Sony TRINITRON BVM-14E1E User manual

SONY.
TRINITRON@COLOR VIDEO MONITOR
BVM-14E1E/14E1U
CHASSIS NO. SCC-J32E-A!SCC-H99F-A
BVM-14E5E/14E5U
CHASSIS NO. SCC-J32F-A/SCC-H99G-A
BVM-14F1E/14F1U
CHASSIS NO. SCC-J32B-A!SCC-H99B-A
BVM-14F5E/14F5U
CHASSIS NO. SCC-J32C-A!SCC-H99C-A
BVM-20E1E/20E1U
CHASSIS NO. SCC-J32D-A!SCC-H99E-A
BVM-20F1E/20F1U
MONITOR CONTROL UNIT
BKM-10R
111
11
111111::mTrinitron
CHASSIS NO. SCC-J32A-A/SCC-H99A-A
OPERATION AND MAINTENANCE MANUAL
1st Edition (Revised 1)
Serial No. 2000001 and Higher (ALL MODELS)

WARNING!!
AN ISOLATION TRANSFORMER SHOULD BE USED
DURING ANY SERVICE TO AVOID POSSIBLE SHOCK
HAZARD, BECAUSE OF LIVE CHASSIS.
THE CHASSIS OF THIS RECEIVER IS DIRECTLY CON-
NECTED TO THE AC POWER LINE.
SAFETY-RELAiED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY SHADING AND MARK
ffiON THE SCHEMATIC DIAGRAMS, EXPLODED
VIEWS ANO IN THE PARTS LIST ARE CRITICAL TO
SAFE OPERATION. REPLACE THESE COMPONENTS
WITH SONY PARTS WHOSE PART NUMBERS APPEAR
AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS
PUBLISHED BY SONY. CIRCUIT ADJUSTMENTS
THAT ARE CRITICAL TO SAFE OPERATION ARE
IDENTIFIED IN THIS MANUAL. FOLLOW THESE PRO-
CEDURES WHENEVER CRITICAL COMPONENTS ARE
REPLACED OR IMPROPER OPERATION JSSUSPECTED.
-2-
ATTENTION!!
AFIN O'EVITER TOUT RISQUE D'ELECTROCUTION
PROVENANT D'UN CHASSIS SOUS TENSION, UN
TRANSFORMATEUA D'ISOLEMENT DOIT ETRE
UTILISE LORS DE TOUT DEPANNAGE.
LE CHASSIS DE CE RECEPTEUR EST DIRECTEMENT
RACCORDE A L'ALIMENTATION SECTEUR.
ATTENTION AUX COMPOSANTS RELATIFS A LA
SECURITE!!
LES COMPOSANTS IDENTIFIES PAR UNE TRAME ET
PAR UNE MAR CUE &suR LES SCHEMAS DE PRINCIPE,
LES VUES EXPLOSEES ET LES LISTES DE PIECES
SONT D'UNE IMPORTANCE CRITIQUE POUR LA
SECURITE DU FONCTIONNEMENT. NE LES REM·
PLACER QUE PAR DES COMPOSANTS SONY DONT LE
NUMERO DE PIECE EST INDIOUE DANS LE PRESENT
MANUEL OU DANS DES SUPPLEMENTS PUBLIES PAR
SONY. LES REGLAGES DE CIRCUIT DONT L'IMPOR-
TANCE EST CRITIQUE POUR LA SECURITE DU
FONCTIONNEMENT SONT IDENTIFIES DANS LE
PRESENT MANUEL. SUIVRE CES PROCEDURES LOR~
DE CHAQUE REMPLACEMENT DE COMPOSANT!
CRITIQUES, OU LORSQU'UN MAUVAIS FONCTIONNl;-
MENT EST SUSPECTE.

TABLE OF CONTENTS
1. GENERAL
• BVM-14ElE/14ElU/14E5E/14E5U/14FlE/14FlU/14F5E/
14F5U/20ElU/20FlE/20FlU
Overview...................................................................................1-2
Features .................................................................................1-2
Options ...................................................................................1-2
Connector panel configuration ...........................................1-3
Location and Function of Parts .............................................1-4
Front Panel ............................................................................1-4
Rear Panel .............................................................................1-7
Guidance for Basic Monitor Operations .............................1-8
Basic Menu Operations .........................................................1-9
Displaying the Menus .........................................................1-9
ADDRESSMenu ..................................................................1-9
Selecting the Menu ..............................................................1-9
Changing the Settings .........................................................1-10
Preset Adjustment of the Picture Level Control Knobs -
CONTROLPRESET ADJ Menu ...........................................1-12
Structure and Usage of the CONTROL PRESET
ADJMenu ..............................................................................1-12
Adjusting the Color Temperature -
COLORTEMP ADJ Menu ....................................................1-13
Structure and Usage of the COLORTEMP
ADJMenu ..............................................................................1-13
Setting the Input Configuration -
INPUT CONFIGURATION Menu ........................................1-15
Structure and Usage of the INPUT
CONFIGURATIONMenu ...................................................1-16
Assigning the Remote Control Functions -
REMOTE Menu ......................................................................1-18
Structure and Usage of the REMOTE Menu ...................1-18
Setting the Password PASSWORDMenu .........................1-19
Structure and Usage of the PASSWORDMenu .............. 1-19
Setting the Channel Selection Method and Power-Up
Conditions - SYSTEM CONFIGURATION Menu ........... 1-20
Structure and Usage of the SYSTEM
CONFIGURATIONMenu ...................................................1-21
Setting the Screen Display - ON SCREEN SET Menu .. 1-21
Structure and Usage of the ON SCREEN SET Menu .... 1-22
Convergence Adjustments - ALIGNMENT Menu .......... 1-24
Structure and Usage of the ALIGNMENT Menu ........... 1-24
Monitor Memory Card Data Operations -
MEMORYCARDMenu .........................................................1-25
Structure and Usage of the MEMORY CARD Menu ..... 1-25
Monitor-to-Monitor Data Copy - COPY Menu ................1-26
Structure and Usage of the COPY Menu .........................1-26
Displaying.Information About the Monitor -
STATUSMenu ........................................................................1-26
Structure and Usage of the STATUSMenu .....................1-26
Selecting the Monitor to Control - ADDRESS Menu ..... 1-27
Structure and Usage of the ADDRESS Menu .................1-27
Specifications ...........................................................................1-28
• BKM-30E20
Overview ...................................................................................1-30
Components ..........................................................................1-30
Assembly ..................................................................................1-30
• BKM-30E14
Overview ...................................................................................1-33
Components ..........................................................................1-33
Assembly ..................................................................................1-33
• BKM-31E14
Overview ...................................................................................1-35
Components ..........................................................................1-35
Assembly ..................................................................................1-35
• BKM-32H
Overview ...................................................................................1-37
Components ..........................................................................1-37
Assembly ..................................................................................1-37
• BKM-lOR
Overview ...................................................................................1-41
Location and Function of Parts .............................................1-41
Inserting and Ejecting the Monitor Memory Card ........... 1-43
Mounting the Unit in a Rack .................................................1-43
Specifications ...........................................................................1-44
2. DISASSEMBLY
2-1-1.Cabinet Removal (BVM-14ElE/14ElU/14E5E/14E5U/
14FlE/14FlU/14F5E/14F5U) ...................................2-1
2-1-2.Cabinet Removal
(BVM-20ElE/20ElU/20FlE/20FlU) .......................2-1
2-2-1.
PA Board Removal (BVM-14ElE/14ElU/14E5E/
14E5U/14FlE/14FlU/14F5E/14F5U) .....................2-2
2-2-2.PA Board Removal
(BVM-20ElE/20ElU/20FlE/20FlU) ...................... 2-2
2-3-1.PC Board Removal (BVM-14ElE/14ElC/14E5E/
14E5U/14FlE/14FlU/14F5E/14F5U) .....................2-3
2-3-2.PC Board Removal
(BVM-20ElE/20ElU/20FlE/20FlU) ...................... 2-3
2-4. E and G Boards Removal and Check ........................2-4
2-5. BC and BK Boards Removal and Check ................. 2-4
2-6-1.
Slot Card Assy Removal (BVM-14ElE/14ElU/14E5E/
14E5U/14FlE/14FlU/14F5E/14F5U) .................... 2-5
2-6-2.Slot Card Assy Removal
(BVM-20ElE/20ElU/20FlE/20FlU) ...................... 2-5
2-7. TA and TB Boards Removal ......................................2-6
2-8-1-1.YA,YB and YC Boards Removal
(BVM-14ElE/14ElU/14FlE/14FlU) .................. 2-6
2-8-1-2. BEZEL ASSYRemoval
(BVM-14E5E/14E5U/14FlE/14FlU) ...................2-7
2-8-1-3.HA, HB, YA,YB and YC Boards Removal
(BVM-14E5E/14E5U/14F5E/14F5U) ...............
, ... 2-7
2-8-2.YA,YB and YC Boards Removal
(BVM-20ElE/20ElU/20FlE/20FlU) .................., ... 2-8
2-9-1.Picture Tube Removal (BVM-14ElE/14ElVL4E5E/
14E5U/14FlE/14FlU/14F5E/14F5U) ................, ... 2-8
2-9-2.Picture Tube Removal
(BVM-20ElE/20ElU/20FlE/20FlU) ..................- ... 2-9
2-10. Upper Cover Removal (BKM-lOR).......................- ... 2-10
-3-

2-11. HAand HB Boards Removal (BKM-lOR).................2-10
2-12. HC Board Removal (BKM-lOR).................................2-11
3. CIRCUITDESCRIPTIONS
3-1. BKBoard Descriptions ................................................3-1
1-1. BKSelect Switch ........................................................3-1
1-2. ClampCircuit (1) .......................................................3-1
1-3. WB INSERT Pulse Insertion Circuit .....................3-1
1-4. Chroma Level Adjustment Circuit ...........................3-1
1-5. Matrix Circuit .............................................................3-1
1-6. RGBSwitch .................................................................3-1
1-7. ClampCircuit (2) .......................................................3-1
1-8. HalfBlanking Switch .................................................3-1
1-9. 100IRE Pulse, SET UP Pulse Insertion Circuit .... 3-1
1-10. Blue-OnlySwitch ........................................................3-1
1-11. Contrast, Bright Adjustment Circuit .......................3-2
1-12. Pulse Insertion Circuit ..............................................3-2
1-13. DriveControl Amplifier ............................................3-2
1-14. ClampCircuit (3) .......................................................3-2
1-15. Cut-OffSwitch ..........................................
,..................3-2
1-16. VIDEOOUT Amplifier ..............................................3-2
1-17. G2Control ...................................................................3-2
2. ABL,Overload Detection ..........................................3-2
3. ControlCircuit ............................................................3-2
BK Board Block Diagram (1).............................................3-3
BK Board Block Diagram (2).............................................3-7
3-2. BCBoard Descriptions ................................................3-10
1. SerialCommunication with Boards .........................3-10
2. Internal Signal Generation ........................................3-10
3. vrrcReading .............................................................3-10
4. Character Generator ..................................................3-10
5. ParallelRemote Control ............................................3-10
6. JSRTerminal ...............................................................3-10
7. SerialRemote Terminal ............................................3-10
8. Communication with Control Block (HC Board) . 3-10
BC Board Block Diagram ...................................................3-11
3-3. EBoard Descriptions ...................................................3-15
E Board Block Diagram ......................................................3-15
1. Horizontal System ......................................................3-18
1-1. HDEIAY Circuit .......................................................3-18
1-2. AFCCircuit .................................................................3-18
1-3. Horizontal Deflection Circuit ...................................3-18
1-4. H Center Circuit .........................................................3-18
1-5. Landing Circuit ...........................................................3-18
1-6. NTCDrive Circuit ......................................................3-18
1-7. H Linearity Circuit .....................................................3-18
1-8. Rotation Circuit (20-lnch Model) ............................3-18
1-9. H Convergence Circuit (20-lnch Model) ...............3-18
2. Vertical System ...........................................................3-18
2-1. VCounter ....................................................................3-18
2-2. V.OSCCircuit .............................................................3-18
2-3. Vertical Deflection Circuit ........................................3-18
3. Protection Circuit .......................................................3-19
3-1. H.STOP,V.STOP Detection Circuit... .....................3-19
3-2. Excessive Current Protection Circuit for
Horizontal Deflection Circuit Power Supply ..........3-19
4. Control Circuit ............................................................3-19
3-4. D Board Descriptions ..................................................3-19
1-1. Signal Generator (IC105)..........................................3-19
1-2. DEFLECTION Generator .........................................3-19
1-3. H. CONVER Generator .............................................3-19
1-4. D/AConverter· ...........................................................3-19
1-5. NTC Signal Generation .............................................3-19
1-6. H.CONV. SIDE Signal Generation ..........................3-20
1-7. H.LIN Signal Generation ..........................................3-20
1-8. D.F.X Signal, D.F.Y. Signal Generation .................3-20
D Board Block Diagram ......................................................3-20
3-5. PA Board Descriptions ................................................3-23
1-1. High Voltage Regulator Circuit ...............................3-23
1-2. High Voltage Protector Circuit ................................3-23
1-3. High Voltage Current Protector, ABLCircuit .......3-23
1-4. Screen (G2) Voltage Regulator ................................3-23
1-5. DF Drive Circuit ........................................................3-23
PA, PC Board Block Diagram ............................................
3-24
3-6. Power Supply Circuit Descriptions
(G, GA, GB and GC Board) ........................................
3-26
1. RCC Switching Regulator (IC4 and TS) .................3-26
2. PFC Switching Regulator ..........................................3-26
3. PFC OVP Circuit ........................................................3-26
4.
5.
6.
Half Bridge Switching Regulator
(Q6, Q7, T4, GA Board IC101, IC102)....................3-26
Power Supply Control ...............................................3-26
PFC Failure Detection Circuit .................................3-26
7. OVP (Over voltage protection),
OCP (Over current protection) Circuits
(GB Board) .................................................................
3-26
8. SHUT DOWN Circuit
(Q301 to Q312 of GB Board) ...................................
3-26
9. Encoder (GB Board) .................................................3-26
10. CRT Protection ...........................................................3-26
G, GA, GB, GC Board Block Diagram ..............................3-27
3-7. Control Unit Descriptions
(BVM-14F5U/14F5E, BKM-lOR)...............................
3-30
1. Key Scan, LED Lighting ...........................................3-30
2. Memory Card .............................................................3-30
HA Board Block Diagram ...................................................3-31
HB Board Block Diagram ...................................................3-31
HC Board Block Diagram ...................................................3-31
4. ELECTRICALADJUSTMENTS
4-1. Basic Adjustments in Replacement of CRT ..............4-1
4-2. Safety Related Adjustments ........................................4-12
4-3. Electrical Adjustments .................................................4-16
1. E Board Adjustments ...................................................
4-16
2. BK Board Adjustments ................................................4--18
3. BC Board Adjustments ................................................4--25
-4-

5. DIAGRAMS
5-1. OverallBlock Diagram ................................................5-1
5-2. Frame Schematic Diagram (1) ...................................5-5
Frame Schematic Diagram (2) ...................................5-9
5-3. Circuit Boards Location ...............................................5-13
5-4. Printed Wiring Boards and Schematic Diagrams ... 5-14
TA, TB boards (BVM-14E5E/14E5U/14F5E/14F5U/
20ElE/20ElU/20FlE/20FlU) ..................................5-15
TA,TB boards
(BVM-14ElE/14ElU/14FlE/14FlU) .......................5-24
BKboard ........................................................................5-30
BCboard ........................................................................5-60
E board ...........................................................................5-76
D board ..........................................................................5-89
PA, PC, C boards ..........................................................5-95
YA,
YB,YC boards .......................................................5-101
HD board (BVM-14ElE/14ElU/14FlE/14FlU/20ElE/
20ElU/20FlE/20FlU, BKM-lOR).............................5-101
· G board ..........................................................................5-105
GA,GB, GC boards ......................................................5-111
HA board (BVM-14E5E/14E5U/14F5E/
14F5U,BKM-lOR)........................................................5-116
HB board (BVM-14E5E/14E5U/14F5E/
14F5U,BKM-lOR)........................................................5-119
HC board (BVM-14E5E/14E5U/14F5E/
14F5U,BKM-lOR)........................................................5-122
5-5. Semiconductors ............................................................5-126
6. EXPLODEDVIEWS
6-1. Cover (BVM-14ElE/14ElU/14E5E/14E5U/14FlE/
14F1U/14F5E/14F5U) .................................................6-1
6-2. Chassis (BVM-14ElE/14ElU/14E5E/14E5U/14FlE/
14F1U/14F5E/14F5U) .................................................6-3
6-3. Picture Tube (BVM-14ElE/14ElU/14E5E/14E5U/
14FlE/14FlU/14F5E/14F5U) ...................................6-5
6-4. Cover (BVM-20ElE/20ElU/20FlE/20FlU) ...........6-6
6-5. Chassis (BVM-20ElE/20ElU/20FlE/20FlU) ........6-7
6-6. Picture Tube (BVM-20ElE/20ElU/20FlE/20FlU) 6-8
6-7. Control (BK1Vi-10R)......................................................6-9
7. ELECTRICALPARTSLIST.................................7-1
-5-

.....
'
.....
M·1;1¢11¢cct
To prevent fire or shock hazard, do not expose !he unit to
rain or moisture.
To avoid electrical shock, do nol open the cabinet, Reier
servicing to qualihed personnel only.
LLThis symbol is intended to alert the user lo
the presence of important operating and
maintenance (servicing) instructions in the
literature accompanying the appliance.
AVERTISSEMENT
Afin d'8viler tour risque d'incendie ou d'electroculion. ne pas
exposer eel appareil ala pluie ou al'humidtt8.
Alin d'8Carter lout risque d'electrocution, garder le collret
ferme. Ne confier l'enlrelien de l'appareil qu·a un personnel
qualifie.
l10
1lil~UIU#t
Um Feuergefahr und die Gelahr eines elektrischen Schlages
zu vermeiden, darf das Gerat weder Regen noch
Feuchtigkeit ausgesetzt werden.
Um einen elektrischen Schlag zu vermeiden, darf das
Gehause nicht geOffnet warden. Oberlassen Sie
Wartungsarbeiten stets nur einem Fachmann.
ADVERTENCIA
Para evitar incendios o el riesgo de electrocuciOn, no
exponga la unidad a la lluvi~ m a la humedad.
Para evilar descargas electricas, no abra ta unidad. En caso
de averia, sohcile los servidos de personal cualilicado.
tbMf.MWI
Per avitare incendi o cortocircuili, l'apparecchio non deve
essere esposto alla pioggia o all'umid11a.
Per evilare scosse elellriche, non apnle l'apparecchio. Per
le riparaziom rivolgetevi solo a personale qual1hcalo.
CAUTION:
Danger of explosion if battery is incorreclly replaced.
Replace only with the same or equivalent type recommanded
by lhe manufacturer. Discard used batteries according lo lhe
manufacturer's instructions. •
ATTENTION
II ya un nsque d'explosion si ta pile est ma/ inseree.
Remplacer la pile uniquement par une pile de meme type ou
de type equivalent recommand8 par le labricant. Jeter les
piles usE!esconform8ment aux instructions du fabricant.
VORSICHT:
Es bestehl Explosionsgefahr, wenn die Batlerie inkorrekl
eingelegt wird.
Es dart nur eine identische oder eine vom Hersteller
empfohlene Batterie des gleichen Typs eingesetzt werden.
Entladene Batterien sind nach den Anweisungen des
Herstellers zu entsorgen.
PRECAUCION
Pehgro de explosi6n en caso de haberse instalado
incorrectamenle la beteria.
Cambie SOiopor una del mismo lipo o especilicaciones
equivalentes, de entre las recomendadas por el fabricanle.
Las baterias viejas se deben ehminar siguiendo las
inslrucciones del fabricanle.
ATTENZIONE:
Pericolo di esplosione se la pila viene sostituila
scorrenamente.
Sostituirla solo con un'allra uguale o di un lipo equivalenle
consigliato dal labbricanle. Getlare via le pile usate secondo
le istruzioni de! fabbricante.
Note
The socket-outlet should be installed near the equipment and
be easily accessible.
Remarque
La prise doit etre pres de l'appareil el facile d'acces.
Hinweis
Zur Trennung vom Netz isl der Netzstecker aus der
Steckdose zu ziehen, wetche sich in der Na.he des Gera1es
befinden muO und leichl zugiinglich sein soil.
Nota
la lama mural debe estar instalada cerca def equipo y debe
accederse a esta con facilidad.
Nota
la presa di corrente deve essere siluala vicino
all'apparecchlo e deve essere facilmente accessibile.
WARNING. THIS WARNING JS APPLICABLE FOR USA
ONLY
If used in USA, use the UL LISTED power cord specified
below
DO NOT USE ANY OTHER POWER CORD.
Plug Cap
Cord
Length
Rating
Parallel blade with ground pin
(NEMA 5·15P Configuration)
Type SJT, three 16 or 18 AWG wires
Less than 2~5m (8 ft 3 in)
Minimum 10 A, 125 V
Using !his unit al a voltage olher than 120V may require the
use of a diHerent line cord or attachment plug, or both. To
reduce the risk of fire or electric shock, refer servicing to
qualified service personnel.
For customers In the USA
This equipment has been tested and found to comply with
the limits for a Class A digital device, pursuant to Part 15 of
the FCC Rules. These limits are designed to provide
reasonable protection against harmlul interference when the
equipment is operated in a commercial environment. This
equipment generates, uses, and can radiate radio frequency
energy and, it not installed and used in accordance with the
instruction manual, may cause harmful interference to radio
communicaUons. Operation of this equipment in a residential
area is likely to cause harmful interference in which case the
user will be required to correct the interference at his own
expense.
You are cautioned that any changes or modifications not
expressly approved in this manual could void your authority
to operate this equipment.
The shielded interface cable recommended in this manual
must be used with this equipment in order lo comply with lhe
limits for a digital device pursuant to Subpart 8 of Part 15 of
FCC Rules.
For customers in Canada
This Class A digital apparatus meets all requiremenls of the
Canadian lnterference·Causing Equipment Regulations.
Pour les utilisateurs au Canada
Ce! appareil numerique de la classe A respecte toules les
exigences du Regtement sur le materiel brouilleur du
Canada.
·-----------------------------------------·~-,t'~.&"'-"""'''-""~'~-<,.,A•O.,~"-,.....,,..,,.........,.,_,.:cJ.~.;.;~,-•-<•"~"'-'""'""""''""'6~-c., ·-·-"•••••••·-·
Ffir Kunden in Deutschland
Dieses Produkl kann im kommerziellen und in begrenztem
MaBe auch im industnellen Bereich eingeselzl werden. Dies
isl eine Einrichtung, welche die Funk·EntstOrung nach
Klasse B bes11zt.
Voor de klanten in Nederland
g Bij dit produkl zijn batterijen geleverd.
Wanneer deze leeg zijn, moet u ze niet
weggooien maar inleveren als KCA.
• Oil apparaal bevat een U·ion batterij voor memory back-up.
• De batterij voor memory back·up is vaslgesoldeerd op de
BC printptaat BAT 1.
• Raadpleeg uw leverancier over de veiwijdering van de
battenj op het moment dal u hel apparaat bij einde
levensduur afdankt.
• Gooi de batterij niet weg, maar lever hem in ats KCA.
Note
Be sure to use lhe supplied power cord for this monitor, or
this monitor may not conform with the FCC Rules or EEC
Directive 89/336/EEC.
Remarque
Utiliser le cordon d'alimentalion fourni pour ce moniteur,
sinon ii pourrait ne pas ~tre conforme aux regles FCC ou ala
directive GEE 89/336/EEC.
Hlnweis
Dieser Monitor darl ausschlieOlich mit dem milgelieferten
Netzkabel betrieben werden, weil anderenfalls der Monitor
nicht mehr die FCC-Vorschriften oder die EG·Richllinie 69/
336/EWG erliilll.
Nola
Utilice sin falta er cable electrico que viene con esle monitor;
de lo contrario el monitor puede no cumplir con los
reglamentos de la FCC ode la direcliva 69/336/EEC de la
Comunidad Europea.
Nota
Assicurarsi di us'are ii cavo di ahmen1az1one in dotazione per
questo monitor, altrimenti ii monitor puO non essere
conlorme alle norme FCC o alla Oirettiva CEE/89/336.
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• BVM-14E1E/14E1U/14E5E/14E5U/14F1E/14F1U/14F5E/14F5U
•BYM·20ElE/20ElU/20FlE/20F1U
Overview
The BVM-14EIE/14EIU/14FIE/14FIU, BVM-
14E5E/14E5U/14F5E/14F5U and BVM-20EIE/
20EIU/lOFIE/20FIU Trinitron•" Color Video
Monitors are high-performance 14- and 20-inch color
video monitors. They are suitable for television
stations or video production houses, where precise
image reproduction is required.
I) Trinitron• is a registered trademark. of Sony
Corporation.
High resolution picture tube
The HR Trinitron picture tube produces a clear, high
resolution image .
Resolution
Model Aperture
grtllepitch at thecenter
ol the picture
BVM-14E1E/14E1U
BVM-14E5E/14E5U 0.22mm 900 TV lines
BVM-14F1E/14F1U
BVM-14F5E/14F5U 0.25mm BOOTV lines
BVM-20E1E/20E1U 0.25mm 1000 TV lines
BVM-20F1 E/20F1U 0.30mm 9DOTVlines
Separate control unit
Both the BVM-20EIE/20EIU/l0FIE/20EIU and
BVM-14EIE/14EIU/14FIE/14FIU are controlled by
a separate control unit, such as a BKM-IOR Monitor
Control Unit. Use of a separate control unit reduces
the space needed for the equipment. With the BVM-
20EIE/20EIU/l0FIE/20FI U, it is also possible to
attach the BKM-IORwith an optional BKM-32H
Monitor Control Unit Attachment Kit
Data exchange between monitors
Up to 32 units of theBVM-20EIE/20EIU/lOFIE/
20FIU andBVM-14EIE/14EIU/14FIE/14FIU can be
connected via serial remote connectors and controlled
by a single BKM-IORMonitor Control Unit or By a
single BVM-14E5E/14E5U/14F5E/14F5U Color
Video Monitor which contains integrated control units.
By copying memory card data and transmitting data
through the serial remote connector, it is possible to
share adjustment and setup condition data between the
monitors.
Controlling monitor groups
Up to 32 monitors can becontrolled from the BVM-
14E5E/14E5U/14F5U/14F5U. First, using the monitor
menus,assigna monitor address numberto each
monitor, divide the monitors into groups, and assign a
group number to each group. Then you can use the
BVM-14E5E/14E5U/l4F5U/14F5U to control
individual monitors or monitor groups simply by
entering monitoraddressor group numbers.You can
also execute the same operation on all connected
monitors, or use the BVM- l4E5E/l 4E5U/14F5U/
14F5U to put all connected monitors into thesame
setup and adjustment state.
Setup and adjustment with the monitor
memory card
You can use an optional BKM-12Y Monitor Memory
Card to save and load monitor setup and adjustment
data. If your system includes more than one monitor,
you can use the monitor memory cards to exchange
data between monitors. This makes it easy to put all
monitors in your system into the same setup and
adjustment state.
Standard auto alignment system
Decoder chroma and phase adjustment, as well as
color temperature control, may be performed with the
auto alignment system. This makes ii possible to
coordinate settings among multiple monitors.
Expandable input capability
The input connector configuration may beeasily
modified by simply sliding optional decoder adaptors
or input expansion adaptors into input option slots at
the rear of the monitor. The BVM-14E5E/14E5U/
14F5E/14F5U/lOE IE/20E IUll0FIE/20FI U may be
fitted with up to four adaptors, and the BVM-14EIE/
14EIU/14FIE/14FIU will accept two.
4:3/16:9 dual aspect ratio design
The monitors can be changed to either 4:3 or 16:9
aspect ratios with jusl a simple switching operation
from an optional monitor control unil such as a BKM-
IOR. The screen can be also changed lo 4:3 or 16:9
display by the replacement of a mask (no tools
required).
Stable color temperature
The internal beam current feedback circuit maintains a
constant color temperature over long periods of time.
Blue-only mode convenient for monitoring
noise
All three CRT cathodes can be driven with a blue
signal, producing a monochrome display. This mode
is convenient for chroma and phase adjustment, and
for monitoring V1R noise.
Menu operation
The monitor's various functions and operating
conditionscan be set with on-screen menus. Menu
operations are performed using an optional monitor
control unit such as a BKM- IOR.
Other features
• Compatible with the JSR (Interactive Status
Reporting) system.
•Has both RS-485 serial remote and relay contacl
parallel remote control connectors.
• Built-in safe area display and tesl signal generator for
crosshatch, 100% white signal, 20% grey signal, grey
scale, and PLUGE (Picture Line Up Generating
Equipment).
• Built-in VITC (Vertical Interval Time Code) reader.
• Built-in caption vision.
• Pulse cross function for simultaneous checking of lhe
horizontal and vertical synchronization signals. VITS
(Vertical Interval Test Signal) checking is also
possible.
• Aulo and manual degaussing.
• Built-in CRT protection circuit.
•The BVM-14EIE/14El U/14E5E/14E5U/14FIE/
14FIU/14F5E/14F5U and BVM-20EIE/20EIU/
20FIE/20FI U may be mounted in an EIA-standard
19-inch rack, using an optional BKM-30E20/30El4/
31El4 Rack Mount Kit.
For External Control
BKM·10R Monitor Control Unit
External control unit for the BVM-14EIE/14EI U/
14FIE/14FIU and BVM-20EIE/20EIU/lOFIE/
20FIU.
BKM-12Y Monitor Memory Csrd
Memory cards which can be read and written by the
BKM-IOR and BVM-14E5E/14E5U/14F5E/14F5U.
For Screen
BKM·33H20 Monitor 16:9 Mask
Adapts the BVM-BVM-20EIE/20El UllOFIE/20FI U
screen for 16:9 aspecl ratio display.
BKM-33H14 Monitor 16:9 Mask
Adapts the BVM-14EIE/14EIU/14FIE/14FIU/
14E5E/14E5U/14F5E/14F5Uscreen for 16:9 aspect
ratio display.
For Installation
BKM-30E20 Rack Mount Kit
Rack mount kit for mounting the BVM-20EIE/20EI U/
20FIE/20F1Uin an EIA standard 19-inch rack.
BKM-30E14 Rack Mount Kit
Rack mount kil for mounting the BVM-14E5E/14E5U/
14F5E/14F5U in an EIA standard 19-inch rack.
BKM·31E14 Rack Mount Kit
Rack mounl kit for mounting the BVM-14EIE/14EIU/
14FIE/14Fl Uin an EIA standard 19-inch rack.
BKM·32H Monitor Control Unit Attachment Kit
Assembly kil for attaching a BKM- IOR Monitor
Control Unit to the BVM-20EIE/20EIU/lOFIE/
20F1Umonitor.
Decoder and Input Expansion Adaptors
The input connector panel is configured by sliding
optional decoder adaptors and/or inpul expansion
adaptors into input option slots at the rear of the
monitor. The BVM-14E5E/14E5U/14F5E/l 4F5U/
20EIE/20EIU/lOFIE/20FIU may be fitted with up
to four adaptors, and the BVM-14EIE/14EIU/14FIE/
14FIU will accept two.
m!l!!I
When installing the adaptors, be sure to perform the
necessary input signal setup with the INPUT
CONFIGURATION menu. If the setup is not
performed, the adaptors may not function correctly.
For information about the INPUT CONFIGURATION
menu, see "Setting the Input Configuration -INPUT
CONFIGURATION Menu".

....
w
Overview
BKM-20D SDI 4:2:2 Decoder Adaptor
Includes decoders for serial digital component signals
(525/625 ). lnpul/outpu1 connectors for three serial
digital channels (component inputs only) and three
analog channels. 111einput signal type for each
connector is set with the INPUT CONFIGURATION
menu, in accordance with the configuration of the
connector panel.
BKM-21D SDI Multi Decoder Adaptor
Includes decoders for serial digital signals (525/625
component and NTSC/PAL composite) and analog
composite signals (NTSC and PAL). Input/output
connectors for three serial digital channels and three
analog channels are equipped. The input signal type
for each connector is set with !he INPUT
CONFIGURATION menu, in accordance with the
configuration of the connector panel.
BKM-24N NTSC Decoder Adaptor
Includes a decoder for analog composite NTSC signals
and input/output connectors for six analog channels.
The input signal type for each connector is set with the
INPUT CONFIGURATION menu, in accordance with
the configuration of the connector panel.
BKM-25P PAL Decoder Adaptor
Includes a decoder for analog composite PAL signals
and input/output connectors for six analog channels.
111einput signal type for each connector is set with the
INPUT CONFIGURATION menu, in accordance with
the configuration of the connector panel. ,
BKM·26M PAL·M Decoder Adaptor
Includes a decoder for analog composite PAL-M
signals and input/output connectors for six analog
channels. The input signal type for each connector is
set with the INPUT CONFIGURATION menu, in
accordance with the configuration of the connector
panel.
BKM·27T Tri-Standard Decoder Adaptor
Includes decoders for analog composite NTSC, PAL,
and SECAM signals and input/output connectors for
six analog channels. The input signal type for each
connector is set with the INPUT CONFIGURATION
menu, in accordance with the configuration of the
connector panel.
BKM·22X SDI Input Expansion Adaptor
Used with decoder adaptors, increases the number of
input/output channels. Includes input/output
connectors for three serial dig.ital channels and three
analog channels. The input signal type for each
connector is set with the INPUT CONFIGURATION
menu, in accordance with the configuration of the
connector panel.
BKM·28X Analog Input Expansion Adaptor
Used with decoder adaptors, increases the number of
input/output channels. Includes input/output
connectors for six analog channels. The input signal
type for each connector is set with the INPUT
CONFIGURATION menu, in accordance with the
configuration of the connector panel.
c~n~·~r conagµ,.tton.
111eBVM-14EIE/14EIU/14E5E/14E5U/14FIE/
14FIU/14F5E/14F5U and BVM-20EIE/20EIU/
20F IE/20F IU come standard with connectors for one
channel of Y/R-Y/B-Y or RGB. By adding optional
decoder adaptors and/or input expansion adaptors, the
input/output connector panel can be assembled in a
wide variety of configurations.
The signals that each of the adaptors' connectors
supports are given in the table below. The type of
signal to be applied to each input/output connector is
set with the INPUT CONFIGURATION menu.
BKM·2DD BKM-21D BKM-24N
SD14:2:2 SDI Multi NTSC
Decoder Decoder Decoder
Adaptor Adaptor Adaptor
5erlal Component @ @
digital 525/625
input Composite 0 @
NTSC
Composite 0 @
PAL
Analog Composite 0 @ @
Input NTSC
Composite 0 @ 0
PAL
Composite 0 0 0
PAL·M
Composite 0 0 0
SECAM
Y/R-Y/B-Y @ @ @
525/625
RGB 525/ @ @ @
625
Y/C @
NTSC
Y/C 0
PAL
Y/C 0
PAL·M
Number of digital 3 3 -
Inputs
Number of analog 3 3 6
~put
@: Independent input possible
0: Input possible when used with decoder adaptor
,,___ _...._ .._,.. __ """"''·""--~ ...-- ................~-<'-~-<""'"-""'
When the type of input signal determines, each
connector of the installed adaptors is connected with
!he decoder for the corresponding signal over an
internal bus. Therefore, if one decoder adaptor for a
signal is installed, the signal input from any connector
of !he installed adaptors can be decoded.
Forinfomwtion about the INPUT CONFIGURATION
menu, Jee ..Se1tin~fht' Input Configunaion -INPUT
CONFIGURA710N Menu ..
Adaptor name
BKM-25P BKM-26M BKM-27T BKM-22X BKM-28X
PAL PAL·M Tri- SDI Input Analog
Decoder Decoder Standard Expansion Input
Adaptor Adaptor Decoder Adaptor Expansion
Adaptor Adaptor
0
0
0
0 0 @ 0 0
@ 0 @ 0 0
0 @ 0 0 0
0 0 @ 0 0
@ @ @ @ @
@ @ @ @ @
0 0 @ 0
@ 0 @ 0
0 @ 0 0
---3 -
6 6 6 3 6

....
I
.j:>,
Ovorviow
Decoder Adaptor Priority
1be table on the right shows which decoder adaptor
will be selected preferentially when morethan one
decoder adaptor which can accept the NTSCor PAL
signal format have been installed in the monitor.
For example, when a BKM-24Nand a BKM-27Tare
installedand an NTSCsignal is selected, the NTSC
signal connected to the BKM-24N's input connectors
and the NTSC signal connected to the BKM-27T's
input connectors are both processedby the decoder on
the BKM-24N.
Input signal type Decoder adaptor
and format BKM- BKM- BKM-
24N 25P 27T
Cornposlle NTSC 1 3
signal PAL 1 3
Y/C NTSC 1 2
signal PAL 1 2
Numbers in the table show priority.
BKM-
21D
2
2
Location and Function of Parts
BVM-14E1 E/14E1 U/14F1 E/14F1 U/20E1 E/20E1 U/20F1 E/20F1 U
OTatlylamp
1------0 OVER LOAD lamp
111 1, 1111 0STAND8Ylamp
0 OPTION connector 0 I I 1 ! 0 POWER lamp
a u
(llluslralion: BVM-20E1El20E1 U/20F1 E/2DF1U)
BVM-14E5E/14E5U/14F1 E/14F5U
~----------~II Tallylamp
I I I cl:i i ;+:+--e POWER swllch
• SHIFT button------.._,,_- ..
• Function buttons I II I
e Monltormemo,y , I H
card Insertion slot
e OPTIONcorviector
l;J;.!.iG O DEGAUSS button
Numeric keypad
MANUAL adfuslment
buttons and knobs
Menu operation buttons
POWER lamp
·······--·-····--• STANDBY lamp
'·-------OVERLOAD lamp

.....
'
(11
Location and Function of Parts
8TaUylamp
With factory settings, the Tally lamp lights when pins
No. 3and No. 8of theREMOTE 2 connector on the
rear panel areconnected. By changing the setting in
the REMOTE menu, different pins on theremote
connector can be used to control the tally lamp.
For informationabout theREMOTEmenu,see "Assigning
the Remote Control Functions -REMOTE MenuZ".
8 OPTIONconnector
(BVM-14ElE/14ElUn4FlE/14FlU/20ElE/
20ElU/20FlE/20FlU)
• OPTIONconnector
(BVM-14ESE/14ESUn4FSE/14FSU)
Connector for future expansion.
8 OVER WAD lamp
(BVM-14ElE/14E1Un4FJE/14FlU/20ElE/
20ElU/20FlE/20FlU)
8 OVER LOAD lamp
(BVM-14ESE/14ESUn4FSEJ14FSU)
Lights to wam of CRT overload.
0 STANDBY lamp
(BVM-14ElE/14ElU/14FlE/14FlU/20ElE/
20ElU/20FlE/20FlU)
$ STANDBY lamp
(BVM-14ESEJ14ESUn4FSE/14F5U)
Lights when the monitor is in standby mode. The
monitor will be in standby mode under the following
conditions:
•The MAIN POWER switch (on the rear panel) is
turned on (the STANDBY lamp will blink for a few
moments after theswitch is turned on).
•The monitor is changed from operation mode to
standby mode via the monitor control unit such as the
BKM-IOR.
C,POWERlamp
(BVM-14ElE/14EIUn4FlE/14FIU/20EIE/
20ElU/20FlE/20FlU)
0POWERlamp
(BVM-14ESE/14ESUn4FSEJ14F5U)
Lights when the monitor is put into operation mode by
an optional monitor control unit such as a BKM-IOR.
mm
When the STANDBY lamp O is blinking, the monitor
cannot be put into operation mode (internal data
initialization is taking place). Wait until the
STANDBY lamp O is steadily lit.
f) POWER switch
(BVM-14ESE/14ESUn4FSE/14FSU)
Press to power the BVM-14E5E/14E5U/14F5E/14F5U
on or off. If your system includes more than one
monitor, you can use the ADDRESS menu to power a
selected monitor on or off, or to power all monitors on
or off at once.
For moreinformationabout the ADDRESSmenu, see
··selecting the Monitor to Control -ADDRESS Menu".
8 DEGAUSS button
(BVM-14ESE/14ESUn4FSE/14FSU)
Press to manually degauss themonitor CRT. When
degaussing repeatedly, wait for 5 minutes before
pressing the button again. (The monitor CRT is
degaussed automatically each time the power is turned
on.)
0 Numeric keypad
(BVM-14ESE/14E5Un4FSEn4FSU)
Use the numeric keypad to enter menu settings and
channel numbers for signals that you want to input to
the monitor.
INPUT
000
0 0 0t-ototbUltona
000
y~&···--·-·
~ l.!:;JJ ~ numberorcharacter{Iha same
function wtth 1he ENTER bunon of the
Menuoperationbuttons•).
Doi(-le) button: Deletesa
number or character enl8f'8d .
C, MANUAL adjustment buttons and knobs
(BVM-14ESEn4ESUn4F5E/14FSU)
Each press of one of these buttons turns the button's
green LED on or off. When the corresponding button
is on (lit), you can rotate the knobs to adjust the
picture's contrast, brightness (black level), chroma,
and phase. These buttons are also used to enter
adjustment values from the menus.
You can use the CONTROL PRESET ADJ menu to
set preset values for each adjustment item.
For more informationabout the CONTROLPRESETADJ
menu, See "Preset Adjustment of the Picture Uvel Control
Knobs -CONTROL PRESETADJ Menu" .
Notes on using n SECAi,1 PAL D component nnd
component digital sys ten,
•The phase of component signals cannot be adjusted.
•The phase and chroma of RGB signals cannot be
adjusted. r-- CONTRASTadjustment
I button and knob
---·--- BRIGHT adjustmenl
button and knob
1----- CHROMA adjustment
button and knob
L__ PHASE adjustment button
and knob
(i) Menu operation buttons (BVM-14ESE/14ESU/
14F5E/14F5U)
rIIENU button: Press to display monitor
UP MENU I menus.
81.-~--UP, DOWNbuttons: Poass to select
sJB menu Items and Hemsenlngs.
LENTER bUtton: Press to confinn
settings (the same functionwlth the Ent
button ol the numeric keypad 0).
For nwre information about using nwnitor menus, see
"Basic Menu Operations".
~ SHIFT button
(BVM·14ESM4ESUn4FSE/14FSU)
Each of the Function buttons 4Dhas a Shift On
function as well as a Shift Off function. Press this
button to select Shift On or Shift Off functions.
Each time you press this button, its orange LED lights
(Shift On) or goes out (Shift Off).
Shift On: Use the function indicated on the right of
the Function button.
Shift Off: Use the function indicated on the left of
the Function button.
-------------------------------------------------·~-~---·----M•-•---~--~,,~.••"-""'"•'-,,,,,,

...
I
O>
Location and Function of Parts
• Function buttons (BVM-1414E5E/14E5U/ Each time you press one of these buttons. its LED
lights or goes out and the function of the button
selected with the SH!Ff button 8 is turned on or off.
The LED color change whether you select Shift Off
functions or Shift On functions.
14FSE/14F5U)
Use these buttons to control the operation of the
monitor.
Each of these buttons has a Shift On function,
indicated below the button, as well as a Shift Off
function, indicated above the button. Pressthe SH!Ff
button 8 to select the desired function.
For Sift Off functions: Green LED
For Shift On functions: Orange LED
Shift Off functions (green LED)
~---------- @] (underscan): Tum the button on tor uncterscannlng. The display size is
reduced by approximately 3%. so that the IOUfcomers of the raster are
visible.
,-------- [I] (horlzontal delay): Tum the buttonon to observethe horizontal sync
nearthe leftquarter of the screen.
• Picturebrightness Is adjustedautomatically for easy observation
• Press the button together with th& E3button to observe a pulse
cross
f E3(vertk:al delay): Tum the button on to observe the vertical sync signal.
! The pictute is shifted vertically and the vertical S918l ls clsptayed near
! the center of the SC1'881'l.
} • PicturebrightnessIsadjustedautomatically tor easy observation.
: • Press the button together with the []] button to observe a pulse
@] L±.J16:9 / ! cross.
0~ ! fr=MONO (monochrome): Tum the button on lo display color pictures in
[I] i monochrome. When the button Is off, the monitor switches automatically
SYNC ! between cok>rand monochromemode,depending on the presence or
absence of colorburst signal
E30 g~~~ J J APT(aperture): Tum the button on to pelfonn aperture correction ol
frequencycharacteristics. Use the monitor menu to select the amount of
~
correction.
MONO This hl1c:llon is avai~ when an optional decoder adaptor such as a
BKM·24N Is Installed
APT0 G
COMB G 8 COMB(combfltter):Tumlhecomb1illeronandott.
This function 1savailable whenan optional decoder adaptor such
~ a
B- BKM·24N is Installed
fl f9--
f2
ADDRESS
·------ f1 and F2: These buttons are reserved 1orluture use.
~---------- ADDRESS: Tum the button on to display the ADDRESS menu on the
monitor screen. You can use the ADDRESS manu to set operating
parame1ers lor severaJ monitors.
For moreinfonn11t1QIIabmd ,~ ADDRESS menu,see ..Selec1in}llhe Monilur
to Con/ro/-AD{)Rt.:SS Menu.··
Shift On functions (Orange LED)
,-------- 11:1: Tum to the button on to select a 16:9 aspect ratio. The aspect ration Is 3:4
when the button is off.
~---- SYNC: Tum the button on to synchronize with the sync signal Input to the SYNC
connector on the rear panel (EXT SYNC). When the button is off, the sync
signal indudad in !he video signal is used (INT SYNC).
I
!
/
@] GJ16:9,
[I] cfr;~·~:
E3
~
~ oNi:v
mim
• When selecting INT SYNC, use component or YC signals including a sync
signal on the Y signal, and use AGB signals Including a sync signal on the G
signal.
• To monitor serial <igjtal stgnals, seiect INT SYNC.
BLUE ONLY: Tum the button on to tum the red and green signals ott. The blue
signal Is displayed as an apparent monochrome picture. This facilitates chroma
and phase adiust,nents and observabon al VTR noise.
MONOG R ( R, G, and 8: Tum the button on to tum the A (red), G (green). and B (bfua) beams
i ott.
APT~ !
COMB&-s-J
f1 G FS ( F3 and F4: These buttons are reserved tor future use.
i
F2G--·.J
ADDRESSG z~~ SAFE AREA,.... area): Tum the button on to display the sale area
8 Monitor memory card insertion slot
(BVM-14E5E/14E5U/14FSE/14F5U)
Insert an optional BKM-12Y Monitor Memory Card.
-->t;t,Jo,>----·-·--,........---__,____,_,.~,...-,._~,--.-·

....
I
-..J
Location and Function of Parts
BVM-14E1E/14E1U/14F1E/14F1U/20E1E/20E1U/20F1E/20F1U
• Analog input comecton;
e 1npu1option - ---+-+-
iolI I O MAIN POWER switch
• lSR connector -·- 01 I 8 AC IN connecto,
H0lf>lf>I~ @I® l~I¾ H 8Fuse
. i --··· ·--~:
I j .............,H...........H.-.........,;,-·r·---•Deflection option siot
BVM-14E5E/14E5U/14FSE/14FSU
• Analog Inputcomecton;------~
e1npu1option s1o1s-------.
8 REMOTE 1COM8Ctors----
andTERMINATE
switch
• REMOTE2 connector
0 ISRconnecto, 11filll
~----------• CONTROLUNITconnector
(IUuslrabon:BVM-20E1El20E1U/20F1El20F1U)
®
lil+f--eMAINPOWEA switch
AC IN connector
Fuse
'-----48DDeflectlon option slot
0 MAIN POWER switch
When turned on, the monitor enters standby mode. By
a setting in the SYSTEM CONFIGURATION menu,
the monitor can also be set to enter operation mode
when the MAIN POWER switch is turned on.
For information about the SYSTEM CONFIGURATION
menu, see "Setting the Channel Selection Method and
Power-Up Conditions ~SYSTEM CONFIGURATION
Menu".
8 AC IN connector (3-pin)
Connects the monitor to an AC power source, via the
supplied AC power cord .
~~-~--
?~-,~
Attachthe cord slopper to the AC power cord, and connect it
to the plug headerso that the corddoes not come loose,
8Fuse
Use a 4 A fuse for JOOto 120 V AC or a T 3.15 A fuse
for 220 to 240 V AC.
eDeftection option slot
Slot for future expansion.
8 CONTROL UNIT connector (female, D-sub 9·
pin) (BVM-14EIE/14EJU/14FtE/14FJU/20ElE/
20EIU/20FlE/20FIU)
Connects a monitor control unit such as the BKM-IOR
using a straight cable with D-sub 9-pin plugs such as
an RCC-5G (not supplied) as shown in the figure.
,----------
' 9
CONTROLUNIT Monitor control unit's
Connectorpins DISPLAYUNIT
connector pins
----~~·,..,-t__,v,4;...,,,,.,..~,,,,-c."_......_.,_,_,.,
GAnalog Inputconnectors
(BVM-14EIE/14ElU/I4FtE/14FlU/20EIE/
20EIU/20F1E/20FIU)
0 Analog input connectors
(BVM-14ESE/14ESU/14FSEl14FSU)
~
:.~L
~ ---·- Y/G connectors (BNC)
1§11 9-YIB connectors (BNC)
1--
.
._
R-Y/A connectors(BNC)
.
t}-- SYNC connectors (BNC)
.
RGB signals, component signals (Y, R-Y, and B-Y),
or composite sync signals can be fed in the IN
connectors. The type of signal applied to each
connector is set with the INPUT CONFIGURATION
menu. The OUT connectors are used for loop-through
output of the input signal. When not using Ioop-
through, connect a 75-ohm terminator (not supplied) to
the OUT connectors.
For information about the INPUT CONFIGURATION
menu, see "Setting the Input Configuration-INPUT
CONFIGURATION menu".
8 Input option slots (BVM-14ElE/14EIU/14FIE/
14Fl U/20El E/20El U/20FIE/20Fl U)
G Input option slots (BVM-14E5E/I4ESU/14FSE/
14F5U)
The BVM-14E5E/i4E5U/14F5E/14F5U/20EIE/
20EIU/20FJE/20FIU may be fitted with up to four
adaptors, and the BVM-14EIE/14EIU/14FIE/14FI U
will accept two.

_,.
I
(X)
Location and l!!'unctlon of Parts
8 REMOTE 1 connectors (female, D-sub 9-pin),
and TERMINATE switch
(BVM-14ElEJ14ElU/14FlE/14FlU/20ElE/
20ElU/20FlE/20FlU)
8 REMOTE 1 connectors (female, D-sub 9-pin),
and TERMINATE switch
(BVM-14ESEl14E5U/l4F5EJ14F5U)
REMOTE 1
"'11:1111, REMOTE1INconnector
a, I TERMINATEswitch
11'.illl-' REMOTE1OUTcoonector
These are RS-485 serial interface connectors, used for
connecting two or more BVM-series monitors.
The IN and OUTconnectors form a loop-through
connection. Set the TERMINATE switch to OFF
when loop-throughis used, to ON when it is not.
Connect two monitors using a straight cable with D-
sub 9-pin plugs such as an RCC-SG (not supplied) as
shown in the figure.
Moritor1
I --- -- I
: REMOTE 1 :
: o· :
I •o I
I N :• I
I •• I
I I
' . '
: TERMINATE :
I ONn :
I
I
:
ourlll.:IL.J..__./
TERMINATE
switch: OFF
Monlt0f2
: fU:MOTE1 l
I ~ :
'
I
I
I
I
i
'
'
OOT~ i
Ql
9 I
L---------- I
TERMINATE
swllch:ON
Straightcable - D-sw 9-pln plugs (not supplied)
Ci)REMOTE 2 connectors (female, D-sub 9-pin)
(BVM-14ElE/14ElU/14FlE/14FlU/20ElE/
20El U/20FlE/20Fl U)
8 REMOTE 2 connectors (female, D-sub 9-pin)
(BVM-14E5E/14E5U/14F5E/14F5U)
Forms a pararell switch and controls the monitor
externally. The pin arrangement-and factory setting
function assigned to each pin are given below.
5 1
®O®
9 6
Pinnumber Function
1 Set input'signalchannel 1 (numerickeypad
function)
2 Setinputsignalchannel 2 (numerickeypad
function)
3 Selectsyncsignal (SYNCbuttonfunction)
4 Set the screento monochrome,or set for
automaticswitching basedon the input signal
(MONObuttonfunction)
5 Safe area on/off(SAFE AREA button
function)
6, 7 Undefined
8 Tallylamp on/off
9 Ground
All pin function assignments can be changed with the
REMOTE menu.
For information about the REMOTE menu, see "Assigning
the Remote Control Functions -REMOTE Menu".
To switch each func:tionbetween on and off or
between enable and disable, change pin connections in
the following way.
On or enabled: Short each pin and pin 9 together.
Off or disabled: Leave each pin open.
$ ISR (Interactive Status Reporting) connector
(female, D-sub 9-pin)
(BVM-14E1E/14ElU/14FtEJ14FlU/20ElE/
20ElU/20FlE/20FlU)
4!)ISR (Interactive Status Reporting) connector
(remale, D-sub 9-pin)
(BVM-14ESE/14ESU/14F5E/14F5U)
Connect to the JSR system.
Guidance for Basic Monitor Operations
The following table shows how to use a monitor,
control unit and menus to perform basic monitor
operations.
Operations Monitor/control unit parts
Selectingsignals to be monitored Specifythe channel numberwith Oto 9
buttonsof the numeric keypad.
1 to 90:channel numbersfor external
inputsignals
91 to 95: channelnumbers forsignals
fromthe internaltestsignalgenerator
91: PLUGE(Picture line UP Generating
Equipment)
92: 20% graysignal
93: 100%whitesignal
94: five-stepgray scale
95:crosshatch
Remotecontrol • REMOTE 1connector
• REMOTE2 connector
Adjustingthe screen and signals • Functionbuttons
• MANUALadjustmentbuttonsand
konbs
Refer lo the operation manual ft>rthe
control unit or the built·in control unit
monitor on how to use.
Datatransfer • REMOTE 1connector
• Monitormemorycard
Refer to the operation manual for the
rnntrol unit or the built-in t·ontrol unit
numitor on how to use.
Menuoperations • Menuoperationbuttons
• ADDRESSbuttonof the function
buttons
Refer to thr operation manual for the
control unit or the built-in control unit
monitor on how to use.
Menus
• INPUTCONFIGURATIONmenu
• SYSTEMCONFIGURATIONmenu
• REMOTEmenu
• ADDRESSmenu
• CONTROLPRESETADJ menu
• COLORTEMPADJ menu
• ALIGNMENTmenu
• ON SCREENSET menu
• KEY PROTECTmenu
• MEMORYCARD menu
•COPY menu
• Basicmenuoperations
• PASSWORDmenu

.....
I
<O
Basic Menu Operations
Thevarious functions and operating conditions of the
BVM-14EIE/14EIU/14FIE/14FIU or BVM-20EIE/
201EU/20FIE/20FIU can be set with on-screen
menus. Menu operations are performed with an
optional control unit such as the BKM-IOR Monitor
Control Unit or a built-in control unit monitor such as
the BVM-14E5E/14E5U/14F5E/14F5U.
Herein, the operating procedures for the BKM-IOR
will be described.
Thenames of buttons and adjustrMntknobs may vary
dependingon the ,·ontro/ unitor monitor vou use, Consult
the OJ"ratingmanual for your control unit or monitor, and
use tht' buttons and knobs with the samejunctions as /hose
described here.
Press the MENU button.
Themenulist is displayed on the screen.
MENU
8 CONTROL PRESET ADJ,_
COLOR TEMP ADJ ...
SET UP ...
MEMORY CARD ...
C OPV ..
ST AT U $ ..
MAINTENANCE ...
KEY PROTECT
MenuUst
OFF
Choose the menu for the adjustment or setup you wish
to perform. Theadjustments and settings which can be
made with the menus are described below.
CONTROL PRESET ADJ menu: Sets the preset
values for the input signal contrast, brightness,
chroma, and phase.
COLOR TEMP ADJ menu: Sets the color
temperature.
SET UP menus: A menu group for perfonning
monitor setup, consisting of the following.
INPUT CONFIGURATION menu: Sets the
input channel.
REMOTE menu: Sets the remote control
functionality.
PASSWORD menu: Sets passwords for menus.
SYSTEM CONFIGURATION menu: Sets the
input channel selection method and power-up
conditions.
ON SCREEN SET menu: Sets data about the
screen display.
ALIGNMENT menu: Used to adjust the screen
convergence and geometry.
MEMORY CARD menu: Operates on data in the
memory card.
COPY menu: Copies set-up data to other connected
monitors.
STATUS menu: Displays the information about the
monitor or options installed in the monitor.
MAINTENANCE menu: Menu for maintenance
(typically not used).
KEY PROTECT: When set to ON, function buttons
on the control unit (with the exception of menu
operation buttons) will be disable. When set to
OFF, key protection is removed.
To exit the menus
Press the MENU button repeatedly until the menu
disappears.
;r'iiiitl~JMl2!t0'.~i,i*'W::
The ADDRESS menu is used to select the monitor or
the monitor group, so that when several monitors are
connected together via serial remon ports, the control
panel can select which monitor to control.
To display or exit the ADDRESS menu, press the
ADDRESS button. The method of choosing menu
items and changing settings is the same as with the
other menus.
For informationabout the ADDRESS menu, see "Sele,·ting
the Monitor to Control -ADDRESS Menu".
i'SAJl~;--;;~~i
1 Using the UP or DOWN button, move the cursor to
the desired item. (Example: move the cursor with
the DOWN button to SET UP.)
MENU
CONTROL PRESET ADJ ...
COLOR TEMP AOJ ..
' SET UP-
HEHORY CARD-
COPY ..
STATUS ..
MAINTENANCE ..
KEY PROTECT OFF
~~:.-_::_-_::_::_::_::_::_::_::_::_::_::_::_::_::_::_::_-_::_::_::_::_::_j-Cursor
Menu list
2 Press the ENTER botton.
TheSET UP menu list is displayed.
SET UP
• INPUT CONFIGURATION ...
REl'IOTE--
PASSIIIORQ ..
SYSTEM CONFIBURATION ..
ON SCREEN SET ..
ALIGNMENT ..
SETUP menullsl
3 Using the UP or DOWN button, move the cursor to
the desired item. (Example: select the INPUT
CONFIGURATION menu.)
SET UP
• INPUT CONFIBURATJON
REMOTE ..
PASSIIJORO ..
SYSTEM CONFIGURATION ..
ON SCREEN SET ..
ALIGNMENT ..
------------------------------------------------=""-''*'"----~,.,--~~'"'--"'"'-·,.,.,.,,..,...,:..s,,j~""''-""'"'--"-'"
4 Press the ENTER button.
The INPUT CONFIGURATION menu is
displayed.
INPUT CONFIGURATION !
OICH
a FORMAT... NTSC-7 .S
SLOT NO 2
INPUT NO 1
YC SEP.. 3LINES COMB
SYNC MODE INT
SCREEN MOOE... 4:3-NORH
SAFE AREA OFF
SAFE AREA SCALE ...
APERTURE
APERTURE VALLI£
INPUT CONFIGURATIONmenu
80%
OFF
100
The •· J."to the right of the menu title indicates that
the menu continues onto another page. Items
which are followed by·· ..." have sub-lists for
settings.

~
I
~
0
811:ieUanuOr,arationc
~
1
1iii~-/M;1~,1
The setting procedure differs with different menu
items. There are four different types of settings:
(l) Choosing one of two or more selections on a
current setting list (items without·· ..." mark)
(2) Choosing one of two or more selections using sub-
setting list (items with" ..." mark)
(3) Entering a numerical value
(4) Entering characters
Choosing One of Two or More Selections
about Items without" ..." Mark
Example: changing the SYNC MODE setting in the
INPUT CONFIGURATION menu
1 Move the cursor to the SYNC MODE line in the
INPUT CONFIGURATION menu.
INPUT tci~FiSURATJON 1
OICH
FORMAT ...
SLOT NO
INPUT NO
NTSC-7 .S
YC SEP.. 3LINES COMB
• SYNC MOOE INT
SCREEN MOOE .. 4:3-NORM
SAFE AREA OFF
SAFE AREA SCALE.. 80%
APERTURE OFF
APERTURE VALUE 100
INPUTCONFIGURATIONmenu
2 Press the ENTER button.
INT is displayed in yellow text.
3 By pressing either the UP or DOWN button, INT
changes to EXT.
INPUT CONFIGURATION !
OICH
FORMAT ..
SLOT NO
INPUT NO
NTSC-7 .S
YC SEP... 3LJNES COMB
a SYNC MODE EXT
SCREEN MODE... 4:3-NORM
SAFE AREA OFF
SAFE AREA SCALE-- BO%
APERTURE OFF
APERTURE VALUE 100
Each time the UP or DOWN button is pressed, the
value switches between INT and EXT.
~
4 When EXT is displayed, press the ENTER button.
The SYNC MODE is set to EXT. (EXT is again
displayed in white text.)
Choosing One of Two or More Selections
about Items with" ..," Mark
Example: changing the SCREEN MODE setting in the
INPUT CONFIGURATION menu
1 Move the cursor to the SCREEN MODE line in the
INPUT CONFIGURATION menu.
INPUT CONFIGURATION T
OICH
FORMAT ..
SLOT NO
INPUT NO
NT SC - 7 .5
2
YC SEP.. 3LINES COMB
SYNC MOOE INT
a SCREEN HOOE .. 4:3-NORM
SAFE AREA OFF
SAFE AREA SCALE-- BO%
APERTURE OFF
APERTURE VALUE 100
INPUTCONFIGURATIONmenu
2 Press the ENTER button.
The SCREEN MODE setting list is displayed.
SCREEN KOOE
• 4:3-NORM
4:3-UNOR
16:9-NOIUI
16:9-UNOR
SCREEN MOOE setting list
3 By pressing either UP and DOWN buttons, move
the cursor to 16:9 - NORM .
SCREEN MOOE
4:3-NOfOl
4:3-UNOR
• 16:9-NORM
16:9-UNOR
4 Press the ENTER button.
The display returns to the INPUT
CONFIGURATION menu, and shows SCREEN
MODE as the 16:9- NORM setting.
INPUT CONFIGURATION !
OICH
FORMAT- ..
SLOT NO NTSC-7 _5
INPUT NO I
YC SEP.. 3LINES COMB
SYNC MODE INT
• SCREEN MODE 16:9-NORM
SAFE AREA OFF
SAFE AREA SCALE, 80%
APERTURE OFF
APERTURE VALUE 100
Entering a Numerical Value
Example: changing the APERTURE VALUE setting
in the INPUT CONFIGURATION menu to 85
The numeric keypad, UP and DOWN buttons, or
PHASE knob can be used to enter numerical values.
1 Move the cursor to the APERTURE VALUE line
in the INPUT CONFIGURATION menu.
INPUT CONFIGURATION !
0 1CH
FORMAT.
SLOT NO
INPUT NO
Y C 5 E P ..
NTSC-7 .5
2
I
3LINES COMB
SYNC MODE INT
SCREEN MODE ... 4:3-NORM
SAFE AREA OFF
SAFE AREA SCALE, 80%
APERTURE OFF
a APERTURE UALUE 1 0 0
INPUT CONFIGURATION menu
2 Press the ENTER button.
The third digit in the value is displayed in yellow
text, indicating that it can now be modified.
3 There are three ways to set the value:
• Using the numeric keypad, enter "O'', ··s",and
··5"_
• Press the DOWN button to change the value to
'"85".
•Tum the PHASE knob counterclockwise to
change the value to ··85".
4 Press the ENTER button.
The APERTURE VALUE is set to 85. (The value
is again displayed in white text.)
INPUT CONFIGURATION 1
01CH
FORMAT ..
SLOT NO
INPUT NO
YC SEP ..
NTSC-7 .s
I
3LINES COMB
SYNC MOOE INT
SCREEN MOOE .. 4:3-NORM
SAFE AREA OFF
SAFE AREA SCALE ..
APERTURE
• APERTURE VALUE
Entering Characters
80%
OFF
085
Example: changing the CHANNEL NAME setting in
the INPUT CONFIGURATION menu to CAM2
The PHASE knob or UP and DOWN buttons are used
to enter characters.
1 Move the cursor to the CHANNEL NAME line in
the INPUT CONFIGURATION menu (2/2).
INPUT CONFISURATION ~
OICH
FILTER
a CHANNEL NAME ...
CONTROL
COLOR TEMP ..
H PHASE
COPY ..
OFF
CAM
PRESET
STO
IO 0
INPUT CONFIGURATION menu (2/2) (rnntinued)

....
I
....
....
Basic Menu Operations
2 Press the ENTER button.
The CHANNEL NAME setting list is displayed.
PROB
E O IT
• CAM
UT R
CHANNEL NAME
NEW NAME
CHANNELNAMEsetting list
3 Using the UP or DOWN button, move the cursor to
the NEW NAME line.
PROG
ED IT
CAH
UTR
CHANNEL NA"1E
• NEW NAME
4 Press the ENTER button.
The •·
...I" is displayed on the last line of the list (in
yellow),
PROS
E O IT
CAM
UTR
CHANNEL NAME
a NEW NAME
··.J" indicatesthepositionwherecharacterinputis
possible.
5 Press the UP or DOWN buttons, or tum the
PHASE knob, until ··C" is displayed.
When the UP button is pressed, the display will
cycle through letters, numbers, and symbols, in the
following order. When the DOWN button is
pressed, the display will cycle in the opposite
order.
A, B, ..., Y, Z, 0, I, ..., 8, 9, (, ), :. :, ., -. +./, &,
CH,~ (space), .J
Press the ENTER button.
PROS
E O IT
CAH
UTR
CHANNEL NAME
• NEIii NAME
Ca
6 As in steps 4 and 5, use the UP or DOWN button
or the PHASE knob to select "A", and press the
ENTER button .
"CA" (white) ··.J" (yellow) is displayed.
PROB
E O IT
CAH
UTR
a NEIii
CAo
CHANNEL NAME
NAME
7 As in steps 4 and 5, use the UP or DOWN button
or the PHASE knob lo enter "M" and "2".
"CAM2" (white) "...I" (yellow) is displayed.
20 characters can be entered asa channel name.
PROS
ED IT
CAH
UTR
CHANNEL NAME
a NEIii NAME
CAM 2 .J
Check the entered name, and if it is correct, go on
10step 8.
To correct the entered text
Example: change "CAM2" to "CAM-2"
7·1) Press the Del button of the numeric keypad to
delete "2" .
PROS
ED IT
CAH
u TR
CHANNEL NAME
a NEIii NAME
C t:lM.J
7·2) Enter"." and "2".
PR06
E O IT
CAH
UT R
CHANNEL NAME
a NEIii NAME
CAM- 2 .J
Check the modified text, and if it is correct, go on
to step 8.
8 Press the ENTER button.
The INPUT CONFIGURATION menu appears,
and the CHANNEL NAME is set to the name you
entered (up to six characters from the head of the
name are displayed).
INPUT CONFIGURATION--f
OICH
FILTER
a CHANNEL NAME ...
CONTROL
COLOR TEMP ..
H PHASE
COPY ..
Using default names
OFF
CAH2
PRESET
STO
100
Example: copy ··CAM" and change it to "CAM2"
1 Using the UP or DOWN button, move the cursor to
"CAM".
PROG
E O IT
a CAM
UTR
CHANNEL NAME
NEW NAME
2 Press the ENTER button.
"CAM" (white) ".J" (yellow) is displayed on the
bottom line of the screen.
PROS
E O IT
CAM
UTR
CHANNEL NAl'IE
a NEW NAME
CAMJ
(continued)
---MrtMM ___ ..,. _,.. • ""'"°""-"'"""'*"""""-•="-"',- ••,.,,..~,..,~_..e- "~'"--'·''~"'~'"'""-' ·--·••~•·w~.,,~'""~"'""•""-•"""'""~,.-..~,,--~•••-·-

....
I
....
N
Aaslc Menu Operations
3 Using the UP or DOWN button or PHASE knob.
enter··2".
PROS
E OJ T
co•
VTR
CHANNEL NAME
a NEIii NANE
CAM2J
4 Press the ENTER buuon.
The INPUT CONFIGURATION menu appears,
and the CHANNEL NAME is set to "CAM2".
INPUT CONF 16URlffT-0NT
OICH
FILTER OFF
a CHANNEL NAHf... CAM2
CONTROL
COLOR TEHP ...
H PHASE
COPY ..
PRESET
STO
1 0 0
Preset Adjustment of the Picture Level Control
Knobs -CONTROL PRESET ADJ Menu
1be preliminruy adjustment of contrast, brightness,
chroma, and phase are carried out with the CONTROL
PRESET ADJ menu to set the preset values to the
knobs for the above- mentioned adjustments. Preset
values can be set either commonly to all channels or
separately for individual channels.
Preset values can be set in the following ways:
(I) Adjustment with the MANUAL knobs
(2) Automatic adjustment (An external color bar signal
is necessary.)
(3) Copying data from other channels, common data,
other BVM-series monitors that have been
connected via the serial remote connector, or from
data stored in monitor memory cards
(4) Restoring factory seuings.
;-1,'-•r,,.~,Wt'.@-rlill;f5i•i1-.:li'
This section explains the setting lists displayed in the
menu.
The lists are numbered and shown with indentations to
indicate the hierarchy in the menu.
If a setting in each list leads to another list or a
monitor operation, the list number or the operation is
indicated after the cc:>mark. (Settings without the cc:>
mark end in a single list.)
Select CONTROL PRESET ADJ from the menu list.
COLOR TEMP ADJ...
SETUP ...
MEMORY CARD...
COPY...
STATUS...
MAINTENANCE...
KEY PROTECT OFF
Menu list
100 CONTROL PRESET ADJ menu: Select either PRESET or CH SET. cc:>IOI
PRESET •••: Set common values.
CH SET •.•: Set values for each individual channel.
101 CONTROL PRESET ADJ (PRESET/xxCH): Select the setting method.
MANUAL ..: Set with the MANUAL knobs. cc:>110
AUTO...: Set by automatic adjustment. cc:>120
COPY...: Copy data from elsewhere. cc:>130
RESTORE FACTORY SET: Return values to their factory settings.

....
I
....
w
Preset Adjustment of the Picture Level Control Knobs -CONTROL
PRESET ADJ Menu
110 MANUAL(PRESET/xxCH):Adjust values by turning the PHASE, BRIGHT,
CHROMA, and/or CONTRAST knobs.
PHASE:xxxx
CHROMA: xxxx
BRIGHT: xxxx
CONTRAST: xxxx
120 AUTO (PRESET/xxCH): Select the color bar signal to be used for automatic adjustment
=:>Adjustment Is carried out.
FULL FIELDCB 100: 100% full-field color bar
FULLFIELD CB 75: 75% full-field color bar
SMPTE CB: SMPTEstandard color bar
EIA CB: EIA standard color bar
130 COPY (PRESET/xxCH): Select the source to be copied from.
OTHERVALUE...: Copy data from another channel or from PRESET setting. =:>131
OTHERMONITOR...: Copy data from another monitor.=!> 133
MEMORYCARD...:Copy data from a memory card. =!> 136
131 OTHER VALUE (PRESET/xxCH): Choose either PRESET or CH SET.
=:>Copy Iscarried out•
PRESET:Copy common data.
CHSET:Copy data set for another channel. Input the number of the channel from which
the data will be copied.
133 OTHER MONITOR (PRESET/xxCH): Input the address of the monitor from
which the data will be copied. =:>134
jMONITOR ADDRESS: Input the address.
134 OTHER MONITOR (PRESET/xxCH): Choose either PRESET or CH SET.
=:>Copy Iscarried out,
PRESET:Copy common data.
CHSET:Copy data set for another channel. Input the number of the channel from
which the data will becopied.
136 MEMORY CARD (PRESET/xxCH): Select the file name. =!> 137
[ FILE NAME: Select the file name.
137 FILE NAME (PRESET/xxCH): Choose either PRESET or CH SET.
=:>Copy Iscarried out.
PRESET:Copy common data.
CH SET: Copy data set for another channel. Input the number of the channel from
which the data will be copied.
Adjusting the Color Temperature -COLOR TEMP
ADJ Menu
The color temperature is adjusted with the COLOR
TEMP ADJ menu. The color temperature can be set
either commonly to all channels or individually for
each channel.
The adjusted value can then be used as an original
value.
Color temperature adjustment can be made in the
following four ways:
(I) Knob adjustment
Adjust the color temperature with the bias and gain
knobs.
(2) Automatic adjustment using a probe
Bias and gain can be adjusted automatically by
connecting a color analyzer such as the Minolta CA-
100.
(3) Copying other data
Copying data from other channels, common data, other
BVM-series monitors that have been connected via the
serial remote connector, or from data stored in monitor
memory cards
(4) Restoring factory settings
>i~rfftl,, •• 1111~~ilit;~i 1il/::,&j}1.::t;
This section explains the setting lists displayed in the
menu.
The lists are numbered and shown with indentations to
indicate the hierarchy in the menu.
If a setting in each list leads to another list or a
monitor operation, the list number or the operation is
indicated after the =:>mark. (Settings without the =:>
mark end in a single !isl.)
Select COLOR TEMP ADJ from the main menu list.
CONTROL PRESET ADJ ...
St:TUP ...
MEMORY CARD ...
COPY ...
STATUS ...
MAINTENANCE ...
KEY PROTECT OFF
Menu list
l
200 COLOR TEMP ADJ menu: Select STD, COL I, COL2, or CH SET. =!> 201
STD: Use common data (factory setting: D65).
COLI: Use common data (factory setting: D65).
COL2:Use common data (factory setting: D93).
CHSET: Use data for each individual channel (factory setting: D65). Use the numeric keypad to select the
desired channel.
--~~...._,__,, ___ ,...,~~~ .....L#" ....,&>,..,._.....-,-..~~,,.,.,.__,,,,-aso,',,Ca,~~-·."~'""'~"~'~- "'> , b,---••·~"-"'"'"•~• ~<.,.<-"'--•s', __ _

....
I
....
""'
Adjusting the Color Temperature - eOLOft T~UP ADJ Menu
201 COLOR TEMP ADJ (STD/COLl/COLl/xxCH): Select the adjustment method.
MANUAL ..: Set with the MANUAL knob. s> 210
PROBE...: Set using a probe. <=:>220
COPY...: Copy data from elsewhere.<=:>260
RESTORE FACTORY SET: Return values to their factory settings.
TRIM...: Perfonn fine adjustments after setting the color temperature. <=:>280
210 MANUAL (STD/COLl/COL2/xxCH): Set the following data necessary to perform knob
adjustment and select ADJUST.
ORIGINAL VALUE...: Set the initial value.<=:>211
SIGNAL: Select the white signal to be used for adjustment.
INT: Use an internal signal. Simultaneously with the adjustment of the gain and bias, the JOO
IRE and 20 IRE signals are automatically switched.
EXT: Use an external input signal. When adjuSling the gain and bias, input the proper signal.
ADJUST ...: Perfonn the adjustment with following knobs.<=:>212
RED: CONTRAST knob (Adjust the R gain or bias with the CONTRAST knob.)
GREEN: BRIGHT knob (Adjust the G gain or bias with the BRIGHT knob.)
BLUE: CHROMA knob (Adjust the B gain or bias with the CHROMA knob.)
LUMINANCE: PHASE knob (Adjust luminance with the PHASE knob.)
211 ORIGINAL VALUE: Select STD, COL I, COL2, or CH SET. s> 2IO
STD: Use grobal data (factory setting: D65).
COLI: Use grobal data (factory setting: D65).
COL2: Use grobal data (factory setting: D93).
CH SET: Use data for each individual channel (factory setting: D65). Use the numeric
keypad to select the desired channel.
212 ADJUST (STD/COLl/COL2/xxCH) (1/2): Adjust the gain with the proper knob.
IGAIN R:xxxx G:xxxx B:xxxx
212 ADJUST (STD/COLl/COL2/xxCH) (2/2): Adjust the bias with the proper knob.
IBIAS R:xxxx G:xxxx B:xxxx
220 PROBE (STD/COLl/COL2/xxCH): Select the probe.<=:>241 (Using a CA-IOO)
241 CA-100 (STD/COLl/COL2/xxCH): Select either D65 or D93, and enter values for
LOWLIGHT and HIGHLIGHT. Rather than selecting D65 or D93, you may instead enter
the values of the CIE 193
Jcolor system x and y coordinates.
D65: Use D65.
D93: Use D93.
X: Enterthex coordinate.
Y: Enter the y coordinate.
LOW LIGHT (201RE): Enter the brightness (cd/m') for low light.
HIGH LIGHT (lOOIRE): Enter the brightness (cd/m1) for high light.
START: Start adjustment.<=:>242
242 COLOR TEMP ADJ (STD/COLl/COL2/xxCH): Perform adjustment.
SET PROBE ON CRT:
PRESS ENTER:
Adjustment starts when the probe is placed against the center of the screen and the
ENTER button is pressed.
260 COPY (STD/COLl/COL2/xxCH): Select the source to be copied from.
OTHER VALUE ...: Copy data from another channel or from common data.<=:>261
OTHER MONITOR ...: Copy data from another monitor. <=:>263
MEMORY CARD ...: Copy data from a memory card. <=:>266
261 OTHER VALUE (STD/COLl/COL2/xxCH): Select STD, COL 1,COL2, or CH
SET. <=:>
Copy is carried out.
STD: Copy common data (factory setting: D65).
COLI: Copy common data (factory setting: D65).
COL2: Copy common data (factory setting: D93).
CH SET: Copy data from a particular chaMel (factory setting: D65). Enter the number of
the channel from which the data will be copied.
263 OTHER MONITOR (STD/COLl/COL2/xxCH): Input the address of the monitor
from which the data will be copied.
MONITOR ADDRESS: Input the address of the monitor from which the data will be
COjlied.S) 264
264 OTHER MONITOR (STD/COL1/COL2/xxCH): Select STD, COL J,COL2,
or CH SET. <=:>
Copy Iscarried out.
STD: Copy common data (factory setting: D65).
COLI: Copy common data (factory setting: D65).
COL2: Copy common data (factory setting: D93).
CH SET: Copy data from a particular channel (factory setting: D65J. Enter the
number of the chaMel from which the data will be CO.!'_ied.
266 MEMORY CARD (STD/COLl/COL2/xxCH): Select the file name.<=:>267
267 FILE NAME (STD/COLl/COL2/xxCH): Select STD, COL I, COL2,or CH
SET. <=:>Copy is carried out.
STD: Copy common data (factory setting: D65J.
COLI: Copy common data (factory setting: D65J.
COL2: Copy common data (factory setting: D93).
CH SET: Copy data from a particular channel (factory setting: D65J. Enter the
number of the channel from which the data will be copied.