Allen&Heath iDR0 - Manual (Page 15)

iDR0 User Guide 15
APPLICATION EXAMPLE - FOH / MONITOR (iDR0 at FOH, No ESA on Monitor)
ALLEN&H
EA
TH
iD
R-
64
MIX
ENG
INE
FOH AUDIO
C1-2 = AUX7-8
C3-4 = ST AUX1
C5-8 = MAIN1-4
D1-4 = MTX1-4
D5-8 = ST MTX1-2
A1-8 = CH 57-64
G1-8 = AUX1-8
H1-8 = ST AUX1-4
I1-8 = ST AUX5-8
J1-4 = MTX1-4
J5-6 = ST MTX1
J7-8 = PAFL OUT
A
B
D
C
A
B
D
C
A B C D E F G H I J
A1-F8 = I/P 1-48
STAGE INPUTS MONITOR SENDS
Load Show SLAVE_FOH_LR
Load Show MON_2fx_8m8st
8x GRP = 4m 2st
18x AUX = 8m 1st 8FX
MAIN = LR
8x MTX = 4m 2st
CONFIG
26x AUX = 8m 2st 2FX
8x MTX = 4m 2st
CONFIG
AUDIO CLOCK = ESB
ESB CONFIG = MASTER/SLAVE
CH SOURCE = GLOBAL ESB INPUT
ESA OUT
ESB IN
FOH
MONITORS
ETHERNET
CAT5
ETHERSOUND
CAT5
ESA IN
NETWORK
iDR0
HEADPHONES and TALKBACK
Set options using TOUCHSCREEN = MIXRACK / Mixer Pref / Audio Sync Networks
Monitor engineer has control of preamp gain and phantom power
Single CAT5 EtherSound cable to stage (no Ethernet connection)
(SLAVE)
ETHERNET
CAT5
ETHERSOUND
CAT5
ESB OUT MIC SPLITTER (MIXRACK I/P 1-48) >
iDR10
NETWORK
TALKBACK OUT (audio) XLR CABLES
PAFL IN LOCAL MON OUT
ENGINEER'S WEDGE
HEADPHONES / IEM
No ESA fitted. No audio in surface because the rack is local.
Surface PAFL monitor and TALKBACK use analogue connections to the rack.
(MASTER)
AUDIO CLOCK = INTERNAL
ESB CONFIG = MASTER
CH SOURCE = LOCAL INPUTS
TB uses INPUT 48
56 inputs FOH, 48 way split. No ESA on monitor system. Monitor engineer has gain control.
Monitor gain affects FOH but engineer has channel digital trims
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