KRAMER ELECTRONICS, LTD.
5
"
Normal"
(no user confirmation for each action is needed)
mode. Pressing the
TAKE
button toggles the mode and the
button illuminates when in "
Take Mode
". In "
Take Mode
", any
action would cause the
TAKE
button to blink before
implementation, and the user is required to press
TAKE
again in
order to confirm the operation.
NOTE
To cancel any operation initiated by pressing a button, press
the same button again.
9.
VIDEO
When pressed, illuminates and selects the video mode
(Breakaway) to enable modification of the video crosspoints.
10.
AUDIO
When pressed, illuminates and selects the audio mode
(Breakaway) to enable modification of the audio crosspoints.
11.
AFV
illuminated button
When pressed, illuminates and selects the "
Audio Follow
Video
" function. If the audio configuration differs from the
video configuration, the
INPUT STATUS
display flashes the
audio outputs that are to be reconfigured for
AFV
operation. In
such case, the
TAKE
button must be pressed to confirm the
modification.
12.
STO
illuminated button
Should be pressed, followed by an input or output pushbutton to
store the current status in the non-volatile memory. For example:
Press
STO
followed by
INPUT 4
button to store Setup#4 in the
non-volatile memory.
NOTE
To delete a setup from the memory, press the
STO
and
RCL
buttons simultaneously, followed by the input button (Setup
number) to be deleted.
13.
RCL
illuminated button
Should be pressed, followed by an input or output pushbutton to
select a predetermined setup For example, press
RCL
followed
by
INPUT 4
button to recall Setup#4 from the non-volatile
memory.
Table 2: VS-1604 Rear Panel Features
No.
Feature
Function
14.
1-16 AUDIO INPUTS
terminal blocks
Audio inputs used to connect the stereo audio
input sources.
15.
1-4 AUDIO OUTPUTS
terminal blocks
Audio outputs used to connect the stereo audio
output acceptors.
16.
VIDEO INPUTS
BNC connectors
Video inputs used to connect the video sources.
17.
VIDEO OUTPUTS
BNC connectors
Video outputs used to connect the video acceptors.
18.
Setup
DIP switches
Allow proper configuration of the control signals
received and transmitted through the RS-232 (or
RS-485) control port, master/slave modifications,
line termination and device ID numbers.
19.
RS-485
terminal block
Used for bi-directional communication with
another matrix switcher or PC through RS-485
interface.
20.
DB-9 female
RS-232
connector
Used for control of the matrix switcher from a PC,
