Panasonic Universal Remote AK HRP931P User Manual

Remote Operation Panel  
AK-HRP931P  
Before attempting to connect, operate or adjust this product, please read these  
instructions completely.  
 
Contents  
Overview ......................................................................................................................................................................... 3  
Accessories ..................................................................................................................................................................... 3  
Operating precautions ..................................................................................................................................................... 4  
Parts and their functions ................................................................................................................................................. 5  
ROP operation panel ....................................................................................................................................................................... 5  
ROP connector panel .................................................................................................................................................................... 16  
Connections .................................................................................................................................................................. 16  
System component connections .................................................................................................................................................... 16  
Reference files .............................................................................................................................................................. 16  
Calling reference files .................................................................................................................................................................... 16  
Storing reference files .................................................................................................................................................................... 16  
External dimension drawings ........................................................................................................................................ 17  
Specifications ................................................................................................................................................................ 17  
Overview  
This remote operation panel (ROP) is used to control a multi-format camera (AK-HC931P) and a camera control unit (CCU). An  
optical fiber cable is used to connect the multi-format camera and CCU, and a dedicated multi-cable (optional accessory) is used  
to connect the ROP and CCU.  
When the designated multi-cable is used to connect the ROP and CCU, the distance between these two components can be  
extended to a maximum of 50 meters.  
Accessories  
Mounting screws (M4, 8 mm) .......................................... a2  
3
 
Operating precautions  
The panel’s power is supplied from the camera control unit (AK-HCU931P).  
Handle the panel carefully.  
Dropping the panel or subjecting it to strong impact may cause malfunctioning and failures.  
Operate the panel within a temperature range of 32 °F to 104 °F (0 °C to 40 °C).  
Operation in locations below 32 °F or above 104 °F may adversely affect the internal parts.  
Turn off the power before connecting or disconnecting the cables.  
Do not use the ROP outdoors.  
Maintenance  
Disconnect the multi-cable, and wipe the panels with a dry cloth. To remove stubborn dirt, soak a cloth in some diluted kitchen  
detergent and wring it out well, and then wipe the panels gently.  
<Caution>  
Avoid using benzine, paint thinners and other volatile substances.  
If a chemically treated cleaning cloth is to be used, read the precautions for its use carefully.  
4
 
Parts and their functions  
3
Camera power switch indicator  
This indicates whether the camera power is ON or OFF.  
Lights up green:The panel is communicating with the  
camera.  
Lights up red: The panel is not communicating with the  
camera.  
ROP operation panel  
When any of the panel switches is pressed, the buzzer sounds.  
However, the buzzer does not sound when the panel's ON  
switch lamp is off or when BUZZ OFF has been selected on the  
FUNC menu.  
Flashes red:  
POWER OFF status established by  
software.  
:
2
1
3
4
8 5 9  
6
4
5
VF power OFF switch [VF OFF]  
This is the camera VF power switch for exercising remote  
control from the panel. It lights when the switch is in the ON  
position. Each time the switch is pressed, the status  
alternates between ON (power ON) and OFF (power OFF).  
CAMERA NO.  
ALARM  
ROP ON HEAD ON VFPW  
SD CARD  
AUTOSET UP  
WHITE BLACK  
SD card slot  
CLOSE  
5600K  
BAR  
TEST  
BLK  
CHARACTER  
OPT  
FAN  
;
<
RST  
7
CABLE  
60Hz  
This is where the SD cards are inserted. The data of the  
camera and CCU can be saved on these cards and then  
called.  
MODE  
FLARE  
OFF GAMMA ON OFF  
GAMMA  
KNEE  
OFF  
WHITE MATRIX HD. DTL SD. DTL  
CLIP OFF ON OFF OFF  
6
7
Camera number indicator [CAMERA NO.]  
This indicates the camera number information. If the camera  
number is not indicated, “–” appears instead.  
=
1
ROP ON switch  
This switch enables the controls on the ROP’s operation  
panel to be operated. Its lamp lights as soon as the CCU  
power is turned on.  
Camera video output selector switch  
[CLOSE/BAR/ TEST]  
This is used to select the camera video signals which are to  
be output from the CCU’s rear panel. The camera video  
signal, color bar display signal or test display signal is  
selected by pressing the BAR switch and/or TEST switch.  
Both BAR and TEST switch lamps off:  
Lighted: The lamp of the switch lights when the CCU power  
is turned on. When communication with the  
camera is enabled, the settings at which the  
panel's switches are selected are established. The  
panel is set on the basis of the camera setting  
information also immediately after the ROP ON  
switch is pressed and its lamp is lighted. However,  
if it is judged that communication with the camera  
has been cut off, the setting at which the panel’s  
switches are selected will not be established, and  
the ROP ON switch lamp will remain lighted.  
Camera video output  
BAR switch lamp lighted: Color bar signal output  
TEST switch lamp lighted: Test signal output  
CLOSE switch lamp lighted: Lens closed status with  
camera video output  
8
AUTOSET UP  
Off:  
The lamp turns off and the panel’s operations are  
cancelled (protected status) when this switch is  
pressed (while its lamp is lighted) while the CCU’s  
power and the camera’s power is ON.  
WHITE BLACK  
However, even when the ROP ON switch lamp is  
off, the panel’s GAIN, FLARE and DTL controls  
can be operated provided that the active indicator  
is lighted. It is also possible to operate the iris  
close switch irrespective of the ROP ON switch  
setting provided that communication with the  
camera is enabled.  
1
2
3
1Auto white balance switch [AUTO WHITE]  
This is used to automatically adjust the white balance.  
Lighted: This indicates that the automatic white balance  
adjustment has started.  
Flashing:This indicates that the automatic white balance  
adjustment ended without being completed.  
Off:  
This indicates that the automatic white balance  
adjustment was completed correctly.  
2
Camera power switch [HEAD ON]  
This switch enables the panel to be used to operate the  
camera’s power by remote control. However, this function  
will not work unless both the CCU’s camera power switch  
and the power switch on the camera itself are at the ON  
position.  
Each time the switch is pressed, the status alternates  
between ON (power ON: LED lighted) and OFF (power OFF:  
LED off).  
5
 
Parts and their functions  
2Auto black balance switch [AUTO BLACK]  
This is used to automatically adjust the black balance.  
Lighted: This indicates that the automatic black balance  
adjustment has started.  
Flashing: This indicates that the automatic black balance  
adjustment ended without being completed.  
1Optical transmission alarm indicator [OPT ALARM]  
This is the optical transmission warning indicator.  
Lighted: The indicator lights when the optical signals  
received in the transmission between the camera  
and CCU are too weak or when a CCU optical  
transmission receiver unit data error has  
occurred.  
Off:  
This indicates that the automatic black balance  
adjustment was completed correctly.  
If the optical signals received in the transmission  
between the camera and CCU are too weak, an  
alarm display appears in character form. Check  
the optical connector connections and mating.  
If the problem persists, turn off the CCU power,  
disconnect the cable between the camera and  
CCU, and clean the optical contact area. Use  
cotton swabs moistened with alcohol to wipe the  
optical fiber part gently.  
3Auto setup switch [AUTO SET UP]  
This is used to perform auto setup. The setup status is  
output to PM each time.  
The mode settings are performed using AUTO SETUP  
MODE on the FUNC menu.  
OUTSIDE FULL: Standard setup based on the external  
shooting chart is performed.  
OUTSIDE EASY: Simplified setup based on the external  
shooting chart is performed.  
In either OUTSIDE mode, align the position of the 4:3 gray  
scale (GS-3) wedge with the position of the 4:3 marker.  
Depending on the chart setting conditions, auto setup may  
not go smoothly. For this reason, attention must be paid  
to how the chart is set.  
Off:  
This indicates that the signals received in the  
optical transmission are strong enough.  
2Cable alarm indicator [CABLE ALARM]  
This is the camera cable warning indicator.  
Lighted: This indicates that the camera and CCU are not  
connected.  
Auto setup methods  
Lighted: This indicates that the auto setup has started.  
Flashing at 1 sec intervals:  
If the indicator is lighted all the time, turn off the  
CCU power, inspect and check the cables and  
connectors. If it still fails to light, consult your  
dealer.  
This indicates that the auto setup ended without  
being completed.  
Flashing at 2 sec intervals:  
Off:  
This indicates that the camera cable has been  
connected correctly.  
When the AUTO SET UP switch is pressed  
while the indicator is off, the auto setup start  
preparation mode is established, and a square  
marker appears in the center of the camera's  
viewfinder. Roughly align this square with the  
white at the gray scale center. Auto setup now  
starts when the side switch is pressed. If the  
switch is pressed for 1 or more seconds, auto  
setup is canceled.  
3Fan alarm indicator [FAN ALARM]  
This indicates that the CCU’s fan has stopped or that the  
camera’s fan is OFF.  
Lighted: The CCU’s fan has stopped or the camera’s fan  
is OFF.  
Off:  
Both the CCU’s fan and the camera’s fan are  
operating normally.  
Off:  
This indicates that the auto setup was  
completed correctly.  
<
Vertical frequency status indicator [60Hz]  
This indicates the vertical frequency status of the camera  
system. It remains off when the system’s operating  
frequency is 59.94 Hz, but it lights when it is set to 60 Hz.  
<Note>  
During the auto setup operation, the operation status is  
displayed using characters on the PM.  
<Note>  
60Hz operation is not supported at the present time.  
9
:
PM character display switch [CHARACTER]  
This is used to set the characters to be displayed on the PM  
to ON or OFF.  
=
MODE ON/OFF switches  
These are used to set the camera operation modes. The  
switches with the lighted lamps are the ones which have  
been set.  
CPU reset switch [RST]  
This is used to reset the panel’s CPU. Normally, refrain from  
touching it.  
MODE  
FLARE  
BLK  
GAMMA  
KNEE  
OFF  
WHITE MATRIX HD. DTL SD. DTL  
5600K  
OFF GAMMA ON OFF  
CLIP OFF  
ON  
OFF  
OFF  
;
3
1
1
2
3
4
5
6
7
8
9
:
ALARM  
OPT  
FAN  
CABLE  
2
6
 
Parts and their functions  
CONTROL  
15600K switch [5600K MODE]  
SHADING  
R
WHITE  
CLIP  
BLK  
GAMMA  
BLACK WHITE  
G
B
KNEE  
UNDO  
FUNC  
This is used to change the amplification rate of the GBR  
signals by an electrical circuit to achieve a white balance  
that corresponds to the color temperature of 5600K.  
When it is pressed, the B video signal is attenuated by  
approximately -6 dB, the R video signal is boosted by  
approximately 3 dB, and the G video signal is not  
attenuated. Select this switch setting for shooting under a  
5600K light source or shooting outdoors.  
?
@
>
PED  
FLAME GAMMA  
GAIN  
HD. DTL SD. DTL MATRIX SYSTEM  
When the lamp of the switch is off, the white balance is  
made to correspond to a color temperature of 3200K.  
A
2Flare OFF switch [FLARE OFF MODE]  
This is used to cancel the flare correction function (which  
suppresses the rise of the pedestal in proportion to the  
light quantity). Its lamp lights when the function is  
canceled.  
>
?
Adjustment item up and down shift switches [3, 4]  
These are used to scroll the control item display indicated by  
one of the control item selector switches ? up or down.  
Control item selector switches  
3Black gamma ON switch [BL-K GAMMA ON MODE]  
This is used to enable the black gamma function (which  
changes the video signal amplification rate in parts where  
the light quantity is low). Its lamp lights when the function  
is enabled.  
When these switches are selected (when their lamps are  
lighted), the corresponding adjustment items and adjustment  
values appear on the LCD display. The adjustment values  
can be changed by one of the 16 adjustment rotary  
encoders.  
4Gamma OFF switch [GAMMA OFF MODE]  
1
2
3
4
5
6
7
This is used to cancel the gamma correction function  
(which provides the signal level of the video signals with  
the reverse characteristics matching the TV video signal  
input and light-emitting level characteristics). Its lamp  
lights when the function is canceled.  
SHADING  
R
WHITE  
CLIP  
BLK  
BLACK WHITE  
G
B
KNEE  
GAMMA  
UNDO  
PED  
FLAME GAMMA  
GAIN  
HD. DTL SD. DTL MATRIX SYSTEM  
FUNC  
5This switch is not supported at the present time.  
8
9
;
<
=
>
?
@
:
6Knee OFF switch [KNEE OFF MODE]  
1Black shading control switch  
This is used to cancel the knee function that attenuates  
those parts of the video signals where a particular level  
(knee point) has been exceeded so that they will not  
become saturated as easily. Its lamp lights when the  
function is canceled.  
[BLACK SHADING CONTROL]  
This is used to correct the black shading (the coloring of  
black images.) When it is pressed and its lamp is lighted  
and when one of the SHADING R, B or B switches is then  
pressed and selected, the adjustment items for the black  
shading appear on the LCD display. The black shading  
correction can be adjusted using four of the 16 adjustment  
rotary encoders.  
7White clip OFF switch [WHITE CLIP OFF MODE]  
This is used to cancel the white clip function by which the  
video signal output is clipped (saturated). Its lamp lights  
when the function is canceled.  
HSAW HPAR VSAW VPAR  
–100 –49 0  
+7  
8Matrix ON switch [MATRIX ON MODE]  
This is used to enable the matrix function by which the  
chroma saturation is compensated for the G (green), B  
(blue), R (red), Ye (yellow), Cy (cyan) and Mg (magenta)  
signals and by which the chroma saturation and hue are  
compensated for the I (skin tone) signals. Its lamp lights  
when the function is enabled.  
HSAW: Horizontal sawtooth wave correction  
This is used to correct the coloring of black screen images  
in the horizontal direction in the range of -100 to 100.  
When the numerical setting is incremented, the video level  
at the left of the screen is increased.  
HPAR: Horizontal parabola correction  
9HDTV detail OFF switch [HD.DTL OFF MODE]  
This is used to cancel the detail enhancer function that  
enhances (adjusts the relative hardness/softness) of the  
picture quality in the detailed parts of the HDTV video  
output. Its lamp lights when the function is canceled.  
This is used to correct the coloring of black screen images  
in the horizontal direction in the range of -100 to 100.  
When the numerical setting is incremented, the video level  
at the left and right of the screen is increased.  
VSAW: Vertical sawtooth wave correction  
:SDTV detail OFF switch [SD.DTL OFF MODE]  
This is used to correct the coloring of black screen images  
in the vertical direction in the range of -100 to 100. When  
the numerical setting is incremented, the video level at the  
This is used to cancel the detail enhancer function that  
enhances (adjusts the relative hardness/softness) of the  
picture quality in the detailed parts of the SDTV video  
output. Its lamp lights when the function is canceled.  
top of the screen is increased.  
7
 
Parts and their functions  
VPAR: Vertical parabola correction  
MPNT  
This adjusts the master knee point in the range of 110% to  
80%.  
This is used to correct the coloring of black screen images  
in the vertical direction in the range of –100 to 100. When  
the numerical setting is incremented, the video level at the  
top and bottom of the screen is increased.  
RPNT, BPNT  
These adjust the R and B knee points in the range of  
+20% to –20%.  
2White shading control switch  
[WHITE SHADING CONTROL]  
MSLP  
This is used to correct the white shading. When it is  
pressed and its lamp is lighted and when one of the  
SHADING R, B or B switches is pressed and selected, the  
adjustment items for the white shading appear on the LCD  
display. The white shading correction can be adjusted  
using four of the 16 adjustment rotary encoders.  
This adjusts the master knee slope in the range of 0 to  
199.  
RSLP, BSLP  
These adjust the R and B knee slopes in the range of +31  
to –31.  
HSAW HPAR VSAW VPAR  
5White clip control switch [WHITE CLIP CONTROL]  
This is selected to change the white clip level. When it is  
selected, its lamp lights.  
–100 –49 0  
+7  
HSAW: Horizontal sawtooth wave correction  
This is used to correct the coloring of white screen images  
in the horizontal direction in the range of –100 to 100.  
When the numerical setting is incremented, the video level  
at the left of the screen is increased.  
CLIP  
108%  
CLIP: This adjusts the white clip in the range of 80% to  
109%.  
HPAR: Horizontal parabola correction  
This is used to correct the coloring of white screen images  
in the horizontal direction in the range of -100 to 100.  
When the numerical setting is incremented, the video level  
at the left and right of the screen is increased.  
6Black gamma control switch [BKL GAMMA CONTROL]  
This is selected to adjust the black gamma curve. When it  
is selected, its lamp lights.  
VSAW: Vertical sawtooth wave correction  
BLKR BLKM BLKB  
This is used to correct the coloring of white screen images  
in the vertical direction in the range of -100 to 100. When  
the numerical setting is incremented, the video level at the  
top of the screen is increased.  
–32 0  
+7  
BLKR, BLKM, BLKB GAM  
These adjust the black gamma curve (R, MASTER or B) in  
the range of –32 (black compression) to +32 (black  
expansion.  
VPAR: Vertical parabola correction  
This is used to correct the coloring of white screen images  
in the vertical direction in the range of –100 to 100. When  
the numerical setting is incremented, the video level at the  
top and bottom of the screen is increased.  
7Undo switch [UNDO]  
When the control data displayed using the control item  
selector switches has been changed, this switch is used to  
cancel changed data and return to the data first shown on  
the screen.  
3R, G, B shading switches [R, G, B]  
These are used to select the video signals targeted for  
black and white shading correction from among the R, G  
and B signals. The lamp of the selected switch lights.  
8Pedestal control switch [PED CONTROL]  
This is selected to adjust the R,G and B pedestal levels.  
When it is selected, its lamp lights.  
4Knee control switch [KNEE CONTROL]  
This is selected to adjust the knee slope and knee point.  
When it is selected, its lamp lights.  
RPED GPED BPED  
The menu is two-tiered: the adjustment items for the knee  
point are displayed on the first tier, and the adjustment  
items for the knee slope appear on the second tier. With  
auto knee, only the knee point can be adjusted.  
–100 0  
0
GPED, RPED, BPED: G, R, B pedestal level  
These indicate the increases or decreases in the pedestal  
levels in the range of –800 to +800 as referenced to the  
pedestal position where the black balance was attained.  
After the black balance is adjusted, 0 is set as the  
adjustment value.  
RPNT MPNT BPNT  
–1% 95% +1%  
RSLP MSLP BSLP  
–32 31 +1  
8
 
Parts and their functions  
9Flare control switch [FLARE CONTROL]  
This is selected to change the amount of flare correction.  
When it is selected, its lamp lights.  
<HDTV detail control switch [HD.DTL]  
This switch is selected to change the amount by which the  
picture quality in the detailed parts of the HDTV video  
output has been enhanced (by which the relative  
hardness/softness has been adjusted). When it is  
selected, its lamp lights.  
RFLR GFLR BFLR  
10 49  
0
VDTL HDTL CRSP PEAK  
RFLR, GFLR, BFLR  
These adjust the R, G or B flare in the range of –100 to  
0
0
0
4
LDP DARK  
10% 2  
+100, and at 0 the flare correction operation is turned off.  
:Gamma curve control switch [GAMMA CONTROL]  
This is selected to adjust the gamma correction. When it  
is selected, its lamp lights.  
Since the M GAM adjustment value is independent of the  
R and B GAM adjustment values, the R and B GAM  
values remain unchanged even when M GAM is changed.  
CORNER SRC +CLP –CLP  
20  
+KNE –KNE  
G
0
0
0
0
KDTL CRSP FREQ  
0
0
3
RGAM GGAM BGAM  
–50 0.450 +7  
+CLP –CLP +KNE –KNE  
0
0
3
M GAM: Master gamma  
Adjustment range: 0.600 to 0.300  
SKIN_DTL SKIN_LVL  
ON LOW  
RGAM, BGAM: R, B gamma  
Adjustment range: –75 to +75  
ZEB PHAS WIDTH CRSP  
ON 123 15  
2
RGAM and BGAM adjust the gamma correction as  
referenced to the M GAM setting. The control range  
extends from GAMMA 0.600 to 0.300 and this value is  
displayed as the adjustment value –75 to +75. When  
turned clockwise, GAMMA 0.300 (adjustment value +75) is  
approached.  
VDTL: Vertical detail level  
This is used to adjust the amount of vertical detail.  
HDTL: Horizontal detail level  
This is used to adjust the amount of horizontal detail.  
;Gain control switch [GAIN CONTROL]  
This is selected to adjust the white balance. When it is  
selected, its lamp lights.  
CRSP: Crisp  
This is used to set the maximum amplitude of the very  
faint noise components which are removed from the detail  
components.  
RGAN GGAN BGAN  
–100 +49 0  
PEAK: Peak frequency  
This is used to select the contour correction frequency  
band (boost frequency or peak frequency).  
G GAIN  
This sets the amount by which the G gain setting is to be  
increased or decreased from its reference in the range of  
–800 to +800.  
LDP: Level depend  
This function removes the detail in the dark parts by  
means of a coefficient dependent upon the video signal  
level so that the dark parts will not appear unnatural.  
R GAIN, B GAIN  
These set the amount by which the R or B gain is to be  
increased or decreased as referenced to their amounts at  
the pedestal position where the white balance was  
attained in the range of –800 to +800. After the white  
balance is adjusted, 0 is set as the adjustment value.  
DARK: Dark detail  
This function boosts the detail in the dark parts.  
CORNER: Corner detail  
This function boosts the detail around the edges of the  
screen.  
SRC: Detail source  
This is used to select the source signals for creating the  
detail components.  
+CLP: Detail edge overshoot clip  
This is used to limit the length of the overshoot parts of the  
detail edge components.  
9
 
Parts and their functions  
CLP: Detail edge undershoot clip  
CRSP: Skin tone detail crisp  
This is used to limit the length of the undershoot parts of  
This is used to remove the very faint noise components  
the detail edge components.  
below the level set from the skin tone detail components.  
+KNE: Detail edge overshoot knee  
This function applies the knee to the detail edge overshoot  
parts.  
=SDTV detail control switches [SD.DTL CONTROL]  
This switch is selected to change the amount by which the  
picture quality in the detailed parts of the SDTV video  
output has been enhanced (by which the relative  
hardness/softness has been adjusted). When it is  
selected, its lamp lights.  
KNE: Detail edge undershoot knee  
This function applies the knee to the detail edge  
undershoot parts.  
VDTL HDTL CRSP  
KDTL: Knee detail  
This is used to boost detail components of the parts where  
0
0
0
PEAK1 PEAK2  
the knee has been applied.  
1
2
CRSP: Knee detail crisp  
This is used to remove the very faint noise components  
below the level set from the knee detail components.  
LDP DARK  
10% 2  
CORNER SRC +CLP –CLP  
FREQ: Knee detail boost frequency  
This is used to select the knee detail boost frequency.  
3
G
0
0
KNEE CRM CRSP CRED  
+CLP: Knee detail edge overshoot clip  
This is used to limit the length of the overshoot parts of the  
knee detail edge components.  
0
0
0
0
SKINDTL SKIN_LVL  
ON LOW  
CLP: Knee detail edge undershoot clip  
This is used to limit the length of the undershoot parts of  
the knee detail edge components.  
ZEB PHAS WIDTH CRSP  
ON 123 15  
2
VDTL: Vertical detail level  
This is used to adjust the amount of vertical detail.  
+KNE: Knee detail edge overshoot knee  
This function applies the knee to the knee detail edge  
overshoot parts.  
HDTL: Horizontal detail level  
This is used to adjust the amount of horizontal detail.  
KNE: Knee detail edge undershoot knee  
This function applies the knee to the knee detail edge  
undershoot parts.  
CRSP: Crisp  
This is used to set the maximum amplitude of the very  
faint noise components which are to be removed from the  
detail components.  
SKIN_DTL: Skin tone detail  
This is used to set the skin tone detail function to ON or  
OFF.  
PEAK1: Peak frequency  
This is used to select one of the two contour correction  
frequency bands.  
SKIN_LVL: skin tone detail level  
This is used to set the chroma saturation of the parts  
where the skin tone detail is applied.  
PEAK2: Peak frequency  
This is used to select one of the two contour correction  
frequency bands.  
FZEB: Skin tone area zebra  
This is used to set whether or not to apply zebra to the  
areas where coring is applied as the skin tones to the Y  
signals in the PM output.  
LDP: Level depend  
This function removes the detail in the dark parts by  
means of a coefficient dependent upon the video signal  
level so that the dark parts will not appear unnatural.  
PHAS: Skin tone area phase  
This is used to move the areas recognized as the skin  
tones in the range of 153 to 93 along the Q axis on the  
color vector display.  
DARK: Dark detail  
This function boosts the detail in the dark parts.  
WIDTH: Skin tone area width  
CORNER: Corner detail  
This function boosts the detail around the edges of the  
screen.  
This is used to widen the areas recognized as the skin  
tones in the range of 1 to 20 along the I axis on the color  
vector display.  
SRC: Detail source  
This is used to select the source signals for creating the  
detail components.  
10  
 
Parts and their functions  
+CLP: Detail edge overshoot clip  
MTX 12, GAIN, PHASE  
This is used to limit the length of the overshoot parts of the  
detail edge components.  
These are used to select the following 12-axis matrix  
adjustment items: G, G_Cy, Cy, Cy_B, B, B_Mg, Mg, Mg_R,  
R, R_Ye, Ye and Ye_G.  
CLP: Detail edge undershoot clip  
This is used to limit the length of the undershoot parts of  
GAIN  
the detail edge components.  
This is used to adjust the chroma saturation (gain) of the  
items set using MTX 12 in the range of –127 to +127.  
KNEE: Detail edge knee  
This function applies the knee to the detail edge parts.  
PHASE  
This is used to adjust the phase of the items set using  
MTX 12 in the range of –127 to +127.  
CRM: Chroma detail  
This function boosts the detail in the high chroma  
saturation.  
?SYSTEM  
HEADOPTLEVEL  
CCU OPTLEVEL  
πππππ  
πππππ  
CRSP: Chroma detail crisp  
This is used to remove the very faint noise components  
below the level set from the chroma detail components.  
RET1 RET2 RET3 RET4  
HDSDI1 HDSDI2 HDSDI3 HDSDI4  
DCMD UCMD DCLK UCLK  
SP SP ON ON  
HBAR SBAR PATHO SET  
ARIB SMPT OFF 7.5%  
CRED: Chroma detail reduce  
This is used to suppress the chroma detail edge.  
SKIN_DTL: Skin tone detail  
This is used to set the skin tone detail function to ON or  
OFF.  
SDI4  
PM  
MSEL MLINK  
MIX ON  
SKIN_LVL: Skin tone detail level  
This is used to set the chroma saturation of the parts  
where the skin tone detail is applied.  
ANLG O_SEL SYNC TYPE  
SD RGB ON TRI  
H_CO HFIN (HDTV)  
99 123  
ZEB: Skin tone area zebra  
This is used to set whether or not to apply zebra to the  
areas where coring is applied as the skin tones to the Y  
signals in the PM output.  
H_CO HFIN (SDTV)  
99 123  
PHAS: Skin tone area phase  
This is used to move the areas recognized as the skin  
tones in the range of 153 to 93 along the Q axis on the  
color vector display.  
SCCO SCFIN (SDTV)  
7
30  
SH_H SH_V  
0 90H  
VER  
WIDTH: Skin tone area width  
This is used to widen the areas recognized as the skin  
tones in the range of 1 to 20 along the I axis on the color  
vector display.  
CRSP: Skin tone detail crisp  
This is used to remove the very faint noise components  
below the level set from the skin tone detail components.  
HEAD, CCU OPT LEVEL:Camera, CCU light reception  
strength level  
These indicate the light reception strength margins of the  
camera head and CCU.  
>Matrix control switch [MATRIX CONTROL]  
This is pressed to change the correction amounts for the  
R-G, R-B, G-R, G-B, B-R and B-G chroma saturation.  
RET1, RET2, RET3, RET4: Return video settings  
These are used to set the input allocations of the return  
signals.  
R-G R-B G-R G-B  
DCMD: Down-conversion system selection  
This is used to select the down-conversion system.  
–10 0  
+1 +10  
B-R B-G  
0
0
UCMD: Up-conversion system selection  
This is used to select the up-conversion system.  
MTX12  
Cy_B  
GAIN PHASE  
0
0
11  
 
Parts and their functions  
DCLK: Down-conversion link  
SCCO (SDTV): Subcarrier phase coarse adjustment  
This is used to coarsely adjust the phase of the subcarrier  
signal in relation to the SDTV genlock sync signal.  
This is used to decide whether to go with the down-  
conversion system control based on the AUX external  
input or set the down-conversion independently.  
SCFIN (SDTV): Subcarrier phase fine adjustment  
This is used to finely adjust the phase of the subcarrier  
signal in relation to the SDTV genlock sync signal.  
UCLK: Up-conversion link  
This is used to decide whether to go with the up-  
conversion system control that is linked to the down-  
conversion system or set the up-conversion  
independently.  
SH_H: SD/HD horizontal phase  
This is used to adjust the horizontal phase of the SDTV  
output and HDTV output.  
PATHO: Pathological pattern output  
This is used to forcibly output the pathological pattern.  
SH_V: SD/HD vertical phase  
This is used to set the vertical phase of the SDTV output  
and HDTV output to line 0 and line 90 (advanced by 90H  
for HDTV).  
SET: Color bar setup setting  
This is used to set the color bar setup.  
SD14: HD SD14 output selection  
VER: ROP software version  
This is used to set the HD SD14 output of the CCU as the  
This indicates the software version of this unit.  
PM or normal output.  
@FUNC control switch  
MSEL: Monitor switch selection setting  
This is used to set the monitor switch selection to PM,  
WFM or the PM-WFM link mode.  
ALC SPED WNDW PEAK  
0
0
1
4
MLINK: Shading link setting  
This is used to set whether to link the monitor when the R,  
B or G shading switch has been selected.  
POWER SPEED (FAN)  
ON LOW  
2D-M 2D-E COMB  
OFF OFF LOW  
AUTOSETUPMODE  
OUTSIDEFULL  
ANLG: CCU analog output setting  
This is used to set the analog output of the CCU to the HD  
or SD component.  
O_SEL: Output select  
This is used to set the analog output of the CCU to RGB  
MPED FSEL  
or YPbPr.  
3% FCTRY  
BRIGHT CONT  
SYNC: Sync waveform addition setting  
This is used to select whether to add the sync waveform to  
the analog output.  
2
30  
DTL CAMNO  
ON  
BUZZ  
SD  
1
TYPE: Analog sync phase coarse adjustment  
This is used to set the sync waveform to be added to the  
HD analog output to binary or tri-level.  
BLACK (PAINT)  
FLR  
EXE  
<CARD> MODE  
H_CO (HDTV): Horizontal sync signal phase coarse  
adjustment  
This is used to coarsely adjust the phase in relation to the  
HDTV genlock sync signal.  
ALC: Auto iris level  
This is used to adjust the auto iris level of the lens.  
H_FIN (HDTV): Horizontal sync signal phase fine  
adjustment  
This is used to finely adjust the phase in relation to the  
SPED: Auto iris speed  
This is used to set the feedback speed of the auto iris.  
HDTV genlock sync signal.  
WNDW: Auto iris window  
This is used to set the image detection area window of the  
auto iris.  
H_CO (SDTV): Horizontal sync signal phase coarse  
adjustment  
This is used to coarsely adjust the phase in relation to the  
SDTV genlock sync signal.  
PEAK: Peak/average setting  
This is used to set the ratio between the average and peak  
values of the auto iris image detection.  
H_FIN (SDTV): Horizontal sync signal phase fine  
adjustment  
This is used to finely adjust the phase in relation to the  
SDTV genlock sync signal.  
12  
 
Parts and their functions  
POWER (FAN): Fan power switch  
This is used to set the power of the camera head’s fan to  
ON, OFF, or AUTO.  
FILTER  
HEAD  
ND  
25  
CC  
6.3  
B
D
CAP  
100  
6.3  
1.6  
3.2  
R
4.3  
G
DFO  
ENC  
SCENE FILE  
MONITOR  
STORE  
1
5
2
3
4
8
B
SEQ  
C
G
6
7
SPEED (FAN): Fan speed  
This is used to set the speed of the camera head’s fan.  
GAIN  
GAIN  
G
-6 -3  
0
3
6
9
12  
R
R
B
E
F
SHUTTER  
2D-M: Component 2-dimensional low-pass filter  
This is used to set whether to apply the 2-dimensional low-  
pass filter to the SDTV component output.  
BLACK  
G
H
B
ON  
VAR  
DTL  
2D-E: Composite 2-dimensional low-pass filter  
This is used to set whether to apply the 2-dimensional low-  
pass filter to the SDTV composite output.  
FULL AUTO  
L
J K  
COMB: Comb filter mode  
This is used to set the comb filter mode.  
B
FILTER  
HEAD  
ND  
25  
CC  
CAP  
100  
6.3  
1.6  
3.2  
4.3  
6.3  
DFO  
AUTO SETUP MODE: Auto setup mode setting  
This is used to select the auto setup mode setting.  
1
2
3
1ND filter switches [ND FILTER 1, 2, 3, 4, 5]  
These are the ND filter selector switches. The filter setting  
MPED: Auto setup MPED convergence value  
This is used to set the position where the master pedestal  
can be changed when the HEAD switch lamp is off.  
is to be converged when auto setup has been started.  
ND1: Cap  
ND2: Through (green light emitted)  
FSEL: File select  
ND3: 1/4  
ND4: 1/16  
ND5: 1/32  
This is used to select the file attribute to be referenced  
when auto setup has been started.  
BRIGHT: Dot matrix display brightness setting  
This is used to set the brightness of the dot matrix display.  
2HEAD switch [HEAD FILTER]  
This is used to switch the control over the filter to the  
camera head. Its lamp lights when filter control by the  
camera head is enabled, and it goes off when filter control  
by this panel or MSU is enabled.  
CONT: LCD display contrast setting  
This is used to set the LCD display contrast.  
BUZZ: ROP buzzer setting  
This is used to set the panel’s buzzer to ON or OFF.  
The lamps of the HEAD switches on this panel and MSU  
will light also when the LOCAL switch on the operation  
panel at the back of the studio camera has been pressed  
and its lamp is lighted.  
CAMNO: Camera number setting  
This is used to set the number of the camera to which this  
unit is connected.  
3CC filter switches [CC FILTER A, B, C, D, E]  
These are the CC filter selector switches. The filter setting  
can be changed when the HEAD switch lamp is off.  
CCA: 3200K (green light emitted)  
CCB: 4300K  
DTL (PAINT): DTL control mode  
This is used to set the paint control DTL to SD or HD.  
BLACK (PAINT): BLACK control mode  
This is used to set the paint control BLACK to be used  
with the flare, pedestal or gamma.  
CCC: 6300K  
CCD: Cross  
CCE: DF0  
<CARD>: SD card read/write setting  
This is used to write the camera’s data on the SD card or  
read it from the card.  
C
SCENE FILE  
STORE  
1
5
2
3
4
6
7
8
@
LCD display  
This shows the adjustment items and adjustment values  
when the control item selector switches ? have been  
selected.  
3
1
2
1Scene file switches [SCENE FILE 1 to 8]  
These enable the camera settings for each scene or the  
data in the adjustment data that can be transferred to  
another camera to be saved in or called from eight files  
that serve as scene files.  
A
Adjustment rotary encoders  
These enable the data of the adjustment items shown on the  
LCD display @ to be changed.  
13  
 
Parts and their functions  
Calling scene file data  
E
1
1. From among the 1 to 8 scene file switches, press the  
number of the switch that corresponds to the scene file  
which is to be called and light its lamp.  
GAIN  
-6 -3  
0
3
6
9
12  
2. The scene file is now read. The data read from the scene  
file is input into the current file and then output.  
3. When the scene file is read, the data left in the current file  
until that moment is temporarily saved. The lamp of the  
scene file switch remains lighted even after the data has  
been called.  
2
1Gain selection status display [GAIN display]  
This displays the video input sensitivity gain.  
6 dB: The input sensitivity is increased by –6 dB.  
3 dB: The input sensitivity is increased by –3 dB.  
0 dB: The input sensitivity is increased by 0 dB (standard  
setting).  
3 dB: The input sensitivity is increased by 3 dB.  
6 dB: The input sensitivity is increased by 6 dB.  
9 dB: The input sensitivity is increased by 9 dB.  
12 dB: The input sensitivity is increased by 12 dB.  
To stop calling the scene file, press the scene file switch  
with the lighted lamp and turn its lamp off. The data that  
was temporarily saved before the scene file was called is  
now returned to the current file as the setting information,  
and the setting statuses established prior to the scene file  
call are also restored.  
If a scene file switch other than the one with the lighted  
lamp is pressed and its lamp is lighted, the scene file  
corresponding to the number of the scene file switch with  
the now lighted lamp is called.  
2Gain setting increment, decrement switches (2  
These are used to set the gain selection.  
,
1
)
2Scene file storage switch [SCENE FILE STORE]  
This is pressed to store setting or adjustment data as  
scene files.  
F
1
2
SHUTTER  
Saving the current file as a scene file  
1. When the scene file storage switch is pressed, its lamp  
lights up.  
ON  
VAR  
4
2. When the switch with the number of the scene file in which  
the data is to be saved is pressed and its lamp is lighted,  
the saving of the current file starts and, upon completion,  
the lamp of the scene file storage switch goes off.  
3
1Shutter switch [SHTR ON]  
3Scene file selector switch [SCENE 1-4/5-8 SELECT]  
This is used to set the electronic shutter mode or V.RES  
mode, which has already been set, to ON or OFF. When  
it is selected, its lamp lights. The 4-digit LED display  
shows the reciprocal of the shutter value (CCD charge  
storage time) or the V.RES mode.  
D
Monitor selector switches  
[R, G, B, SEQ, ENC MONITOR]  
These are used to select what is to be displayed on the  
waveform monitor (WFM) and picture monitor.  
The output mode can be changed by selecting the MSEL  
and MLINK settings on the fourth tier of the SYSTEM screen.  
If MLINK is set to ON when BLACK SHADING and WHITE  
SHADING are to be adjusted, the monitor display is also  
switched temporarily in linkage with the R, G and B shading  
switches.  
2Shutter mode selector switch [VAR]  
This is used to select the step electronic shutter mode or  
the continuously variable shutter mode. Its lamp lights up  
when the continuously variable shutter mode has been  
selected.  
3Shutter/V.RES display  
HDTV  
Y/-G  
SDTV  
Y/-G  
In the electronic shutter mode, this indicates the reciprocal  
of the shutter value; in the vertical high resolution mode, it  
indicates the resolution steps (11 to 19).  
Monitor selector  
switch  
P-M  
R
P-M  
R
R
G
R
G
R
G
G
G
4Increment, decrement switches [3, 4]  
These are used to change the 4-digit LED display data in  
the electronic mode or V.RES mode.  
If 4 is pressed in the V.RES mode, the data appears  
when “100” is shown as the shutter value on the  
shutter/V.RES display.  
B
B
B
B
B
SEQ  
ENC  
RGB  
RGB  
Y
RGB  
VBS  
Y/-G  
VBS  
Y
The R, G and B switches can be selected simultaneously.  
The RGB outputs on the WFM display are shown as a  
parade display.  
14  
 
Parts and their functions  
G
M
R, G, B gain controls [R, G, B GAIN]  
Iris/master pedestal control joystick [IRIS/PED]  
The iris level of the lens is adjusted by moving the joystick up  
and down, and the master pedestal is adjusted by turning it.  
These are used for the red (R), green (G) and blue (B)  
adjustments of the white balance. When the auto white  
balance can be performed and the R, G or B gain control is  
turned, the gain control value on the LCD display changes.  
When in the auto iris mode:  
The iris can be adjusted manually.  
When not in the auto iris mode:  
The auto iris level is adjusted.  
H
R, G, B black controls [R, G, B FLARE]  
Whether these controls are to be used to adjust the flare or  
pedestal can be set on the menu. They are used for the red  
(R), green (G) and blue (B) black adjustments. When the  
auto black balance can be performed and the R, G or B  
black control is turned, the flare or pedestal control value on  
the LCD display changes.  
Since the master pedestal adjustment is independent of the  
R, G and B pedestal adjustments, the R, G and B pedestal  
adjustment values remain unchanged even when the master  
pedestal is changed.  
N
Iris active switch [IRIS ACTIVE]  
This makes it possible to adjust the iris. When its lamp is off,  
the iris cannot be controlled from this panel. If the switch is  
set to ON and the iris priority is returned to this panel, the  
panel can then exercise iris control.  
I
DTL control [DTL]  
This is used to increment or decrement (paint) the detail  
control settings (H-DTL and V-DTL adjustment values which  
are set on this panel’s LCD display).  
By setting this panel’s DTL HD and SD switches, the effect of  
the DTL control can be applied to the HDTV video output or  
SDTV video output.  
O
P
Master pedestal active switch [M-PED ACTIVE]  
This is used to activate the master pedestal control functions  
of the joystick. Its lamp lights when the functions are  
activated.  
J
Iris joystick control range selector switch [FULL]  
This is used to set the control range of the iris joystick to  
FULL (when the switch lamp is lighted: from open to close).  
When the switch lamp is off, the control range of the SENSE  
control T is used for control.  
Call switch [CALL]  
This is pressed to call the camera. While it is held down, the  
lamp of the camera’s call switch lights and the buzzer  
sounds. After the switch is released, the buzzer stops.  
If the call switch on the camera has been pressed, the lamp  
of this switch remains lighted while that switch is held down.  
K
Auto iris switch [AUTO]  
This is used to activate the auto iris function. Its lamp lights  
in the auto iris mode.  
When the lamp is off, use the Iris/master pedestal control  
joystick M to control the lens iris.  
Q
R
Alarm display [ALARM]  
This lights when optical transmission is not going  
satisfactorily or when a problem has occurred in the camera,  
CCU fan or power supply.  
Q
P L  
Lens extender display [LENS EXT]  
This lights when the setting of the lens extender is other than  
1a.  
PED  
IRIS  
ACTIVE  
ALARM  
CALL  
IRIS  
N
LENS  
EXT  
M-PEDACTIVE  
Lighted: The setting of the lens extender is other than 1a.  
O
R
S
X0.8  
Off:  
This indicates that the lens extender is not being  
used or that the extender function is not available.  
PED  
SENSE  
RANGE  
M
V
S
T
U
Lens ratio effect [a0.8]  
This lights when the cross converter is inserted into the lens.  
IRIS  
W
Iris sensitivity control [SENSE]  
This is used to adjust the iris control range of the joystick.  
U T  
Iris control range control [RANGE]  
This is used to adjust the iris control position (shift the control  
range) of the joystick.  
L
Tally indicators  
The red tally indicator is at the top and the green tally  
indicator is at the bottom. They light when the respective  
tally signals are input to the INCOM/tally connector on the  
CCU.  
V
W
Master pedestal level indicator  
This indicates the master pedestal level in the range of -99 to  
99.  
Iris f-number indicator  
This indicates the lens f-number.  
15  
 
Parts and their functions  
ROP connector panel  
X
Y
Z
CCU connector  
The camera control unit (CCU) is connected here.  
RCP connector  
The remote control panel (RCP) is connected here.  
PREVIEW  
RCP  
CCU  
Preview control connector [PREVIEW]  
This is the output connector which is used for previewing.  
When the joystick is pushed in, the contact information is  
output.  
Y
X
Z
Connections  
Connections of the system components  
1. Connect this panel by connecting its CCU connector to the  
ROP connector on the rear panel of the CCU using the  
dedicated ROP cable (optional accessory).  
2. After having connected all the components, set the CCU’s  
main power switch to ON, and then set the camera power  
switch to ON.  
ROP  
AK-HCU931P  
<Notes>  
ROP cable  
When the camera is not connected, the functions which can  
be controlled using this panel are limited to the CCU control  
items.  
CCU  
Before disconnecting the ROP able, be certain to set CCU’s  
camera power switch to OFF.  
PREVIEW  
RCP  
CCU  
AK-HRP931P  
Reference files  
This function stores data in the files containing the user’s basic settings (user files) and calls the data from them. It is also possible  
to call data from the file in which the initial camera settings were stored at the factory (factory file).  
Calling reference files  
1Factory file  
Press scene file switch 4 while holding down CALL. The file call is completed when the scene file switch 4 LED goes off.  
2User files  
Press scene file switch 1, 2 or 3 while holding down CALL. The file call is completed when the scene file switch LED goes off.  
Storing reference files  
User files  
When the camera is adjusted and set to the statuses which are to be stored and the scene file storage switch is pressed, the  
LED of the switch flashes red. When scene file switch 1, 2 or 3 is now pressed while holding down CALL, the lamp of the  
scene file storage switch lights up. Storage is completed when the lamp goes off.  
16  
 
External dimension drawings  
C C U  
R C P  
P R E V I E W  
CAMERA NO.  
ALARM  
ROP ON HEAD ON VFPW  
SD CARD  
AUTOSET  
WHITE BLACK  
UP  
CLOSE  
5600K  
BAR  
TEST  
BLK  
CHARACTER  
OPT  
FAN  
RST  
CABLE  
60Hz  
MODE  
AUTO KNEE  
KNEE ON OFF  
FLARE  
GAMMA  
WHITE MATRIX HD. DTL SD. DTL  
OFF GAMMA ON OFF  
CLIP OFF  
ON  
OFF  
OFF  
CONTROL  
SHADING  
R
WHITE  
CLIP  
BLK  
GAMMA  
BLACK WHITE  
G
B
KNEE  
UNDO  
FUNC  
PED  
FLAME GAMMA  
GAIN  
HD. DTL SD. DTL MATRIX SYSTEM  
FILTER  
HEAD  
ND  
25  
CC  
4.3  
CAP  
100  
6.3  
1.6  
1.1  
G
6.3  
8.0  
SCENE FILE  
MONITOR  
STORE  
16-1/2 inch  
(419 mm)  
1
1
2
2
3
3
4
4
5
5
R
B
SEQ  
ENC  
GAIN  
GAIN  
G
-
6
-
3
0
3
6
9
12  
R
R
B
SHUTTER  
BLACK  
G
B
ON  
VAR  
DTL  
FULL AUTO  
PED  
IRIS  
ACTIVE  
ALARM  
CALL  
IRIS  
LENS  
EXT  
M-PEDACTIVE  
X0.8  
PED  
SENSE  
IRIS  
RANGE  
Remote Operation Panel AK-HRP930P  
5-3/8 inch  
(136 mm)  
2-3/16 inch  
(55 mm)  
Specifications  
Power supply:  
DC 12 V (DC 10 V to 17 V)  
(Supplied from CCU)  
Power consumption: 6 W  
indicates safety information.  
CCU control:  
Control signals (camera, CCU control)  
Power supply (DC 12 V)  
Tally control signals  
RCP control:  
Control signals (fader control)  
Power supply (DC 12 V)  
Control signals  
PREVIEW control:  
Maximum cable extension distance:  
Operating temperature range:  
Storage temperature range:  
Operating ambient humidity:  
Dimensions (W k H k D):  
50 meters  
32 °F to 104 °F (0 °C to + 40 °C)  
–4 °F to 140 °F (–20 °C to +60 °C)  
Less than 80%  
5-3/8 k 16-1/2 k 2-3/16 inch (136 k 419 k 55 mm)  
(excluding protrusions)  
Weight:  
Approx. 5 lbs (2.3 kg)  
17  
 
PANASONIC BROADCAST & TELEVISION SYSTEMS COMPANY  
UNIT COMPANY OF MATSUSHITA ELECTRIC CORPORATION OF AMERICA  
Executive Office:  
One Panasonic Way 4E-7, Secaucus, NJ 07094 (201) 348-7000  
EASTERN ZONE:  
One Panasonic Way 4E-7, Secaucus, NJ 07094 (201) 348-7621  
Southeast Region:  
1225 Northbrook Parkway, Ste 1-160, Suwanee, GA 30024 (770) 338-6835  
Central Region:  
1707 N Randall Road E1-C-1, Elgin, IL 60123 (847) 468-5200  
WESTERN ZONE:  
3330 Cahuenga Blvd W., Los Angeles, CA 90068 (323) 436-3500  
Government Marketing Department:  
52 West Gude Drive, Rockville, MD 20850 (301) 738-3840  
Broadcast PARTS INFORMATION & ORDERING:  
9:00 a.m. – 5:00 p.m. (EST) (800) 334-4881/24 Hr. Fax (800) 334-4880  
Emergency after hour parts orders (800) 334-4881  
TECHNICAL SUPPORT:  
Emergency 24 Hour Service (800) 222-0741  
Panasonic Canada Inc.  
5770 Ambler Drive, Mississauga, Ontario L4W 2T3 (905) 624-5010  
Panasonic de Mexico S.A. de C.V.  
Av angel Urraza Num. 1209 Col. de Valle 03100 Mexico, D.F. (52) 1 951 2127  
Panasonic Sales Company  
Division of Matsushita Electric of Puerto Rico Inc.  
San Gabriel Industrial Park, 65th Infantry Ave., Km. 9.5, Carolina, Puerto Rico 00630 (787) 750-4300  
Printed in Japan  
VQT0A41  
F1002T @  
P
 

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