Y line table − vtr controller/tributary selection – Grass Valley VM 3000 System Controllers v.7.4 User Manual
Page 720

Venus DM 400/400A
L−8
VM 3000 Installation and Operating Manual
Y LINE TABLE − VTR CONTROLLER/TRIBUTARY SELECTION
Note: These instructions assume that the installer has read “Data Matrix Installation” in Section 3 of the Venus
Routing Switcher System Technical Manual.
Some VTRs can act as controllers or tributaries. These can be connected with a “Y” cable to two Venus ports— one for use
when the VTR is a controller, the other when the VTR is used as a tributary (see Figure L−14). If the VTR is operated only as a
controller, or only as a tributary, then a “Y” cable will not be needed; the cable can instead be one of those shown on page L−4.
The following tables correspond to the system shown in Figure L−14. The basic rules for these tables have already been de-
scribed (starting on page L−3).
1
SAFE
FOR
2
VR1−M
3
VR2−M
REV
192
003
001
003
Switcher Input − DATA
1
Switcher Output − DATA
SAFE
Security
S−T
−
FOR
016
REV
2
VR1−M
−
001
3
VR2−M
−
003
4
5
VR1−S
−
000
VR2−S
−
002
001
4
VR1−S
3
VR2−S
002
000
002
000
5
192
Figure L−10.
Figure L−11.
Figure L−12.
Name
Logical Input
Name
Logical Input
Pass
word
1
Switcher Description
2
Switcher
VI
RV
Board
#In #Out PLvL
Follow Level
Driver
3 LI
3 LO
Option
Audio
Level
DM 400
MC
Off Time
DATA
VM1
193 32
16
Binary
E
FOR
DATA
VM1
193 32
16
FOR (DATA)
Binary
E
REV
The Y Line table informs the matrix board (VM 3000 Control Processor) of a level, input, and output that have a Y line
installed. Notice that each Y line requires two entries, and that the “crossover” ports (the “M” ports) are listed as inputs on
the forward level and outputs on the reverse level:
Figure L−13.
Drop−down menu shows
“Switchers” and “Names” from
Switcher Description table
(Figure L−10). Select
appropriate data switcher.
Select the appropriate name from those
already entered on the Input (Figure
L−11) or Output (Figure L−12) table.
1
Y Line Table
Level
REV (DATA)
2
FOR (DATA)
Input
VR2−S
Output
VR2−M
VR2−M
VR2−S
3
REV (DATA)
4
FOR (DATA)
VR1−S
VR1−M
VR1−M
VR1−S
Logical
Logical