Sharp XV-Z12000 Operation Manual page 86

Specifica
Wired Remote Control Terminal Specifications
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CONTROL CONTENTS
INPUT 1 PICTUR PSN : INPUT 1 POSITION 3 .5 mm minijack
INPUT 1 PICTUR PSN : STANDARD
External: GND
INPUT 1 PICTUR PSN : NATURAL
Internal: +3.3V
INPUT 1 PICTUR PSN : DYNAMIC
INPUT 1 PICTUR PSN : CUSTOM 1
Function and transmission codes
INPUT 1 PICTUR PSN : CUSTOM 2
INPUT 1 CONTRAST (–30 – +30)
INPUT 1 BRIGHT (–30 – +30)
Removing and Install-
INPUT 1 COLOR (–30 – +30)
CONTROL
INPUT 1 TINT (–30 – +30) ITEM
ing the Lamp Unit
INPUT 1 SHARP (–30 – +30)
ON
INPUT 1 CLR TEMP (50 – 110)
INPUT 1 DISPLAY
STANDBY
INPUT 1 ADJUSTMENT RESET
MENU
Info
INPUT 2 PICTUR PSN : INPUT 2 POSITION
temperature warning indicator illuminates, and the projector enters the standby mode, follow the pos-
INPUT 2 PICTUR PSN : STANDARD
Be sure to remove the lamp unit by the
solutions on the previous page and then wait until the projector has cooled down completely before INPUT 2 PICTUR PSN : NATURAL
handle. Be sure not to touch the glass INPUT 2 PICTUR PSN : DYNAMIC
ing in the power cord and turning the power back on. (At least 5 minutes.)
INPUT 2 PICTUR PSN : CUSTOM 1
surface of the lamp unit or the inside of
power is turned off for a brief moment due to power outage or some other cause while using the
INPUT 2 PICTUR PSN : CUSTOM 2
the projector.
INPUT 2 CONTRAST (–30 – +30) ENTER
ctor, and the power supply recovers immediately after that, the lamp indicator will illuminate in red and
INPUT 2 BRIGHT (–30 – +30)
To avoid injury to yourself and damage
UNDO
mp may not be lit. In this case, unplug the power cord from the AC outlet, replace the power cord in the
INPUT 2 COLOR (–30 – +30)
to the lamp, be sure to carefully follow
RGB/COMP.
utlet and then turn the power on again.
INPUT 2 TINT (–30 – +30)
the steps below.
INPUT 2 SHARP (–30 – +30)
want to clean the air vents during projector operation, be sure to put the projector into the standby
jector is equipped with
INPUT 2 CLR TEMP (50 – 110)
Do not loosen other screws except for the
Wired remote control function code
. After the cooling fan has stopped, clean the vents.
INPUT 2 DISPLAY
e holes to ensure the opti-
lamp unit cover and lamp unit.
INPUT 2 ADJUSTMENT RESET LSB
ot unplug the power cord after the projector has entered the standby mode and while the cooling fan is
(Only the silver screws are loosened).
ting condition of the projec- INPUT 5 PICTUR PSN : INPUT 5 POSITION
ng. The cooling fan runs for about 90 seconds.
C1 System Code
INPUT 5 PICTUR PSN : STANDARD
Appendix
Please refer to the installation manual
1 0 1
INPUT 5 PICTUR PSN : NATURAL
included with the lamp unit.
lly clean the ventilative hole INPUT 5 PICTUR PSN : DYNAMIC
System codes C1 to C5 are fixed at Ò 10110Ó .
INPUT 5 PICTUR PSN : CUSTOM 1
ming it off with a vacuum
Codes C14 and C15 are reverse confirmation bits, with Ò 10Ó indicating Ò FrontÓ and Ò 01Ó indicating Ò RearÓ .
INPUT 5 PICTUR PSN : CUSTOM 2
INPUT 5 CONTRAST (–30 – +30)
1
Press on the projector or
INPUT 5 BRIGHT (–30 – +30)
tilative holes should be
Sharp remote control signal format STANDBY
INPUT 5 COLOR (–30 – +30)
on the remote control to
very 100 hours of use. Clean
INPUT 5 TINT (–30 – +30)
Transmission format: 15-bit format
INPUT 5 SHARP (–30 – +30)
ative holes more often when
put the projector into the
INPUT 5 CLR TEMP (50 – 110)
ctor is used in a dirty or
INPUT 5 DISPLAY
standby mode.
INPUT 5 ADJUSTMENT RESET
D D
cation.
Wait until the cooling fan stops. INPUT 1 IP MODE : 2D PROGRESSIVE
INPUT 1 IP MODE : 3D PROGRESSIVE
67.5 ms
INPUT 1 IP MODE : Film MODE
Warning!
INPUT 1 WHITE EMPH : OFF
Wave form of output signal: Output using Pulse Position Modulation
Do not remove the lamp unit from the
INPUT 1 WHITE EMPH : ON
t
g the INPUT 1 DNR : OFF
projector right after use. The lamp will
INPUT 1 DNR : LEVEL 1
be very hot and may cause burn or
ve Holes INPUT 1 DNR : LEVEL 2
T
1
injury.
INPUT 1 DNR : LEVEL 3 Ò 1Ó
INPUT 1 DFC : OFF
INPUT 1 DFC : LEVEL 1
on the projector or
t = 264 µs
INPUT 1 DFC : LEVEL2
2
Disconnect the power cord. INPUT 1 DFC : LEVEL 3
T = 1.05 ms
0
n the remote control to
INPUT 2 IP MODE : 2D PROGRESSIVE
T = 2.10 ms
Unplug the power cord from the AC
1
INPUT 2 IP MODE : 3D PROGRESSIVE
he projector into the
INPUT 2 IP MODE : Film MODE
socket.
Transmission control code
by mode.
INPUT 2 WHITE EMPH : OFF
Leave the lamp until it has fully cooled
INPUT 2 WHITE EMPH : ON
15 bit
until the cooling fan stops.
down (about 1 hour).
INPUT 2 DNR : OFF
C1 C2 C3
INPUT 2 DNR : LEVEL 1
INPUT 2 DNR : LEVEL 2
INPUT 2 DNR : LEVEL 3
System Address
INPUT 2 DFC : OFF
INPUT 2 DFC : LEVEL 1
INPUT 2 DFC : LEVEL 2
D to D Common Data Bit
INPUT 2 DFC : LEVEL 3
nnect the Power Cord.
INPUT 5 IP MODE : 2D PROGRESSIVE
INPUT 5 IP MODE : 3D PROGRESSIVE
INPUT 5 IP MODE : Film MODE
INPUT 5 WHITE EMPH : OFF
3
INPUT 5 WHITE EMPH : ON
Remove the lamp unit cover.
INPUT 5 DNR : OFF
Loosen the user service screws that
INPUT 5 DNR : LEVEL 1
INPUT 5 DNR : LEVEL 2
secure the lamp unit cover. Then open
Downloaded from ProjectorsManual.com Manuals
INPUT 5 DNR : LEVEL 3
the cover in the direction of the arrow.
INPUT 5 DFC : OFF
INPUT 5 DFC : LEVEL 1
COMMAND PARAMETER RETURN
R A P S _ _ _ 0 OK OR ERR
R A P S _ _ _ 1 OK OR ERR
R A P S _ _ _ 2 OK OR ERR
R A P S _ _ _ 3 OK OR ERR
R A P S _ _ _ 4 OK OR ERR
R A P S _ _ _ 5 OK OR ERR
R A P I _ * * * OK OR ERR
R A B R _ * * * OK OR ERR
SYSTEM CODE DATA CODE
R A C O _ * * * OK OR ERR
R A T I _ * * * OK OR ERR
C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11
R A S H _ * * * OK OR ERR
1 0 1 1 0 0 1 1 0 1
R A C T _ * * * OK OR ERR
R A R E _ _ _ 0 OK OR ERR
1 0 1 1 0 0 1 1 0 1
R A R E _ _ _ 1 OK OR ERR
1 0 1 1 0 0 0 1 0 0
R B P S _ _ _ 0 OK OR ERR
1 0 1 1 0 0 0 1 1 1
R B P S _ _ _ 1 OK OR ERR
R B P S _ _ _ 2 OK OR ERR
1 0 1 1 0 1 0 1 1 1
R B P S _ _ _ 3 OK OR ERR
1 0 1 1 0 0 0 0 0 1
R B P S _ _ _ 4 OK OR ERR
0 1 1 1
1 1 0 1 1 0
R B P S _ _ _ 5 OK OR ERR
1 0 1 R 1 B P 0 I 1 _ * 1 * * 1 OK OR ERR 0 1
R B B R _ * * * OK OR ERR
1 0 1 1 0 1 0 0 1 1
R B C O _ * * * OK OR ERR
1 0 1 1 0 1 0 0 0 1
R B T I _ * * * OK OR ERR
R B S H _ * * * OK OR ERR
R B C T _ * * * OK OR ERR
R B R E _ _ _ 0 OK OR ERR
Side and Rear view
R B R E _ _ _ 1 OK OR ERR
R C P S _ _ _ 0 OK OR ERR
C5 C6 Data Code
R C P S _ _ _ 1 OK OR ERR
1 0 * * * * * *
R C P S _ _ _ 2 OK OR ERR
R C P S _ _ _ 3 OK OR ERR
R C P S _ _ _ 4 OK OR ERR
R C P S _ _ _ 5 OK OR ERR
R C P I _ * * * OK OR ERR
R C B R _ * * * OK OR ERR
R C C O _ * * * OK OR ERR
STANDBY
R C T I _ * * * OK OR ERR
R C S H _ * * * OK OR ERR
button STAN
R C C T _ * * * OK OR ERR
R C R E _ _ _ 0 OK OR ERR
R C R E _ _ Ventilative holes _ 1 OK OR ERR
D D D D D D D
R A I P _ _ _ 0 OK OR ERR
R A I P _ _ _ 1 OK OR ERR
67.5 ms
R A I P _ _ _ 2 OK OR ERR
R A W E _ _ _ 0 OK OR ERR
R A W E _ _ _ 1 OK OR ERR
R A N R _ _ _ 0 OK OR ERR
R A N R _ _ _ 1 OK OR ERR
R A N R _ _ _ 2 OK OR ERR
T
0
Ò 0Ó Ò 0Ó R Ò 0Ó A N R _ _ _ 3 OK OR ERR
R A D F _ _ _ 0 OK OR ERR
D
R A D F _ _ _ 1 OK OR ERR
Pulse carrier frequency = 37.917 kHz
R A D F _ _ _ 2 OK OR ERR
R A D F _ _ _ 3 OK OR ERR
Duty ratio = 1:1
R B I P _ _ _ 0 OK OR ERR
R B I P _ _ _ 1 OK OR ERR
R B I P _ _ _ 2 OK OR ERR
R B W E _ _ _ 0 OK OR ERR
R B W E _ _ _ 1 OK OR ERR
R B N R _ _ _ 0 OK OR ERR
C4 C5 C6 C7 C8 C9 C10 C11
R B N R _ _ _ 1 OK OR ERR
R B N R _ _ _ 2 OK OR ERR
R B N R _ _ _ 3 OK OR ERR
Function Key Data Bit
R B D F _ _ _ 0 OK OR ERR
R B D F _ _ _ 1 OK OR ERR
R B D F _ _ _ 2 OK OR ERR
Reverse in D
R B D F _ _ _ 3 OK OR ERR
R C I P _ _ _ 0 OK OR ERR
R C I P _ _ _ 1 OK OR ERR
R C I P _ _ _ 2 OK OR ERR
R C W E _ _ _ 0 OK OR ERR
R C W E _ _ _ 1 OK OR ERR
R C N R _ _ _ 0 OK OR ERR
R C N R _ _ _ 1 OK OR ERR
R C N R _ _ _ 2 OK OR ERR
R C N R _ _ _ 3 OK OR ERR
R C D F _ _ _ 0 OK OR ERR
R C D F _ _ _ 1 OK OR ERR
CONTROL CONTENTS
INPUT 3 PICTUR PSN : INPUT 3 POSITION
INPUT 3 PICTUR PSN : STANDARD
INPUT 3 PICTUR PSN : NATURAL
INPUT 3 PICTUR PSN : DYNAMIC
INPUT 3 PICTUR PSN : CUSTOM 1
INPUT 3 PICTUR PSN : CUSTOM 2
INPUT 3 CONTRAST (–30 – +30)
INPUT 3 BRIGHT (–30 – +30)
JUDGEMENT
INPUT 3 COLOR (–30 – +30)
CODE CONTROL
INPUT 3 TINT (–30 – +30) ITEM
C12 C13 C14 C15
INPUT 3 SHARP (–30 – +30)
0 1 0 1 0 RESIZE
INPUT 3 CLR TEMP (50 – 110)
INPUT 3 DISPLAY
0 0 1 1 0 PICTURE POSITION
INPUT 3 ADJUSTMENT RESET
Lamp
0 1 1 1 0 IRIS
INPUT 4 PICTUR PSN : INPUT 4 POSITION
unit
0 0 1 1 0 AUTO SYNC
INPUT 4 PICTUR PSN : STANDARD
INPUT 4 PICTUR PSN : NATURAL
0 0 1 1 0 KEYSTONE
INPUT 4 PICTUR PSN : DYNAMIC
0 1 0 1 0 INPUT 1
INPUT 4 PICTUR PSN : CUSTOM 1
1 0
0 1 0 INPUT 2
INPUT 4 PICTUR PSN : CUSTOM 2
0 1 0 1 0 INPUT 4 CONTRAST (–30 – +30) INPUT 3
INPUT 4 BRIGHT (–30 – +30)
0 1 0 1 0 INPUT 4
INPUT 4 COLOR (–30 – +30)
1 1 1 1 0 INPUT 5
INPUT 4 TINT (–30 – +30)
INPUT 4 SHARP (–30 – +30)
INPUT 4 CLR TEMP (50 – 110)
INPUT 4 DISPLAY
Bottom view
MSB INPUT 4 ADJUSTMENT RESET
INPUT 3 IP MODE : 2D PROGRESSIVE
Ventilative
C13 C14 C15
INPUT 3 IP MODE : 3D PROGRESSIVE
* * 1 0
INPUT 3 IP MODE : Film MODE
holes
INPUT 3 WHITE EMPH : OFF
INPUT 3 WHITE EMPH : ON
INPUT 3 DNR : OFF
INPUT 3 DNR : LEVEL 1
INPUT 3 DNR : LEVEL 2
INPUT 3 DNR : LEVEL 3
INPUT 3 DFC : OFF
Ventilative
INPUT 3 DFC : LEVEL 1
holes
INPUT 3 DFC : LEVEL 2
INPUT 3 DFC : LEVEL 3
INPUT 4 IP MODE : 2D PROGRESSIVE
D D D D
INPUT 4 IP MODE : 3D PROGRESSIVE
INPUT 4 IP MODE : Film MODE
INPUT 4 WHITE EMPH : OFF
INPUT 4 WHITE EMPH : ON
INPUT 4 DNR : OFF
INPUT 4 DNR : LEVEL 1
INPUT 4 DNR : LEVEL 2
INPUT 4 DNR : LEVEL 3 26.4 s
Ò 0Ó Ò 1Ó Ò 0Ó INPUT 4 DFC : OFF
INPUT 4 DFC : LEVEL 1
INPUT 4 DFC : LEVEL 2
INPUT 4 DFC : LEVEL 3
INPUT 1 GAMMA POSITION : STANDARD
INPUT 1 GAMMA POSITION : BLACK DETAIL
INPUT 1 GAMMA POSITION : DYNAMIC GAMMA
INPUT 1 GAMMA POSITION : CUSTOM 1
INPUT 1 GAMMA POSITION : CUSTOM 2
INPUT 1 GAMMA POSITION : SVM GAMMA
Example of Reverse D to D
INPUT 2 GAMMA POSITION : STANDARD
C12 C13 C14 C15 D C1 C2
INPUT 2 GAMMA POSITION : BLACK DETAIL
1 0
INPUT 2 GAMMA POSITION : DYNAMIC GAMMA
Data Data
INPUT 2 GAMMA POSITION : CUSTOM 1
Mask
Expansion Deter-
D C1 C2
mination INPUT 2 GAMMA POSITION : CUSTOM 2
1 0
INPUT 2 GAMMA POSITION : SVM GAMMA
INPUT 3 GAMMA POSITION : STANDARD
INPUT 3 GAMMA POSITION : BLACK DETAIL
INPUT 3 GAMMA POSITION : DYNAMIC GAMMA
INPUT 3 GAMMA POSITION : CUSTOM 1
INPUT 3 GAMMA POSITION : CUSTOM 2
INPUT 3 GAMMA POSITION : SVM GAMMA
COMMAND PARAMETER
V B P S _ _ _ 0 OK OR ERR
V B P S _ _ _ 1 OK OR ERR
V B P S _ _ _ 2 OK OR ERR
V B P S _ _ _ 3 OK OR ERR
V B P S _ _ _ 4 OK OR ERR
V B P S _ _ _ 5 OK OR ERR
V B P I _ * * * OK OR ERR
V B B R _ * * * OK OR ERR
SYSTEM CODE DATA CODE
V B C O _ * * * OK OR ERR
V B T I _ * * * OK OR ERR
C1 C2 C3 C4 C5 C6 C7 C8 C9
V B S H _ * * * OK OR ERR
1 0 1 1 0 0 1 1 1
V B C T _ * * * OK OR ERR
V B R E _ _ _ 0 OK OR ERR
1 0 1 1 0 1 0 0 1
V B R E _ _ _ 1 OK OR ERR
1 0 1 1 0 0 1 0 1
BQC-XVZ100005
V A P S _ _ _ 0 OK OR ERR
1 0 1 1 0 0 1 0 1
V A P S _ _ _ 1 OK OR ERR
V A P S _ _ _ 2 OK OR ERR
1 0 1 1 0 1 1 1 1
V A P S _ _ _ 3 OK OR ERR
1 0 1 1 0 0 1 0 1
V A P S _ _ _ 4 OK OR ERR
0 1 1 0
1 1 0 0 1
V A P S _ _ _ 5 OK OR ERR
1 0 1 1 V 0 A P 1 I * 1 * * 1 * OK OR ERR 0
V A B R * * * * OK OR ERR
1 0 1 1 0 0 1 0 0
V A C O * * * * OK OR ERR
1 0 1 1 0 1 0 1 0
V A T I * * * * OK OR ERR
V A S H _ * * * OK OR ERR
V A C T _ * * * OK OR ERR
V A R E _ _ _ 0 OK OR ERR
V A R E _ _ _ 1 OK OR ERR
V B I P _ _ _ 0 OK OR ERR
V B I P _ _ _ 1 OK OR ERR
V B I P _ _ _ 2 OK OR ERR
V B W E _ _ _ 0 OK OR ERR
V B W E _ _ _ 1 OK OR ERR
V B N R _ _ _ 0 OK OR ERR
V B N R _ _ _ 1 OK OR ERR
V B N R _ _ _ 2 OK OR ERR
V B N R _ _ _ 3 OK OR ERR
V B D F _ _ _ 0 OK OR ERR
STANDBY
V B D F _ _ _ 1 OK OR ERR
V B D F _ _ _ 2 OK OR ERR
Ventilative
V B D F _ _ _ 3 OK OR ERR
V A I P _ _ _ 0 OK OR ERR
holes
V A I P _ _ _ 1 OK OR ERR
V A I P _ _ _ 2 OK OR ERR
V A W E _ _ _ 0 OK OR ERR
butto
V A W E _ _ _ 1 OK OR ERR
V A N R _ _ _ 0 OK OR ERR
V A N R _ _ _ 1 OK OR ERR
V A N R _ _ _ 2 OK OR ERR
V A N R _ _ _ 3 OK OR ERR
t
V A D F _ _ _ 0 OK OR ERR
V A D F _ _ _ 1 OK OR ERR
V A D F _ _ _ 2 OK OR ERR
V A D F _ _ _ 3 OK OR ERR
G M R A _ _ _ 0 OK OR ERR
G M R A _ _ _ 1 OK OR ERR
G M R A _ _ _ 2 OK OR ERR
G M R A _ _ _ 3 OK OR ERR
G M R A _ _ _ 4 OK OR ERR
G M R A _ _ _ 5 OK OR ERR
G M R B _ _ _ 0 OK OR ERR
C3 C4 C5 C6 C7 C8 C9 C10
G M R B _ _ _ 1 OK OR ERR
1 1 0 1 0 0 0 0
G M R B _ _ _ 2 OK OR ERR
G M R B _ _ _ 3 OK OR ERR
C3 C4 C5 C6 C7 C8 C9 C10
G M R B _ _ _ 4 OK OR ERR
1 1 0 0 1 1 1 1
G M R B _ _ _ 5 OK OR ERR
G M V B _ _ _ 0 OK OR ERR
G M V B _ _ _ 1 OK OzR ERR
G M V B _ _ _ 2 OK OR ERR
G M V B _ _ _ 3 OK OR ERR
G M V B _ _ _ 4 OK OR ERR
G M V B _ _ _ 5 OK OR ERR
RETURN
JUDGEMENT
CODE
C10 C11 C12 C13 C14 C15
1 0 1 0 1 0
1 1 0 0 1 0
0 1 0 1 1 0
1 1 1 1 1 0
1 1 0 1 1 0
1 0 0 0 1 0
0 0
1 1 1 0
1 1 0 0 1 0
1 1 0 0 1 0
1 1 0 0 1 0
C11 C12 C13 C14 C15
0 0 0 1 0
C11 C12 C13 C14 C15
1 1 1 0 1
-8