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Technical Specifications STEREO-CONTROL ROOM UNIT W760
Size V700-Module 1N

Input stereo
Type balanced floating/Transformer
or balanced, grounded
nominal Level + 6 dBu
maximum Level1) ƒ ³ 40 Hz ³ + 30 dBu
Input Impedance ƒ 40 Hz - 15kHz ³ 25 kW
CMRR ƒ 40 Hz £ 15 kHz ³ 60 dB according to IRT

Output stereo
Type balanced floating/Transformer
or balanced, grounded
nominal Level + 6 dBu
maximum Level1) ƒ ³ 40 Hz, kges 1 % ³ + 26 dBu
Source Impedance ƒ 40 Hz - 15 kHz £ 60 W
Load Resistance ³ 600 W
CMRR ƒ £ 15 kHz ³ 40 dB according to IEC
CMRR ƒ £ 15 kHz ³ 60 dB according to IRT

Gain 2) all Controls at 0 dB Position 1 kHz 0 dB ± 0.5 dB

Frequency Response ƒ 20 Hz - 20 kHz ± 0.5 dB
Phase Response
Input/Output ƒ 40 Hz - 15 kHz £ +5°/-20°
with Standard Values for RF & LF Filters

THD £ +26 dBu, ƒ ³ 40 Hz - 15 kHz, kges £ 0.1 %

Dynamic Range 22Hz-22kHz RMS ³ 120 dB
Noise Level 22Hz-22kHz RMS £-90 dBu

Crosstalk Links <> Rechts ƒ 40 Hz - 15 kHz £ -70 dB

Size V700 Standard Module Size, standard Depth
Frame
fits into Standard Frames
Adaptor necessary

Control Elements

Stepper Switch / Stepper Pots

Volume Control
21 Steps from Off to 92 dB-SPL
Gain at 92 dB-SPL 0 dB ± 0.25 dB
without Matrix Stages and Direction Control active
Direction Control
21 Steps from 'left only' to 'right only'
calibrated in % of half the stereo base width
0 Position ± 0.25 dB

Headphone
Kopfhörerausgang with Offsetregler zur Anpassung der Lautstärke, for Kopfhörer 4W to 2kW
PFL
activated by Push Button or by Remote Control Voltage, isolated by Opto Coupler 9 to 30 V
additional, balanced Input
Level Control
DIM
Control Range from 10 to 30 dB
activated by Push Button or by Remote Control Voltage, isolated by Opto Coupler

Monomatrix internal Selection of 3 dB or 6 dB Operation activated by Push Button MONO
Left-Right Reversal

by Push Button L<>R

Phase Reversal in right Channel by Push Button ØR
Muting all Outputs by Push Button CUT
2. Abhöranlage passiv selection by Push Button ALT


1) Depending on the setting of the control, gain or attenuation is possible. The value is valid for the higher level at the input or output.

2) Refers to linear adjustment of all parameters

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