Sanyo PLC 8810 Manuale Utente

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Extron • System 4
xi
xi
xi
xi
xi
 Switcher Series • User’s Manual • P/N 68-402-02 Rev. E
Configuration and Connections
Sanyo Installation
Page 3
5. The Sanyo PLC Comm Adapter (26-467-01) has a 9-pin male connector that
accommodates the Comm Extension cable. The other end of the Comm Adapter
plugs into the projector’s RS-232C port.
6. Plug the 15-pin HD connector of the Projector Communications Extension cable
into the PJ Comm port on the System 4
xi
.
______ Secure all of the connector screws.
7. Plug the (4 or 5) BNC connectors from one end of the (user-supplied) RGBS/HV
cable onto the System 4
xi
 output and those on the other end onto the matching
BNCs on the Sanyo PLC connector panel.
System 4xi Series – Sanyo PLC Projector Connections
Use the illustration below as a guide when connecting the System 4
xi
 to a Sanyo
PLC Projector. Refer to Sanyo documentation to continue the installation.
____________ In a rack mount, do NOT allow the weight of the cables to be supported by the
System 4
xi
. See page 2-5 for cabling guidelines.
Special Note: _____ Certain PLC projectors may not come equipped with a 9-pin serial port
connector.  In those situations, the Com adapter must be connected to Control
Port 2 using the projector’s special DIN to 9-pin serial adapter, as illustrated
below.
9-Pin F
emale
To projector's Control Port 2
Sanyo DIN to 9-pin adapter
To switcher's Projector Control port
9-Pin F
emale
9-Pin Male
9-Pin Male
Extron Com Adapter
26-467-01  "A"
or 26-489-01  "J"
A
R
AUDIO 1
ANALOG RGB
ANALOG RGB
CONTROL PORT 1
USB 1
G
B
H
V
R
L
AUDIO 1
VIDEO/Y C/Cb(B-Y) Cr(R-Y)
S-VIDEO
S-VIDEO
S-VIDEO
R
L
AUDIO 2
CONTROL PORT 2
SERIAL PORT
AC JACK
USB 2
R
L
AUDIO OUT
R
L
AUDIO 1
VIDEO/Y C/Cb(B-Y) Cr(R-Y)
R
L
AUDIO 1
VIDEO/Y C/Cb(B-Y) Cr(R-Y)
R
L
RGBHV  5 BNC
15-Pin
Male
9-Pin Female
9-Pin Male
9-Pin Male
ComAdapter
26-467-01  "A"
or 26-489-01  "J"
A
OUTPUT
PJ COMM
RS 232
AUDIO
AUDIO
AUDIO
AUDIO
AUDIO
H/HV
R/C
G/Y
B
R/C
G/Y
B
V
INPUT 4
H/HV
V
R/C
G/Y
B
INPUT 3
H/HV
V
R/C
G/Y
B
INPUT 2
H/HV
V
R/C
G/Y
B
INPUT 1
H/HV
V
See Special Note below