ON ON

SELECT SELECT SELECT SELECT SELECT SELECT

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

INPUT

MIC/LINE

PEAK /
SIGNAL

+10

-60

010

010

010

T. B.
LEVEL

LIBRARY

SET UP

SHIFT

LOCATE

SET

REPLAY

LOOP

LOOP

SCENE MEMORY

PARAMETER

MONITOR
B LEVEL

MONITOR
A LEVEL

MIC

METER

CHANNEL

Digital Mixer

WR - DA7

L

R

50

35

25

OL

20

15

10

8

6

4

2

MEMORY

MULTI-

CH VIEW

CONTRAST

CONSOLE

LOCK

SOLO

CURSOR

MODE

TALK BACK

FADER

CH

EQ

PAN/SURR

LIBRARY

SEL/MAN

ENTER

ON

-10

+4

10

1

2

3

4 5 7

8

6

9

11

12

13

14

15

16

17

18

Illustrated Guide

Channel Strip – input gain controls with channel

control and status indicators. Also called a Channel
Fader Strip.

AUTOMATION/AUX LED button – selects the display
mode of the Channel Strip LED field indicators, and
arms the AUTOMATION system.

MASTER DISPLAY section – the METER and
CHANNEL buttons are direct buttons to the respective
LCD screen windows. These should be considered as
"home base" for the LCD display.

EQUALIZER section – controls for setting the
equalization parameters for a selected channel.

PAN/ASSIGN/ , BUS ASSIGN section –
controls for setting the pan and bus assignments for a
selected channel.

DYNAMICS/DELAY section – controls for setting the
onboard dynamics processing parameters for a
selected channel.

AUX section – controls for routing channels to outboard
sources and for defining the signal path as either pre-
fader or post-fader.

Display Bridge – contains the LCD screen, L/R meter
display, and primary mixer display status indicators.

BUS Fader Strip – controls for output BUSes.
MASTER L/R Fader Strip – controls for L/R MASTER

output.
Fader Layer Controls section – selects the current

fader layer to be displayed.
MONITOR section – volume and selection controls for

monitoring.
SETUP section – mixer function, or display control

buttons.
SCENE MEMORY section – buttons for writing and

reading the 50 mixer scene memories.
LIBRARY section – buttons for storing and recalling

Channel, EQ and Dynamics libraries.
Keypad – alphanumeric keys for entering numbers or

text.
Cursor Control section – buttons and controls for

defining the cursor actions.
Headset Control section – the location of the headset

connector and level control of the DA7 is immediately
below the right front edge of the Top Panel.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

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– 2 –

Fader

MIC/LINE INPUT knob

PEAK/SIGNAL LED

LED field indicators for AUX 1-6,
and automation parameters, CH,
EQ, PANASSIGN/SURR, LIBRARY
and SEL/MAN

SOLO LED button
FLIP LED button
SELECT LED button
On LED button

Channel Fader Strip

AUX/BUS Layer
function

Channel Fader Strip

1

Channel numbers

There are sixteen Channel Fader Strips on the

DA7

.
Depending on the selection of the four Fader Layer
controls, each strip directly controls (1) INPUT 1-16, (2)
INPUT 17-32, (3) AUX/BUS (indicated on the bottom of the
strip), and (4) a user CUSTOM/MIDI function.

The MIC/LINE INPUT knob varies the channel input gain
volume and adjusts for either a mic or line-level input. Due to
the high quality design of this circuit, there is no pad switch
necessary; the input knob range sets the input level. This
knob only affects the analog inputs 1-16.

The

PEAK/SIGNAL LED

indicates when an input signal is

present (

green

), and when the input signal level is too high

(

red

).

The LED field indicators reflect the auxiliary (AUX) routing
assignments and automation parameters. The LED color
signifies the AUTOMATION/AUX button selection; AUX
(

green

), AUTOMATION (

red

).

The SOLO LED button toggles on (

red

) or off. When on, the
channel output will be routed to the MONITOR A speakers
(overriding the MONITOR A input), and to the headphones.

The FLIP LED button flips the control of the Channel Fader
Strip from one input layer to the other. The LED color
indicates the current input selection and matches the Fader
Layer control LED button colors, INPUTS 1-16 (

green

) or

INPUTS 17-32 (

red

).

The SELECT LED button, when on (

orange

), identifies the
channel as the current channel selected. Only one Fader
Strip can be selected at a time (unless it’s in stereo or link
mode).

For more detail, see Chapter 5, Channel, Library, and
Meter Windows in the Users' Guide.

The ON LED button toggles on (

red

) and off. When on, the

channel output is active.
There are two channel numbers for each strip, indicating the

INPUT connections on the Rear Panel of the

DA7

.

The AUX/BUS label at the bottom of a Channel Fader Strip
indicates its function when the AUX/BUS Fader Layer
control is selected.

See Chapter 6, Fader Layers and Channel Strips in the
Users' Guide for additional information.

AUTOMATION/AUX LED Button

The AUTOMATION/AUX LED button toggles the display of
the Channel Fader Strips LED field indicators. The LED
color indicates the current selection.

See Chapter 14, Automation and Chapter 10, AUX in the
Users' Guide for additional information.

MASTER DISPLAY Section

Pressing the METER button will display the [METER]
window group on the LCD screen in the Display Bridge.
Pressing the METER button again will cycle the three
window selections: [METER INPUTS 1-32], [BUS/AUX],
[SLOT].

Pressing the CHANNEL button will display the [CHANNEL]
window group on the LCD screen in the Display Bridge.
The window displayed will show the current mixer strip
selected.

See Chapter 5, Channel, Library, and Meter Windows in
the Users' Guide for additional information.

AUTOMATION/AUX LED Button

2

METER button

CHANNEL button

MASTER DISPLAY Section

3

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– 3 –

EQUALIZER Section

EQUALIZER Section

There are three parameter knobs and four frequency range
LED buttons in the EQUALIZER section, which are used to
change the EQ settings of the currently selected channel.
The EQ ON LED button toggles the EQUALIZER on (green)
and off. When the controls are active, adjustments can be
made to the currently selected channel.

The three knobs are labeled Q (quality), FREQ (frequency),
and GAIN (gain). The additional labeling of (left),
(surround left), and (surround subwoofer) indicate the
surround sound parameters that are controlled by the knobs
when the [SURROUND] mixing area is activated. Surround
sound capabilities are discussed in Chapter 8.

The four frequency band LED buttons can be selected one
at a time, and turn on (

orange

) to show which band is
operating. They are labeled H (high), HM (high-mid), LM
(low-mid), and L (low).

Pressing the GAIN knob displays the [EQUALIZER] window
on the LCD screen. Once the [EQUALIZER] is displayed in
the LCD window, these buttons perform other shortcut
functions.

The EQUALIZER section is detailed in Chapter 7 in the
Users' Guide.

PAN/ASSIGN/ , BUS ASSIGN
Section

PAN/ASSIGN/ , BUS ASSIGN Section

SUB

SL

L

Pan, bus assignment, and surround sound parameters for
the selected channel is set within this area. The pan control
is always active for the L/R bus, so you do not need to
activate the ON button to pan across the Master L/R out.
However, if you wish to pan between odd/even buses, you
must push the ON button. Assignment to the DIRECT output
is not affected by the pan control.

The additional labeling of (center) indicates the
surround sound parameter that is controlled by the knob
when the [SURROUND] mixing area is activated.

The L/R, the DIRECT, and the BUS ASSIGN LED buttons
toggle on (

green

) and off. In addition to the eight bus
selections, labeled 1 - 8, selections for L/R (master L/R)
output and DIRECT output are available. The DIRECT
output works in conjunction with the option cards installed in
the

DA7

Rear Panel, routing signals directly to the cards.

The DIRECT output is detailed in Chapter 12, D-I/O (Digital
Input/Output) in the Users' Guide.

Pressing the PAN knob displays the [SURROUND] window
on the LCD screen.

The PAN/ASSIGN/ , BUS ASSIGN section of the
Top Panel is detailed in Chapter 8 in the Users' Guide.

DYNAMICS/DELAY Section

DYNAMICS/DELAY Section

DYNAMICS and/or DELAY processing can be added to
each of the

DA7

Channels. Pressing the PARAMETER

SELECT button cycles the current parameter selections,

which are grouped in pairs. The top knob adjusts the top
parameter selection in the pair, and the bottom knob adjusts
the bottom parameter selection in the pair. The DYNAMICS
ON LED button toggles the dynamics processing on (

green

)
and off for the selected channel, and the DELAY ON LED
button toggles the delay on (

green

) and off.

The additional labeling of (right) and (surround
right) indicates the surround sound parameters that are
controlled by the knobs when the [SURROUND SOUND]
mixing area is activated. The surround sound function is
activated in the [SURROUND] window of the [SURROUND]
window group.

SR

R

C

EQUALIZER

H

HM

LM

ON

L

EQ

Q

FREQ

GAIN

+-

+-

+-

SUB

SL

L

Q (quality) parameter
knob or left surround
sound attenuator

FREQ (frequency)
parameter knob or
surround left surround
sound attenuator

GAIN parameter knob
or subwoofer surround
sound attenuator

Frequency band
LED buttons

EQ ON LED
button

4

PAN parameter
knob or center
surround sound
attenuator

PAN ON LED button

MASTER L/R LED
button

DIRECT LED button

BUS
ASSIGN
LED
buttons

5

THL (threshold),
ATK(attack), DLY
(delay) parameter knob
or right surround sound
attenuator

RATIO, RLS (release),
GAIN parameter knob
or surround right
surround sound
attenuator

DYNAMICS ON LED
button

PARAMETER
SELECT
LEDs

PARAMETER
SELECT
button

DELAY ON
LED button

6

All manuals and user guides at all-guides.com

– 4 –

See Chapter 8 in the Users' Guide for more information on
surround sound.

Pressing the bottom knob displays the [DYNAMICS] window
group on the LCD screen.

For more information on the DYNAMICS/DELAY section of
the Top Panel, see Chapter 9 in the Users' Guide.

AUX Section

AUX Section

This section of the Top Panel contains controls for routing
selected channels from/to outboard sources. These six aux
routes are independent of the channel input connecters on
the Rear Panel of the

DA7

and greatly expand the flexibility
of the mixer. They can be used as six mono sends, or in
stereo pairs (such as 1&2, 3&4, 5&6), and six mono returns
or stereo pairs. There are two digital aux routes, AUX 1/2,
and four analog aux routes, AUX 3/4 and AUX 5/6. These
are paired for convenience on the Rear Panel connectors. If
you wish to use them as Mono channels, connect a standard
audio “Y” cable (available at your dealer) to split the audio
channels.

Display Bridge

With a channel selected, press an AUX 1-6 LED button
(green) to select which aux route you wish to assign for the
channel. The LEVEL knob performs two functions. By
pressing the knob, you will assign the channel to the
selected aux route, and by turning the knob, you can adjust
the individual channel output to the aux selection. The LED
field of the Channel Fader Strips will reflect the aux
assignments for the channels.

Aux routing is defaulted to a post-fader condition for the
selected channel. Press the PRE LED button to select it
(

red

) and change the aux routing function to a pre-fader

condition.
Press the FADER CONTROL LED button to select it (red)

and display the [FADER CONTROL] window group on the
LCD screen. The window displayed will be determined by
the current AUX 1-6 LED button selection. The channel
fader status of the 32 input channels for the aux selected will
be reflected in the [FADER CONTROL] window, and the
Channel Faders will reset to their respective level positions
for the aux selected.

The AUX/BUS designations at the bottom of the Channel

Fader Strips identify the strip functions when the Fader
Layer AUX/BUS LED button is pressed.

For more information on the AUX section of the Top Panel
see Chapter 10 in the Users' Guide.

7

Send LEVEL
volume and assign
ON/OFF knob

FADER CONTROL
mode LED button

PRE LED button

AUX 1-6 select
LED buttons

LCD screen

L/R Meter display

MEMORY numeric readout

CONSOLE LOCK LED status indicator

LCD CONTRAST control knob

MULTI-CH VIEW LED button

SOLO LED status indicator

Display Bridge Section

The Display Bridge contains the information for the current status of the

DA7

and the LCD screen. The various windows for the

functions and features of the mixer are displayed on the LCD screen.

8

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– 5 –

BUS Fader Strip

BUS Fader Strip

There are four BUS Fader Strips on the

DA7

. In
conjunction with the Fader Layer controls, each strip directly
controls the BUS outputs, or the AUX/BUS functions which
are indicated on the bottom of the strip or a user
CUSTOM/MIDI function.

The SOLO LED button toggles on

(red)

or off. When on, the
selected bus output will be routed to the MONITOR A
speakers and headphones, overriding the previous input.

There are two bus numbers for each strip, indicating the
BUS ASSIGN selections that can be controlled by the strip.

The FLIP LED button flips the BUS Fader Strip from
controlling one bus to controlling the other bus for the strip.
The LED color

(red orgreen)

indicates the current bus

selection.
The SELECT LED button, when on

(orange)

, identifies the
bus strip as the current bus strip selected. Only one BUS
Fader Strip can be selected at a time unless they are paired
for LINK or STEREO operation.

The ON LED button toggles on

(red)

and off. When on, the

bus output is active.
The AUX/BUS indication at the bottom of the BUS Fader

Strip indicates the strip function when the AUX/BUS Fader
Layer control is selected.

See Chapter 6, Fader Layers and Channel Strips in the
Users' Guide for additional information.

MASTER L/R Fader Strip

MASTER L/R Fader Strip

The MASTER L/R Fader Strip controls the

DA7

master L/R

output.
The SELECT LED button, when on

(orange)

, identifies the

strip as the current fader strip selection.
The ON LED button toggles on

(red)

and off. When on, the

master output is active.
See Chapter 6, Fader Layers and Channel Strips in the

Users' Guide for additional information.

Fader Layer Controls Section

Fader Layer Controls Section

The Fader Layer controls significantly expand the flexibility
of the

DA7

mixer. The LED button selections define the

current function for the fader strips.
LED buttons for the Fader Layer controls assist you in

determining or checking the current channel and bus fader
settings on the mixer.

INPUT 1-16, when selected

(green)

, resets the fader strips
to control channel inputs 1 through 16, and buses 1, 3, 5,
and 7. When selected, the faders move to the positions
reflecting the current settings for the layer, unless previously
flipped. To reset a flipped Channel Fader Strip, press the

FLIP button. To reset all the currently flipped Channel
Fader Strips, press the INPUT 1-16 Fader Layer control

button and hold it or two seconds. This will set all faders to
the selected layer.

Fader
AUX/BUS Layer function

SOLO LED button
FLIP LED button

SELECT LED button
ON LED button

Bus Assign
numbers

9

Fader
AUX/BUS Layer function

SELECT LED button
ON LED button

10

11

INPUT 1-16 LED
button

(green)

INPUT 17-32 LED
button

(red)

AUX/BUS LED button

(orange)

CUSTOM/MIDI LED
button

(orange)

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– 6 –

INPUT 17-32, when selected

(red)

, resets the fader strips to

control channel inputs 17 through 32, and buses 2, 4, 6, and

8. When selected, the faders move to the positions reflecting
the current settings for the layer, unless previously flipped.
To reset a flipped Channel Fader Strip, press the FLIP
button. To reset all the currently flipped Channel Fader
Strips, press the INPUT 17-32 Fader Layer control button
and hold it for two seconds. This will set all faders to the
selected layer.

AUX/BUS, when selected

(orange)

, resets the fader strips to
control the aux sends, aux returns, and bus outputs, while
the faders move to the positions reflecting the current fader
settings for the layer.

CUSTOM/MIDI is a user-definable Fader Layer control,
where the functions are selectable.

See Chapter 11, MIDI for more information on the

DA7

MIDI
feature, and Chapter 6, Fader Layers and Channel Strips
in the Users' Guide for additional information.

MONITOR Section

MONITOR Section

The

DA7

provides controls for two monitor outputs and a
talkback circuit. There are source selection LED buttons for
the MONITOR A and MONITOR B outputs, and LEVEL
knobs for both of the monitor outputs and the talkback
circuit.

MONITOR A Controls

The MONITOR A selection LED buttons route the input
selected

(green)

to the MONITOR A OUTPUT (CR) (Control
Room) connections on the Rear Panel of the mixer and to
the headphones. The selections are:

8

L/R routes the MASTER L/R output to the monitors.

8

2TR A routes the device that is connected to 2TR A IN
on the Rear Panel to the monitors.

8

2TR B routes the device that is connected to 2TR B IN
on the Rear Panel to the monitors.

8

AUX routes the AUX SEND outputs to the monitors.
Press the AUX LED button to monitor the selections,
beginning with AUX SEND 1/2, followed by AUX SEND
3/4, and AUX SEND 5/6. The MEMORY numeric
readout on the Display Bridge will momentarily display
the AUX SEND selections.

The MONO button, when on

(red)

, sums the selected input
and sends a monaural signal to the monitors. This will not
affect the 2TR B output stereo signal.

MONITOR B Controls

The MONITOR B selection LED buttons route the input
selected

(green)

to the MONITOR B OUTPUT (STUDIO)
connections on the Rear Panel of the mixer. The selections
are:

8

MONITOR A routes the current MONITOR A selection
to the studio monitors.

8

AUX routes the AUX SEND outputs to the monitors.
Press the AUX LED button to monitor the selections
beginning with AUX SEND 1/2, followed by AUX SEND
3/4, and AUX SEND 5/6. The MEMORY numeric
readout on the Display Bridge will momentarily display
the AUX SEND selections.

TALKBACK

The TALKBACK ON button controls the talkback
microphone installed in the Top Panel of the

DA7

. When on

(orange)

, the MIC is active and the MONITOR A speakers
will be dimmed. This can be either a “push-to-talk”
momentary interrupt type button, or a “push on/push off”
type button. This is selected in the [UTILITY] window.
Talkback routing is selected in the [SOLO MONITOR]
window. There is also a phone jack on the Rear Panel that
allows for remote Talk back operation.

For additional information on the talkback, see Chapter 16,

Utility and Solo monitor in the Users' Guide.

SETUP Section

SETUP Section

These are direct-action buttons that will display the selected
windows in the LCD screen of the Display Bridge.

12

MONITOR A

MONITOR B

2TR A

L/R

MONITOR A

L/R

2TR B

AUX

AUX

MONO

010

010

010

T. B.
LEVEL

MONITOR
B LEVEL

MONITOR
A LEVEL

MIC

TALK BACK

ON

MONITOR A
source selection
buttons

MONITOR B
source selection
buttons

Talkback ON LED
button

LEVEL
knobs

SOLO

MONITOR

UTILITY MIDI

D-I/O

GROUP

AUTOMATION

SET UP

MIDI button

UTILITY
button

GROUP
button

D-I/O button

SOLO MONITOR
button

AUTOMATION
button

13

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– 7 –

UTILITY Button

Pressing the UTILITY button will display the [UTILITY]
window group on the LCD screen in the Display Bridge.
The window displayed will be determined by the window
selection buttons at the bottom of the window. Pressing the

UTILITY button again will cycle the window selections:
[OSC_BATT], [CONFIGuration], [USER CuSToM].

See Chapter 16, Utility and Solo Monitor in the Users'
Guide for additional information.

MIDI Button

Pressing the MIDI button will display the [MIDI] window
group on the LCD screen in the Display Bridge. Pressing
the MIDI button again will cycle the window selections:

[SETUP], [PRoGram ASsiGN], [ConTRoL ASsiGN],
[BULK], [REMOTE].

See Chapter 11, MIDI for additional information.

D-I/O Button

Pressing the D-I/O button will display the [D-I/O] (Digital
Input/Output) window group on the LCD screen in the
Display Bridge. Pressing the D-I/O button again will cycle
the window selections: [INPUT SET], [TO SLOT],
[DITHER].

See Chapter 12, D-I/O for additional information.

GROUP Button

Pressing the GROUP button will display the [GROUP]
window selections on the LCD screen in the Display
Bridge. Pressing the GROUP button again will cycle the
window selections: [FADER GRouP], [MUTE GRouP],
[LINK/STR].

See Chapter 13, Group for additional information.

AUTOMATION Button

Pressing the AUTOMATION button will display the
[AUTOMATION] window group on the LCD screen in the
Display Bridge. Pressing the AUTOMATION button again
will cycle the window selections: [SETUP], [EXECUTE],
[EVenT EDIT] .

See Chapter 14, Automation for more information.

SOLO MONITOR Button

This button displays Solo Monitor mode, Talk back
assignment and Surround Monitor.

See Chapter 16, Utility and Solo Monitor in the Users'
Guide for additional information.

SCENE MEMORY Section

SCENE MEMORY Section

SCENE MEMORY allows you to store and recall complete
mixer setups and functions. There are fifty registers,
numbered 01 through 50, available for storage of mixer
settings. Memory 00 is reserved for Automation.

Press either the WRITE LED button or the READ LED
button

(orange)

to select it and display the [ReaD/WriTe]
window of the [SCENE MEMORY] window group on the
LCD screen of the Display Bridge.

There are two windows in the group: [RD/WT], [XFADE].
The [RD/WT] window is always the initial window displayed
when either button is selected. To change to the [XFADE]
window, use the ARROW buttons to navigate to the
respective window selection button and then press the
ENTER button, or press either the WRITE or READ LED
buttons a second time.

When the [RD/WT] window is displayed, the JogDial is
enabled to scroll the [SCENE MEMORY] list area of the
window. This allows you to quickly access a previously
stored scene, locate an empty scene memory, or locate a
scene memory to be overwritten. By pressing the ENTER
button after a scene has been located, the mixer will
immediately assume the setting for the stored scene.

The MEMORY readout display will flash the memory number
that is selected until it is recalled. The selected memory will
be displayed without flashing once it has been recalled.

While the [RD/WT] window is displayed, pressing the
ENTER button will immediately overwrite the current scene
memory with the settings on the mixer at the moment the
ENTER button is pressed, unless the register is write-
protected. See Chapter 15, Scene Memory in the Users'
Guide for additional information.

LIBRARY Section

LIBRARY Section

There are three mixer functions with associated libraries:
CHANNEL, EQUALIZER, DYNAMICS/DELAY. The library
feature allows you to store and recall individual function
parameters to a separate library. There are fifty registers for
each library, numbered 01 through 50.

WRITE LED button READ LED button

14

15

STORE LED button

RECALL LED button

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– 8 –

The RECALL button opens the library window for the
selected function. What this means is that if the [CHANNEL]
window was displayed when you pressed the RECALL
button, the CHANNEL library will be displayed. The same
goes for the EQUALIZER AND DYNAMICS/DELAY
libraries. Once selected, the parameter knob will allow you
to scroll through the stored memories. After you have
chosen a memory, press the RECALL button again and the
selected memory will be recalled to the currently selected
function. You will also automatically return to the main
screen for the selected function.

While the library is displayed, pressing the STORE button
will immediately store the current function settings to the
current memory location, unless the memory location is
write-protected.

See Chapter 5, Library in the Users' Guide for additional
information.

Keypad and Cursor Control Section

Keypad

Display Bridge

Cursor Control Section

Details on the Keypad, UNDO/REDO button,

MMC/CURSOR button, ARROW buttons, ENTER button,
CURSOR MODE button, and JogDial elements of the

DA7

Top Panel are provided in Chapter 4 in the Users' Guide.

Headset Control Section

A stereo headset connector and headset volume control are
located under the right front edge of the Top Panel of the

DA7

. The current MONITOR A selection is always routed to

the headset connector.

16

17

1

2

4

5

7

8

0

3

6

9

ABC DEF

JKLGHI MNO

TUV

PQRS WXYZ

SHIFT

LOCATE

SET

REPLAY

LOOP

LOOP

ARROW buttons

ENTER button

CURSOR
MODE button

JogDial

UNDO/REDO button

MMC/CURSOR button

18

Display Bridge Section

The Display Bridge for the

DA7

is your “window” to the mixer functions and features. The elements comprising the Display Bridge
are the LCD screen, the L/R meter display, the MEMORY numeric readout, the CONSOLE LOCK LED status indicator, the
CONTRAST control knob, the MULTI-CH VIEW (multi-channel) LED button, and the SOLO LED status indicator.

LCD screen

L/R meter display

MEMORY numeric readout

CONSOLE LOCK LED status
indicator

LCD CONTRAST control knob

MULTI-CH VIEW LED button

SOLO LED status indicator

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– 9 –

LCD Screen

Taskbar

Sample Window Display (CHANNEL window displayed)

Function area

Window selection buttons

The LCD screen is the 320x240 backlit liquid-crystal display (LCD) element of the Display Bridge. The screen displays the various
windows that show the functions and status of the

DA7

. The windows contain areas and items that can be accessed with the cursor

control or JogDial.
There are three general areas for the windows displayed on the LCD screen: the [taskbar] area, the [function] area, the [windows

selection buttons] area.

Taskbar Area

Channel type field Current window SCENE MEMORY field

name

Channel selection field Window group name Communication Timecode field

status indicator

Taskbar Area

The [taskbar] area of a window contains information about
the current window and the most recent mixer selections.
Several of the items in the [taskbar] will remain unaffected
when you change to another window, depending on the new
window selection.

Channel Selection Field

This field shows the currently selected Channel, BUS, or
MASTER L/R strip selection. When channels or buses are

paired, the field will display both numbers. The field will
change when you press a different SELECT LED button on
the Top Panel.

Channel Type Field

This field shows the most recently selected channel type.
The field will change when you press a SELECT LED button
on the Top Panel.

Window Group Name

The current window group name is displayed in this field.

Current Window Name

The name of the current window is displayed in this field.

Communication Status Indicator

This area of the [taskbar] displays the current
communication status as configured in the [MIDI>SETUP]
window. The selections are either [TO PC], [S I/O], or

[MIDI].

Timecode Field

This field displays the most recent time code value received
by the mixer, as defined by the settings in the

[AUTOMATION>EXECUTE] window.

SCENE Field

This field displays the most recently read SCENE MEMORY
number and name.

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– 10 –

Function Area

The [function] area of a window contains the various
controls, buttons, settings, and values for the current
window.

Window Selection Buttons Area

This area of a window contains the buttons for the windows
that comprise the current window group. The button for the
current window will be highlighted.

L/R Meter Display

This meter reflects the current MASTER L/R (left/right)
output of the

DA7

, unless SOLO has been activated for a
channel. If a SOLO LED button is selected on the mixer, the
meter reflects the level of the solo’d channel(s) only.

In the [METER>SLOT] window, the [RESPONSE] area lets
you select between [VU] (Volume Units) and [PPM] (Pulse
Position Modulation). When [VU] is selected, the L/R Meter
Display will show the mixer output in Volume Units, and
when [PPM] is selected, the Meter reflects the mixer output
as Pulse Position Modulation.

SOLO LED Status Indicator

Located below the L/R meter display, the SOLO LED status
indicator will light and flash

(red)

when SOLO has been

activated for any channel on the mixer.

MEMORY Numeric Readout

The two-digit numeric readout displays the most recently
accessed SCENE MEMORY. Whenever an AUX monitoring
selection button is activated for either MONITOR A or
MONITOR B, the numeric display will momentarily display
the AUX selections.

CONSOLE LOCK LED Status Indicator

CONSOLE LOCK LED Status Indicator

When illuminated

(red)

, the password protection for an area
or function of the mixer is engaged, and selected mixer
operations cannot be performed.

See Section 16-3, [UTILITY>CONFIG] Window for more
information.

CONTRAST Control Knob

CONTRAST Control Knob

This knob controls the contrast value of the LCD screen.
Rotate the knob to adjust the contrast value of the LCD
screen for optimum viewing and to suit the operating
environment.

MULTI-CH VIEW LED Button

MULTI-CH VIEW LED Button

Press this LED button to activate the multi-channel viewing
mode for the LCD screen. When on (red), the LCD screen
will display the currently selected Channel Fader and one of
other sources that can be used to compare or copy
information from the current selection.

See Chapter 5, Channel, Library, and Meter Windows in
the Users' Guide for more information.

L/R Meter Display

SOLO LED status indicator

SOLO

SOLO LED Status Indicator

MEMORY

MEMORY Numeric Readout

CONSOLE

LOCK

CONTRAST

MULTI-

CH VIEW

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– 11 –

Rear Panel

Everything that goes in, out, and through the

DA7

happens
on the Rear Panel, with the exception of the headphone
connector. The

DA7

provides multiple ways for doing many

things, so let your creativity be your guide.
The rear of the

DA7

is configured in four rows. The top row
contains analog INPUTS 1-16 (inputs 1-8 are balanced XLR
connectors and inputs 9-16 are balanced TRS (tip-ring-
sleeve) phone plug connectors).

Row 2 contains analog INS 1-16 (inserts) with (TRS) phone
plug connectors. Row 3 contains outputs for MASTER OUT,
REC OUT analog, MONITORS A&B, and AUX returns and
sends 1 through 6. The bottom row contains the METER
BRIDGE connection, MIDI IN/OUT, SERIAL PORT (for
direct connection to a PC or a Macintosh computer), WORD
CLOCK IN/OUT, DIGITAL IN/OUT, and a REMOTE SW
connector.

THIS EQUIPMENT COMPLIES WITH THE REQUIREMENTS FOR
A CLASS A COMPUTING DEVICE IN FCC RULES PART 15
SUBPART J. OPERATION OF THIS DEVICE IN A RESIDENTIAL
AREA MAY CAUSE HARMFULL INTERFERENCE REQUIRING THE
USER TO TAKE WHATEVER STEPS MAY BE NECESSARY TO
CORRECT THE INTERFERNCE.

WARNIG

- TO REDUCE THE RISK
OF FIRE OR ELECTRIC
SHOCK. DO NOT EXPOSE
THIS APPLIANCE TO
RAIN OR MOISTURE.

CAUTION

- TO REDUCE

THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER. NO USER SERVICEABLE PARTS
INSIDE. REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL.

CAUTION

- MAKE SURE THE POWER OF THE UNIT IS TURNED OFF
WHEN INSERTING OPTION CARDS INTO THE SLOTS OF THE UNIT.
OTHERWISE THE UNIT MAY BE DAMAGED.

RING

SLEEVE

METER BRIDGE I/F MIDI SERIAL PORT WORD CLOCK

AC IN

POWER

SIGNAL

GND

TIP

CONNECTION
INPUT/OUTPUT
NO 1:GND
NO 2:HOT
NO 3:COLD

INS

TIP:SEND

RING:RETURN

SLEEVE:GND

AUX
TIP:ODD
RING:EVEN
SLEEVE:GND

OdB is referenced to 0.775Vrms

CH17–24/SLOT 1
CH25–32/SLOT 2

TANDEM/

CH9-16

/BUS & AUX INSERT/SLOT3

ON
OFF

OUT

TO PC

OUT
/THRU

REC OUT 2TR A IN / INPUT15.16

IN

IN

RS422 / 485

110

OFF ON75OFF ON

DIGITAL IN / OUT

AUX2TR B IN (ANALOG)

MONITOR A OUT

(CR)

MONITOR B OUT

(STUDIO)

REC OUT
(ANALOG)

MASTER OUT

RETURN

5/6RL

R

LRLRL

R

L

3/4 5/6 3/4 1/2 1/2

RETURN SEND

SEND

+4dB 10k (UNBAL) (S/PDIF)

+4dB 10k (BAL)

–60dB to +10dB 5k (BAL/UNBAL)

+4dB 10k (UNBAL)

+4dB 10k (BAL)

+4dB 600 (BAL/UNBAL)

SMPTE & V SYNC

+4dB 600

(BAL)

+4dB 600

(BAL)

REMOTE SW

AES/EBU

S/PDIF

Talk on/off

Rec on/off

INS16 INS15 INS14 INS13 INS12 INS11 INS10 INS9

INPUT16 INPUT15 INPUT14 INPUT13 INPUT12 INPUT11 INPUT10 INPUT9 INPUT8 INPUT7 INPUT6 INPUT5 INPUT4 INPUT3 INPUT2 INPUT1

INS8 INS7 INS6 INS5 INS4 INS3 INS2 INS1

DA7 Rear Panel

Signal Gnd (signal ground)

AC Inlet

Power switch

Power Switch

Turns the power on and off to the

DA7

.

AC Inlet

Plug the AC power cord here.

Signal Ground [SIGNAL GND]

Connect to a grounded source to stabilize the voltage levels of the connected devices, and to prevent hum and buzz created by
ungrounded sources.

Rows 1 & 2 Connectors

Inputs 9-16 (TRS). Use these for
balanced -60 to +10 signals

Inputs 1-8 (XLR). Use these for balanced

-60 to +10 signals. Phantom powered

Channel 1-16 Inserts. These are TRS send and return connectors.

Cutaway of DA7 Rear Panel (Rows 1 and 2) Input and Insert Connectors

INPUTS 1-8

These inputs are designed for XLR connectors. The input
range is from -60dB to +10dB, 5k Ω BAL. Use the MIC/LINE
INPUT knobs on the Channel Strips for adjustment of the
incoming level. From the [CHANNEL] window, the +48V
phantom power can be individually turned on or off for each
channel via the screen.

INPUTS 9-16

Use these inputs with a 1/4” TRS (tip-ring-sleeve) phone
plug connector. Use the MIC/LINE INPUT knob to adjust the
input level. The input range is from -60dB to +10dB, 5k Ω
BAL. There is no +48V phantom power. Microphones used
on these inputs must be externally powered if required.

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– 12 –

INSERTS 1-16

These inserts are used for creating an effects loop. A 1/4”
TRS phone plug, with a level of +4 dB, 10k Ω UNBAL,
provides an output (tip) send to effects, or an input (ring) return
from an outboard effects device.

Monitor B Out

These terminals are 1/4” TRS dual phono plugs at a level of
+4dB, 600Ω BAL, and connect the output of the MONITOR
B source selection to an external amplifier for monitoring in
the studio.

Row 4 Connectors

[REC OUT] Record Output

Use 1/4” TRS phone plugs, at a level of +4dB, 10kΩ BAL, to
output signals for recording.

Master Output

Female XLR connectors send the MASTER L/R analog
program output to external speakers and/or a recording
device of +4 dB, 600Ω BAL.

Meter Bridge
connector
(Option).

MIDI In and Out connectors

Serial I/O
connectors

Wordclock In and Out /
Thru connectors

2TR Input Digital (XLR)
Format select switch

Remote switch connector for Talkback
ON/OFF and automation REC ON/OFF

Cutaway of DA7 Rear Panel Row (4) Digital and Serial Connectors

Record Out Digital(XLR)

RS terminating

switch

Clock terminating &
OUT / Thru switch

Remote SW [Switch]

Connect a momentary or press-to-talk switch with a 1/4” TS
phone plug for Talk Back or automation record functions.
Parameters are assignable in the [UTILITY>CONFIG]
window.

Digital Input [AES/EBU]

An XLR connector inputs an audio signal from a DAT or
other digital source. Assignments can be made from the [D-

I/O>INPUT SET] window.

Row 3 Connectors

This incoming source can be monitored by selecting the 2TR
A LED button as the MONITOR A source selection, or, on
Channel Faders 15 and 16, when 2TR A is assigned in the
[D-I/O>INPUT SET] window. The signal can also be directly
assigned to the MASTER L/R program output.

Digital Record Output [AES/EBU]

XLR connections of the MASTER L/R digital output are for
use in recording by a digital device with AES/EBU digital
input capabilities.

Master L/R outputs
(Analog XLR balanced)

Record L/R outputs
(Analog TRS balanced)

Monitor B outputs
(Analog TRS balanced)

Monitor A outputs
(Analog TRS balanced)

2TR B input connectors
(Analog TRS balanced)

Aux Returns 3/4 and
5/6 (Analog TRS)

Aux Sends 3/4 and 5/6
(Analog TRS)

Aux 1/2 send and return
(Digital RCA, S/PDIF)

Cutaway of DA7 Rear Panel (Row 3) Output Connectors

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– 13 –

AUX SEND 1/2

Use RCA connectors to attach a digital effects device or
another S/PDIF device to the AUX SEND 1/2 and AUX
RETURN 1/2 digital terminals. AUX/BUS Fader Layer
faders control the AUX 1/2 SEND and RETURN. These
connections are not analog signals.

AUX SEND 3/4, 5/6

These terminals are 1/4” TRS phone plug connectors, at a
level of +4dB, 10kΩ UNBAL. They can be used for
connecting outboard signal processing devices, or for a
studio headphone feed, or as part of a multitrack output
setup. The possibilities are limited only by your imagination.
The AUX/BUS Fader Layer is the fader control for these
connections.

AUX RETURN 3/4, 5/6

These terminals are 1/4” TRS phone plug connectors, at a
level of +4dB, 10kΩ UNBAL. The AUX/BUS Fader Layer is
the fader control for these feeds.

2-Track B Input

This is used to connect an analog source strictly for
monitoring purposes, as it does not appear as an input to
the mixer. Connect a 1/4” TRS phone plug to the output
signal from a cassette deck, for example. The input signals
are sent to the 2 TR B IN LED button in the monitor section.
The level is +4dB, 10kΩ BAL.

Monitor A Out

These terminals are 1/4” TRS dual phone plugs at a level of
+4dB, 600Ω BAL, and connect the output of the MONITOR
A to an external amplifier (or powered speaker) for
monitoring in the control room (CR).

Format Select Switch

This switch is used to select the signal format of the
connected device, either AES/EBU or S/PDIF. The digital
input and output are both switched. For S/PDIF usage, an
optional adapter is required. You must make certain that the
adapter connects pin #1 and #3 together.

Clock Terminating 75 Ω ON/OFF & Out / Thru
Switch

Next to the WORD CLOCK IN BNC connection, this switch
should be set to 75 Ω OFF and Thru position if the

DA7

is
being used to pass the wordclock signal to other devices in
the chain.

Set the switch to 75 Ω ON and OUT for terminating the
wordclock, if the

DA7

is slaved and located at the end of the
wordclock chain. The 75 Ω ON and OUT position should
also be selected when the

DA7

is being used to slave other

devices to the

DA7’s

wordclock. See Chapter 12, D-I/O in

the Users' Guide for more information.

Clock Input

This is used to synchronize the

DA7

to an external word

clock source. This allows the

DA7

’s internal clock to slave to
another reference, such as a digital multi-track deck or other
device. Use a BNC connection to attach an external
wordclock source.

Clock Output

This is used to slave an external device, such as a digital
multi-track machine, to the

DA7

internal clock. It can also be
used to relay an external wordclock that is being used to
synchronize the

DA7

to an external device. Using a BNC

connector, other devices can synchronize to the

DA7

wordclock.

Serial Terminating Switch

Set the switch to ON if the

DA7

is the termination point of
the RS-422/485 serial transmission path. The 110Ω switch
turns this function OFF/ON.

Serial Port [RS-422/485]

Use this serial port to connect an IBM compatible computer
having an RS-422/485 port. Connect to the

DA7

with a D-
SUB 9-pin connector. Optional remote control software for
your computer can be used to control the

DA7

, thus

expanding the features and capabilities of the mixer.

Serial Port [TO PC]

Use this serial port to connect with a Macintosh computer. If
the computer is an IBM compatible, you may need a
conversion cable that changes a Mini-DIN 8 pin (for TO PC)
to a D-sub 9 pin(for RS-232C), available at nearest dealer.
Optional remote control software for your computer can be
used to control the

DA7

, thus expanding the features and

capabilities of the mixer.

MIDI IN

This connector is used to receive signals from peripheral
MIDI devices.

MIDI OUT

This connector is used to send signals to peripheral MIDI
devices. The

DA7

can be used as a MIDI controller. See

Chapter 11, MIDI in the Users' Guide for details.

METER BRIDGE Connector

This is used to connect the optional Meter Bridge for the

DA7

.

See Chapter 17, Options in the Users' Guide for more
details.

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– 14 –

Option Card Slots

There are three slots for the optional audio Input/Output
cards, plus one dedicated slot for the SMPTE/V SYNC card.
The space for the SMPTE/V SYNC card is located directly
under the MASTER OUT XLR connectors. Audio option
cards are next to the power switch. The audio option cards
can be used in any of the audio slots, but for TANDEM
operation, the TANDEM card MUST be used in Slot 3.

Video Sync Input [V SYNC]

This is used to connect a vertical synchronizing signal from
a video device.

See Chapter 17, Options in the Users' Guide for more
about SMPTE/V SYNC.

Digital I/O Slot 1 [CH17-24/SLOT 1]

When an option card is inserted into Slot 1, the output of the
connected device appears on Channel Faders 17 through
24, and is controlled by the Fader Layer Inputs 17-32.

Digital I/O Slot 2 [CH25-32/SLOT 2]

When an option card is inserted into Slot 2, the output of the
connected device appears on Channel Faders 25 through
32, and is controlled by the Fader Layer Inputs 17-32.

Digital I/O Slot 3 [CH9-16/SLOT 3]

When an option card is inserted into Slot 3, the output of the
connected device appears on Channel Faders 9 through
16, and is controlled by the Fader Layer Inputs 1-16. This
connection REPLACES the analog inputs 1-16 with
whatever is connected to the option card in Slot 3.

For more information regarding optional slots, see Chapter
12, D-I/O and Chapter 17, Options in the Users' Guide.

Slot 1

Slot 2

Slot 3

SMPTE/V SYNC
card slot

Option Card Slots

SELF CHECK FUNCTION

8

The Self Check Function is incorporated in the Digital
Audio Mixer WR-DA7.

1. Test Equipment Required

8

The following Test Jigs are required for Self Check and
Service of the WR-DA7.

8

AD EXTD-1 (Part Number : YWA0EA1196AN) between
the Power-2 Board and AD/DA Board as shown in fig. 1-1.

Fig. 1-1

8

SLOT EXTD (Part Number : YWA0EA1198AN) for the
optional Board as shown in fig. 1-2.

Fig. 1-2

8

AD EXTD-2 (Part Number : YWA0EA1199AN) between
the Main Board and AD/DA Board as shown in fig. 1-3.

Fig. 1-3

8

PC RTN (Part Number : YWA0EA1200AN) for the PC
Connector as shown in fig. 1-4.

Fig. 1-4

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– 15 –

8

RS422/485 RTN (Part Number : YWA0EA1202AN) for
RS422/485 Connector as shown in fig. 1-5.

Fig. 1-5

8

MTBR RTN (Part Number : YWA0EA1203AN) for the
Meter Bridge Connector as shown in fig. 1-6.

Fig. 1-6

2. Disassembling Procedure

8

Referring to Fig. 2-1, remove three knobs and fifteen
screws that secure the Upper Cover Ass'y.

Fig. 2-1

8

Referring to Fig. 2-2, pull up the Upper Cover Ass'y and
hock to the slot of the Right Side Chassis of the Upper
Cover Ass'y.

Fig. 2-2

8

Referring to Fig. 2-3, pull up the Upper Cover Ass'y and
remove eleven screws that secure the HA Block and
remove the HA Block.

8

Cut one Wire Binder that secure the Ground Cable and
others.

8

Remove one screw that secure the Ground Cable (Brown
Wire) at the Power-2 Board and tighten this screw.

8

Connect this Ground Cable (Brown Cable) to the Chassis.

Remove eight screws.

Remove seven screws.

Remove three knobs.

Upper Cover Ass'y

Pull up the Upper
Cover Ass'y.

Release the Angle and
hock to the Slot of the
Right Side Chassis of
the Upper Cover Ass'y.

Upper Cover Ass'y

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– 16 –

Fig. 2-3

8

Referring to Fig. 2-4, disconnect three Cables from the
Connectors CN33, CN52 and CN 53 of the AD/DA Board.

8

Insert two Cables from the Power-2 Board to the AD
EXTD-1.

8

Insert two Cables of the AD EXTD to two Connectors
CN52 and CN53 of the AD/DA Board.

8

Insert the AD EXTD-2 between CN33 of the Main Board
and CN33 on the AD/DA Board.

Fig. 2-4

Remove 9 screws.

Remove 2 screws.

HA Block

AD/DA Board

AD EXTD-2

AD EXTD-1

HA Block

3. Execution of the Self Check

Function

8

Turn the Power On while pressing the [SELECT] Key,
[ON] Key of the MASTER LR and [3] Key of the TEN KEY
simultaneously, the Self Check Function has been
executed and the Diagnostic Menu 1 as shown in Fig. 3-1
is displayed on the LCD Display of the WR-DA7.

Fig. 3-1

4. Fundamental Operation

4.1. Selection and Execution of the Check

Item

8

Select the Check Item by either UP or DOWN Cursor Key
on the Upper Cover Ass'y.

8

Execute the Check Item by pressing the Enter Key on the
Upper Cover Ass'y.

4.2. Switching of the Diagnostic Menu

8

Move the Cursor to most bottom position by either UP or
DOWN Cursor Key.

8

Select the Diagnostic Item by either LEFT or RIGHT
Cursor Key on the Upper Cover Ass'y.

8

Execute the Diagnostic Item by pressing the Enter Key.

5. Check Each Item

5.1. Version Indication (VERSION)

8

Referring to Fig. 5-1, the Product Description and the
Version of the Control Program will be displayed.

8

Displayed always without any Item Selection and
Execution.

DIAG4 DIAG5 DIAG6 EXITDIAG2 DIAG3DIAG1

DIAG1

DIAGNOSTICS

CPU TEST

T.C.

SCENE

SERIAL I/F TEST

VERSION

BATTERY BACKUP 3.0V

RAMSA WR-DA7 Ver.1.00 r01

SEL CH

ROM OK OK OK

OK

OK OKRAM1 RAM2 RAM3 RAM4

SLOT1
SLOT2
SLOT3

OK
OK
OK

PORT R/W CLOCK SIGNAL

OK
OK
OK

OK
OK
OK

MUTE

OK
OK
OK

SLOT I/F TEST

OK OKRS485 SMPTEOK OK OKMIDI PC MTR BRIGE

OPERATION CPU COMMUNICATION

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– 17 –

5.2. Battery Backup Indication (BATTERY
BACKUP)

8

Referring to Fig. 3-1, the remaining voltage value of the
Memory Backup Battery will be displayed.

8

Displayed always without any Item Selection and
Execution.

5.3. CPU Test (CPU TEST)

8

Referring to Fig. 3-1, select the CPU TEST Item by either
UP or DOWN Cursor Key.

8

Execute the CPU TEST Item by pressing the Enter Key.

8

When executing, the Self Check will start for ROM (Flash
Memory) and four RAMs (RAM1, RAM2, RAM3 and
RAM4), and check the Serial Communication in between
Main CPU and Sub CPU.

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

5.4. Serial Interface Test (SERIAL I/F TEST)

8

Connect the Return Cable and the Return Connectors to
the MIDI Connector, RS-422/485 Connector, TO PC
Connector.

8

Insert the SMPTE Board to the Slot of the SMPTE Board
and supply the Time Code from the Time Code Generator.

8

Connect the Return Connector to the Meter Bridge I/F
Connector.

8

Referring to Fig. 3-1, select the SIR I/F TEST Item by
either UP or DOWN Cursor Key.

8

Execute the SERIAL I/F TEST Item by pressing the Enter
Key.

8

When executing, the Self Check will start for the Interface
of MIDI, RS-422/485, TO PC, SMPTE and METER
BRIDGE.

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

5.5. Multi IC/Mix IC Test (MLT/MIX TEST)

8

Move the Cursor to most bottom position by either UP or
DOWN Cursor Key.

8

Select the Diagnostic Item (DIAG2) by either LEFT or
RIGHT Cursor Key.

8

Press the Enter Key, the Diagnostic Menu 2 as shown in
Fig. 5-1 is displayed.

Fig. 5-1

8

Referring to Fig. 5-1, select the MLT/MIX TEST Item by
either UP or DOWN Cursor.

8

Execute the MLT/MIX TEST Item by pressing the Enter
Key.

8

When executing, the Self Check will start for the three MIX
ICs (IC523 - IC525) and one Multi IC (IC526).

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

5.6. Multi IC/Mix IC/DSP Overall Test
(MLT/MIX/DSP TEST)

8

Referring to Fig. 5-1, select the MLT/MIX/DSP TEST Item
by either UP or DOWN Cursor.

8

Execute the MLT/MIX/DSP TEST Item by pressing the
Enter Key.

8

When executing, the Self Check will start for chains of
signal path consist of three MIX ICs (IC523 - IC525) and
nineteen DSP ICs (IC501 - IC519).

8

Each DSP IC has been controlled through the Multi IC
(IC526) so that the Self Check for the Multi IC is made in
this section.

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

8

In the case displayed "NG" in defective signal path,
passed IC number(s) is (are) displayed reverse indication
in a half way.
So that easy to find which signal path is defected as
shown in Fig. 5-2.

Fig. 5-2

DIAG1

DIAG2

DIAGNOSTICS

T.C.

SCENE

SEL CH

xxx

IC NO

MLT/MIX TEST

MLT/MIX/DSP TEST

OK

524

OK

523

OK

525

OK

526

DIAG2

OK

523
524
525

509
505

518
501

OK

523
524
525

512
508

519
504

OK

523
524
525

516 514

OK

523
524
525

511
507

519
503

OK

523
524
525

514 523

OK

523

524

OK

524

524

OK

523
524
525

510
506

518
502

OK

523
524
525

513 524

525

OK

516
517

523 523
515 524

DIAG4 DIAG5 DIAG6 EXITDIAG3

OK

523
524
525

509
505

518
501

NG

523
524
525

509
505

518
501

<

OK

><

NG

>

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– 18 –

<For examples>

In case of Fig. 5-2, defective IC501 or defective
connection between IC501 and IC518.

5.7. DSP Meter Signal Test (METER SIGNAL
TEST)

8

Move the Cursor to most bottom position by either UP or
DOWN Cursor Key.

8

Select the Diagnostic Item (DIAG3) by either LEFT or
RIGHT Cursor Key.

8

Press the Enter Key, the Diagnostic Menu 3 as shown in
Fig. 5-3 is displayed.

Fig. 5-3

8

Select the METER SIGNAL TEST Item by either UP or
DOWN Cursor.

8

Execute the METER SIGNAL TEST Item by pressing the
Enter Key.

8

When executing, the Self Check will start for the Meter
Signal Paths from the nineteen DSP ICs (IC501 - IC519)
to Multi IC (IC526).

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

5.8. DSP D-RAM Test (D-RAM TEST)

8

Referring to Fig. 5-3, select the D-RAM TEST Item by
either UP or DOWN Cursor.

8

Execute the D-RAM TEST Item by pressing the Enter Key.

8

When executing, the Self Check will start for the D-RAMs
(IC528 - IC532) Signal Paths from four DSP ICs (IC505 -
IC508) to Multi IC (IC526).

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

DIAG1

DIAG3

DIAGNOSTICS

T.C.

SCENE

SEL CH

xxx

IC NO

METER SIGNAL TEST

D–RAM TEST

OK

502

OK

501

OK

503

OK

04

OK

505

OK

507

OK

506

OK

508

OK

509

OK

510

OK

512

OK

511

OK

513

OK

514

OK

515

OK

517

OK

516

OK

518

OK

519

DIAG2 DIAG4 DIAG5 DIAG6 EXITDIAG3

OK

528505

OK

529506

OK

531507

OK

532508

5.9. Digital Interface Test (DIGITAL I/F TEST)

8

Move the Cursor to most bottom position by either UP or
DOWN Cursor Key.

8

Select the Diagnostic Item (DIAG4) by either LEFT or
RIGHT Cursor Key.

8

Press the Enter Key, the Diagnostic Menu 4 as shown in
Fig. 5-4 is displayed.

Fig. 5-4

8

Connect the Record Output Connector and 2TR A Input
Connector, connect the AUX SND1/2 Connector and AUX
RTN1/2 Connector.

8

Select the DIGITAL I/F TEST Item by either UP or DOWN
Cursor.

8

Execute the DIGITAL I/F TEST Item by pressing the Enter
Key.

8

When executing, the Self Check will start for the signal
paths Record Output Connector to 2TR Input Connector
and AUX SND1/2 Connector to AUX RTN1/2 Connector.

8

A result after Self Check, displayed "OK" in passed item
and displayed "NG" in defective item.

5.10.Word Clock Indication (WORD CLOCK)

8

Referring to Fig. 5-4, a presence Master Word Clock
Frequency and Lock/Unlock Status will be displayed.

8

Displayed always without any Item Selection and
Execution.

5.11. LED Test (LED TEST)

8

Referring to Fig. 5-4, select the LED TEST Item by either
UP or DOWN Cursor.

8

Execute the LED TEST Item by pressing the Enter Key.

8

When executing, all LEDs except Switch LEDs lit.

8

Press Enter Key to finish the LED Test.

DIAG4

DIAGNOSTICS

LED TEST

T.C.

SCENE

DIGITAL I/F TEST

SEL CH

SW&LED TEST

SW TEST

DIAG4 DIAG5 DIAG6 EXITDIAG2 DIAG3DIAG1

OKOKREC OUT

B

2TR IN AUX SEND

B

AUX RTN

44.1 KHZWORD CLOCK IN

METER UTILITY MIDI D-I/O

AUTOMATION

SOLO

STORE RECALL

GROUP

UNDO

MMC/CURSOR

CURSOR MODESTOP

123
456
78

0

PLAY

REW FF

9

CHANNEL

ENTER

PARAMETER

SELECT

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– 19 –

5.12. Switch LED Test (SW&LED TEST)

8

Referring to Fig. 5-4, select the SW&LED TEST Item by
either UP or DOWN Cursor.

8

Execute the SW&LED TEST Item by pressing the Enter
Key.

8

When executing, all Switch LEDs become blinking
sequentially.

8

When press the Switch which blinking LED, this LED
becomes lit and next LED becomes blinking.
When press the Enter Key instead of the Blinking LED
Key, this LED becomes off and next LED becomes
blinking (Skip Function).

8

The Self Check of the Switch LED Test is finished after
checked all of the Switch LEDs.

5.13. Switch Test (SW TEST)

8

Referring to Fig. 5-4, select the SW TEST Item by either
UP or DOWN Cursor.

8

Execute the SW TEST Item by pressing the Enter Key.

8

When executing, all Switches become reverse indication
sequentially.

8

When press the reverse indication Switch, next Switch
position becomes reverse indication.
When press the Enter Key instead of the reverse
indication Switch, this reverse indication Switch will be
released reverse indication and next Switch position
becomes reverse indication (Skip Function).

8

The Self Check of the Switch Test is finished after
checked all of the Switch LEDs.

5.14. Knob Test (KNOB TEST)

8

Move the Cursor to most bottom position by either UP or
DOWN Cursor Key.

8

Select the Diagnostic Item (DIAG5) by either LEFT or
RIGHT Cursor Key.

8

Press the Enter Key, the Diagnostic Menu 5 as shown in
Fig. 5-5 is displayed.

Fig. 5-5

8

Select the KNOB TEST Item by either UP or DOWN
Cursor.

8

Execute the KNOB TEST Item by pressing the Enter Key.

8

When executing, the Self Check will start for the Knobs.
First select the Q Adjusting Knob of the EQ Section
indicate to turn to right (reverse indication of the RIGHT).

8

Turn the Q Adjusting Knob to right, indicate to turn to the
left (reverse indication of LEFT).

8

Turn the Q Adjusting Knob to left, indicate to press this
Knob (reverse indication of KNOB).
If press the Enter Key instead of the Knob, this Knob will
be released reverse indication and next Knob becomes
reverse indication (Skip Function).

8

Press the Q Adjusting Knob, indicate to next Knob and
check the same manner as above.

8

The Jog Dial do not have press function.

8

The Self Check will be end after check of the Jog Dial.

5.15. LCD Test (LCD TEST)

8

Referring to Fig. 5-5, select the LCD TEST Item by either
UP or DOWN Cursor.

8

Execute the LCD TEST Item by pressing the Enter Key.

8

When executing, all face of the LCD is turn on (White
Indication) and off (Blue Indication) repeatedly by three
seconds.

8

Press the Enter Key to finish this Self Check Item.

5.16. Memory Initialize (MEMORY INITIALIZE)

8

Referring to Fig. 5-5, select the MEMORY INITIALIZE
Item by either UP or DOWN Cursor.

8

Execute the MEMORY INITIALIZE Item by pressing the
Enter Key.

DIAG5

DIAGNOSTICS

LCD TEST

T.C.

SCENE

KNOB TEST

SEL CH

MEMOTY INITIALIZE

PROGRAM UPGRADE

DIAG4 DIAG5 DIAG6 EXITDIAG2 DIAG3DIAG1

EQ

RIGHT
LEFT
SW

RIGHT
LEFT
SW

RIGHT
LEFT
SW

RIGHT
LEFT
SW

RIGHT
LEFT

RIGHT
LEFT
SW

RIGHT
LEFT
SW

RIGHT
LEFT
SW

PAN/ASSIGN DYNAMICS AUX

JOG

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