Barco Rlm R6+ Performer Owners Manual

							3. Connections
Which signal can be connected ?
Standard S-Video (S-VHS) with separate Y (luma) and C (chroma) signals.
InextendedmodealsoCompositevideocanbeconnectedtotheS-Videoplug.
How to select the S-Video input ?
1. Press4on the RCU
Note:Another way for selecting this input is viaSourceon the local keypad or via the Menu.
The projector allows the input of more S-Video signals (up to 3 S-Video signals) via the S-Video extended
configuration.
3.6 Digital Visual Interface (DVI) input
DVI
Digital Visual Interface is a display interface developed in response to the proliferation of digital flat panel displays.
The digital video connectivity standard that was developed by DDWG (Digital Display Work Group). This connection
standard offers two different connectors: one with 24 pins that handles digital video signals only, and one with 29 pins
that handles both digital and analog video. This standard uses TMDS (Transition Minimized Differential Signal) from
Silicon Image and DDC (Display Data Channel) from VESA (Video Electronics Standards Association).
DVI can be single or dual link.
Input specifications
Single link DVI
Differential input voltage: 200 mV - 800 mV
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							3. Connections
TWO WAY
HARDWIRED REMOTE
21
3
PUSH
R/PRG/YB/PBHs/CsVsVIDEO
(HD)SDI 
IN(HD)SDI OUTS-VIDEO
R.C.
10 BASE-TDVI ANALOG RGB RS 232/422 IN
POWER WIRELESS
RECEIVERRS 232/422 
OUT
Image 3-7
DVI indication. DVI-I type connector analog link(4 pins at the right side of the connector) not supported.
Pin assignment for the DVI connector.
Pin 1
TMDS DATA2-Pin 13
TMDS DATA3+
Pin 2
TMDS DATA2+Pin14 +5Power
Pin 3
TMDS DATA2/4 ShieldPin 15
Ground (for +5V)
Pin 4
TMDS DATA4-Pin 16 Hot Plug Detect
Pin 5
TMDS DATA4+Pin 17
TMDS DATA0-
Pin 6
DDC ClockPin 18
TMDS DATA0+
Pin 7
DDC DataPin 19
TMDS DATA0/5 Shield
Pin 8 Not connected Pin 20
TMDS DATA5-
Pin 9
TMDS DATA1-Pin 21
TMDS DATA5+
Pin 10
TMDS DATA1+Pin 22
TMDS Clock Shield
Pin 11
TMDS DATA1/3 ShieldPin 23
TMDS Clock+
Pin 12
TMDS DATA3-Pin 24
TMDS Clock-
How to select the DVI Input ?
1. Press5onthe RCU
Note:Another way for selecting this input is viaSourceon the local keypad or via the Menu.
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							3. Connections
3.7 Computer input (RGB analog)
Input specification
TTL sync input : Umin=2.0V
RGB input = 0.7 V
pp±3dB
TWO WAY
HARDWIRED REMOTE
21
3
PUSH
R/PRG/YB/PBHs/CsVsVIDEO
(HD)SDI 
IN(HD)SDI OUTS-VIDEO
R.C.
10 BASE-TDVI ANALOG RGB RS 232/422 IN
POWER WIRELESS
RECEIVERRS 232/422 
OUT
Image 3-8
Analog input
What can be connected ?
•RGBHV
•RG
SB
CompositesynconlypossibleonGreen
How to select a computer input ?
1. Press2on the RCU
Note:Another way for selecting this input is viaSourceon the local keypad or via the Menu.
3.8 SDI or HDSDI input
SDI
Serial Digital Interface
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							3. Connections
Input specifications
(HD)SDI input : BNC
(HD)SDI output : BNC (= loop through)
typical : 0.8 Vpp
75Ωterminated
output impedance: 75Ω
TWO WAY
HARDWIRED REMOTE
21
3
PUSH
R/PRG/YB/PBHs/CsVsVIDEO
(HD)SDI 
IN(HD)SDI OUTS-VIDEO
R.C.
10 BASE-TDVI ANALOG RGB RS 232/422 IN
POWER WIRELESS
RECEIVERRS 232/422 
OUT
Image 3-9
(HD)SDI input
How to select the (HD)SDI input
1. Press7on the RCU
Note:Another way for selecting this input is viaSourceon the local keypad or via the Menu.
3.9 Communication connection
Overview
• RS232 IN connection
• Wireless receiver
3.9.1 RS232 IN connection
What can be connected to the RS232/422 IN connection ?
The RS232 IN connection allows the projector to communicate with a computer e.g. IBM PC or Apple Macintosh.
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							3. Connections
TWO WAY
HARDWIRED REMOTE
21
3
PUSH
R/PRG/YB/PBHs/CsVsVIDEO
(HD)SDI 
IN(HD)SDI OUTS-VIDEO
R.C.
10 BASE-TDVI ANALOG RGB RS 232/422 IN
POWER WIRELESS
RECEIVERRS 232/422 
OUT
(a)
(b)
Image 3-10
Applications of the RS232/422 connection
Remote control:
• easy adjustment of projector via IBM PC (or compatible) or MAC connection.
• address range from 0 to 255.
• allow storage of multiple projector configurations and set ups.
• wide range of control possibilities.
Data communication: sending data to the projector or copying the data from the projector to the computer.
What can be connected to the RS232/422 OUT connection ?
The output is a loop through output for RS232/422 signal and can be connected to the RS232/422 IN of the next projector.
To set up the baud rate of the projector, see chapter Installation menu, RS baudrate.
3.9.2 Wireless receiver
What can be connected ?
The optional wireless receiver for the optional rugged remote control can be connected to thePower wireless receiveroutput and
to theRS232/422 IN. With these tools, it is possible to control the projector from a distance without using cables.
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							3. Connections
TWO WAY
HARDWIRED REMOTE
21
3
PUSH
R/PRG/YB/PBHs/CsVsVIDEO
(HD)SDI 
IN(HD)SDI OUTS-VIDEO
R.C.
10 BASE-TDVI ANALOG RGB RS 232/422 IN
POWER WIRELESS
RECEIVERRS 232/422 
OUT
Image 3-11
Wireless receiver connection
3.10 Extended configuration
Overview
• Introduction
• 5-cable extended configuration
• S-Video extended configuration
• Summarizing
3.10.1 Introduction
What can be done ?
The extended configuration allows to connect multiple equal source types to the inputs and allow switching between this wide range
of input signals.
3.10.2 5-cable extended configuration
What can be done ?
Beside the standard RGB, composite & sync signals, the extendedcapabilities of the 5-cable inputs make treatment of additional
signals possible:
• a composite video signal may be connected to 4 of the 5 BNC’s (beside the standard video BNC input)
• a S-Video signal can be connected
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							3. Connections
Inputs
RGBHVVIDEO
RGBHVRGBHV-
RGSBRGSB---
RGBSRGBS--
ComponentPRYPB---
S-Video----CY
S-VideoC-Y---
CompositeVIDEO-----
Composite-VIDEO----
Composite--VIDEO---
Composite----VIDEO
Signals
Composite-----VIDEO
Table 3-4
Extended configuration of the 5-cable input: the first column gives the possible signals, and the first row the 5 cable input connectors (+ the standard Video BNC).
How to set up the 5-cable extended configuration ?
1. Connect the video or S-video source to the desired BNC connector
Note:In some cases an adapter cable is required (image 3-12, image 3-13, image 3-14)
R/PRG/YB/PBHs/CsVsVIDEO
Chroma
Luma
S-Video 2
S-VIDEO
Image 3-12
Connecting an S-Video signal on the Vs &Video BNC
Chroma Luma
S-Video 3
R/PRG/YB/PBHs/CsVsVIDEOS-VIDEO
Image 3-13
Connecting an S-Video signal on the R&BBNC
Video RVideo G
Video BVideo VS Video
R/PRG/YB/PBHs/CsVsVIDEOS-VIDEO
Image 3-14
Connecting composite Video signals on the 5-cable input
Multiple video signals can not be visualized simultaneously since there is only one decoder.
3.10.3 S-Video extended configuration
What can be done ?
Beside the standard luminance (Y) and chrominance (C) signals, theadvanced capabilities of the S-Video input make treatment of
additional signals possible:
• 2 composite video signal may be connected.
Inputs
YC
S-VideoYC
Composite VideoVideo-
Signals
Composite Video-Video
Table 3-5
Extended configuration of the S-Video input: the first column gives the possible signals, and the first row the S-Video inputs pins.
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							3. Connections
How to set up the S-Video extended configuration ?
1. Connect the video sources to the desired connector (image 3-15)
Note:An adapter cable is required
ChromaLuma
Video Y
R/PRG/YB/PBHs/CsVsVIDEOS-VIDEO
Video C
Image 3-15
Connecting 2 composite Video signals to the S-Video connector
Multiple video signals can not be visualized simultaneously since there is only one decoder.
3.10.4 Summarizing
Composite video signals
A composite video signal can be entered via 7 different inputs, which gives you 7 different video signals (optional video input not
included).
1. Video R : via 1st BNC
2. Video G : via 2nd BNC
3. Video B : via 3rd BNC
4. Video VS : via 5th BNC
5. Video : via the standard composite video BNC input
6. Video Y : via S-Video input
7. Video C : via S-Video input
Key3on the RCU allows to browse through the active video inputs, each hit moves to the next active video input. The first hit on
key 3 selects the last selected video input.
S-Video signals
An S-Video source can be connected in 3 different ways, through 3 different inputs.
1. S-Video 1: via the standard S-Video input
2. S-Video 2 : via the 5
thBNC and the standard Composite Video input
3. S-Video 3 : via the 1st and the 3rd BNC
Key4on the RCU allows to browse through the active S-Video inputs, each hit moves to the next active video input. The first hit on
key 4 selects the last selected video input.
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							4. Getting Started
4. GETTING STARTED
Overview
• Terminology overview
• Switching on
• Lamp runtime
• Switching to standby
• Switching off
• Temperature error DMD
•UsingtheRCU
• Projector address
• Controlling the projector
• Quick lens adjustment
• Digital Zoom
• Quick Picture in Picture selection
4.1 Terminology overview
Overview
The following table gives an overview of the different functionalities of the keys.
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							4. Getting Started
F1F2
F3
MENU
BACK
ENTER
PAUSEPIP
PHASE
TINT
COLOR
BRIGHTN
CONTR
VOL90
78
56
3
4
12
LOGO
AUTO IMAGE
DIGI
ZOOM
SDI
SB-PC
DVI
VIDEO S-VIDEO
RGBPC
LENS
ZOOMLENS
SHIFT
LENS
FOCUS
TEXT
121
19
2
3
4
5
6
7
8
9
10
11
12
1316
14 15 1820
17
Image 4-1
No.Key nameDescription
1Function keysuser programmable keys with functions for direct access.
2MENUMenu key, to enter or exit the Tool bar menu.
3Address key(recessed key), to enter the address of the projector (between 0 and 9). Press the recessed
address key with a pencil, followed by pressing one digit button between 0 and 9.
4LOGO keyallows to recall the stored Logo (notin PiP mode)
5PA U S Eto stop projection for a short time, press ’PAUSE’. The image disappears but full power is
retained for immediate restarting.
6STBYstandby button, to start projector when the power switch is switched on and to switch off the
projector without switching off the power switch.
Attention : Switching to Standby. When the projector is running and you want to
go to standby, press the standby key for 2 seconds.
7TEXTto des-activate or activate theon screen dialog boxes and menus.
8AUTOIMAGEAuto image, to center the imageontheactiveDMDsurface.
9Digit buttonsdirect input selection.
9bSOURCE buttonthis button allows to switch through the active (scanned) inputs
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