JVC RM-P200 User manual

Jan. 1988
No. 6463
JVC Service Manual
REMOTE CONTROL UNIT
mMopeEL RM-P200
CAMERA CABLE
moor. VC=P110/-P112/-P113/-P114
CABLE ADAPTER (Coupling Connector)
move. KA=-280
VICTOR COMPANY OF JAPAN, LIMITED

No. 6463
JVC Service Manual
mopeL. RM-P200
“aaa aaa oe

TABLE OF CONTENTS
Section Title Page
Important Safety Precautions
INSTRUCTIONS
1c. “DISASSEMBLY. o5.cccceene edo See Sed Ses wa se da ee de en eee 1-1
2. ADJUSTMENT PROCEDURE .......... 0... 0... ec ee ee ee es 2-1
se “REPACKING vasiscitek wig ike Ue he re ee eee Behe ae Reel ele Oa en e's 3-1
4. EXPLODED VIEWAND PARTS LIST ......... 0.0... e cee eee eee 4-1
5. CHARTS AND DIAGRAMS ....... 0... 0. eee eee eee eee 5-1
6. ELECTRICAL PARTS LIST .............. shea eh Hue Relea whan gies 6-1
CAMERA CABLE VC-P110 series/CABLE ADAPTER KA-280
1. WIRING: 4eoie yeas eee aegal ee Dhak 4a eee wd BAe ated 1-1
22: (REPACKING? 6 6 gaa ccge wince et Shai NA ale ait ue dae tink 1-1
COPYRIGHT © 1987 VICTOR COMPANY OF JAPAN, LTD.
Printed in Japan

Important Safety Precautions
Prior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codes of
the countries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following
precautions when a set is being serviced.
@ Precautions during Servicing
Locations requiring special caution are denoted by labels and 10. Products using cathode ray tubes (CRTs)
inscriptions on the cabinet, chassis and certain parts of the
product. When performing service, be sure to read and comply
with these and other cautionary notices appearing in the opera-
tion and service manuals.
Parts identified by the /\ symbol and shaded ( ) parts are
critical for safety.
Replace only with specified part numbers.
Note: Parts in this category also include those specified to
comply with X-ray emission standards for products using
cathode ray tubes and those specified for compliance
with various regulations regarding spurious radiation
emission.
Use specified internal wiring. Note especially:
1) Wires covered with PVC tubing
2) Double insulated wires
3) High voltage leads
. Use specified insulating materials for hazardous live parts. Note
especially:
1) Insulation Tape
2) PVC tubing
3) Spacers
4) Insulation sheets for transistors
. When replacing AC primary side components (transformers,
power cords, noise blocking capacitors, etc.) wrap ends of wires
securely about the terminals before soldering.
‘ire Bo 47
Fig. 1
. Observe that wires do not contact heat producing parts (heat-
sinks, oxide metal film resistors, fusible resistors, etc.)
. Check that replaced wires do not contact sharp edged or pointed
parts.
. When a power cord has been replaced, check that 10—15 kg of
force in any direction will not loosen it.
Power cord
Fig. 2
9. Also check areas surrounding repaired locations.
In regard to such products, the cathode ray tubes themselves,
the high voltage circuits, and related circuits are specified for
compliance with recognized codes pertaining to X-ray emission.
Consequently, when servicing these products, replace the cath-
ode ray tubes and other parts with oniy the specified parts.
Under no circumstances attempt to modify these circuits.
Unauthorized modification can increase the high voltage value
and cause X-ray emission from the cathode ray tube.
. Crimp type wire connector
In such cases as when replacing the power transformer in sets
where the connections between the power cord and power
transformer primary lead wires are performed using crimp type
connectors, if replacing the connectors is unavoidable, in order
to prevent safety hazards, perform carefully and precisely
according to the following steps.
1) Connector part number : E03830-001
2) Required tool : Connector crimping tool of the proper type
which wil! not damage insulated parts.
3) Replacement procedure
(1) Remove the old connector by cutting the wires at a point
close to the connector.
Important : Do not reuse a connector (discard it).
ao
Nl
4
Cut close to connector
Fig. 3
(2) Strip about 15 mm of the insulation from the ends of the
wires. If the wires are stranded, twist the strands to avoid
frayed conductors.
Fig. 4
(3) Align the lengths of the wires to be connected. Insert the
wires fully into the connector.
Metal sleeve
Connector

(4} As shown in Fig. 6, use the crimping tool to crimp the
metal sleeve at the center position. Be sure to crimp fully
to the complete closure of the tool.
Crimping tool
e@ Safety Check after Servicing
Examine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have been returned
to original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compliance with safety
standards.
(5) Check the four points noted in Fig. 7.
Crimped at approx. center
of metal sleeve
Conductors extended
Not easily pulled free
ae
Wire insulation recessed more than 4 mm
Fig. 7
1. Insulation resistance test
Confirm the specified insulation resistance or greater between
power cord piug prongs and externally exposed parts of the set
(RF terminals, antenna terminals, video and audio input and out-
put terminals, microphone jacks, earphone jacks, etc.). See
table below.
2. Dielectric strength test
Confirm specified dielectric strength or greater between power
cord plug prongs and exposed accessible parts of the set (RF
terminals, antenna terminals, video and audio input and output
terminals, microphone jacks, earphone jacks, etc.). See table
below.
3. Clearance distance
When replacing primary circuit components, confirm specified
clearance distance (d), (d’) between soldered terminals, and bet-
ween terminals and surrounding metallic parts. See table below.
Chassis
AC Line Vo!tage
110 to 130 V USA & Canada
4
Insulation Resistance
2 1 m&Q/500 V DC
. Leakage current test
Confirm specified or lower leakage current between B (earth
ground, power cord plug prongs) and externally exposed accessi-
ble parts (RF terminals, antenna terminals, video and audio
input and output terminals, microphone jacks, earphone jacks,
etc.).
Measuring Method: (Power ON)
Insert load Z between B (earth ground, power cord plug prongs)
and exposed accessible parts. Use an AC voltmeter to measure
across both terminals of load Z. See figure and following table.
Exposed accessible part
AC voitmeter
(high impedance)
B
Earth ground,
power cord plug prongs
Fig. 9
Dielectric Strength Clearance Distance (d), (d’)
1 kV 1 minute
900 V 1 minute 3.2 mm
+
*110 to 130 V
200 to 240 V
Europe
IV
Australia
10 m2/500 V DOC
6 mm (d)
8 mm ({d’)
(a: Power cord)
WIV Flv HIV
4kV 1 minute
a er a)
*Class
I
model
only.
Tabie
1
110 to 130 V USA & Canada
Ratings for selected areas
AC Line Voltage Region Load Z Leakage Current (i) Earth Ground (b) to:
ae
|
aes
es
100 V Japan Bae i £1mArms Exposed accessible parts
1.5 kQ
i $0.5 mArms
Exposed accessible parts
nS OCA peak Antenna earth terminals
. t
110 to 130 V Europe 2kQ i<2mAdc
220
to
240
V
Australia
om—"WWhn—0
|
i
S$
0.7
mA
peak
,
1
, Other terminals
50 kL i<2mAdc
oe en zal
Table 2 Leakage current ratings for se
Note:
This
table
is
unofficial
and
for
reference
only.
Be
sure
to
confirm
the
precise
values
for
your
particular
country
and
locality.
I
ected areas

REMOTE CONTROL UNIT
RM-P200
m a mi intone eke: ec Acareth nineties Nora pane Eesha
' For Customer Use:
: Enter below the Serial No. which is
| located on the top of the cabinet.
Retain this information for future
reference.
Model No. RM-P200
Serial No.

Due to design modifications, data given in this instruction
book are subject to possible change without prior notice.
WARNING:
TO PREVENT FIRE OR SHOCK
HAZARD, DO NOT EXPOSE THIS
APPLIANCE TO RAIN OR MOISTURE.
AVERTISSEMENT:
POUR EVITER LES RISQUES
D’INCENDIE OU D’ELECTROCUTION,
NE PAS EXPOSER L’APPAREIL A
L’HUMIDITE OU A LA PLUIE.
Warning Notice
FOR YOUR SAFETY
To ensure safe operation the three-pin plug supplied must
be inserted only into a standard three-pin power point
which is effectively grounded through the normal house-
hold wiring.
Extension cords used with the equipment must be three-
core and be correctly wired to provide connection to
earth ground. Wrongly wired extension cords are a major
cause of fatalities.
The fact that the equipment operates satisfactorily does
not imply that the power point is properly grounded and
that the installation is completely safe. For your safety, if
in any doubt about the correct grounding of the power
point, consult a qualified electrician.
CAUTION
RISK OF ELECTRIC SHOCK
00 NOT OPEN
TO REOUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK).
NO USERSERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
CAUTION:
The lightning flash with arrowhead symbol,
within an equilateral triangle is intended to
alert the user to the presence of uninsulated
“dangerous voltage’ within the product's
enclosure that may be of sufficient magni-
tude to constitute a risk of electric shock to
persons.
The exclamation point within an equilateral
triangle is intended to alert the user to the
presence of important operating and main-
tenance (servicing) instructions in the litera-
ture accompanying the appliance.
CAUTION
This equipment must be grounded using a 3-pin grounded
Power outlet
Thank you for purchasing the JVC RM-P200 Remote Control
Unit. To gain maximum benefit from it and for correct opera-
tion, please read these instructions carefully. After reading,
retain this booklet for future reference.
The RM-P200 is a remote contro! unit that can operate
necessary functions from a distance when using a JVC CCD
color video camera KY-20 or KY-15, as a studio video
system.
CONTENTS
[email protected]° Sec casei Guin ha eee a ee a aed 1
PreCautions:.u:< 9. retenly Sa Andes le hid Selene Mite eb OS 1
Controls, Connectors and Indicators...............-. 2
COnNeCtiOns! § oink eh g ee Re es a ee Se 4 4
Operations 2 vesse5. 2 aw alee haa a ite Ek oa Ee ee WA, 6
Optional camera cables ... 2... . 20... 2 eee ee 9
TrOubleshOOting, 222. Gat ae Seats eae Suda & ee aes 10
Specifications. <0 scioee eee ear asd Salalah aaa as es 10
FEATURES
@ Can be extended up to 100 m (325 ft)
The distance between the camera and remote control unit
can be extended up to 100 m (325 ft) using the optional
VC-P110 series camera cables. Even in this case the camera
power is supplied from the RM-P200; therefore, it is not
necessary to prepare a separate power supply for the
camera.
©@ Built-in genlock function
Genlock operation is possible with a composite video signal
(VBS) or black burst (B.B.) signal. In addition, SC phase
and H phase can be adjusted on the front panei.
@ Camera control by serial data communication
A serial data transmission method is employed for camera
control signals.
The camera and remote contro! unit are connected with
two data lines; CPUs built in the camera and the remote
control unit perform mutual communications when con-
trolling the camera so that accurate and reliable control
becomes possible.
@ Multiple outputs
The unit is equipped with two output connectors for the
composite video signal. Moreover, any of the following can
be selectively output according to purpose and use: R/G/B
component signals, Y/R-Y/B-Y component signals or separate
Y/C signals compatible with S-VHS VTRs.
PRECAUTIONS
Safety Precautions
@ Use only with the rated power supply.
@ Do not modify the unit or operate it with the cover panel
removed.
@ Do not allow inflammable objects, water or metallic objects
to get inside the unit as it will cause damage or malfunction.
@ When not to be used for a long period of time, be sure to
disconnect the power cord from the power outlet.
@ When there is any abnormality (noise, smell, smoke, etc.)
with the unit, immediately switch off, disconnect the
power cord from the power outlet, and contact your
nearest JVC-authorized service agent.

CONTROLS,
CONNECTORS
AND
INDICATORS
Front Panel
@ POWER switch and indicator
Switches
ON/OFF
the
power
supply.
Set
the
switch
to
ON
to
supply
the
power
to
this
unit
and
the
connected
camera,
and an LED will light.
@SC-PHASE controls
COARSE:
Adjusts
the
subcarrier
phase
of
the
camera
out-
put signal in three steps 0° — 120° — 240°, with
respect to the subcarrier phase of the external
reference signal (VBS or B.B.).
Adjusts the subcarrier phase of the camera out-
put signal within the range of +60° with respect
to the subcarrier phase of the external reference
signal (VBS or B.B.).
@H. PHASE contro!
Adjusts
the
horizontal
sync
signal
phase
of
the
camera
output
signal
with
respect
to
the
horizontal
sync
signal
of
the external reference signai (VBS or B.B.).
QOCABLE COMPENSATION controls
These
controls
allow
compensation
of
the
attenuation
of
the video signal due to the length of the camera cable.
LENGTH:
Set
this
switch
according
to
the
length
of
the
camera cable used.
FINE:
FINE: Fine adjustment for compensation of the
chroma (color) component of the video signal.
GAIN: Fine adjustment for compensation of the
lurninance component of the video signal.
@
IRIS
control
mode
switch
and
adjustment
control
Controls
the
iris
of
the
standard
lens
of
the
camera
con-
nected to this unit.
Set
this
switch
to
AUTO
to
control
the
iris
automatically
and to MANUAL to contro! manually by using the ad-
justment control on the left of the switch.
Note:
When controlling the lens iris with this unit, be sure to set
the iris mode switch of the lens to “A” mode.
Q@MASTER BLACK control
Varies
the
black
level
of
the
camera
connected
to
this
unit.
@
AUTO
SET
switch,
indicator
and
manual
controls
AUTO
SET:
Push
the
switch
upward;
the
setup
(black/
white balance) or white balance of the camera
connected to this unit will be automatically
adjusted. A single push of the switch (of less
than one second) will engage the auto white
balance adjustment mode, and holding the
switch pushed for longer than one second will
engage the auto setup adjustment mode.
During
the
auto-set
operation,
the
lamp
above
the
switch
lights. When the operation ends normally, the indicator
will go out; if proper operation did not take place, it will
blink.
e For errors in white adjustment, it will blink for about 6
seconds at one-second intervals.
RM-P200 REMOTE CONTROL UNIT
©
For
errors
in
black
adjustment,
it
will
blink
for
about
6
seconds
at
0.5-second
intervals.
Notes:
@ if the lamp should blink, set the switch to AUTO SET
again after confirming the connection between this unit
and
the
camera,
operating
conditions
of
the
camera’s
auto-set, etc.
®
Refer
to
the
instructions
of
the
camera
for
the
auto-
set
operation,
its
conditions,
etc.
®@
For
the
auto-set
operation,
set
the
WHITE
BALANCE
select
switch
@
to
either
AUTO
1
or
AUTO
2.
AUTO
MEMORY:
Set
to
this
position
to
use
the
white
balance
setting
selected
with
the
WHITE
BALANCE
select
switch
@
.
Set to this position to control the gain
of the video signal with the R GAIN and
B GAIN controls on the right of the
switch.
Q@WHITE BALANCE select switch
Selects
the
white
balance
of
the
camera
connected
to
this
unit as follows:
AUTO1/AUTO
2:
When
activating
the
auto-set
circuit
with
the
AUTO
SET
switch
@
,
set
the
WHITE
BALANCE
select
switch
to
either
of
these
positions.
After
the
operation
is
finished,
the
setup
result
will
be
held
in
the
camera’s
memory
corresponding
to
the
selected
position.
For
using
the
white
balance
preset
in
the
camera
(3200
K).
@
HI-SENS
switch
(0
dB/+9
dB/+18
dB)
This
switch
increases
the
camera's
sensitivity
in
2
steps;
0
dB/+9
dB/+18
dB
can
be
selected.
@ Output MODE select switch
Selects the video signal output from this unit.
BARS:
Sets
the
camera’s
color
bars
generator
to
ON
to
output the color bars signal.
CAM:
Outputs
the
video
signal
being
shot
by
the
camera.
NEGA: Outputs the video signal being shot by the camera
as a reversed (negative) signal.
@ SHUTTER switch
Selects
the
camera’s
electronic
shutter
speed
among
1/60
sec.
(NORMAL),
1/250
sec.
(250),
1/500
sec.
(500)
and
1/1000 sec. (1000).
@TALLY lamp
Lights
when
a
rated
tally
signal
is
applied
to
the
TALLY
signal input connector on the rear panel.
@® INTERCOM level control and jack
LEVEL: Adjusts the volume of-the intercom.
Use
a
headset
with
200
—
600
ohms/1
kHz
for
intercom.
MANUAL:
PRESET:
Recommended headset: KA-300 (optional)

Rear Panel
@ AC INPUT connector
Supply the rated voltage with the AC power cord provided.
® Y/C 358 OUT connector (7-pin female)
This is an output connector for the separate Y/C signals
{C signal: 3.58 MHz) compatible with S-VHS VTRs.
Notes:
@ This connector can be used only when the Y/C OUT
selector (one of the VIDEO SELECT switches) in the
video camera is set to ON.
Pay attention to it since the camera is shipped from
the factory with this Y/C OUT selector set to OFF.
For operation of the selector, refer to the “Operation”
on page 6.
@ When using this connector, the R/G/B, Y/R-Y/B-Y con-
nectors @ cannot be used.
@ TALLY terminals
Apply a rated tally signal from a speciai effects generator
(SEG) or a switcher.
@ INTERCOM terminals
This is an input/output terminal of the intercom signal.
@ AUX VIDEO INPUT connectors (BNC)
The return video signal from a special effect generator or
switcher can be input via these connectors to be sent to the
viewfinder. When sing only one of the connectors, set the
75-ohm termination switch (75 Q ON/OFF) to ON.
@® GENLOCK connectors (BNC)
Composite video signal (VBS) or black burst signal can be in-
put through these connectors as the reference signal for gen-
locking. when using only one of them, set the 75-ohm
termination switch (75 2 ON/OFF) to ON.
@ R/G/B, Y/R-Y/B-Y connectors (BNC)
© These are output terminals of the R/G/B or Y/R-Y/B-Y
signals. The signal selection is performed with the
VIDEO SELECT switch inside the camera. Prior to
shipment, this switch has been set to output the R/G/B
signals.
® For setting the VIDEO SELECT switch, refer to the
“Operation” on page 6.
@COMPOSITE VIDEO signal output terminals (BNC)
The composite video signal is available from these con-
nectors. (2 output circuits, 1 Vp-p, 75 ohms)
@ CAMERA CABLE connector (26-pin female}
Connect this unit to the camera using the VC-P110 series
camera cable (optional).

CONNECTIONS
1, BASIC CONNECTIONS OF A COLOR VIDEO CAMERA
intercom
Headset
KA-300
Color video camera
To
INTERCOM
jack
Camera Cable
VC-P110 Series (optional) Intercom
mir Headset
KA-300
connector siDoo———— TS 0 Doo———on
VC-P110 Series Cable VC-P110 Series To front
adapter
KA-280 Panel
(optional)
RM-P200 rear panei
“2
AC input
Y/C 358 IN
VIDEO IN
SEG, VTR
(Composite video)
or MONITOR ete.
COMPOSITE VIDEO OUT
S-VHS VTR or TV SEG or Component VTR
monitor with Y/C 358 input
*1.
When
connecting
the
camera
to
this
unit,
two
VC-P110
*2
The
separate
Y/C
358,
R/G/B
and
Y/R-Y/B-Y
signals
can-
series
camera
cables
(optional)
can
be
used
via
the
KA-280
not
be
output
at
the
same
time.
(The
composite
video
cable
adapter
(optional);
However,
the
total
length
of
the
signal
is
always
output
from
the
COMPOSITE
VIDEO
cables should not exceed 100 m (325 ft). 1f 100 m (325 ft) output connectors.)
should be exceeded, the RM-P200 will not function pro-
perly for compensation, leading to drop of the video
signal or chroma level.

2.
WHEN
USING
TALLY
AND
INTERCOM
WITH
2
UNITS
OF
RM-P200
Intercom
Headset
KA-300
intercom
Headset
Camera cable KA300
VC-P110 Series (optional)
®
ell EO i
OOOO
LAPORTE VO:
VIDEO IN 1 PGM 1
AC input
VIDEO IN2
BB OUT
H
C INTERCOM
G
TALLY OUT PGM 2
AC input
To MONITOR
Intercom ON” ON or VTR etc.
Headset
KA-300
Camera cable
VC-P110 Series (optional)
3. REGARDING TALLY AND INTERCOM
Tally signal:
Cold Tally signal @ The tally circuit is activated when 5 to 24 VDCor6 V AC
Hot (from SEG etc) power is supplied or when the “make contact” circuit is
energized. Use the switch S2 on the RM-P200 circuit board
c oH G CH to select either the ‘'V” power supply or “M’' “make con-
tact’ system. Prior to shipment from the factory, the S2
is set for “V’’ power supply operation.
Ask authorized JVC service agent for servicing.
Intercom:
@ Use a 200 — 600 ohms/1 kHz headset for the intercom.
To another RM-P200, Recommended headset: KA-300 (optional) (microphone:
SEG
ete.
50
ohms/DC,
earphone:
200
ohms/1
kHz)

OPERATION
Note:
@
When
this
unit
is
connected
to
a
camera,
the
following
@
When
the
RM-P200
is
connected
to
a
camera,
composite
switches
and
buttons
on
the
camera
are
inoperative.
video
signal
and
R/G/B
signals
are
available
from
RM-P200
e
AUTO
SET
button
output
terminals.
e
WHITE
BAL
(AUTO
1,
AUTO
2,
PRESET)
switch
@
When
any
of
the
Y/R-Y/B-Y
component
signals
or
separate
©
HIGH-SENS
(0
dB,
+9
dB,
+18
dB)
switch
Y/C
signais
are
to
be
used
as
an
output
signal,
reset
the
e
MODE
(CAM,
BARS,
NEGA)
select
switch
switch
inside
the
camera
following
the
procedure
below.
e
SHUTTER
(NORMAL,
250,
500,
1000)
select
button
BEFORE OPERATION
1.
Remove
the
right
side
cover
in
the
back
section
(camera
Note:
adapter)
of
the
camera.
@
Among
the
R/G/B,
Y/R-Y/B-Y
and
separate
Y/C
signals,
2.
Pull
out
the
VP
board
(indicated
on
the
guide
rail)
and
set
two
or
three
signals
cannot
be
output
simultaneously.
the
switches
on
the
board
according
to
the
desired
output
@
The
composite
signal
is
always
output
regardless
of
the
signal
as
shown
in
the
table
below.
switch
position.
@
When
removing
the
VP
board,
be
sure
to
switch
off
the
powers
of
this
unit
and
the
camera.
Camera adapter section
Required
output | Y/C separate R/G/B Y/R-Y/B-Y
signal signals signals signals
ON + OFF
Cowj|1:
ye
Only
Y/C_
|
Only
RGB
|
Only
COMPO
2:RGB selector selector selector
Le gRe8 TONE n Ont noe
("| 4: comeo
Camera Head section
RM-P200 rear panel
®
Caution:
When
a
VTR
is
to
be
connected
directly
to
the
camera
adapter
section,
not
using
the
RM-P200,
be
sure
to
reset
only
the
Composite
video
signals
AUTO
selector
(one
of
the
VIDEO
SELECT
switches)
to
“ON”.
are
always
output.
BASIC
OPERATION
WITH
KY-20
OR
KY-15
VIDEO
CAMERA
PREPARATIONS
1.
Connect
the
color
video
camera
to
this
unit
as
described
2.
Set
the
switches
and
controls
of
this
unit
as
follows.
in
“Connections.”
RM-P200 REMOTE CONTROL UNIT
“NORMAL”
“AUTO “AUTO” Center “0° “OFF”
BARS = MEMORY”

vapamidiay
THE
SWITCHES
ON
THE
CAMERA
.
Set
the
MODE
switch
of
the
camera’s
adapter
section
to
“RM’’
and
the
POWER
switch
to
“RM/VTR”.
2.
Set
the
OPERATE
switch
of
the
camera
head
section
to
“ON/ST-BY”
and
the
IRIS
mode
switch
of
the
lens
to
“AN,
MODE Switch
“RM”
rap aeseuesdsied VIDEO PICTURE LEVEL
. To compensate for attenuation due to the camera cable
length.
@ Set the LENGTH switch @ to the nearest value of the
camera cable length being used.
@ Set the FINE and GAIN controls © to the center.
2. Set the output MODE select switch © to “BARS” to
output color bars.
3. Connect a color monitor TV to the COMPOSITE VIDEO
QUT connector and adjust the FINE and GAIN controls.
When a vectorscope or waveform monitor is connected to the
COMPOSITE VIDEO OUTPUT, more accurate adjustment is
possible.
—_——— VIDEO OUTPUT:
RYR-Y GIy 8/B-Y
@
©©©©
@® COMPOSITE VIDEO ==
LY
)
Color monitor
FINE: Fine control for chroma level.
GAIN: Gain control for luminance level.
4. Set the output MODE select switch © to “CAM”.
EA ADJUSTING WHITE/BLACK BALANCE
@ Ina studio with 3200 K lighting, proceed as follows:
Shoota gray scale pattern, lit with approx. 3000 lux, to full
frame in the monitor screen.
Auto Adjustment (Auto setup and Auto white)
1. With the WHITE BALANCE switch ©) , select either of
the memories (“AUTO 1” or “AUTO 2”) to hold a white
balance setting.
3. Set the filter turret according to the illumination of the
object.
4. Switch on the power of the camera and RM-P200.
IRIS MODE Switch
FILTER
OPERATE Switch
“ON/ST-BY”
RM-P200 REMOTE CONTROL UNIT
2. Press the AUTO SET switch © upward to the “AUTO
SET” position (non-locked).
©@ For auto white balance adjustment, press the switch and
release it within one second.
® For auto setup adjustment, hold the switch pressed for
longer than one second.
3. The lamp above the switch lights, and the auto function
starts operating.
4. On normal completion of the operation, the lamp will go
out.
Manual adjustment
© Apply the output video signal (composite video) of this
unit to an oscilloscope or a waveform monitor, and adjust
while observing the waveforms.
1. Set the AUTO SET switch © to “MANUAL”.
2. Adjust the waveform with the R and B GAIN controls ©.
R varies the red channel gain, and B varies the blue channel
gain. Adjust the waveform so that the carrier leakage of
white is minimum.
Minimum
carrier leakage
Notes:
@ Readjust the auto-set every time the light source changes.
@ When the lamp above the switch blinks after pressing the
AUTO SET switch, this shows that automatic adjustment is
not possible. The cause of automatic adjustment error will
be indicated in the camera’s viewfinder. So remove the
cause, and perform the auto setup again. (For display in-
dications, refer to the instructions of the camera.)

ERMASTER BLACK ADJUSTMENT
1. Adjust the black level of the camera’s output signal using
the MASTER BLACK control @.
GENLOCKED OPERATION
It
is
necessary
to
set
them
up
as
a
camera
system;
however,
a
simplified
adjustment
method
will
be
explained
here.
For
details,
consult
an
authorized
JVC
service
agent.
PREPARATIONS
1.
Connect
the
remote
control
units
and
video
cameras
cor-
rectly
referring
to
the
connection
diagram
on
page
5.
2. Set the switches of the video camera and RM-P200 and
perform adjustments according to “Basic Operation’’ [J to
:
ie GENLOCKING
@
Adjust
the
H
(horizontal)
phases
and
hues
of
the
two
cameras.
1. Set the mode switches © of both RM-P200s to “BARS” to
output color bars.
. Apply the output signal of a special effects generator
(hereafter called SEG) to the color monitor.
.
Select
camera
1
for
the
input
signal
of
the
SEG
and
observe
the
preview
output
on
the
color
monitor.
Adjust
the
H.PHASE
control
@
so
that
a
picture
image
does
not
move
horizontally
when
switching
between
direct
and
effected
{PGM)
outputs.
. Adjust the SC PHASE, COARSE switch @ and the FINE
control @) so that the hues are consistent in the direct
and effected outputs.
. Set the input signal of SEG to camera 2, and repeat items 3
and 4.
. If color conditions are different between the two cameras
when observing the SEG output with the monitor, adjust
the CABLE COMPENSATION FINE control ® .
Note:
This
FINE
control
slightly
affects
SC
phase,
so
perform
above
adjustment 4. again.
7.
Set
the
MODE
switch
©
to
the
“CAM”
position
to
finish
the
preparation.
Note:
For connections and operations of the color video camera,
SEG, VTR, etc.,
refer to relevant instructions.
Genlocking with a VCR playback signal
When genlocking cameras with a video recorder playback
signal, it is necessary to incorporate a time base corrector
for the following reasons;
1. The video recorder playback signal contains jitter, so
the camera locked to the video recorder playback
signal produces an inferior picture containing the
same jitter.
Since the cameras incorporate a vertical contour
circuit, the camera video output is accompanied with
abnormal horizontal contour signals due to the hori-
zontal frequency offset of the video recorder.
. Since the burst shape is inferior to the video recorder
playback signal, the chroma condition becomes un-
natural when viewed on a monitor equipped with
ACC (Automatic Chroma Control) through an SEG
(Special Effects Generator).
2.
LENS IRIS OPERATION
BE WHEN USING STANDARD LENS
When using the camera with its standard lens, set the iris
mode switch provided with the lens to the “A
position.
When using in the auto iris mode
1. Set the IRIS mode switch ® to “AUTO”. The iris is set
automatically according to the amount of incident light.
When using in the manual iris mode
1.
Set
the
IRIS
mode
switch
®
to
“MANUAL”.
The
iris
can
be
varied
from
CLOSE
to
OPEN
with
the
IRIS
controt
©
.
WHITE: BALANCE, MASTER BLACK
R Q
Pbses SET
PRESET
fo}
BGAIN
WHEN SHOOTING A FAST-MOVING SUBJECT
©@
The
TV
camera’s
scanning
speed
is
1/60
sec
in
terms
of
a
shutter
speed;
therefore,
a
picture
image
is
blurred
when
shooting
a
fast-moving
subject.
Set
the
SHUTTER
switch
@
to
select
the
electronic
shutter
speed
on
the
camera
for
a
more
precise
analysis
of
the
movement
of
a
fast-moving
subject,
etc.
NORMAL: 1/60 sec. — Normally set to this position.
250 : 1/250 sec.
500 : 1/500 sec.
1000 : 1/1000 sec.
SHUTTER MODE HI-SENS
Note:
When the shutter speed is faster, the sensitivity decreases
compared to normal sensitivity.
WHEN SHOOTING A DIMLY LIT SUBJECT
1. Set the HI-SENS switch ® to increase the sensitivity of the
camera to “+9 dB” or "+18 dB’’.
Note:
@ When the sensitivity is increased, the video S/N ratio
deteriorates compared to normal sensitivity. Normally,
use the 0 dB position.

OPTIONAL CAMERA CABLES
(26-pin female)
VC-P110 Series
Camera Cable
@ The VC-P110 series camera cables for connecting this unit
to the camera include the following 4 types according to
cable lengths.
VC-P110:5m
VC-P112: 20m
VC-P113: 50 m
VC-P114: 100 m
@® Two VC-P110 series cables can be connected to extend via
the cable adapter KA-280.
Note:
The maximum length of the camera cables is 100m. Do not
make it longer than that.
Wiring diagram of VC-P110 series cables (26-pin to 26-pin)
Composite Video
GNO
GND
G/Y /Y Video
R/R-Y/C Video
GND
B/B-Y Video
GND
Intercom M (Mic)
Intercom E (€ar )
GND
Audio L CH
GND
S!D JH
SID TL
Genlock
GND
Aux Video
GND
S!D 2H
NC
SID 2L
Audio R= CH
GND
+l4v DC
GND
To camera
i oo—————
To RM-P200
(26-pin male)
VC-P110 Series
Camera Cable
To RM-P200
VE-P110 Series
i
Cable adapter eamere Coble
KA-280
RED
ORANGE
YELLOW
BROWN / RED
BROWN / WHITE
BLACK
RED
REO/ WHITE
VIOLET
GREEN
ORANGE
ORANGE / WHITE
WHITE
BLACK
WHITE

TROUBLESHOOTING
FAILURE OF VIDEO CIRCUITS
®@ Color reproduction is improper on the monitor TV.
ls the SC PHASE control adjusted correctly?
@ Synchronization is not possible on the monitor.
Is the “MODE” (camera cable select switch - - page 7) on
the video camera set to “RM’’?
Ils the composite video signal {or black burst signal) applied
to the GENLOCK input connector?
ls the VTR signal used as a reference?
Is the external reference signa! applied?
ls the external reference signal a normal 2:1 interlaced
signal?
® Synchronization is not possibie with the SEG output.
Are connections to the SEG input and output terminais
correct?
ts the horizontal (H) phase adjusted?
SPECIFICATIONS
Output signals
Composite video signal : 1 Vp-p, 75 2x2
R/G/B signals
Y/R-Y/B-Y signals
: 0.7 Vp-p, 75 2 x 1 each
(without SYNC)
: Y¥; 1 Vp-p, R-Y; 0.7 Vp-p, B-Y; 0.7 Vp-p,
75 2 each
Y/C
358
signals
(U
version):
Y;
1
Vp-p,
75
2,
C;
0.286
Vp-p,
75
2
(burst level)
Y/C 443 signals (E version): Y; 1 Vp-p, 75 2, C; 0.286 Vp-p, 75 2
Intercom signal
Input signals
Genlock signal
AUX signal
Intercom signal
Tally signal
Others
Power supply
Power consumption
Weight
Ambient temperature
Accessory
Revised on Oct. 1990.
(burst level)
: Two-wire system, —10 dB, 600 2 balanced
: Composite video signal 1 Vp-p,
75 Q {Loop-through output)
Black burst signal 0.43 Vp-p, 75 2
(Loop-through output)
: Composite video signal 1 Vp-p, 75 2
(Loop-through output)
: Two-wire system, —10 dB, 600 2 balanced
: Make-contact or power (5—24 V DC or
6 V AC) supply
: 120 V AC, 60 Hz (U version)
220 V/240 V AC, 50 Hz (E version)
:T1W
65 W (with camera and 4” viewfinder)
: 5 kg (11.1 Ibs)
: —10°C to +45°C (14°F to 113°F)
: Power cord {(QMP1C08-250)
Ip
FAILURE OF CONTROLS
@ Tally lamp does not light.
Is the power (6 V AC or 5 — 24 V DC) supplied to the tally in-
put terminal? Also, is the power supply/make-contact
select switch inside this unit in a correct position?
® {ntercom communication is not possible.
Is the impedance of the headset appropriate? (Earphone:
200 ~ 600 ohms/1 kHz, Microphone: carbon)
!s the “MODE” switch (page 7) set to “RM’’?
@ The auto setup operation indicator does not fight.
1s the color temperature of lighting 3200K?
!s a colored subject being shot?
Are cables, etc., connected correctly?
Dimensions (mm)
160
|O@e
Design and specifications are subject to change without notice.

VICTOR COMPANY OF JAPAN, LIMITED
Printed in Japan
SC96353

SECTION 1
DISASSEMBLY
1.1 REMOVAL OF THE TOP COVER 1.3 REMOVAL OF THE FRONT PANEL
1. Remove the top cover according to the section 1.1.
2. Remove three screws @) on the bottom frame :
TINUE
Fig. 1-1
1. Remove four screws () on the both sides of the top
cover @).
. Remove two screws @) on the rear of the top cover.
3. Pull up the top cover to remove it.
N
Fig. 1-3
3. Remove a couple of two screws @ on the both sides.
The front panel cannot be completely removed, but can
1.2 REPLACING THE FUSE be slid out to forward.
When a fuse is blown, first find the cause of the trouble;
the power should be switched on only after replacing the
fault.
1. The RM board is as shown in Fig. 1-2 when the top cover
is removed following the description in 1.1.
Fig. 1-4
REAR EAMMETY
& CLEKE LAMA M -.
7.4 REMOVAL OF THE CIRCUIT BOARDS
1.4.1 Removai of the RGB board
1. Remove the top cover according to the section 1.1.
2. Pinch the head of four studs ©, then remove the RGB
board from the studs.
Fig. 1-2
RGB board
2. Three fuses are provided on the circuit boards.
:Primary Fuse
QMF51U1-1R25 ; 1.25 A - 125 V (For U type)
QMF51A2-R80 ; T800 mA- 250 V (For E type)
Secondary Fuse
QMF51U1-4RO ;4A- 125 V (Fox U type)
QMF51A2-4RO_ ; T4A - 250 V (For E type)
Secondary Fuse (9 V) ¢
QMF51U1-R40_ ; 400 mA- 125 V (For U type} id
QMF51A2-R40_ ; T40G mA - 250 V (For E type)
1-1

1.4.2 Removal of the RM board 3. Remove four screws @ on the FR-1 board.
1. Remove six screws ©) on the rear panel.
Fig. 1-6
2. Remove five screws © on the RM board.
3.
The
RM
board
can
be
removed
with
rear
panel.
1.4.4
Removal
of
the
FR-2
board
1. Remove the front panel according to the section 1.3,
2. Remove the four knobs @ (refer to Fig. 1-8).
3. Remove three screws on the FR-2 board.
1.5 ATTACHING THE FR-1/FR-2 BOARD
When attaching the FR-1(or FR-2) board to the front panel,
set
the
position
of
the
rotary
switch
(SHUTTER
on
the
FR-1 board, CABLE LENGTH on the FR-2 board) accord-
ing to the following procedure.
1. Set the mark “O” of the rotary switch to the position
“ne
1.4.3. Removal of the FR-1 board
1.
Remove
the
front
panel
according
to
the
section
1.3.
2.
Remove
the
five
knobs
©.
Fig. 1-10
1-2

2. Attach the knob adapter so that the number 3, 4 and 5
are covered with the knob adapter.
S)
FR BOARD
Fig. 1-11
3. Attach the circuit board to the front panel, then attach
the knob.
1-3