Adams onS y s t emsEngi neer i ng AmpConf i gur at i ons Eur ope
Adams onS y s t emsEngi neer i ng AmpConf i gur at i ons f ps er i es
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
CH B
CH A
OUT 4 SUB
(blue) fp 3400
Amp 1 Gain=29dB MLS 0dB (magenta) fp 6400
Amp 2 Gain=29dB MLS 0dB
CH A
CH B
XTA DP448
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
OUT 4 SUB
(blue) fp 3400
Amp 1
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH A
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4
CH A
Gain=29dB MLS 0dB
XTA DP448
OUT 5 LOW
OUT 6 MID
OUT 7 HIGH
OUT 8 SUB
(blue) fp 3400
Amp 1
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4 Gain=29dB MLS 0dB
CH B
XTA DP448
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
OUT 4 SUB
(blue) fp 3400
Amp 1
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH A
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4
CH A
Gain=29dB MLS 0dB
XTA DP448
OUT 5 LOW
OUT 6 MID
OUT 7 HIGH
OUT 8 SUB
(blue) fp 3400
Amp 1
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4 Gain=29dB MLS 0dB
CH B
XTA DP448
OUT 1 LOW L
OUT 2 MID L
OUT 3 HIGH L
OUT 4 SUB L
(blue) fp 3400
Amp 1
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH A
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4
CH A
Gain=29dB MLS 0dB
XTA DP448
OUT 5 LOW R
OUT 6 MID R
OUT 7 HIGH R
OUT 8 SUB R
(blue) fp 3400
Amp 1
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 3
CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4 Gain=29dB MLS 0dB
CH B
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
(blue) fp 3400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB Note: Subs are driven from Processor Output 4.
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
(blue) fp 3400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB Note: Subs are driven from Processor Output 4.
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
(blue) fp 3400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB Note: Subs are driven from Processor Output 4.
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
(blue) fp 3400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (blue) fp 3400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB Note: Subs are driven from Processor Output 4.
XTA DP424
Out 4 Sub
(magenta) fp 6400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3 Gain=29dB MLS 0dB
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) fp 6400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4 Gain=29dB MLS 0dB
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) fp 6400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3 Gain=29dB MLS 0dB
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) fp 6400
Amp 1
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 2
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 3
CH A / CH B
Gain=29dB MLS 0dB (magenta) fp 6400
Amp 4 Gain=29dB MLS 0dB
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
Adams onS y s t emsEngi neer i ng AmpConf i gur at i ons f p+s er i es
XTA DP424
OUT 1 LOW
OUT 2 HIGH
OUT 3 SUB
CH A
CH B
CH C / CH D
fp10000Q
Amp 1 Gain=29dB VPL 141V
Note: To operate Metrix Subs in cardioid mode one additional channel of XTA 4 series output processing is required, e.g. channel 4 of this unit.
XTA DP424
OUT 1 LOW
OUT 2 HIGH
OUT 3 SUB
CH A
CH B
CH C / CH D
fp10000Q
Amp 1 Gain=29dB VPL 141V
Note: To operate Metrix Subs in cardioid mode one additional channel of XTA 4 series output processing is required, e.g. channel 4 of this unit.
XTA DP446
OUT 1 LOW L
OUT 2 HIGH L
OUT 3 SUB L
CH A
CH B
CH C / CH D
OUT 4 LOW R
OUT 5 HIGH R
OUT 6 SUB R
CH A
CH B
CH C / CH D
fp10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP446 fp10000Q
Amp 2 Gain=29dB VPL 141V
Note: To operate Metrix Subs in cardioid mode two additional channels of XTA 4 series output processing are required. Use e.g. DP448.
XTA DP446
OUT 1 LOW L
OUT 2 HIGH L
OUT 3 SUB L
CH A
CH B
CH C / CH D
OUT 4 LOW R
OUT 5 HIGH R
OUT 6 SUB R
CH A
CH B
CH C / CH D
fp10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP446 fp10000Q
Amp 2 Gain=29dB VPL 141V
Note: To operate Metrix Subs in cardioid mode two additional channels of XTA 4 series output processing are required. Use e.g. DP448.
XTA DP424
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
OUT 4 SUB
CH C
CH B
CH A
CH D
FP 10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP448
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
OUT 4 SUB
CH C
CH B
CH A
CH D
OUT 5 LOW
OUT 6 MID
OUT 7 HIGH
OUT 8 SUB
CH C
CH B
CH A
CH D
FP 10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP448 FP 10000Q
Amp 2 Gain=29dB VPL 141V
XTA DP448
OUT 1 LOW
OUT 2 MID
OUT 3 HIGH
OUT 4 SUB
CH C
CH B
CH A
CH D
OUT 5 LOW
OUT 6 MID
OUT 7 HIGH
OUT 8 SUB
CH C
CH B
CH A
CH D
FP 10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP448 FP 10000Q
Amp 2 Gain=29dB VPL 141V
XTA DP448
OUT 1 LOW L
OUT 2 MID L
OUT 3 HIGH L
OUT 4 SUB L
CH C
CH B
CH A
CH D
OUT 5 LOW R
OUT 6 MID R
OUT 7 HIGH R
OUT 8 SUB R
CH C
CH B
CH A
CH D
FP 10000Q
Amp 1 Gain=29dB VPL 141V
XTA DP448 FP 10000Q
Amp 2 Gain=29dB VPL 141V
XTA DP424
Out 4 Sub
(magenta) FP 7000
Amp 1
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 2
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 3 Gain=29dB VPL 196V
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) FP 7000
Amp 1
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 2
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 3 Gain=29dB VPL 196V
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) FP 7000
Amp 1
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 2
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 3
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 4 Gain=29dB VPL 196V
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
XTA DP424
Out 4 Sub
(magenta) FP 7000
Amp 1
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 2
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 3
CH A / CH B
Gain=29dB VPL 196V (magenta) FP 7000
Amp 4 Gain=29dB VPL 196V
CH A / CH B
Note: The XTA Processor is typically located in a Y18/Y10 amplifier rack.
Adams onS y s t emsEngi neer i ng AmpConf i gur at i ons pl m
LOW
HIGH
SUB
CH A
CH B
CH C / CH D
PLM10000Q
Amp 1 Gain=29dB VPL 141V
Note: Metrix Subs cannot be operated in cardioid mode using Dolby Lake proc.
LOW
HIGH
SUB
CH A
CH B
CH C / CH D
PLM10000Q
Amp 1 Gain=29dB VPL 141V
Note: Metrix Subs cannot be operated in cardioid mode using Dolby Lake proc.
LOW L
HIGH L
SUB L
CH A
CH B
CH C / CH D
LOW R
HIGH R
SUB R
CH A
CH B
CH C / CH D
PLM10000Q
Amp 1 Gain=29dB VPL 141V
PLM10000Q
Amp 2 Gain=29dB VPL 141V
Note: Metrix Subs cannot be operated in cardioid mode using Dolby Lake proc.
LOW L
HIGH L
SUB L
CH A
CH B
CH C / CH D
LOW R
HIGH R
SUB R
CH A
CH B
CH C / CH D
PLM10000Q
Amp 1 Gain=29dB VPL 141V
PLM10000Q
Amp 2 Gain=29dB VPL 141V
Note: Metrix Subs cannot be operated in cardioid mode using Dolby Lake proc.