Connections
3-5
5975839 BARCOREALITY 812HS 060599
Connecting a RGB Analog source with Tri-level
sync to port 4/5.
(option)
RGB analog input terminals with Tri level sync input or Tri-
level sync on green. The projector detects automatically
where the sync signal is located.
RGB input selection :
(RG3sB : R, G, B signals with automatic Tri-level sync detection)
Press digit button 7 on the RCU or the local keypad.
Connecting a Component Video source to
port 4/5.
A component video (R-Y, Y, B-Y) with sync signals can be con-
nected to the projector via the Port 4/5. The projector automatically
detects where the sync signal is located.
To select the component video input :
Press digit button 6 on the RCU or the local keypad.
To select the component video input :
Press digit button 8 on the RCU or the local keypad.
Connecting a Component Video source with Tri-
level sync to port 4/5.
(Opion)
A component video (R-Y, Y, B-Y) with Tri-level sync signals can be
connected to the projector via the Port 4/5. The projector automati-
cally detects where the sync signal is located.
21
2))
POWE R / MAINS
SHULSKHUDOV
5
*
%
&RPS+6\QF 96\QF
COMM. PORT
PORT 3
PORT 4/5
9QRP
,QRP
)UHT
6HHLQ VWDOODWLRQLQVWUXFWLRQVE HIRUHFR QQHFWLQ JWRWK HVXS SO\
9RLUODQRWLFHGLQ VWDOODWLRQDYDQWGHUDFFRUGHUDXUpVHDX
9
$PS
+]
69,'(2
2))2 1
2KP
9,'(2
JUHHQRSH UDWLRQ
UHGVWDQGE\
PO RT 2
PORT 1
2))21
2KP
PROJECTOR MODE
7KLVGHYLFH F RPSOLHVZLWKSDUWRI
WKH)&&UXOHV2SHUDWLRQLVV XEMHFWWR
IROORZ LQJWZ RF RQGLWLRQV7KLV
GHYLFH PD\ QRWFD XVH KDUPIXOLQWHU
IH UH QFH DQGWKLV GHYLFHPXVW
DFFHSWDQ\ LQWH UIH UH QFH UHFH LYHG
LQFOXGLQJLQWHUIHUHQF HWKDWPD \FD XVH
XQGHVLUHGRSHUDWLRQ
5
6
,
1
5
6
2
8
7
,5
5
(
0
2
7
(
56,1
56287
,5
5(027(
POR
T 4/
5
POR
T 3
CO MM
. PO
RT
PORT 2
POR
T 1
PROJ
ECT
O R
M O
DE
POW
ER
/ M
AIN
S
9&5+'79SOD\HU
&RPSRVLWH
YLGHR
$XGLR2XW
21
2))
POWE R / MAINS
SHULSKHUDOV
5
*
%
&RPS+6\QF 96\QF
COMM. PORT
PORT 3
PORT 4/5
9QRP
,QRP
)UHT
6HHLQ VWDOODWLRQLQVWUXFWLRQVE HIRUHFR QQHFWLQ JWRWK HVXS SO\
9RLUODQRWLFHGLQ VWDOODWLRQDYDQWGHUDFFRUGHUDXUpVHDX
9
$PS
+]
69,'(2
2))21
2KP
9,'(2
JUHHQRSH UDWLRQ
UHGVWDQGE\
PO RT 2
PORT 1
2))21
2KP
PROJECTOR MODE
7KLVGHYLFH F RPSOLHVZLWKSDUWRI
WKH)&&UXOHV2SHUDWLRQLVV XEMHFWWR
IROORZ LQJWZ RF RQGLWLRQV7KLV
GHYLFH PD\ QRWFD XVH KDUPIXOLQWHU
IH UH QFH DQGWKLV GHYLFHPXVW
DFFHSWDQ\ LQWH UIH UH QFH UHFH LYHG
LQFOXGLQJLQWHUIHUHQF HWKDWPD \FD XVH
XQGHVLUHGRSHUDWLRQ
5
6
,
1
5
6
2
8
7
,5
5
(
0
2
7
(
56,1
56287
,5
5(027(
POR
T 4/
5
POR
T 3
CO MM
. PO
RT
PORT 2
POR
T 1
PROJ
ECT
O R
M O
DE
PO
WE
R /
MAINS
3URIHVVLRQDO9&5
&RPSRVLWH
YLGHR
$XGLR2XW
21
2))
POWE R / MAINS
SHULSKHUDOV
5
*
%
&RPS+6\QF 96\QF
COMM. PORT
PORT 3
PORT 4/5
9QRP
,QRP
)UHT
6HHLQ VWDOODWLRQLQVWUXFWLRQVE HIRUHFR QQHFWLQ JWRWK HVXS SO\
9RLUODQRWLFHGLQ VWDOODWLRQDYDQWGHUDFFRUGHUDXUpVHDX
9
$PS
+]
69,'(2
2))2 1
2KP
9,'(2
JUHHQRSH UDWLRQ
UHGVWDQGE\
PO RT 2
PORT 1
2))21
2KP
PROJECTOR MODE
7KLVGHYLFH F RPSOLHVZLWKSDUWRI
WKH)&&UXOHV2SHUDWLRQLVV XEMHFWWR
IROORZ LQJWZ RF RQGLWLRQV7KLV
GHYLFH PD\ QRWFD XVH KDUPIXOLQWHU
IH UH QFH DQGWKLV GHYLFHPXVW
DFFHSWDQ\ LQWH UIH UH QFH UHFH LYHG
LQFOXGLQJLQWHUIHUHQF HWKDWPD \FD XVH
XQGHVLUHGRSHUDWLRQ
5
6
,
1
5
6
2
8
7
,5
5
(
0
2
7
(
56,1
56287
,5
5(027(
POR
T 4/
5
POR
T 3
CO MM
. PO
RT
PORT 2
POR
T 1
PROJ
ECT
O R
M O
DE
POW
ER
/ M
AIN
S
3URIHVVLRQDO9&5
ZLWK7ULOHYHOV\QF
&RPSRVLWH
YLGHR
$XGLR2XW
