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COLOR VIDEO CAMERA

BVP-E30BVP-E30PBVP-E30WS

BVP-E30WSP

MAINTENANCE MANUALVolume 1 1st Edition (Revised 1)Serial No. 100001 and Higher: BVP-E30Serial No. 400001 and Higher: BVP-E30PSerial No. 100001 and Higher: BVP-E30WSSerial No. 400001 and Higher: BVP-E30WSP



BVP-E30/E30P M-V1

! WARNINGThis manual is intended for qualified service personnel only.

To reduce the r isk of electric shock, fire or injury, do not perform any servicing other than that

contained in the operating instructions unless you are qualified to do so. Refer all servicing to

qualified service personnel.

! WARNUNGDie Anleitung ist nur für qualifiziertes Fachpersonal bestimmt.

Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um die

Gefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind bei

Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegebenWartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigung

dazu besitzen.

! AVERTISSEMENTCe manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afin

de réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que les

réparations indiquées dans le mode d’emploi à moins d’être qualifié pour en effectuer d’autres.

Pour toute réparation faire appel à une personne compétente uniquement.

Voor de klanten in Nederland

Gooi de batterij niet weg maar lever deze in als klein

chemisch afval (KCA).

For the customers in Taiwan only

Für Kunden in Deutschland

Entsorgungshinweis: Bitte werfen Sie nur entladene

Batterien in die Sammelboxen beim Handel oder den

Kommunen. Entladen sind Batterien in der Regel dann,

wenn das Gerät abschaltet und signalisiert “Batterie

leer” oder nach längerer Gebrauchsdauer der Batterien

“nicht mehr einwandfrei funktioniert”. Um

sicherzugehen, kleben Sie die Batteriepole z.B. mit

einem Klebestreifen ab oder geben Sie die Batterieneinzeln in einen Plastikbeutel.



BVP-E30/E30P M-V1

Vorsicht!

Explosionsgefahr bei unsachgemäßem Austauschder Batterie.

Ersatz nur durch denselben oder einen vomHersteller empfohlenen ähnlichen Typ. Entsorgung

gebrauchter Batterien nach Angaben desHerstellers.

ATTENTION

Il y a danger d’explosion s’il y a remplacementincorrect de la batterie.

Remplacer uniquement avec une batterie du mêmetype ou d’un type équivalent recommandé par le

constructeur.Mettre au rebut les batteries usagées conformément

aux instructions du fabricant.

ADVARSEL!

Lithiumbatteri-Eksplosionsfare ved fejlagtighåndtering.

Udskiftning må kun ske med batteriaf samme fabrikat og type.

Levér det brugte batteri tilbage til leverandøren.

ADVARSEL

Lithiumbatteri - Eksplosjonsfare.Ved utskifting benyttes kun batteri som

anbefalt av apparatfabrikanten.Brukt batteri returneresapparatleverandøren.

VARNING

Explosionsfara vid felaktigt batteribyte.Använd samma batterityp eller en likvärdig typsom rekommenderas av apparattillverkaren.

Kassera använt batteri enligt gällandeföreskrifter.

VAROITUS

Paristo voi räjähtää jos se on virheellisestiasennettu.

Vaihda paristo ainoastaan laitevalmistajansuosittelemaan tyyppiin.

Hävitä käytetty paristo valmistajan ohjeidenmukaisesti.

CAUTION

Danger of explosion if battery is incorrectly replaced.

Replace only with the same or equivalent typerecommended by the manufacturer.Dispose of used batteries according to themanufacturer’s instructions.

1 (P)





BVP-E30/E30P M-V1 1 (E)

Table of Contents

Manual Structure

Purpose of this manual ........................................................... 3 (E)

Related manuals .....................................................................3 (E)

Contents .................................................................................. 4 (E)

1. Service Overview

1-1. Note on Service........................................................ 1-1 (E)

1-1-1. Confirming the ROM Version........................ 1-1 (E)

1-1-2. Compatibility of File Data.............................. 1-1 (E)

1-1-3. Error Messages Displayed when Memory

Stick is Used ................................................... 1-1 (E)

1-1-4. Note on PA-272/273/274 Boards ................... 1-1 (E)

1-1-5. Description on Backup Battery ...................... 1-2 (E)

1-1-6. Description on CCD Block Number .............. 1-2 (E)

1-1-7. Notes on Spare Parts ...................................... 1-2 (E)

1-1-8. Unleaded Solder ............................................. 1-2 (E)

1-2. Connector Input/Output Signals .............................. 1-3 (E)

1-3. Connection Connector ............................................. 1-7 (E)

1-4. Function of Internal Switches .................................. 1-7 (E)

1-5. Remove and Installation of Exterior Parts ............... 1-9 (E)

1-6. Location of Printed Wiring Boards .......................... 1-9 (E)

1-7. Circuit Description................................................. 1-10 (E)

1-7-1. CCD Block (PA-272/273/274 Boards,

TG-229 Board, and NR-72 Board) ............... 1-10 (E)

1-7-2. Video Signal System (VA-226 Board,

DPR-261 Board, and IF-969 Board) ............ 1-11 (E)

1-7-3. System Control (AT-148 Board) .................. 1-12 (E)

1-7-4. Power Supply Block (DC-DC Converter)

(RE-201 Board) ............................................ 1-13 (E)

1-8. Diagnosis ............................................................... 1-14 (E)

1-9. Contents of the EEPROM and FRAM Data .......... 1-15 (E)

1-10. Adjustment and Setting Items After Replacement

of Board ................................................................. 1-16 (E)

1-10-1. CCD Unit...................................................... 1-16 (E)

1-10-2. TG-229 Board .............................................. 1-16 (E)

1-10-3. NR-72 Board ................................................ 1-16 (E)

1-10-4. VA-226 Board .............................................. 1-16 (E)

1-10-5. DPR-261 Board ............................................ 1-16 (E)

1-10-6. AT-148 Board .............................................. 1-16 (E)

1-11. Upgrading the Software ......................................... 1-17 (E)

1-11-1. Upgrading MAIN Program .......................... 1-17 (E)

1-11-2. Upgrading BOOT Program .......................... 1-17 (E)

1-12. Setting Scene File Number .................................... 1-18 (E)

1-13. Removing and Reinstalling the Flexible Card

Wires ...................................................................... 1-19 (E)

1-14. How to Extend the Circuit Board .......................... 1-20 (E)

1-14-1. Extending the DPR-261 Board ..................... 1-20 (E)

1-14-2. Extending the DC-DC Converter ................. 1-20 (E)

1-14-3. Extending the CCD Block............................ 1-21 (E)

1-15. Inspection and Maintenance .................................. 1-22 (E)

1-15-1. Recommended Replacement Parts ............... 1-22 (E)

1-15-2. Cares after Using under Special

Environment ................................................. 1-24 (E)

1-15-3. Fixtures ......................................................... 1-25 (E)

1-16. Notes for Replacing Parts ...................................... 1-26 (E)

1-16-1. Notes for Replacing the Flexible Card

Wire .............................................................. 1-26 (E)

1-16-2. Notes for Replacing the Board ..................... 1-26 (E)

1-16-3. Notes for Replacing the Connector

on the Board ................................................. 1-27 (E)

2. Replacement of Main Parts

2-1. Replacing the CCD Block and Component Parts .... 2-1 (E)

2-1-1. Replacing the CCD Unit ................................ 2-1 (E)

2-1-2. Positioning Adjustment for Filter Knob......... 2-3 (E)

2-1-3. Replacing the Boards Inside the CCD Unit ... 2-4 (E)2-1-4. Adjusting Filter Position After Replacing the

DR-536 Board ................................................ 2-6 (E)

2-2. Replacing the VF Connector ................................... 2-7 (E)

2-3. Replacing the Illuminated ASSIGNABLE Switch.. 2-7 (E)

2-4. Replacing the RET/INCOM Switch ........................ 2-9 (E)

2-5. Removing the V Shoe Bracket ................................ 2-9 (E)

2-6. Replacing the MENU SELECT Knob/

MENU Switch/DISPLAY Switch ......................... 2-10 (E)

2-7. Replacing the LENS Connector ............................. 2-11 (E)

2-8. Replacing the TEST OUT Connector .................... 2-11 (E)

2-9. Replacing the Side Switch Panel Block................. 2-12 (E)

2-10. Replacing the Front Switch Panel Block ............... 2-12 (E)

2-11. Replacing the MIC Connector ............................... 2-13 (E)

2-12. Replacing the DC-DC Converter ........................... 2-13 (E)

2-13. Replacing the MB-953 Board ................................ 2-14 (E)

2-14. Replacing the CN-2204 Board............................... 2-15 (E)

2-15. Replacing the Memory Stick Case

(CN-2206 Board) ................................................... 2-16 (E)



BVP-E30/E30P M-V12 (E)

3. Setup Menu

3-1. Setup Menu .............................................................. 3-1 (E)

3-2. TOP Menu ............................................................... 3-3 (E)

3-3. OPERATION Menu ................................................ 3-4 (E)

3-4. PAINT Menu ......................................................... 3-13 (E)

3-5. MAINTENANCE Menu........................................ 3-26 (E)

3-6. FILE Menu............................................................. 3-35 (E)

3-7. DIAGNOSIS Menu ............................................... 3-40 (E)

3-8. SERVICE Menu .................................................... 3-40 (E)

4. File System

4-1. File Structure ........................................................... 4-1 (E)

4-2. Operator File ............................................................ 4-2 (E)4-3. Preset Operator File ................................................. 4-3 (E)

4-4. Scene File................................................................. 4-4 (E)

4-5. Reference File .......................................................... 4-6 (E)

4-6. Lens File .................................................................. 4-8 (E)

4-7. OHB File ................................................................ 4-10 (E)

4-8. File Items ............................................................... 4-12 (E)

5. Electrical Alignment

5-1. Preparation ............................................................... 5-1 (E)

5-1-1. Equipment Required....................................... 5-1 (E)

5-1-2. Notes on Adjustment ...................................... 5-2 (E)

5-1-3. Connection ..................................................... 5-2 (E)

5-1-4. Initial Settings ................................................ 5-3 (E)

5-1-5. Presetting Compensation Data ....................... 5-4 (E)

5-1-6. SERVICE Menu ............................................. 5-4 (E)

5-1-7. Maintaining the Grayscale Chart.................... 5-5 (E)

5-2. VA-226 Board Adjustment ...................................... 5-7 (E)

5-2-1. Black Balance Adjustment ............................. 5-7 (E)

5-2-2. Flare Offset Adjustment ................................. 5-7 (E)

5-2-3. Offset Adjustment .......................................... 5-8 (E)

5-3. PA-272/273/274 Boards Adjustment ....................... 5-9 (E)

5-3-1. PA Gain Adjustment ...................................... 5-9 (E)

5-4. DPR-261 Board Adjustment .................................. 5-10 (E)

5-4-1. Video Level Adjustment (1)......................... 5-10 (E)

5-4-2. Video Level Adjustment (2)......................... 5-11 (E)

5-4-3. TEST OUT Level Adjustment ..................... 5-12 (E)

5-4-4. SC Frequency Adjustment ........................... 5-13 (E)

5-5. RPN Pixel Concealment ........................................ 5-14 (E)

5-6. RPN Compensation Adjustment ............................ 5-15 (E)

5-7. White Vertical Line Compensation ....................... 5-16 (E)

5-8. V-SUB Voltage Adjustment .................................. 5-17 (E)

5-9. V-REG Voltage Adjustment .................................. 5-18 (E)



3 (E)BVP-E30/E30P M-V1

Manual Structure

Purpose of this manual

This manual is the maintenance manual volume 1 of Color Video Camera BVP-E30/

E30P/E30WS/E30WSP.

This manual is intended for use by trained system and service engineers, and isprovided information that is premised parts levels service for this unit.

Related manuals

Besides this maintenance manual volume 1, the following manuals are available.

..... Operation Manual (Supplied with this unit)

This manual is necessary for the use and the operation of this unit.

Part No.: 3-854-245-XX

..... CD-ROM Manual (Supplied with this unit)This manual contains the operation manual of BVP-E30/E30WS, the operation

manual of each peripheral equipment included in BVP-E30 series, and the mainte-

nance manual of partial equipment (camera adaptor and the like).

Part No.: 3-854-379-XX

..... Maintenance Manual Volume 2 (Available on request)

This manual is provided information that is premised the parts level service

(exploded views, block diagrams, board layouts, schematic diagrams, detailed

parts lists and the like.) for this unit.

If this manual is required, please contact to your local Sony Sales Office/Service

Center.Part No.: 9-968-050-XX

..... “Semiconductor Pin Assignments” CD-ROM (Available on request)

This “Semiconductor Pin Assignments” CD-ROM allows you to search for

semiconductors used in Communication B&P Company equipment.

Semiconductors that cannot be searched for on this CD-ROM are listed in the

maintenance manual for the corresponding unit. The maintenance manual contains

a complete list of all semiconductors and their ID Nos., and thus should be used

together with the CD-ROM.

Part number: 9-968-546-06



4 (E) BVP-E30/E30P M-V1

Contents

The following is a summary of the sections of this manual.

Section 1 Service Overview

Describes the location of major parts, on-board, switches, tools, fixtures, adjust-

ments/setup after board replace, etc.

Section 2 Parts Replacement

Describes the replacement procedure of circuit board, CCD unit, connectors,

switches and others.

Section 3 Setup Menu

Describes the setup menu, etc.

Section 4 File System

Describes the file structure, etc.

Section 5 Electrical Alignment

Describes electrical adjustment necessary for maintenance of the unit or replacement

of parts.



1-1 (E)BVP-E30/E30P M-V1

Section 1

Service Overview

1-1. Note on Service

1-1-1. Confirming the ROM Version

When connecting any of the peripheral equipment in the

following list to this unit, be sure to check that the version

of ROM of each peripheral device to be connected.

If ROM version is lower than the specified below, be sure

to perform ROM replacement.

Model Ref No. ROM version

MSU-700A IC5, IC6/CPU-293 board Ver. 1.20 and

higher

MSU-750 IC5, IC6/CPU-286 board Ver. 1.20 and

higher

CCU-700A IC1004/AT-88 board Ver. 2.90 andhigher

CCU-550A IC133/AT-111 board Ver. 3.00 and

higher

CNU-700 IC4, IC5/AT-89 or Ver. 3.30 and

AT-89A board higher

CNU-500 IC4, IC5/AT-100 board Ver. 2.90 and

higher

RCP-720 Series IC10/MPU-79 board Ver. 2.80 and

RCP-730 Series higher

RCP-740 Series

RM-B750 Series Ver. 1.01 and

higherRCP-750 Series Ver. 1.01 and

higher

RM-B150 IC4/CPU-266 board Ver. 1.20 and

higher

1-1-2. Compatibility of File Data

The file data does not have compatibility with other

cameras.

When using the file data stored in the memory stick or the

IC memory card (for MSU), make sure that the file data forBVP-E10 series or BVP-E30 series are stored.

(For details on the file system, refer to Section 4.)

1-1-3. Error Messages Displayed when

Memory Stick is Used

Describes the error messages displayed when the data isstored or read using a memory stick in the table below.

Error message Description

NO MEMORY STICK No memory st ick is inserted.

FORMAT ERROR The memory stick is not formatted.

OTHER MODEL’S FILE The memory stick contains data

cannot be read by this unit.

FILE NOT FOUND No data is stored in the memory

stick.

FILE ERROR Circuit or memory stick fault and/or

the data in the memory stick fault.

1-1-4. Note on PA-272/273/274 Boards

The PA-272/273/274 boards cannot be replaced as the

mounted board level. If the component part mounted on

the board cannot be replaced, replace with the whole CCD

unit.



1-2 (E) BVP-E30/E30P M-V1

1-1-5. Description on Backup Battery

wThe lithium battery is critical part to safe operation.

Replace the component with Sony part whose part number

appears in the manual published by Sony.If the component is replaced by any part other than the

specified ones, this may cause a fire or electric shock.

cWhen replacing the lithium battery, ensure that the battery

is installed with + and _ poles connected to the correct

terminals. An inconnect connection may cause an explo-

sion or leakage of fluid result in physical damage in the

surrounding materials.

A lithium battery on the AT-148 board is used to back up

the date data to be stored in the memory stick. Reset the

date data using the DATE/TIME page (Refer to Section

3-5) in the MAINTENANCE menu after replacing the

dead battery.

Replacement part : BT1 (AT-148 board)

Description : CR-2032

(Lithium battery)

Parts number : ! 1-528-174-31

Recommended replacement period : Every 7 years

m. When replacing the AT-148 board, it is recommended to

replacing the battery at the same time.

. Resetting the date data is required even when the battery

is disconnected from the battery holder.

1-1-6. Description on CCD Block Number

Every CCD unit has its own ID number called CCD block

number. It shows the CCD block type and serial number of

the CCD block.The CCD block number label is put in the CCD unit.

As for the replacement procedures of CCD block, refer to

Section 2-1-1. “Replacing the CCD Block ”.

1-1-7. Notes on Spare Parts

1. Safety Related Components Warning

wComponents marked ! are critical to safe operation.

Therefore, specified parts should be used in the case of replacement.

2. Standardization of Parts

Some repair parts supplied by Sony differ from those

used for the unit. These are because of parts common-

ality and improvement.

Parts list has the present standardized repair parts.

3. Stock of Parts

Parts marked with “o” at SP (Supply Code) column of

the spare parts list may not be stocked.

Therefore, the delivery date will be delayed.

4. Harness

The harness with which the part number is not de-

scribed is not registered as the service parts. Replace

with the component part described in the lists.

1-1-8. Unleaded Solder

Boards requiring use of unleaded solder are printed with a

lead free mark (LF) indicating the solder contains no lead.

(Caution: Some printed circuit boards may not come

printed with the lead free mark due to their particular size.)

: LEAD FREE MARK

m. Be sure to use the unleaded solder for the printed circuit

board printed with the lead free mark.

. The unleaded solder melts at a temperature about 40 dChigher than the ordinary solder, therefore, it is recom-

mended to use the soldering iron having a temperatureregulator.

. The ordinary soldering iron can be used but the iron tip

has to be applied to the solder joint for a slightly longer

time. The printed pattern (copper foil) may peel away if

the heated tip is applied for too long, so be careful.AKA xxxxx

Serial number for CCD block

CCD block type



1-3 (E)BVP-E30/E30P M-V1

(EXTERNAL VIEW)

(EXTERNAL VIEW)

(EXTERNAL VIEW)

1-2. Connector Input/Output Signals

TEST OUT

BNC 75 Z 1.0 V p-p

MIC IN (3P FEMALE)

No. SIGNAL SPECIFICATIONS

1 MIC IN (G) _60 dBu High impedance

2 MIC IN (X)balanced

3 MIC IN (Y)(0 dBu = 0.775 Vrms)

LENS (12P FEMALE)


1 RET VIDEO ENABLE IN ENABLE: 0 V

DISABLE: +5 V or OPEN

2 RET 2 ENABLE IN ENABLE: 0 V

DISABLE: +5 V or OPEN

3 GND GND for UNREG

4 AUTO +5 V OUT AUTO: +5 V

MANU: 0 V or OPEN

5 IRIS CONT OUT +3.4 V (F16) to

+6.2 V (F2.8)

6 UNREG OUT +10.5 V to +17 V

7 IRIS POSITION IN +3.4 V (F16) to

+6.2 V (F2.8)8 AUTO/MANU OUT AUTO IRIS: 0 V

MANUAL IRIS: +5 V

9 EXTENDER ON/OFF IN EX 2 ON: 0 V

EX 0.8 ON: +1.8 V

OFF: +4.8 V

10 ZOOM POSITION IN WIDE: +2 V

TELE: +7 V

11 SER DATA OUT H: +5V

L: 0V

12 SER DATA IN H: +5V

L: 0V

VF (20P FEMALE)


1 NC No connection

2 ABNORMAL IND OUT L: Indicator lights

OPEN: Indicator goes out

3 16:9 MODE OUT H: NORMAL (4:3)

L: WIDE (16:9)

4 NC No connection

5 COMP/VBS SW IN/OUT *Note1

6 CCIR/EIA OUT H: CCIR, L: EIA

7 NC No connection

8 G TALLY OUT H: Indicator lights

L: Indicator goes out

9 NC No connection

10 Y (X) OUT 1 V p-p, VF: Zi = 1 kZ

11 ZEBRA ON IN H: OFF, L: ON

12 VF VIDEO OUT (X) 1.0 V p-p, VF: Zi = 1 kZ

13 NC No connection

14 B-Y (X) OUT 700 mV p-p, VF: Zi = 1 kZ,

75 % color-bars

15 R-Y (X) OUT 700 mV p-p, VF: Zi = 1 kZ,75 % color-bars

16 BATT IND OUT H: Indicator lights


17 TALLY IND OUT H: Indicator lights


18 +9.3 V (VF) OUT REG +9.3 V

19 GND GND

20 UNREG OUT +10.5 V to +17 V

Note1: Specification of COMP/VBS SW Signal

When powering on, the microcomputer of the camera identifies a

viewfinder in use by detecting the voltage at pin 5.H: Color VF, L: B/W VF

. In use of B/W VF

Voltage control of pin 5 is disabled during operation.

Switching between the return video signal and mono-

chrome signal for the viewfinder is done by the camera

and selected signal is output at pin 12 to the viewfinder.

. In use of Color VF

By controlling the voltage at pin 5 during operation,

switching between the decoded return video signal and

the camera component signal is done in the viewfinder.

H: Camera, L: Return video



1-4 (E) BVP-E30/E30P M-V1

34

68

1

35

(EXTERNAL VIEW)


1 UNREG GND GND for UNREG


3 VF UNREG GND GND for VF UNREG

4 LENS UNREG GND GND for LENS UNREG

5 UNREG IN 10.5 V to 17 V


7 VF UNREG IN 10.5 V to 17 V

8 LENS UNREG IN 10.5 V to 17 V

9 NC No connection

10 NC No connection

11 VBS OUT (G) GND for VBS VIDEO

12 Y OUT (X) VS 1.0 V p-p, Zo = 75 Z

13 B-Y OUT (X) 700 mV p-p, with sample 350 mV*

756 mV p-p (J)

700 mV p-p (UC) **

525 mV p-p (CE)

14 NC No connection

15 NC No connection

16 VBS GENLOCK IN (X) 1.0 V p-p ±6 dB

17 RET VIDEO IN (G) GND for RET VIDEO

18 MONITOR VIDEO OUT (X) VS 1.0 V p-p, Zo = 75 Z

19 BATTERY ALARM IN Zi = 300 Z *Note 2

20 NC No connection

21 AUDIO CH1 CONT OUT 0 V (0 dB) to 7 V (_50 dB or less)

22 MIC 1 OUT (Y) Zo < 600 Z, _60 dBu balanced

23 NC No connection

24 SKIN TONE GATE OUT 1.0 V p-p

25 TAPE REM IN *Note 4

26 VTR SYNC OUT +5.0 V p-p Negative pulse, Zo < 100 Z

27 RET EN OUT ENABLE; 0 V, DISABLE; +5 V or OPEN

28 PB REF IN PB; +4.5 V,

CAM; 0 V or OPEN

29 H CONT IN 0 V to 5 V, Analog

30 ANALOG GND

31 DIGITAL HD OUT 3.3 V p-p for Digital

32 COM CONT IN 5 V p-p

33 IIC CLOCK OUT (CA) 5 V p-p

34 NC No connection




37 VF UNREG GND GND for VF UNREG

38 LENS UNREG GND GND for LENS UNREG



41 VF UNREG IN 10.5 V to 17 V

42 LENS UNREG IN 10.5 V to 17 V

43 NC No connection

44 NC No connection

45 VBS OUT (X) 1.0 V p-p ±10 %, Zo = 75 Z

46 R-Y OUT (X) 700 mV p-p, with sync 350 mV*

756 mV p-p (J)

700 mV p-p (UC) **

525 mV p-p (CE)

47 Y/R-Y/B-Y GND GND for Y/R-Y/B-Y

48 NC No connection

49 NC No connection

50 VBS GENLOCK IN (G) GND for GENLOCK/H CONT IN

51 RET VIDEO IN (X) 1.0 V p-p, Zi = 1 kZ

52 MONITOR VIDEO OUT (G) GND for MONITOR VIDEO

53 VTR START/STOP OUT Zo < 10 kZ

54 NC No connection

55 MIC 1 OUT (G) GND for CAM MIC

56 MIC 1 OUT (X) Zo < 600 Z, _60 dBu balanced

57 NC No connection

58 NC No connection

59 AUDIO LEVEL IN Zi > 1 kZ (_15 dBu at 0 VU)

60 NC No connection

61 NC No connection

62 REC TALLY IN ON; +5 V,

OFF; +2.5 V or 0 V,

Zi > 20 kZ *Note 3

63 VTR SAVE OUT SAVE; +4.5 V, STANDBY; 0 V, Zo < 10 kZ

64 GND

65 NC No connection

66 COM DATA OUT 5 V p-p

67 IIC DATA IN/OUT (CA) 5 V p-p, 4700 Z, Pull up

68 NC No connection

(0 dBu = 0.775 Vrms)

ANALOG CA (68P FEMALE)

*: In connection with CCU, **: In connection with VTR



1-5 (E)BVP-E30/E30P M-V1

Input Signal at

Pin 62

5.0

REC TALLY

signal1.0 ±0.2 Hzduty 50 ±10 %

REC RESET signal

10—100 msec

VTR Action

Power

OFF

Power

ON

When VTR changes

from POWER SAVE

to REC START mode,

or when the servo is

lost

When VTR

changes from

STANDBY to

REC START

mode, or inREC mode

At the end of

tape or When

VTR is put

into STOP

mode by itself(REC RESET

signal does

not appear

when VTR is

put into STOP

mode by

operating the

camera)

STOP

mode

+1_0.5 V dc

2.5 ±0.5 V dc

0 ±0.3 V dc

Battery Terminal

Voltage

(VTR internal battery)

12.0—11.1 V dc 11.1—10.8 V dc 10.8 V dc—

2—3 V dcacross 300 Z

0 V

Input Signal at

Pin 19

LED on Viewfinder

1.0 ±0.2 Hzduty 50 ±10 %

Stays out Blinks at 1 Hz Lights up

Note 2 : Specifications of BATT ALARM Signal

VTR has a battery voltage detection and waring signal generation circuits and it sends the signal shown

below to the camera.

Note 3 : Specifications of REC TALLY Signal

Note 4 : Specifications of TAPE REM Signal

Tape Remaining (VTR) Input Signal at Pin 25 Remark

TAPE1 TAPE2

+5 V +5 V +3.4 V

+5 V 0 V +3.1 V G TALLY lamp lights at +3.1 V

0 V +5 V +2.2 V

0 V 0 V 0 V



1-6 (E) BVP-E30/E30P M-V1

34

68

1

35

(EXTERNAL VIEW)

DIGITAL CA (68P FEMALE)


1 G (L) OUT

2 G (2) OUT

3 G (4) OUT 2.5 V p-p

4 G (6) OUT

5 G (8) OUT

6 R (L) OUT

7 R (2) OUT

8 R (4) OUT 2.5 V p-p

9 R (6) OUT

10 R (8) OUT

11 B (L) OUT

12 B (2) OUT

13 B (4) OUT 2.5 V p-p

14 B (6) OUT

15 B (8) OUT

16 DIGITAL GND GND for DIGITAL

17 DIGITAL BLANKING OUT 3.3 V p-p

18 DIGITAL SYNC OUT 3.3 V p-p

19 NC No connection

20 NC No connection

21 NC No connection

22 NC No connection

23 NC No connection

24 NC No connection

25 NC No connection

26 NC No connection

27 NC No connection

28 NC No connection

29 NC No connection

30 NC No connection

31 NC No connection

32 NC No connection

33 (Reserve)

34 18 MHz OUT (G) GND for 18 MHz


35 G (1) OUT

36 G (3) OUT

37 G (5) OUT 2.5 V p-p

38 G (7) OUT

39 G (M) OUT

40 R (1) OUT

41 R (3) OUT

42 R (5) OUT 2.5 V p-p

43 R (7) OUT

44 R (M) OUT

45 B (1) OUT

46 B (3) OUT

47 B (5) OUT 2.5 V p-p

48 B (7) OUT

49 B (M) OUT

50 DIGITAL GND GND for DIGITAL

51 DIGITAL SAMPLE OUT 3.3 V p-p

52 DIGITAL VD OUT 3.3 V p-p

53 DIGITAL CF OUT 3.3 V p-p

54 NC No connection

55 NC No connection

56 NC No connection

57 NC No connection

58 NC No connection

59 NC No connection

60 NC No connection

61 (Reserve)

62 NC No connection

63 NC No connection

64 NC No connection

65 NC No connection

66 NC No connection

67 (Reserve)

68 18 MHz OUT (X) 3.3 V p-p



1-7 (E)BVP-E30/E30P M-V1

1-3. Connection Connector

Connection made with the connector panels during installation or service, should be made with the

connector specified in the following list, or equivalent parts.

Connector Name Connection Connectors

TEST OUT (BNC) 1-569-370-12 Plug, BNC

MIC IN (3P FEMALE) 1-508-084-00 XLR, 3P Male or ITT Cannon XLR-3-12C equivalent

1-4. Function of Internal Switches

Ref. No. Designation Description Factory setting

S1 MIC +48 V MIC POWER +48 V ON/OFF switch ON

Set to OFF when using the microphone of the internal

batteries type.

S1

14

13

12

11

10

9

8

7

6

5

4

3

2

1

G F E DC

B A

MB-953 board (B side)

ON OFF



1-8 (E) BVP-E30/E30P M-V1

S1

8

7

6

5

4

3

2

1

ABCD

TG-229 board (B side)

16:9 PAL

NTSC4:3

1 2

NR-72 Board


S101-1 SINGLE/DUAL Set corresponding to the filter disk type of BVP-E30P: S

the camera to be used. BVP-E30: D

S: Single filter BVP-E30WS: D

D: Dual filters BVP-E30WSP: D

S101-2 _ NC _

TG-229 Board


S1-1 4:3/16:9 Set corresponding to the camera to be used. BVP-E30/E30P: 4:3

BVP-E30WS/E30WSP: 16:9

S1-2 PAL/NTSC Set corresponding to the camera to be used. BVP-E30/E30WS: NTSC

BVP-E30P/E30WSP: PAL

S101

H

G

F

E

D

C

B

A

123456

NR-72 board (B side)

S

D

1 2



1-9 (E)BVP-E30/E30P M-V1

Loosen 4 screws.

MB-953

CN-2204

DC-DC CONVERTER(RE-201 board)

CN-2206

AT-148

VA-226

SW-1069

SW-1067

SW-1070

SW-1068

CN-2207

CN-2205

CN-2208

CN-2210

DPR-261

CN-2209

SW-1071

SW-1075

IF-969

DR-536(BVP-E30/E30WS/ E30WSP only)

PA-274

PA-272

PA-273

SE-767(BVP-E30P only)

TG-229

NR-72

1-5. Remove and Installation of Exterior Parts

1-6. Location of Printed Wiring Boards



1-10 (E) BVP-E30/E30P M-V1

1-7. Circuit Description

1-7-1. CCD Block (PA-272/273/274 Boards,

TG-229 Board, and NR-72 Board)

PA-272/273/274 BoardsThe PA boards contains the CCD bias circuit, horizontal

register drive circuit (H1, H2, LH1 driver), CDS (Correlat-

ed Double Sampling) circuit which extracts video signals

from the CCD and eliminates noise, and preamp circuit

which adjusts sensitivity.

IC9 of PA-273 board detects temperature around the CCD

block with a temperature sensor, and sends the detected

signal to the AT-148 board.

Various CCD drive conditions, adjustment data (V-sub

voltage, RG voltage, black/white shading, etc.) are written

in IC8 (EEPROM) of PA-272 board.

TG-229 Board

The TG-229 board contains the CCD drive pulse genera-

tion circuit and its drive circuit.

The 18 MHz clock generated from the voltage control

generation circuit (X1) is sent to the DPR-261 board to

generate the AHD, AVD pulse synchronized with the

video output signal.

The TG IC (IC1) generates the CCD drive pulse synchro-

nized with this AHD, AVD pulse and the sample and hold

pulse for the CDS circuit of the PA boards.

These pulses are passed through the following drive circuit

and are sent to each PA board.

. V clock: Passed through IC201 to IC206 drivers ICs

. RG pulse: Passed through IC309 and then the bias

potential specific to each. CCD is added to the

output of IC309.

. V-sub voltage:

Enters IC310 DC amplifier to be adjusted for

the specified voltage.

. Shutter pulse:

Passes through the drive circuit consisting of

Q201 to Q204.. SHP/SHD/H1/H2/LH1:

Passes through IC312, IC313, and IC307

AND gate ICs.

NR-72 Board

The NR-72 board contains a power stabilization circuit to

stabilize various power supply voltages to be supplied to

the CCD block, black/white shading correction signal

generation circuit, and optical filter interface circuits.

. The power stabilization circuit stabilizes the followingpower supply voltages to be supplied to the CCD block.

+15.0 V +30.0 V +6.0 V +5.3 V +3.3 V +2.5 V

+1.8 V +1.1 V _10.0V _8.0 V _4.5 V

. The black/white shading correction signal and TEST

SAW signal are generated in IC104, and are sent to the

VA-226 board to mix with the video signal.

. This board has two optical filter interface circuits, one is

for the two-filters type with a servomotor used in the

BVP-E30/E30WS/E30WSP, the other is for one filter

type without a servomotor used in the BVP-E30P.

The switch S101 switches these circuits.



1-11 (E)BVP-E30/E30P M-V1

1-7-2. Video Signal System (VA-226 Board,

DPR-261 Board, and IF-969 Board)

VA-226 Board

The VA-226 circuit amplifies the R, G, B video signals

output from the PA boards, performs various correction,and then sends them to the DPR-261 board. As the R, G,

and B circuits are basically the same, Rch is explained as

an example below.

The video signal output from the PA board is passed

through the trap filter (FL101), and input to the first

amplifier stage composed of Q102 to Q108. In this ampli-

fier, black shading correction, 5600K switching (Rch and

Bch only) and clamping are performed.

The clamped signal is switched between 0 dB/6 dB/12 dB/

18 dB by the amplifier composed of Q110 to Q117 and

blanking cleaning is performed by IC102. Clamping is also

performed in this amplifier.

After this, the change of 0 dB/3 dB/6 dB/12 dB and flare

correction are performed in the amplifier composed of

Q125 to Q131 and Q133 to Q135, and the signals are

output to the DPR-261 board.

In addition, switching of the video signal and TEST SAW

signal is also performed.

DPR-261 Board

The DPR-261 board is mainly composed of the A/D block

which converts analog RGB signals input from the VA-

226 board to digital, camera DSP (digital signal processor)

block which performs various signal processing, and D/A

block which converts digital signals processed by thecamera DSP block to analog.

In the A/D block, after analog RGB signals input from the

VA-226 board are clamped, they are passed through the

pre-filters (FL101, FL102, and FL103), and converted to

14-bit digital signals by the A/D converter (IC102, IC202,

and IC302).

The A/D-converted digital signals are input to the camera

DSP LSI (IC1).

IC1 performs detection of average values and peak values

of video signals required for automatic operations of the

camera such as auto black balance, auto white balance,

auto iris, etc., processings white balance, white shading

correction, matrix, detail, and gamma, and digital encoding

for VBS signals. 25 PsF/29.94 PsF conversion functions

and slow shutter are also realized using the SDRAM

(IC801). These processed signals are output from IC1 as

various digital video signals.

Of the digital video signals output from IC1, only the Y/R-

Y/B-Y signals for the digital CA are passed through the

buffers (IC1001 to IC1005) and then output at the DPR-

261 board as the digital signals. The other digital signals

are converted to analog signal.

In the D/A block, the Y/R-Y/B-Y signal is D/A-converted

by IC501, the VBS/SC by IC502, the Y/R-Y/B-Y signal

for VF by IC503, and the TEST signal by IC800.

The DPR-261 board, also control PLL and H-Phase/SC-

Phase at genlock and generates various timing pulses such

as HD/VD/SYNC.



1-12 (E) BVP-E30/E30P M-V1

IF-969 Board

The IF-969 board is composed of the driver block which

switches and outputs the analog signals D/A converted by

the DPR-261 board and RET signal sent when CCU is

connected to each block, and the I/O block inputs/outputs

the control signals from/to the lens, VF and the cameraadaptor.

The VBS signal which is D/A-converted by the DPR-261

board is input to the IF-969 board and branched into two.

One is sent to the camera adaptor as VBS output by 75 Zoutput driver after passed through the video driver IC

(IC105). The other is switched by the analog switch IC

(IC104) and output at the TEST OUT terminal.

This unit has the two systems to output the TEST signal.

One system outputs the TEST signal as a MONITOR OUT

to the camera adaptor after being switched by IC104

analog switch.

The other outputs that at the TEST OUT terminal by the

75 Z output driver after passing through IC105 driver IC.

At this terminal, VBS, TEST or RET signals which is

selected by IC104 analog switch is output. According to

another switch setting, character signal can be added to the

above output signal.

The RET signal sent when CCU is connected and the

GENLOCK input signal from the camera adaptor are

switched by the analog switch circuit (Q101 to Q107) and

the RET signal is separated to two pathes. The one is

output at the TEST OUT terminal via the analog switch IC

(IC104) after switching between the RET signal and the

TEST signal is done by the analog switch circuit (Q126,

Q115 to Q117, IC2). The other is output to VF VIDEO

OUT after switching between the RET signal and the VF-

VIDEO signal is done by the analog switch circuit (Q4 to

Q6). And also, to synchronize the GENLOCK input of the

camera adaptor with the external input video signal, the IF-

969 board is provided with the floating amplifier circuit

and sync separation circuit to send the external sync

signals EXT-SC and EXT-SYNC to the DPR-261 board.

When a color VF is connected, the signals VF-Y, VF R-Y,

VF B-Y input from the DPR-261 board are mixed with thecursor, marker signal and character signal generated in the

character generator IC (IC5) and then output as a COLOR

VF signal.

When a white/black VF is connected, the VF-Y signal

input from the DPR-261 board are mixed with the cursor,

marker and character signals in the different block to the

COLOR VF signal and then output to VF VIDEO OUT as

a monochrome VF signal.

The I/O block controls the switching input signal from the

switches of the camera, input/output signals from/to the

camera adaptor and lens, and output signal to VF using the

I/O expander (IC307) which communicates with the AT-

148 board.

1-7-3. System Control (AT-148 Board)

AT-148 Board

The AT-148 board is provided with a CPU (IC11) which

performs system control.

It is operated by the program written in the ROM (IC231

and IC232). The program can be upgraded using a memory

stick via the controller IC222.

The AT-148 board is also provided with a general memory

SRAM (IC216 and IC217) and FRAM (IC220 and IC221)

for recording system setting conditions, etc.

The external 8-bit bus (IC205, IC206, IC207, and IC208)

controls the I/O expander (IC307) of the IF-969 board and

the digital signal processor LSI (IC1) of the DPR-261

board. It also controls IC1 of the TG-229 board, IC104 of

the NR-72 board, D/A converter (IC702 and IC704) of the

VA-226 board, D/A converter (IC504 and IC509) of the

DPR-261 board, and switch input (IC1001 and IC1002) of

the CN-2205 board by serial communication.

The A/D converter of the CPU reads the IRIS, ZOOM, and

EXTENDER signals from the lens, and controls the lens

via the channel B of the communication IC (IC224).

In additional the CPU performs temperature control using

the temperature sensor signal of channel G sent from the

CCD block (PA-273 board), position control from the filter

block, tape remainder control, and audio volume control.

It is also provided with the serial I/O which communicates

with the CCU using the 700 protocol (channel A of IC224)

and the calendar function (IC3).



1-13 (E)BVP-E30/E30P M-V1

1-7-4. Power Supply Block (DC-DC

Converter) (RE-201 Board)

RE-201 Board

. The RE-201 board is a DC-DC converter which outputs

11 types of voltages altogether.

. PWM Clock Signal

The PWM POWER CONTROL (IC8) generates and

supplies the master clock (triangular wave of 90 ±10

kHz) for all controller ICs (IC2, IC3, IC7, and IC8) .

. Input Voltage Monitoring Circuit

The RE-201 board has an input voltage monitoring

circuit (IC4). If the voltage is within the appropriate

range, it supplies power to each controller IC (IC2, IC3,

IC7, and IC8) and REF voltage IC (IC1).

The power supply circuit starts up when the input power

voltage is within the range of +10.0 V to +18.8 V. Once

it has started up, the circuit keeps operating until the

input power voltage decreases below the lower limit

(+9.4 V).

. Protection Circuit for Shorting of Output Circuit

Each output is connected with a diode or transistor. In

normal operations, they are reverse-biased so that they

are turned OFF.

However if any single output is shorted, or if there is no

output due to some defect, the diode and transistor of the

corresponding block are turned ON and IC9 sends a

L_SHUTDOWN signal. The master clock is stopped by

this signal, and the outputs of all voltages stop.

. Output Overvoltage Protection Circuit

An overvoltage detection circuit is equipped only for the

+1.4 V output.

When the +1.4 V output exceeds +2.0 V under abnor-

mal conditions, the outputs of all voltages are stopped by

the L_SHUTDOWN signal like the output short-circuit

protection circuit.

. Voltage Control Circuit

The eight output voltages out of the 11 voltages are

stabilized with direct feedback control by the PWM

POWER CONTROL (IC2, IC3, IC7, and IC8). Each

control IC can independently control two voltages each.

+1.4 V, +2.5 V, +5.3 V, +3.3 V, +6.6 V, and +9.3 Vare output from the step-down chopper circuit while

_5 V is output from the polarity reversed chopper

circuit. The sync rectification circuit is adopted for all

except +9.3V to obtain high efficiency.

_10.5 V is output from the flyback regulator using the

transformer T1. The three voltages +16.0 V, +32.0 V,

and +46.0 V are also output by the T1 coil, however

they are not directly stabilized.

For +1.4 V, accurate voltage is required.

Therefore, it detects the voltage in the DPR-261 board to

absorb voltage drop during transmission.



1-14 (E) BVP-E30/E30P M-V1

<DIAGNOSIS>

ROM:V1.00

CAMERA:UC CA-570

OHB:-- MD:--

VA :-- AU:--

DPR:-- TR:--

IF :--

AT :--

HUR:99999H

CCU :--

12

34

8

5

76

CA-570 CA-550

MD:-- MD:--AU:-- AU:--

TR:-- TR:--

CA-530 CA-950

VSE:-- DA :--

DVP:-- IF :--

DC :-- AU :--

SDI:--

DPR:--

TX :--

1-8. Diagnosis

The unit is provided with the diagnosis function which can be used for the self-diagnosis of each plug-in

board and the OHB, and is displayed in the OPERATION menu.

OperationDisplay the “DIAGNOSIS” page of the OPERATION menu referring to Section 3-1.

Display

Description on display

Marks Board/Block Criteria for judging

1 OHB (CCD UNIT) Communication error with IC8/PA-272 board

2 VA-226 Communication error with IC701 or defect of sub-regulator circuit operation inside the

board.

3 DPR-261 Communication error with IC507 or defect of sub-regulator circuit operation inside the

board.

4 IF-969 Communication error with IC307 or defect of sub-regulator circuit operation inside theboard.

5 AT-148 Low capacity of BT1

6 HUR Indicates the power-on time of the camera. (The display stops in 99999 when the

power-on time exceeds 99999H.)

7 CCU/RM * The serial data is correctly received from the CCU or RM connected to the unit.

(“__” is displayed during a normal operation.)

* When neither CCU nor RM is connected, “RM: NC” is displays.

About mark 8 CA, is as described below according to the type of CA connected to the camera.

Refer to the maintenance manual supplied with the camera adaptor.



1-15 (E)BVP-E30/E30P M-V1

1-9. Contents of the EEPROM and FRAM Data

The data that is stored in the EEPROM and FRAM on the respective boards, is shown below.

nPart numbers of the following ICs are shown in Vol. 2 Section “1. Spare Parts” of the separate Mainte-

nance Manual are the ICs before saving the data contents.

Board Ref. No. EEPROM/ Contents of the saved data Adjustment/setup upon

(address) FRAM replacement of EEPROM/FRAM

AT-148 IC220 FRAM Reference file setting data Refer to Section 1-10-7.

(A-2/A side) Scene file setting data

IC221 Lens file setting data

(A-3/A side) Operator file setting data

VF menu setting data

DPR-261 IC507 EEPROM Factory adjustment data of Refer to Section 1-10-6.

(F-10/A side) DPR-261 board

(except SC Frequency data)

PA-272 IC8 EEPROM Factory adjustment data of *1

(B-1/B side) CCD block

SC Frequency data

VA-226 IC701 EEPROM Factory adjustment data of Refer to Section 1-10-5.

(D-12/A side) VA-226 board

*1: IC8 on the PA-272 board cannot be replaced because the data cannot be re-set.

When IC needs to be replaced due to defective IC, contact your local Sony Sales Office/Service Center.



1-16 (E) BVP-E30/E30P M-V1

1-10. Adjustment and Setting Items AfterReplacement of Board

When replacing the following boards, perform the adjust-

ments or settings referring to Section 5 “Electrical Align-

ment”If no adjustment item is listed, no adjustment is required.

Board Referring section

CCD unit 1-10-1. CCD Unit

TG-229 board 1-10-2. TG-229 Board

NR-72 board 1-10-3. NR-72 Board

VA-226 board 1-10-4. VA-226 Board

DPR-261 board 1-10-5. DPR-261 Board

AT-148 board 1-10-6. AT-148 Board

1-10-1. CCD Unit

Adjustment and Setting Items After CCD Unit is

Replaced

5-3-1. PA Gain Adjustment

5-4-3. SC Frequency Adjustment

4-7. OHB file (Adjustment and Saving the OHB file)

1-10-2. TG-229 Board

Setting Items After Board is Replaced

Referring to Section 1-4, set the internal switches.

1-10-3. NR-72 Board

Setting Items After Board is Replaced

Referring to Section 1-4, set the internal switch.

1-10-4. VA-226 Board

The EEPROM (IC701) is mounted on the VA-226 board.

Perform the following adjustments, when this IC is

replaced, too.

Adjustment Items After Board or EEPROM is

Replaced

5-2-1. Black Balance Adjustment

5-2-2. Offset Adjustment

5-2-3. Flare Offset Adjustment

1-10-5. DPR-261 Board

The EEPROM (IC507) is mounted on the DPR-261 board.

Perform the following adjustments, when this IC is

replaced, too.

Adjustment Items After Board or EEPROM is

Replaced

5-4-1. Video Level Adjustment

5-4-2. TEST OUT Level Adjustment

1-10-6. AT-148 Board

The unique setting data that is set by user is written into

IC220 and IC221 on the AT-148 board.

Therefore, when these ICs were replaced with new ICs in

replacing the board or IC itself, the data set by user is lost,

and is returned to their factory-setting values.

Perform the following settings, when these ICs are re-

placed, too.

Setting Items After Board or FRAM is Replaced

. Reset the reference file, operator file and scene file.(Refer to Section 4.)

. Replace lithium battery on the AT-148 board with a new

one, and reset date. (Refer to Sections 1-1-5 and 3-5.)



1-17 (E)BVP-E30/E30P M-V1

1-11. Upgrading the Software

The version of the MAIN program and BOOT program can

be upgraded using the memory stick. According to neces-

sary, follow the procedures shown below.

m. The upgrading program must have already been saved in

a memory stick before.

. Refer to Section 5-1-6 to display of the SERVICE menu.

. Refer to Section 3-1 for the basic operations of the setup

menu.

1-11-1. Upgrading MAIN Program

When the Setup Menu is Used for Version

Upgrading

1. Insert the memory stick in which the upgrading

program is already saved.

2. Display the FIRM UPDATE page of the SERVICE

menu, and execute the MAIN PROGRAM.

3. The upgrading status is displayed on the viewfinder

screen.

4. When the version upgrade is completed, the message

“Complete” will be displayed.

nWhen the tally switch on the camera adaptor is set to

ON, the tally lamp will blink during being upgrading,

and then light up when upgrading is completed.

5. Restart the unit, and confirm the version indication

using DIAGNOSIS menu.

Upgrading by Powering ON the Unit



2. Turn on the power while pressing the VTR START

switch and MENU SELECT knob on the camera front

simultaneously.3. The upgrading status is displayed on the viewfinder

screen.






5. Restart the unit, and confirm the version indication

using DIAGNOSIS menu.

1-11-2. Upgrading BOOT Program

BOOT program is a software renewing the firmware using

the memory stick. Do not operate this program except

upgrading the program.



2. Display the FIRM UPDATE page of the SERVICE

menu, and execute the BOOT PROGRAM.








1-18 (E) BVP-E30/E30P M-V1

1-12. Setting Scene File Number

The number of scene files that can be registered can be

changed (to 5 or 32) using the SERVICE menu of this unit.

The number of scene files can be stored in the internal

memory of this unit, memory stick, and IC memory card(when MSU is used).

However, pay attention to the following when changing the

number of scene files again after it is changed.

When the number of scene files is switched from

5 to 32:

Indefinite data is registered in the values of scene files 6 to

32. Be sure to register new data again before using the

scene files.

When the number of scene files is switched from

32 to 5:

The data registered in scene files 6 to 32 is deleted. The

deleted data cannot be restored.

m. This setting corresponds only to MSU-700A/750 and

RCP-730 series.

. Each scene file have no compatibility among the camer-

as if their scene file number differs.

How to change

Change the scene file number using the SETUP page in the

SERVICE menu.

Refer to Section 5-1-6 to display of the SERVICE menu.

Menu setting:

MENU: SERVICE

PAGE: SETUP

ITEM: SCENE FILE TYPE→ 5 or 32



1-19 (E)BVP-E30/E30P M-V1

1-13. Removing and Reinstalling theFlexible Card Wires

This unit uses two types of flexible card wire.

n

Life of flexible card wire will be significantly shortened if it is folded. Be very careful not to fold the flexible card

wire.

Type-A

Removal

1. Open the connector latch in the direction of arrow A to

release the lock.

2. Remove the flexible card wire in the direction of arrow

B.

Reinstallation

1. Hold the flexible card wire with its blue surface facing

to the front, and insert it in the direction of arrow A.

2. Close the connector latch in the direction of arrow B to

lock it.

Type-B

Removal

1. Open the connector latch in the direction of arrow A to

release the lock.2. Remove the flexible card wire in the direction of arrow

B.

Reinstallation

1. Hold the flexible card wire with its blue surface facing

upward, and insert it in the direction of arrow A.

2. Close the connector latch in the direction of arrow B to

lock it.

Flexible card wireConnector

Connector latch

A

B

Flexible card wireConnector

Connector latch

A

B

Blue surface

Flexible card wire

Connector

Connector latch

A

B

Flexible card wire

Connector

Connector latchA

B

Blue surface



1-20 (E) BVP-E30/E30P M-V1

CN10/MB-953 board

EX-878 board

DC-DC converter

CN2

CN3

CN1

1-14. How to Extend the Circuit Board

1-14-1. Extending the DPR-261 Board

Tool: DPR-197 board extension assembly

1. Remove the left side panel. (Refer to Section 1-5.)

2. Remove the four screws, and remove the DPR-261

board.

3. Extend the DPR-261 board as shown below using the

DPR-197 board extension assembly.

1-14-2. Extending the DC-DC Converter

Tool: EX-878 Board

1. Remove the right side panel. (Refer to Section 1-5.)

2. Remove the DC-DC converter (RE-201 board). (Referto Section 2-12.)

3. Connect the connector CN1 on the EX-878 board to

the connector CN10 on the MB-953 board.

4. Connect the DC-DC converter to the connector CN2 or

CN3 on the EX-878 board.

DPR-261board

CN1

B2.6 x 5

B2.6 x 5

MB-953 board

EX-885board side

EX-884 board side

CN13

DPR-197 boardextension assembly



1-21 (E)BVP-E30/E30P M-V1

CCD block

EX Harness

CN6

MB-953 board

CN5 CN4

RCN4 Red

CN5

CN6

EX Harness

Yellow

Blue

G

B

1-14-3. Extending the CCD Block

Tools: Flexible card wire (30P, 140 mm) ( 2 pieces)

EX Harness (3 pieces)

Tweezers

1. Remove the CCD block. (Refer to Section 2-1-1.)

2. Remove the NR-72 board. (Refer to Sections 2-1-1

and 2-1-3.)

3. Replace the two flexible card wires connected to CN2

and CN3 on the MB-953 board and CN1 and CN2 on

the NR-72 board with the wires of 140 mm in length

respectively.

Return the NR-72 board to the normal position.

4. Connects the three EX harnesses between the connec-

tors CN4, CN5, CN6 on the MB-953 board and the

three harnesses connected the CCD block.

5. Return the DPR-261 board to the normal position.

CN2

CN1

CN2

CN3NR-72 board

Flexible card wires(140 mm)

MB-953 board

B2.6 x 4



1-22 (E) BVP-E30/E30P M-V1

1-15. Inspection and Maintenance

1-15-1. Recommended Replacement Parts

Parts listed below are recommended replacement parts. Replace them according to necessary.

Fig No. Description Sony P/N Remarks

1 PAD ASSY A-8279-977-X rubber *1

2 RET SW COVER ASSY X-3608-852-X rubber *1

3 FILTER UNIT, OPTICAL 1-547-579-2X for BVP-E30 *2

FILTER UNIT, OPTICAL 1-758-002-1X for BVP-E30P *2

FILTER UNIT, OPTICAL 1-467-820-2X for BVP-E30WS *2

FILTER UNIT, OPTICAL 1-467-820-1X for BVP-E30WSP *2

4 BATTERY, LITHIUM CR-2032 ! 1-528-174-XX every 7 years *3

5 RING, BAYONET 3-790-043-0X every 5 years *4

6 PACKING, VF 3-710-024-0X rubber *1

7 BUTTON, VTR START 3-729-069-0X rubber *1

8 COVER, SWITCH (CC) 3-641-917-0X rubber *1

9 PAD, DROP PROTECTION (MENU) 3-641-918-0X rubber *1

0 PAD, DROP PROTECTION (MS) 3-641-922-0X rubber *1

!- CUSHION, DROP PROTECTION (FRONT) 3-641-920-0X rubber *1

!= PAD, DROP PROTECTION (SIDE) 3-658-973-0X rubber *1

![ CAP (TEST OUT) 3-641-919-0X rubber *1

!] SHEET, HANDLE 3-854-372-0X synthetic leather *1

!\ CUSHION, DRIP-PROOF (T) 3-855-578-0X rubber *1

*1 : Check for deformation and deterioration from time to time. Replace it as necessary.

*2 : The optical filter unit can become nebulous (intransparent and whitened) with elapse of time. Then it will not satisfy the requiredcharacteristics. Replace it as needed.

*3 : For details, refer to Section 1-1-5.

*4 : There can be a case that the lens cannot be securely fixed due to abrasion after long hours of use. Check deformation and

deterioration, and replace it as necessary.



1-23 (E)BVP-E30/E30P M-V1

2

3

5

9

0

4

8

1

7

!-

![

!=

6



1-24 (E) BVP-E30/E30P M-V1

1-15-2. Cares after Using under Special Environment

Checking the followings is recommended when returned from the news gathering at seaside, at the dusty

locations, at hot spring, or if the unit is heavily splashed with water or water leaks in the unit in the rough

weather or the like.

1. Carefully clean off sand and dust that entered the unit with airbrush or the like.

2. If salt contained in seawater or sulfur contained in hot spring attaches o the non-painted surface of

outer cabinet, the cabinet may corrode in white. If it attaches, wipe it off immediately with alcohol.

3. If water leaks inside the unit, dry the unit with hair-dryer. Check especially that water does not

remain in the CCD block or the power supply block.

nIf the unit is not taken care of appropriately, corrosion may occur inside that may cause fire and

electric shock.

4. Clean out the contacting surface of connectors.

5. Perform the general operational check and confirm that the unit operates correctly without any

abnormality.



1-25 (E)BVP-E30/E30P M-V1

1-15-3. Fixtures

Fig. No. Part No. Description Purpose

1 A-8318-864-A EX-464 Extending the plug-in boards

2 A-8344-323-A EX-878 Extending the DC-DC convertar(Refer to Section 1-14-2.)

3 A-8344-327-A DPR-197 board extension assembly Extending the DPR-261 board

(Refer to Section 1-14-1.)

4 1-823-429-11 Flexible card wire (30P, 140 mm) Extending the CCD block

5 1-961-653-21 EX Harness(Refer to Section 1-14-3.)

nThe two Flexible card wires of this type

and three EX Harness are required to

extend the CCD block.

6 J-6026-130-B Gray scale chart (4:3 transparent type) To adjust camera

commercially available Gray scale chart (4:3 reflective type)

J-6394-080-A Gray scale chart (16:9 transparent type)7 J-6029-140-B Pattern box PTB-500

8 J-6326-120-A Hexagonal bit To tighten screw

9 J-6325-400-A Torque screwdriver (3 kg)

0 7-700-736-05 Hexagon wrench (d = 1.5 mm) To remove screw

7-700-736-06 Hexagon wrench (d = 0.89 mm)

_ _ Memory stick (commercially available) To store the camera settings

1 2 3 4

5 6 7 8

09

d



1-26 (E) BVP-E30/E30P M-V1

1-16. Notes for Replacing Parts

There are two kinds of types in the parts below used in this unit.

. Flexible card wires (Refer to Section 1-16-1.)

. Boards (Refer to Section 1-16-2.)

. Connectors on the board (for flexible card wires) (Refer to Section 1-16-3.)

When replacing the parts above, be sure to follow the instructions described in “1-16-1. Notes for Replacing the Flexible

Card Wire”, “1-16-2. Notes for Replacing the Board”, and “1-16-3. Notes for Replacing the Connector on the Board”.

Be sure to use the specified parts. Using un-specified parts causes the change in the characteristics of this unit and the unit

does not work properly.

Spare parts are listed in the spare parts list of “Spare Parts” Section. In the spare parts list, (GOLD) or (SILVER) is put

after each part name to distinguish two kinds of types (gold and silver).

1-16-1. Notes for Replacing the Flexible Card Wire

When replacing the flexible card wires listed below, confirm the conductive (terminal) part color of the flexible card wires

and follow the procedure below.

1. Replace the flexible card wire with a flexible card wire whose conductive part is gold when the conductive part of a

flexible card wire is gold.

nFor the board on which a connector whose contact surface is gold is used, “G” is put after the board name by silk-

screen printing or a “G” seal is attached to the empty space on the board. Example: CN-2205G

2. Replace the flexible card wire with a flexible card wire whose conductive part is silver when the conductive part of a

flexible card wire is silver. In this case, silk “G” or a “G” seal is not put on the board name.

1-16-2. Notes for Replacing the Board

Replace the board with a board of the same number as the spare part number of the board to be removed when replacing a

board.

Example: A spare part number is put on the board.

A spare part number is put on side A or B of the board

by silk-screen printing or a spare part code label (spare

part number) is attached on side A or B.

A-1159-990-A

Spare part number



1-27 (E)BVP-E30/E30P M-V1

1-16-3. Notes for Replacing the Connector on the Board

There are two types of connectors for the flexible card wire mounted on the board used in this unit.

Distinguish them in the procedure below when replacing these connectors.

1. The contact surface of the connector used for a board is gold when the conductive part of a flexiblecard wire is gold.

In a spare parts list, (GOLD) is put after the part name.

2. The contact surface of the connector used for a board is silver when the conductive part of a flexible

card wire is silver.

In a spare parts list, (SILVER) is put after the part name.





2-1 (E)BVP-E30/E30P M-V1

MB-953 board

DPR-261 board

B2.6 x 5

B2.6 x 5

CN5 (yellow)

CN6 (blue)

CN2

CN3

CN4 (red)

MB-953board

CCD block

Screws with stopper

Screws with stopper

RCN4 Red

GCN5 Yellow

BCN6 Blue

Section 2

Replacement of Main Parts

2-1. Replacing the CCD Block andComponent Parts

2-1-1. Replacing the CCD Unit

nFilter disk unit and the DR-536 board are not attached to

CCD unit for repair of the BVP-E30/E30WS/E30WSP.

Install the removed filter disk unit into a new CCD unit.

1. Remove the right and left side panels.

(Refer to Section 1-5.)

2. Remove the four screws, and remove the DPR-261

board.

3. Disconnect the two flexible card wires from the

connectors CN2 and CN3 of the MB-953 board, and

three harnesses from the connectors CN4 (red), CN5

(yellow) and CN6 (blue).nBe careful not to bend the flexible card wires.

This shortens the wire life.

4. Remove the four screws with stopper, and remove the

CCD block.



2-2 (E) BVP-E30/E30P M-V1

*1

*1

Setscrews(WP2 x 3)

Setscrew(WP3 x 3)

CC filter knob

ND filter knob

Filter knob

BVP-E30/E30WS/E30WSP

BVP-E30P

Setscrews(WP2 x 3)

6. Remove the four screws, and remove the front panel.

7. BVP-E30/E30WS/E30WSP

Remove the filter disk unit and the DR-536 board, and

install them into a new CCD unit. (Refer to Section 2-

1-3.)

8. Reassemble the parts in the reverse order of removal.

nAfter replacement, and adjust the position of the filter

knob referring to Section 2-1-2.

CCD unit

Front panel

M3 x 8

M3 x 8

SW3

SW3

5. BVP-E30/E30WS/E30WSP

Loosen each two setscrews of the ND filter knob and

CC filter knob using an L shaped wrench (across flat

has 0.89 mm), and remove the knobs.

BVP-E30P

Loosen a setscrew of the filter knob using an L shapedwrench (across flat has 1.5 mm), and remove the knob.



2-3 (E)BVP-E30/E30P M-V1

2-1-2. Positioning Adjustment for Filter

Knob


1. Rotate the outer knob shaft until the cross filter can be

seen from the lens mount.2. Align the CC filter knob number A with the mark on

the front panel and tighten the two setscrews.

Tightening torque: 20 x 10 _2 N.m (2.0 kgf .cm)

3. Rotate the CC filter knob, and check that it rotates

smoothly.

4. Rotate the inner knob shaft until the clear filter

(straight through filter) can be seen from the lens

mount.

5. Align the ND filter knob number 1 with the mark on

the front panel and tighten the two setscrews.

Tightening torque: 20 x 10 _2 N.m (2.0 kgf .cm)

6. Rotate the ND filter knob, and check that it rotates

smoothly.

BVP-E30P

1. Rotate the knob shaft until the filter with the lightest

color can be seen from th lens mount.

2. Align the filter knob number 1 with the mark on the

front panel and tighten the setscrew.

Tightening torque: 50 x 10 _2

N.m (5.0 kgf .cm)

3. Rotate the filter knob, and check that it rotates smooth-

ly.

CC filter knob

ND filter knob

Mark

Setscrews(WP2 x 3)

Setscrews(WP2 x 3)

Filter knob

Setscrew(WP3 x 3)

Mark



2-4 (E) BVP-E30/E30P M-V1

4

5

1

2

3

B2.6 x 4

B2.6 x 4

B2.6 x 4

B2.6 x 4

B2.6 x 4

CN2

CN1

CN3

B2.6 x 4

K3 x 6

B2.6 x 4

CN1

CN4

PrecisionP2 x 5.0

PrecisionP2 x 5.0

Nylon rivet

Nylon rivet

2. Removing the DR-536 board

(1) Disconnect the flexible card wire.

(2) Remove the three screws.

3. Removing the NR-72 board

(1) Disconnect the flexible card wires from the connectorsCN1 and CN2 of the NR-72 board.

(2) Remove the two nylon rivets and three screws.

4. Removing the TG-229 board

(1) Disconnect the flexible card board (CN-2148 board)

from the connectors CN3 and CN4 of the TG-229

board.


5. Removing the flexible card board (CN-2148

board)

Disconnect the flexible card board (CN-2148 board) from

the connector CN1 of the PA-272/273/274 board.

6. Installing

Install a new board in the reverse order of steps 1 to 5.

2-1-3. Replacing the Boards Inside the CCD

Unit

Remove the CCD block first from the camera, and perform

the following steps.

(Refer to Section 2-1-1.)nBe careful not to bend the flexible card wires.



1. Removing the filter disk unit

m. At removal and installation, do not touch the surfaces of

the filter.

. When replacing the filter disk unit, replace the DR-536

board together.

(1) Disconnect the harnesses from the connectors CN2 of

the DR-536 board.

(2) Remove the two screws.



2-5 (E)BVP-E30/E30P M-V1

CN3

CN4

13

2

13

2B2.6 x 4

B2.6 x 4

B2.6 x 4

B2.6 x 4

Nylon rivet

Nylon rivet

PrecisionP2 x 5.0

PrecisionP2 x 5.0

B2.6 x 4

CN1

CN2

CN4

B2.6 x 4

BVP-E30P

1. Removing the NR-72 board

(1) Disconnect the harness from the connector CN4, and

flexible card wires from CN1 and CN2 of the NR-72

board.

(2) Remove the two nylon rivets and three screws.

2. Removing the TG-229 board

(1) Disconnect the flexible card board (CN-2148 board)

from the connectors CN3 and CN4 of the TG-229

board.


3. Removing the flexible card board (CN-2148

board)

Disconnect the flexible card board (CN-2148 board) from

the connector CN1 of the PA-272/273/274 board.

4. Installing

Install a new board in the reverse order of steps 1 to 3.



2-6 (E) BVP-E30/E30P M-V1

ON

321 4

2-1-4. Adjusting Filter Position After

Replacing the DR-536 Board

When the DR-536 board is replaced or an ND filter

position is not correctly fit, use the following procedure to

mechanically adjust the filter position.

(Example) Fine adjusting the position of ND filter #2

(ND25 %) counterclockwise

1. Press the PushSW on the DR-536 board for one to two

seconds.

2. The LED lights green. (Adjustment mode)

3. Set the DipSW as shown in the figure.

4. Select ND2 through the camera.

5. Press the PushSW. The filter position changes each

time the switch is pressed.

Turn gently the filter clockwise or counterclockwise

by hand, until the right and left click positions become

equal.6. Check through the camera that ND2 correctly clicks

clockwise and counterclockwise.

7. To adjust other filters, repeat the procedure from step

3.

8. When the position adjustments are completed, press

the PushSW for one to two seconds to write the

adjusted positions.

Check that the LED turns orange. (Rewriting check)

9. To execute the rewriting, press the PushSW again for

one to two seconds.

nRewriting is limited to 19 times. Therefore, perform

steps 1 to 7 carefully and then press the PushSW.

To cancel rewriting, press the PushSW shortly to

invalidate the adjustment data and to exit the adjust-

ment mode.

10. When the rewriting is completed, the LED lights green

for five seconds, and then the unit exits the adjustment

mode.

11. To adjust the filter position again, repeat the procedure

from step 1.

1: ON..... CC filter disk position adjustment

OFF ...ND filter disk position adjustment

2: ON..... Adjustments of all filters

OFF ...Adjustment of one filter

3: ON..... Fine CCW adjustment (viewed from motor shaft)

OFF ...Fine CW adjustment (viewed from motor shaft)

4: Reserved (Not used)

DR-536 board

DipSW Key Assignment

1: OFF, 2: OFF, 3: ON

LED

DipSW

CN2SW1

SW2

PushSW

CPU



2-7 (E)BVP-E30/E30P M-V1

CN1201

Screws with stopper

Handle

SW-1075 board

Switch panel

Screw with stoper

+B2.6 x 6

+B2.6 x 6

VF connector

MB-953 board

CN1

Flexible card wire

SW-1071 board

CN801B2.6 x 5

2-2. Replacing the VF Connector

1. Remove the CCD block. (Refer to Section 2-1.)

2. Remove the two screws, and remove the VF connec-

tor.

3. Disconnect the harness from the connector CN801 of the SW-1071 board.

4. Disconnect the flexible card wire from the connector

CN1 of the MB-953 board.

nBe careful not to bend the flexible card wires.


5. Desolder the VF connector, and replace it.

6. Reassemble the parts in the reverse order of steps 1 to

4.

2-3. Replacing the IlluminatedASSIGNABLE Switch

1. Remove the CCD block. (Refer to Section 2-1.)

2. Remove the two screws, and remove the switch panel.

3. Disconnect the harness from the connector CN1201 of the SW-1075 board.

4. Remove the three screws with stopper, and remove the

handle.



2-8 (E) BVP-E30/E30P M-V1

Bracket(SW-1071)

Handle holder

B2.6 x 5

5. Disconnect the harness from the connector CN801 of

the SW-1071 board.


the MB-953 board.

7. Remove the three screws, and remove the handle

holder.

8. Remove the two screws, and remove the bracket

(SW-1071).

9. Remove the two screws, and remove the SW-1071

board.

nWhen removing, do not lose the CC switch cover.

10. Desolder the ASSIGNABLE switch, and replace it.

11. Install the SW-1071 board to the bracket (SW-1071)

with the two screws.

m. Put the tip of the ASSIGNABLE switch into the

CC switch cover.

. Put the tip of the CC switch cover at the center of

the hole on the handle holder.

. Push the CC switch cover, and check the click sound

that the switch clicks when pushing ON/OFF.

12. Reassemble the parts in the reverse order of steps 1 to

8.nWhen installing the handle holder, make sure the

harnesses are routed properly and are not caught

between the handle holder and the chassis.

CN801

Handle holder

SW-1071 board

MB-953 board

CN18

B3 x 5

B4 x 8Bracket(SW-1071)

ASSIGNABLE switch

SW-1071 board

B2.6 x 5

CC switch cover

CC switch cover

Handle holder



2-9 (E)BVP-E30/E30P M-V1

Shoulder pad

V shoe bracket

M3 x 8

K4 x 10

Hexagon cap screwswith stopper

M3 x 8

Lock lever

CN1201

Switch panel

SW-1075 board

INCOM switchRET switch

BTP2.6 x 6

+B2.6 x 6

+B2.6 x 6

2-4. Replacing the RET/INCOM Switch

1. Remove the three screws, and remove the switch

panel.


the MB-953 board.3. Remove the three screws, and remove the SW-1075

board.

4. Desolder the switch to be replaced, and replace it.


2-5. Removing the V Shoe Bracket

1. Release the lock lever.

2. Slide the shoulder pad until the heads of the hexagon

cap screws with stopper become visible.

3. Loosen the two hexagon cap screws with stopper, andremove the shoulder pad.

4. Remove the seven screws, and remove the V shoe

bracket.



2-10 (E) BVP-E30/E30P M-V1

Drop protectionpad

Switch block

CN1005

CN1004

CN-2205 board

MENU SELECTknob

P2.6 x 5

P2.6 x 5

Nut

WasherSW-1069 board

Hole

SW-1070 boardRotary encoder(MENU SELECT knob)

Projection

Encoder bracket

B2.6 x 5

2-6. Replacing the MENU SELECT Knob/ MENU Switch/DISPLAY Switch

1. Remove the V shoe bracket. (Refer to Section 2-5.)

2. Remove the MENU SELECT knob.

3. Remove the two screws, and remove the switch block with the two harnesses connected to the CN-2205

board.

nThe drop protection pad will remove at the same time.

Be careful not to lose it.

4. Disconnect the two harnesses from the connectors

CN1005 and CN1004 of the CN-2205 board.

5. Remove the screw securing the SW-1069 board to the

encoder bracket, and remove the SW-1069 board.


7. Remove the nut fixing the MENU SELECT knob, and

remove the SW-1070 board.

8. Desolder the rotary encoder (MENU SELECT knob),and replace it.


nWhen installing the SW-1069 board, put the projection

of the encoder bracket into the hole of the SW-1069

board surely.



2-11 (E)BVP-E30/E30P M-V1

MB-953 board

TEST OUT connector

CN-2210 board

Cap

CN17

PrecisionP2.6 x 5

2-7. Replacing the LENS Connector



the MB-953 board.

3. Remove the two screws, and the front switch panel.4. Remove the two screws, and remove the LENS

connector.

5. Desolder the LENS connector, and replace it.


2-8. Replacing the TEST OUT Connector


2. Remove the left side panel. (Refer to Section 1-5.)

3. Remove the DPR-261 board. (Refer to Section 2-1.)

4. Disconnect the harness from the connector CN17 of the MB-953 board.

5. Pull out the cap.

6. Remove the screw, and remove the TEST OUT

connector.

7. Desolder the TEST OUT connector, and replace it.


MB-953 board

Front switch panel

LENS connector

CN14

PrecisionP2.6 x 5

PrecisionP2.6 x 5



2-12 (E) BVP-E30/E30P M-V1

CN1003

CN-2205 board

SW-1068 board

Shield plate

VR knob

Front switch panel

VTR START button

Drop protectioncushion

Drop protection cushion

PrecisionP2.6 x 5

BTP2.6 x 6

2-9. Replacing the Side Switch PanelBlock



3. Disconnect the harness from the connector CN1006 of the CN-2205 board.

4. Remove the two screws, and remove the side switch

panel block.


board, shield plate and drop protection pad.



2-10. Replacing the Front Switch PanelBlock



the CN-2205 board.3. Remove the two screws, and remove the front switch

panel block.


board, VR knob, VTR START button, shield plate and

drop protection cushions.

5. Desolder the switch or volume to be replaced, and

replace it.

6. Reassemble the parts in the reverse order of removal.Side switch panel

Drop protectionpad

SW-1067 board

Shield plate

PrecisionP2.6 x 5

BTP2.6 x 6

CN-2205 board

CN1006



2-13 (E)BVP-E30/E30P M-V1

MB-953 board

DC-DC converter(RE-201 board)

P2.6 x 5

2-11. Replacing the MIC Connector



the CN-2205 board.

3. Remove the two screws, and remove the MIC connec-tor with harness.

4. Desolder the MIC connector, and replace it.


2-12. Replacing the DC-DC Converter


2. Remove the two screws, and remove the DC-DC

converter (RE-201 board) while pushing it up in the

arrow direction, and replace it with a new one.


CN-2205 board

MIC connector

CN1002

K2.6 x 6



2-14 (E) BVP-E30/E30P M-V1

MB-953 board

MB-953 board

CN18

CN1

CN2

CN3

CN4CN16

CN15

CN6 (blue)

CN17

CN5 (yellow)

CN4 (red)

Board rail (upper)

B2.6 x 5

B2.6 x 5

Supports

RCN4 Red

GCN5 Yellow

BCN6 Blue

MB-953 board

VA-226 boardIF-969 board

AT-148 board

Shield plate

Shield plate

DC-DC converter(RE-201 board)

P2.6 x 5

Shield plate

Face the chamferedcorners upward.

2-13. Replacing the MB-953 Board

1. Remove the right and left side panels. (Refer to

Section 1-5.)

2. Remove the AT-148, IF-969 and VA-226 boards, the

DC-DC converter (RE-201 board), and the two shieldplates.

[Notes|at|Installation]. If the shield plate is caught on the board rail (lower) at

installing the shield plate, insert the shield plate whilelifting up.

. Insert the shield plate with the notch foward as shown in

the figure.

Incorrect orientation may cause the unit to short out.


4. Disconnect the five flexible card wires from the

connectors CN1, CN2, CN3, CN15 and CN16, and

disconnect the six harnesses from the connectors CN4

(red), CN5 (yellow), CN6 (blue), CN14, CN17 and

CN18 of the MB-953 board.nBe careful not to bend the flexible card wires.


5. Remove the four screws and two supports, and remove

the MB-953 board with the board rail (upper) attached.

nDo not remove the two screws fixing the board rail

(upper) to the MB-953 board.



2-15 (E)BVP-E30/E30P M-V1

A B

C

CN-2204 board Partition (1)

P2.6 x 5

P2.6 x 5

PrecisionP2 x 5

6. Remove the two screws, and remove the board rail

(upper).

7. Install the removed board rail (upper) to a new MB-

953 board.

8. Install the MB-953 board to the unit.

nWhen installing, connect the connector CN11 of the

MB-953 board with the connector of the CN-2204

board located at the rear of the unit surely.


2-14. Replacing the CN-2204 Board

1. Remove the MB-953 board. (Refer to Section 2-13.)

2. Remove the four screws, and remove the partition (1).

3. Remove the four screws, and remove the CN-2204

board.4. Reassemble the parts in the reverse order of removal.

nAfter attaching the CN-2204 board, loosen the screws

A, B and C respectively around 90 degrees, and then

tighten these screws after the MB-953 board is at-

tached to the unit.

MB-953 board

Board rail (upper)

BTP2.6 x 6



2-16 (E) BVP-E30/E30P M-V1

MB-953 board

CN15

CN17

CN14

CN16

Board rail (lower)

CN-2206 board

BTP2.6 x 6Board rail (lower)

CN-2206 board

Board rail (lower)

Pins

Pins

MB-953 board

BTP2.6 x 6

7. Remove the two screws, and remove the board rail

(lower).

8. Remove the screw from the removed board rail

(lower), and remove the CN-2206 board.

9. Replace the CN-2206 board with a new one, and

install it to the board rail (lower) in the arrow direc-

tion.

10. Install the board rail (lower) to the unit.

nWhen installing, insert two tips of the board rail

(lower) into the holes of the MB-953 board surely.


2-15. Replacing the Memory Stick Case(CN-2206 Board)

1. Remove the right and left side panels. (Refer to

Section 1-5.)

2. Remove the AT-148, IF-969 and VA-226 boards, theDC-DC converter (RE-201 board), and the two shield

plates. (Refer to Section 2-13.)



5. Disconnect the two flexible card wires from the

connectors CN15 and CN16, and disconnect the two

harnesses from the connectors CN14 and CN17 of the

MB-953 board.

nBe careful not to bend the flexible card wires.


6. Remove the four screws to the shoulder base.

Shoulder base

M3 x 8

M3 x 8



BVP-E30/E30P M-V1 3-1 (E)

Section 3

Setup Menu

3-1. Setup Menu

The setup menu is used for selecting various setting values, items displayed on the viewfinder screen, the

method of displaying, and adjustments. The menu is displayed on the viewfinder screen. The menu canalso be displayed on an external monitor by connecting it to the TEST OUT connector.

Structure of Setup Menu

The setup menu is composed of the following menus.

. USER menu

. USER MENU CUSTOMIZE menu

. OPERATION menu

. PAINT menu

. MAINTENANCE menu

. FILE menu

. DIAGNOSIS menu

. SERVICE menu (Normally not displayed. For details on how to display this menu, refer to “Section 5-

1-6. SERVICE Menu”.)

nBeside above menus, the TOP menu is provided for indicating the whole configuration of the menu items.

Equipment Required

. BVP-E30/E30P : 1.5-inch viewfinder BVF-10/10CE (or black/white monitor)

BVP-E30WS/E30WSP : 2-inch viewfinder BVF-20W/20WCE (or black/white monitor)

. Connect a camera control unit CCU-550A/550AP/700A/700AP/900/900P or AC adapter AC-550/

550CE to supply power to the camera.



3-2 (E) BVP-E30/E30P M-V1

DISPLAY switch

MENU switchMENU SELECT knob

Switches

DISPLAY switch

ON : Displays characters and messages indicating the

settings and operating status of the unit on the

viewfinder screen.OFF : Turns off all the displays on the viewfinder

screen.

MENU : Displays the setup menu on the viewfinder screen.

MENU SELECT knob

Selects the items displayed on the viewfinder screen and

changes settings.

MENU switch

STATUS : Allows you to check the current setting.

CANCEL : Cancels the menu setting mode and returns to

the page selection mode or TOP menu.

Basic Operations

1. Displaying the menu

To display the USER menu or the OPERATION menu, turn the power on and set the DISPLAY

switch to “MENU”. (*1)

To display the other menus, obtain the TOP menu screen. (Refer to Section 3-2.)

Then, turning the MENU SELECT knob, select the menu to be displayed, and press the MENU

SELECT knob.

2. To change pages, move the cursor to the page number and turn the MENU SELECT knob.

3. To shift the cursor, turn the MENU SELECT knob. (Pressing the MENU SELECT knob determines

the setting.)

4. To change a setting value, move the cursor to the item to be changed and press the MENU SELECT

knob, then the cursor turns to “?” and the value changes by turning the MENU SELECT knob.

(Turning it fast, the value changes greatly, while turning it slowly, the value changes slightly for fine

adjustment.) To determine the setting, press the MENU SELECT knob, and to cancel the change,

press the MENU switch toward the “CANCEL” side.

5. By every set of the MENU switch to “CANCEL”, the screen returns to the item selection mode, page

selection mode, and then TOP menu (*2).

6. To delete the menu displayed, set the DISPLAY switch to “OFF”.

(*1) : The display screen at the power on is changeable. For change, refer to MENU RESUME item in OTHERS Page of the MAINTE-NANCE menu.

(*2) : The screen returns to the TOP menu, only when the basic operation step1 was performed and the operation started from the TOP

menu.



BVP-E30/E30P M-V1 3-3 (E)

<TOP MENU>

USER

USER MENU CUSTOMIZE

OPERATION

PAINT

MAINTENANCE

FILE

DIAGNOSIS

SERVICE

3-2. TOP Menu

The TOP menu shows all menu items.

You can display the TOP MENU by one of the following methods:

. While holding down the MENU SELECT knob, set the DISPLAY switch from OFF to MENU.

. While holding down the MENU SELECT knob, turn on the camera.

. Select TOP at the right top on the menu.

TOP MENU

Menu Description

USER You can select desired pages and items from the OPERATION,

PAINT, MAINTENANCE, FILE and DIAGNOSIS menu pages and

copy and set them on the USER menu. (For details, refer to the

operation manual.)

USER MENU CUSTOMIZE Use this menu to edit menu pages to be set on the USER menu.

OPERATION Use this menu to set camera settings for operation and to change

camera settings to suit shooting conditions during normal camera

operations.

PAINT Use this menu to make fine adjustments to the image while monitoringthe waveform of the camera output on a waveform monitor or other

output device.

MAINTENANCE Use this menu for the maintenance purposes or system changes. It

also contains the paint items less frequently used.

FILE Use this menu for the file operation such as when storing the refer-

ence file etc.

DIAGNOSIS Use this menu to check the circuit boards that are suspected to have

an error or to check the firmware versions.

SERVICE Use this menu to adjust the circuit boards etc., or to update the

firmware for service purposes.

(Normally not displayed. To display, refer to Section 5-1-6.)



3-4 (E) BVP-E30/E30P M-V1

<TEST/VF OUT>

TEST OUT : ENC

TEST CHARA. : ON

TEST MARKER : OFF

VF OUT : Y

MIX VF : OFF

CHARACTER SYNC: VF

3-3. OPERATION Menu

The OPERATION menu consists of items that a camera operator can set when changing the viewfinder

screen display, etc.

TEST/VF OUT page

Item Setting DescriptionTEST OUT ENC, Y, R, G, B, Selects the output signal at the TEST OUT terminal.

RETURN, VF When VF is selected, signals corresponding with the RET switch

setting of the camera (camera’s video signal or return signal) will be

output.

TEST CHARA ON, OFF Turns ON or OFF the function to mix the character signal with the

signal output at the TEST OUT terminal.

TEST MARKER ON, OFF, __ Turns ON or OFF the indication of the MARKER mixed at the TEST

OUT terminal when “VF” is selected for the signal output from the

TEST OUT terminal.

VF OUT Y, R, G, B, COLOR Selects the signal displayed on the viewfinder.

Note : COLOR can be selected only when a color viewfinder is used.

Be sure to select COLOR to view images in color.

MIX VF ON, OFF Turns ON or OFF the function to mix the return signal with the mainsignal.

This can be set when the CCU-700A/700AP/900/900P is used.

Note : The phases of the CCU output and return input must be

matched.

CHARACTER SYNC a) VF, TEST Even when the TEST CHARA is set to ON, the character signal may

not be output to neither VF nor TEST OUT under any conditions.

In this case, set this item according to the following table.

a) When TEST CHARA is set to ON

CHARACTER

SYNC settingVF VF VF VF TEST TEST TEST TEST

ConditionVF output signal CAMERA CAMERA RETURN RETURN CAMERA CAMERA RETURN RETURN

TEST OUT signal CAMERA RETURN CAMERA RETURN CAMERA RETURN CAMERA RETURN

Character VF O O O O O X X Oout put TEST OUT O X X O O O O O



BVP-E30/E30P M-V1 3-5 (E)

<ZEBRA/VF DTL>

ZEBRA : ON

: 1

ZEBRA1 LEVEL: 70%

WIDTH: 10%

ZEBRA2 LEVEL: 100%

VF DTL : ON

VF DTL GAIN : 0

<CURSOR>

CURSOR : OFF

H POSITION : 0

V POSITION : 0

H WIDTH : 0V HEIGHT : 0

CURSOR page

Item Setting Description

CURSOR ON, OFF Sets the box cursor display to ON or OFF.

H POSITION 0 to 99 Sets the box cursor position (horizontal direction).

V POSITION 0 to 99 Sets the box cursor position (vertical direction).

H WIDTH 0 to 99 Sets the horizontal width of the box cursor.

V HEIGHT 0 to 99 Sets the height of the box cursor.

ZEBRA/VF DTL page


ZEBRA ON, OFF Turns ON or OFF the function to display the zebra pattern on the

viewfinder screen. If the viewfinder has a zebra switch, the viewfinder

switch will have priority.

1, 2, 1 & 2 Selects the zebra pattern type (the video level of 1 and 2 is set using

ZEBRA 1 and ZEBRA 2 respectively)

ZEBRA 1 LEVEL 50 to 109 % Sets the center video level of zebra 1.

WIDTH 0 to 30 % Sets the display width of zebra 1.

ZEBRA 2 LEVEL 50 to 109 % Sets the bottom video level of zebra 2.

VF DTL ON, OFF Sets the VF detail function to ON or OFF.

VF DTL GAIN 0 to 99 Sets the VF detail level.



3-6 (E) BVP-E30/E30P M-V1

<MARKER>

SAFETY ZONE : OFF

90%

NORMAL

ASPECT IND : OFF

4:3

CENTER MARKER : OFF

H POSITION :

V POSITION :

MARKER page


SAFETY ZONE a) ON, OFF Sets the safety zone marker to ON or OFF.

80 %, 90 %, 100 % Sets the safety zone marker range.

NORMAL, ASPECT Selects the area displaying the safety zone marker.

(BVP-E30WS/ Note : This become effective only when the aspect ratio is set to 16 : 9

E30WSP only) (CROP OFF)

NORMAL : Safety zone of the full screen.

ASPECT : Safety zone of the area selected by ASPECT IND

ASPECT IND LINE, MASK Sets the method for displaying the ASPECT IND area.

(BVP-E30WS/ LINE & MASK LINE : Displays the area using lines

E30WSP only) OFF MASK : Dims the outside of the area

LINE & MASK : Combines LINE and MASK

OFF : Area is not displayed

15 : 9, 14 : 9, Selects the aspect ratio.

13 : 9, 4 : 3 Note : This can be set only when LINE is selected at ASPECT IND.

Fixed at 4 : 3 when MASK and LINE&MASK are selected at

ASPECT IND.

CENTER MARKER ON, OFF Sets the center marker display to ON or OFF.

H POSITION _99 to 99 Sets the center marker position (Horizontal direction).

V POSITION _99 to 99 Sets the center marker position (Vertical direction).

a) When SAFETY ZONE is set to ON.

16:9

4:3 area

Safetyzone

80 % 90 % 100 %

ASPECT

Safety Zone

NORMAL

16:9

4:3 area

Safetyzone



BVP-E30/E30P M-V1 3-7 (E)

<VF DISPLAY>

EX : ON SHUTT : ON

ZOOM : OFF RETURN: ON

DISP: LEFT ATW : ON

FOCUS : ON SCENE : ON

ND : ON AUDIO : ON

CC : ON TAPE : ON

IRIS : ON INCOM : ON

WHITE : ON C.TEMP: ON

5600K : ON

GAIN : ON

VF DISPLAY page

The VF DISPLAY page is used for selecting items to be displayed on the viewfinder screen and setting

the display method.


EX 3S, ON, OFF a) Sets the mode of the extender indicator.

ZOOM 3S, ON, OFF a) Sets the mode of the zoom position indicator.

DISP LEFT, RIGT Sets the mode of the zoom position indicator and focus position indicator.

FOCUS 3S, ON, OFF Sets the mode of the focus position indicator.

Note : This can be set only when a serial communication compatible

lens or studio lens mounted to CA-905 is used.

ND 3S, ON, OFF a) Sets the mode of the ND filter indicator.

CC ON, OFF a) Sets the mode of the CC filter indicator.

IRIS ON, OFF a) Sets the mode of the lens iris value indicator.

WHITE 3S, ON, OFF a) Sets the mode of the white balance memory indicator.

5600K 3S, ON, OFF a) Sets the mode of the 5600K mode indicator.

GAIN 3S, ON, OFF a) Sets the mode of the gain value indicator.

SHUTT 3S, ON, OFFa)

Sets the mode of the shutter speed/mode/reading mode indicator.RETURN 3S, ON, OFF a) Sets the mode of the return signal indicator.

ATW b) 3S, ON, OFF a) Sets the mode of the ATW (automatic tracking white balance)

indicator.

SCENE b) 3S, ON, OFF a) Sets the mode of the SCENE FILE indicator.

AUDIO b) ON, OFF a) Sets the mode of the AUDIO IND indicator. (Available for stand alone

only.)

TAPE b) 3S, ON, OFF a) Sets the mode of the tape remaining indicator. (Available for stand

alone only.)

INCOM ON, OFF Sets the mode of INTER COM MIC indicator.

C.TEMP 3S, ON, OFF Sets the mode of the color temperature indicator.

a) 3S : When the status changes, the indication is displayed for 3 seconds on the viewfinder screen

ON : Always displayed

OFF : Not displayed

b) When the ROM version of this unit is 1.05 and higher, these items appear and can be set.

c) Warning : Message on DIAGNOSIS information of boards, etc.

d) Auto Setup : Message on auto setup.

e) Status : Message on status when settings are changed using switches on the front panel or side panel.



3-8 (E) BVP-E30/E30P M-V1

<'!'IND1>

[IND] [NORMAL]

ND : ON 1---

CC : ON -B--

WHITE : ON -AB

5600K : ON OFF

GAIN : ON L--

SHUTTER : ON OFF

EXTENDER: ON OFF

FORMAT : ON 59.94I

16:9/4:3: ON 16:9

‘!’ IND1 page

This page is used to select the items for which an exclamation mark (!) lights in the viewfinder at the IND

column, and to select the condition(s) to light at the NORMAL column.


[IND] [NORMAL]

ND ON, OFF 1, 2, 3, 4 With IND set to ON, ! mark lights when any ND filter other than the

filter(s) selected at NORMAL is selected.One or more can be specified among 1 to 4.

CC ON, OFF A, B, C, D With IND set to ON, ! mark lights when any CC filter other than the

filter(s) selected at NORMAL is selected.

One or more can be specified among A to D.

WHITE ON, OFF a) P (PRST), A, B With IND set to ON, ! mark lights when the WHITE BAL switch

(White balans memory) is set to the position other than the

position(s) selected at NORMAL.

One or more can be specified among P, A and B.

5600K ON, OFF a) ON, OFF With IND set to ON, ! mark lights when D5600K is set to the

position other than that selected at NORMAL.

GAIN ON, OFF a) L, M, H With IND set to ON, ! mark l ights when the gain switch is set to the

position other than that selected at NORMAL.

SHUTTER ON, OFF a) ON, OFF With IND set to ON, ! mark lights when the shutter is set to theposition other than that selected at NORMAL.

EXTENDER ON, OFF ON, OFF With IND set to ON, ! mark lights when the lens extender is set to

the position other than that selected at NORMAL.

FORMAT ON, OFF 59.94I/29.97PsF b) With IND set to ON, ! mark lights when the format other than the

50I/25PsF c) format selected at NORMAL is selected.

16 : 9/4 : 3 ON, OFF 16 : 9, 4 : 3 With IND set to ON, ! mark lights when the aspect other than the

(BVP-E30WS/ aspect selected at NORMAL is selected.

E30WSP only)

a) Forcibly set to OFF when MSU (master setup unit) is connected

b) BVP-E30/E30WS only

c) BVP-E30P/E30WSP only



BVP-E30/E30P M-V1 3-9 (E)

<'!'IND2>

[IND] [NORMAL]

x0.8/4:3: ON (x0.8)

<SWITCH ASSIGN1>

GAIN [L] : 0 dB

[M] : 9 dB

[H] : 18 dB

WHITE [B] : B

OUTPUT [DCC]: AUTO KNEE

RE.ROTATION : STD

‘!’ IND2 page


[IND] [NORMAL]

x0.8/4:3 ON, OFF a) x0.8 When the 16:9/4:3 switch lever on the lens is set to “x0.8”, the !

(BVP-E30WS/ mark does not light even at IND ON.

E30WSP only)

a) “__” is displayed for BVP-E30/E30P.

SWITCH ASSIGN 1 page


GAIN [L/M/H] _3, 0, 3, 6, 9, 12, Sets the gain value at respective position L/M/H of the GAIN switch.

18, 24, 30, 36, 42

WHITE [B] B, ATW Assigns any of the following to the position B of the WHITE BAL

switch.

B : Normal (Memory B)

ATW : Automatic tracking white balance.

OUTPUT [DCC] AUTO KNEE, Assigns the function to the OUTPUT DCC switch.

ADAPTIVE AUTO KNEE : Normal auto knee.

ADAPTIVE : Adaptive auto knee.

RE. ROTATION STD, RVS Sets the mode of MENU SEL switch when you turn it 3 while viewing

from the camera front.STD : Cursor moves down, and value increases

RVS : Cursor moves up, and value decreases



3-10 (E) BVP-E30/E30P M-V1

<SWITCH ASSIGN2>

LENS VTR S/S : RET2 SW

CAM VTR S/S : RET2 SW

ASSIGNABLE : 5600KDIMMER: 5

HANDLE SW : RET/INCOM1

ZOOM SPEED: 50

SWITCH ASSIGN 2 page


LENS VTR S/S (BVP-E30/E30WS) Assigns any of the following to the lens VTR S/S switch.

RET1 SW Note : This item can be set only when the CCU is connected.

RET2 SW RET1 SW : RET1 switch (According to switch setting of CA.)

INCOM1 RET2 SW : RET2 switch (According to switch setting of CA.)

INCOM2 INCOM 1 : Microphone switch of intercom 1 line

(BVP-E30P/E30WSP) INCOM 2 : Microphone switch of intercom 2 line

RET1 SW ENG : Microphone switch of ENG line

RET2 SW PROD : Microphone switch of PROD line

ENG

PROD

CAM VTR S/S (BVP-E30/E30WS) Assigns any of the following to the camera VTR S/S switch.

RET1 SW Note : This item can be set only when the CCU is connected.

RET2 SW RET1 SW : RET1 switch (According to switch setting of CA.)

INCOM1 RET2 SW : RET2 switch (According to switch setting of CA.)

INCOM2 INCOM 1 : Microphone switch of intercom 1 line

(BVP-E30P/E30WSP) INCOM 2 : Microphone switch of intercom 2 line

RET1 SW ENG : Microphone switch of ENG line

RET2 SW PROD : Microphone switch of PROD line

ENG

PROD

ASSIGNABLE 5600K, ATW Assigns any of the following to the assignable switch.

CROP, __ Factory setting : 5600K for BVP-E30/E30P

“__” for BVP-E30WS/E30WSP

5600K : 5600K mode (realizing color temperature of 5600K

electrically) ON/OFF switch

ATW : automatic tracking white balance ON/OFF switch

CROP : 4 : 3 aspect ratio setting switch (BVP-E30WS/E30WSP only)

__ : No function.

DIMMER 0 to 9 Sets the brightness of the assignable switch.

HANDLE SWITCH (BVP-E30/E30WS) Assigns any of the following to the handle switches.

RET/INCOM1 RET/INCOM1 : (Front side) RETURN 1 switch

RET/INCOM2 (Rear side) Microphone switch of intercom 1 line

ZOOM, __ RET/INCOM2 : (Front side) RETURN 1 switch

(BVP-E30P/E30WSP) (Rear side) Microphone switch of intercom 2 line

RET/ENG RET/ENG : (Front side) RETURN 1 switchRET/PROD (Rear side) Microphone switch of intercom ENG line

ZOOM, __ RET/PROD : (Front side) RETURN 1 switch

(Rear side) Microphone switch of intercom PROD line

ZOOM : Sets the lens zoom operations. Front is TELE and

rear is WIDE. (Can be set only for serial communica-

tion compatible lens)

__ : No function

ZOOM SPEED 00 to 99, __ Sets the zoom speed when the handle switch function is set to ZOOM.



BVP-E30/E30P M-V1 3-11 (E)

<PRESET WHITE>

COLOR TEMP : 3200K

FINE : 0

R GAIN : 0

B GAIN : 0

PRESET WHITE page


COLOR TEMP Color temperature Sets the color temperature to the desired value.

display (Approximate) The R GAIN and B GAIN values also change accordingly.

Note : Displays the value when the WHITE switch is set to PRST.

The displayed value is an approximate.

FINE _99 to 99 Adjusts the value more precisely when the color temperature adjust-

ment through COLOR TEMP is not satisfactory

R GAIN _99 to 99 Sets the color temperature by changing only the value of R GAIN.

B GAIN _99 to 99 Sets the color temperature by changing only the value of B GAIN.



3-12 (E) BVP-E30/E30P M-V1

<OPERATOR FILE>

MEMORY STICK

READ (MS CAM)

WRITE(CAM MS)

PRESET

FILE ID :

CAM CODE BVP-E10/E30

DATE 2000/01/01

TIME 24:00

<LENS FILE>

FILE: 1

HA14x8

F2.0

OPERATOR FILE page


READ Execute by pressing Reads the operator file from the memory stick to the camera memory.

(MS→ CAM) the MENU SELECT

knob.

WRITE Execute by pressing Writes the operator file saved in the camera memory to the memory

(CAM→ MS) the MENU SELECT stick.

knob.

PRESET Execute by pressing Returns the operator file item to the preset value.

the MENU SELECT

knob.

FILE ID Up to 14 Enters and displays the comments to the operator file to be saved in

alphanumerics, the memory stick.

symbols and spaces How to enter the comments :

1. Move “→” to FILE ID and press the MENU SELECT knob, and

the characters are displayed at the top of the screen.

2. Select the character by turning the MENU SELECT knob, and

move “→” to WRITE after the comment is entered, and press the

MENU SELECT knob to store.

CAM CODE Display only Displays the model name with which the operator file saved in the

memory stick was created.

DATE Display only Displays the date at which the operator file was created in the memory

stick.

TIME Display only Displays the time at which the operator file was created in the memory

stick.

LENS FILE page


FILE 1 to 16 Selects the file corresponding to the lens mounted from 16 lens files.

(1 to 17) Note : When using a serial communication compatible lens, set to 17.

HA14 x 8 Display only Displays the name of lens.

F2.0 Display only Displays the minimum f-stop.



BVP-E30/E30P M-V1 3-13 (E)

<SW STATUS>

FLARE : ON

GAMMA : ON

BLK GAM : OFF

KNEE : ON

WHT CLIP : ON

DETAIL : ON

LEVEL DEP : ON

SKIN DTL : OFF

MATRIX : OFF

3-4. PAINT Menu

The PAINT menu lists general paint adjustment items such as white adjustments.

For details, refer to the system manual supplied with this unit.

SW STATUS page

Item Setting DescriptionFLARE ON, OFF Sets the flare correction circuit to ON or OFF.

GAMMA ON, OFF Sets the gamma correction function to ON or OFF.

BLK GAM ON, OFF Sets the black gamma correction function to ON or OFF.

KNEE ON, OFF Sets the knee correction circuit to ON or OFF.

WHT CLIP ON, OFF Sets the white clip function to ON or OFF.

DETAIL ON, OFF Sets the function to add the detail signal to ON or OFF.

LEVEL DEP ON, OFF Sets the level dependence function to ON or OFF.

SKIN DTL ON, OFF Sets the skin detail function to ON or OFF.

MATRIX ON, OFF Sets the linear matrix correction function to ON or OFF.



3-14 (E) BVP-E30/E30P M-V1

<VIDEO LEVEL>

[R] [G] [B] [M]

WHITE : 0 0 0

BLACK : 0 0 0 0

FLARE : 0 0 0GAMMA : 0 0 0 0

V MOD : 0 0 0 0

FLARE : ON

V MOD : ON D.SHAD: ON

TEST OUT: ENC

VIDEO LEVEL page


WHITE R/G/B _99 to 99 Adjusts the white level of R, G, B.

BLACK R/G/B/M _99 to 99 Adjusts the black level of R, G, B and master.

FLARE R/G/B _99 to 99 Adjusts the flare level of R, G, B.

GAMMA R/G/B/M _99 to 99 Adjusts the gamma correction curve of R, G, B and master.

V MOD R/G/B/M _99 to 99 Adjusts the V modulation shading of R, G, B and master.

FLARE ON, OFF Sets the flare correction circuit to ON or OFF.

V MOD ON, OFF Sets V modulation shading to ON or OFF.

TEST OUT ENC, Y, R, G, B, Selects the output signal at the TEST OUT terminal.



output.

D. SHAD ON, OFF Sets the dynamic shading to ON or OFF.

With set to ON, the V modulation shading is automatically adjusted in

accordance with the zoom and iris positions.

Note : This can be set only when the serial communication compatible

lens is used.



BVP-E30/E30P M-V1 3-15 (E)

<GAMMA>

[R] [G] [B] [M]

LEVEL : 0 0 0 0

COARSE : 0.45GAMMA TYPE: 1

x3.5

GAMMA : ON

TEST OUT : ENC

GAMMA page


LEVEL _99 to 99 Adjusts the gamma correction curve of R, G, B and master.

COARSE 0.35 to 0.90 Sets the correction curve of the master gamma in 0.05 steps.

GAMMA TYPE 1 to 8 Selects the gamma curve.

(Names) 1 : x3.5

2 : x4.53 : CAMCORDER

4 : x5

5 : BVW-400

6 : SMPTE-240M

7 : ITC-R709

8 : FILM

GAMMA ON, OFF Sets the gamma correction function to ON or OFF.




output.



3-16 (E) BVP-E30/E30P M-V1

<LOW KEY SAT>

LEVEL : 0

RANGE : HIGH

: OFF

TEST OUT: ENC

<BLACK GAMMA>

[R] [G] [B] [M]

LEVEL : 0 0 0 0

RANGE : HIGH

: OFF

TEST OUT: ENC

BLK GAMMA page


LEVEL _99 to 99 Adjusts the black gamma of R, G, B and master.

RANGE LOW, MID L, Sets the upper limit of the video level which the RGB black gamma

MID H, HIGH affects.

ON, OFF Sets the RGB gamma correction function to ON or OFF.

TEST OUT ENC, Y, R, G, B, Selects the output signal at the TEST OUT terminal.RETURN, VF When VF is selected, signals corresponding with the RET switch


output.

LOW KEY SAT page


LEVEL _99 to 99 Sets the saturation at the low level.

RANGE LOW, MID L, Sets the upper limit of the video level which the low key saturation

MID H, HIGH function affects.

ON, OFF Sets the low key saturation function to ON or OFF.




output.



BVP-E30/E30P M-V1 3-17 (E)

<KNEE>

[R] [G] [B] [M]

K POINT: 0 0 0 0

K SLOPE: 0 0 0 0

KNEE : ONKNEE MAX : OFF

KNEE SAT : 0 OFF

AUTO KNEE : OFF

POINT LIMIT: 0

SLOPE : 0 ABS

KNEE page


K POINT _99 to 99 Sets the knee point level of R, G, B and master when the auto knee

R/G/B/M function is turned off.

K SLOPE _99 to 99 Sets the knee slope level of R, G, B and master when the auto knee

R/G/B/M is turned off.

KNEE ON, OFF Sets the knee correction circuit to ON or OFF.

KNEE MAX ON, OFF Turns ON or OFF the function to maximize the knee slope level (tilt 0)

(for adjustment).

KNEE SAT _99 to 99 Sets the knee saturation level.

ON, OFF Sets the knee saturation function to ON or OFF.

AUTO KNEE OFF, AUTO, Selects the auto knee function.

ADAPTIVE AUTO : Normal mode

The knee correction amount changes automatically so

that the peak level of the highlight becomes optimum.

ADAPTIVE : Adaptive auto knee mode

Contrast can be optimized by controlling the compression

rate according to each level of the objects.

AUTO KNEE _99 to 99 Sets the minimum knee point when the auto knee is turned on.

POINT LIMIT If it is impossible to adjust by the minimum knee point due to high-luminance object, adjusts the slope level automatically.

AUTO KNEE _99 to 99 Sets the knee slope level when the auto knee is turned on.

SLOPE

ABS Execute by pressing Selects the ABS (absolute) mode.

the MENU SELECT

knob. To set the ABS mode to ON :

Press the MENU SELECT knob and highlight “ABS”.

In the ABS mode, the KNEE POINT, R, G, B and KNEE SLOPE R, G,

B values are highlighted so that the absolute values can be checked.

To set the ABS mode to OFF :

Press the MENU SELECT knob again.



3-18 (E) BVP-E30/E30P M-V1

<WHITE CLIP>

[R] [G] [B] [M]

W-CLIP : 0 0 0 0

: ON

ABS

<DETAIL 1>

DETAIL : ON

LEVEL : 0

LIMITER [M] : 0[WHT]: 0

[BLK]: 0

CRISP : 0

LVLDEP : 0 : ON

ABS

WHITE CLIP page


WHT CLP _99 to 99 Sets the white clip level of R, G, B and master.

R/G/B/MON, OFF Sets the white clip function to ON or OFF.


the MENU SELECT



In the ABS mode, the W-CLIP R, G, B values are highlighted so that

the absolute values can be checked.



DETAIL 1 page


DETAIL ON, OFF Turns ON and OFF the function to add the detail signal.

LEVEL _99 to 99 Sets the general level of the detail signal.

LIMITER _99 to 99 Sets the level for cl ipping against the excessive detail signal.

M/WHT/BLK

CRISP _99 to 99 Sets the level for suppressing the noise components contained in thedetail signal.

LVL _99 to 99 Sets the level for suppressing the detail amount at the low level .

ON, OFF Sets the level dependence function to ON or OFF.


the MENU SELECT



In the ABS mode, values excepting LIMITER M are highlighted so that

the absolute values can be checked.





BVP-E30/E30P M-V1 3-19 (E)

<DETAIL 2>

H/V RATIO : 0

FREQ : 0

MIX RATIO : 0

FINE DTL : 0 : OFFKNEEAPT : 0 : OFF

DTLCOMB : 0

ABS

DETAIL 2 page


H/V RATIO _99 to 99 Sets the mix ratio of the H detail signal and V detail signal.

FREQ _99 to 99 Sets the frequency of the H detail signal.

MIX RATIO _99 to 99 Sets the mix ratio of the H detail signal before and after the gamma

correction circuit.

FINE DTL 0 to 99 Adjusts the thickness of the detail waveform.

ON, OFF Sets the fine detail function to ON or OFF.

KNEE APT _99 to 99 Sets the knee aperture a) level.

ON, OFF Sets the knee aperture a) function to ON or OFF.

DTL COMB _99 to 0 Sets the effective amount of the comb filter to eliminate the cross color

of the detail signal.


the MENU SELECT



In the ABS mode, values are highlighted so that the absolute values

can be checked.



a) This function compensates for decreases by the knee aperture in the detail level at the high luminance level part of the camera

subject.



3-20 (E) BVP-E30/E30P M-V1

<SKIN DETAIL>

SKIN DTL : OFF

SKIN GATE: OFF ABS

[1] [2] [3]CH SW : (ON) OFF OFF

HUE : AUTO AUTO AUTO

PHASE : 0 0 0

WIDTH : 29 29 29

SAT : -89 -89 -89

LEVEL : 0 0 0

SKIN DETAIL page


SKIN DTL ON, OFF Sets the skin detail function to ON or OFF.

When this setting is ON, the setting of the channel 1 [1] is fixed ON.

SKIN GATE ON, OFF Sets the zebra indication at the portion where the skin tone detail

function affects to ON or OFF.


the MENU SELECT



In the ABS mode, LEVEL 1, 2, and 3 values are highlighted so that the

absolute values can be checked.



CH SW ON, OFF Sets each channel of the skin tone detail function to ON or OFF.

The setting of the channel 1 [1] is fixed to ON.

HUE Execute by pressing Automatically sets the region the skin tone detail function affects for

the MENU SELECT each channel.

knob. How to execute AUTO :

1. Move “→” to AUTO and press the MENU SELECT knob.

A square-shaped zebra pattern will be displayed on the viewfinder.

2. Set the zebra pattern to the color to be given the effect of the skin

tone detail and press the MENU SELECT knob to set the PHASE.

PHASE 0d to 359d Sets the center phase of hue the skin tone detail function affects for

each channel.

WIDTH 0d to 90d Adjusts the hue width the skin tone detail function affects for each

channel.

SAT _99 to 99 Adjusts the saturation level the skin tone detail function affects for

each channel.

LEVEL _99 to 99 Sets the skin tone detail amount to each channel.



BVP-E30/E30P M-V1 3-21 (E)

<USER MATRIX>

[-R] [-G] [-B]

R : -- 0 0

G : 0 -- 0

B : 0 0 --

MATRIX : OFF

PRESET : --

USER MATRIX: --

USER MATRIX page


R-G, R-B _99 to 99 Sets the linear matrix coefficient for R-G, R-B, G-R, G-B, B-R, and

G-R, G-B _99 to 99B-G respectively.

B-R, B-G _99 to 99

MATRIX a) ON, OFF Sets the linear matrix correction function to ON or OFF.

PRESET a) ON, OFF Sets the linear matrix correction coefficient set at factory to ON or

OFF.

When the MATRIX setting is OFF, this setting is unavailable.

(“__” will be displayed.)

USER MATRIX a) ON, OFF Sets the linear matrix correction function set by the user to ON or

OFF.



USER MATRIX : Linear matrix that can change R-G and R-B in the conventional camera.

MULTI MATRIX : Linear matrix that divides the chroma phase width of the linear matrix into 16 segments and can adjust each

individually.

PRESET MATRIX : Addition of the linear matrix value fixed in the standard specification.

OHB MATRIX : Linear (multi) matrix for matching the color between the cameras.

a)

USER MATRIX

(+REFERENCE FILE USER MATRIX)

MULTI MATRIX

(+REFERENCE FILE MULTI MATRIX)

PRESET MATRIX

OHB MATRIX

(+OHB FILE OHB MATRIX)

+ ++ LINEAR MATRIX

CIRCUITMULTI MATRIX SW

USER MATRIX SW MATRIX SW

PRESET MATRIX SW

OHB MATRIX SW



3-22 (E) BVP-E30/E30P M-V1

<MULTI MATRIX>

PHASE : 0

HUE : 0

SAT : 0

ALL CLEAR

MATRIX : ON

PRESET : ON

MULTI MATRIX: OFF

MULTI MATRIX page


PHASE 0, 23, 45, 68, 90, Sets the angle that varies the multi matrix correction function.

113, 135, 158, 180, (sixteen-axis mode)

203, 225, 248, 270,

293, 315, 338

HUE _99 to 99 Adjusts the hue, which the multi matrix correction funct ion affects, in

each of 16 phases.

SAT _99 to 99 Adjusts the saturation level, which the mult i matrix correction funct ion

affects, in each of 16 phases.

ALL CLEAR Execute by pressing Clears the HUE and SAT values in each phase to 0.

the MENU SELECT (The values in the reference file are not cleared.)

knob.

MATRIX a) ON, OFF Sets the linear matrix correction function to ON or OFF.

PRESET a) ON, OFF Sets the multi matrix correction coefficient set at factory to ON or OFF.



MULTI MATRIX a) ON, OFF Sets the multi matrix correction function to ON or OFF.





individually.PRESET MATRIX : Addition of the linear matrix value fixed in the standard specification.


a)

USER MATRIX


MULTI MATRIX


PRESET MATRIX

OHB MATRIX


+ ++ LINEAR MATRIX



PRESET MATRIX SW

OHB MATRIX SW



BVP-E30/E30P M-V1 3-23 (E)

<SATURATION>

LEVEL : 0

: OFF

<CROSS COLOR>

SUPPRESSION : 0

: OFF

CROSS COLOR page


SUPPRESSION 0 to 99 Sets the level which suppresses cross color.

ON, OFF Sets the cross color suppression function to ON or OFF.

SATURATION page


LEVEL _99 to 99 Sets the chroma saturation level.

ON, OFF Sets the saturation function to ON or OFF.



3-24 (E) BVP-E30/E30P M-V1

<SHUTTER>

SHUTTER : OFF

: 1/100

ECS FREQ: 30.0Hz

SLS : 1FRAME

EVS : OFF

SHUTTER page


SHUTTER ON, OFF, ECS Sets the shutter/ECS mode.

Table below a) Sets the shutter speed.

(The selectable shutter speed varies with each format.)

ECS FREQ Table below b) Sets the ECS frequency.

(The selectable ECS frequency variable region varies with each

format.)

SLS 1FRAME to 7FRAME Sets the stored frame for the slow shutter

EVS ON, OFF Sets the EVS mode to ON or OFF.

a) Shutter speed setting

Format Shutter Speed

59.94I 1/100, 1/125, 1/250, 1/500, 1/1000, 1/2000, ECS, SLS

50I 1/60, 1/125, 1/250, 1/500, 1/1000, 1/2000

29.97PsF 1/60, 1/100, 1/125, 1/250, 1/500, 1/1000, 1/2000, ECS

25PsF 1/50, 1/60, 1/125, 1/250, 1/500, 1/1000, 1/2000

b) ECS frequency setting

Format ECS Variable Range

59.94I 60.0 to 6000 Hz

50I 50.0 to 6000 Hz

29.97PsF 30.0 to 7000 Hz

25PsF 25.0 to 7000 Hz



BVP-E30/E30P M-V1 3-25 (E)

<SCENE FILE>

1 2 3 4 5 STORE

STANDARD

MEMORY STICKREAD (MS CAM)

WEITE(CAM MS)

FILE ID :

CAM CODE

DATE

SCENE FILE page


1, 2, 3, 4, 5 Saves and calls the scene file (data painted in accordance with the

STOREshooting scene).

How to save the scene file :

1. Move “→” to STORE and press the MENU SELECT knob.

“STORE NO?” will blink.

2. Select the file number (1 to 5) for saving.(If the data is already saved, it will be replaced with a new one.)

How to call the scene file :

Move “→” to the file number to be called and press the MENU

SELECT knob.

During calling up, the number will be highlighted. To cancel the

operation, press the MENU SELECT knob while it is highlighted.

STANDARD Execute by pressing Returns the current paint adjustment amount and switch settings to

the MENU SELECT the reference file values.

knob.

READ (MS → CAM) Execute by pressing Reads out five scene files from the memory stick to the camera

the MENU SELECT memory the main unit.

knob.

WRITE (CAM → MS) Execute by pressing Writes five scene files stored in the camera memory to the

the MENU SELECT memory stick.

knob.

FILE ID Up to 14 Enters and displays comments to a scene file to be stored in the

alphanumerics, memory stick.


1. move “→” to FILE ID and press the MENU SELECT knob, and the

characters are displayed at the top of the screen.

2. Select the character by turning the MENU SELECT knob, and

move “→” to WRITE after the comment is entered, and press the

MENU SELECT knob to store.

CAM CODE Display only Displays the model name of the scene file saved in the memory stick.

DATE Display only Displays the date when the scene file was created in the memory

stick.



3-26 (E) BVP-E30/E30P M-V1

<AUTO SETUP>

AUTO BLACK

AUTO WHITE

AUTO LEVEL

AUTO WHITE SHADING

AUTO BLACK SHADING

TEST SIGNAL: OFF

3-5. MAINTENANCE Menu

This menu consists of paint items used less frequently such as shading adjustment and items required for

camera maintenance.

AUTO SETUP page

Item Setting DescriptionAUTO BLACK Execute by pressing Starts to adjust the black balance automatically.

the MENU SELECT (Pressing the MENU SELECT knob during adjustment cancels the

knob. execution.)

AUTO WHITE Execute by pressing Starts to adjust the white balance automatically.


knob. execution.)

AUTO LEVEL Execute by pressing Starts to adjust the level automatically of the internal camera circuit.


knob. execution.)

AUTO WHITE Execute by pressing Starts to adjust the white shading automatically.

SHADING the MENU SELECT (Pressing the MENU SELECT knob during adjustment cancels the

knob. execution.)

AUTO BLACK Execute by pressing Starts to adjust the black shading automatically.SHADING the MENU SELECT (Pressing the MENU SELECT knob during adjustment cancels the

knob. execution.)

TEST SIGNAL OFF, 1, 2 Selects the test signal.

OFF : No test signal is output.

1 : Outputs the TEST SAW signal.

2 : Outputs the 3STEP or 10STEP TEST signal. a)

a) This is set in TEST 2 MODE of <OTHERS page> on the MAINTENANCE menu.



BVP-E30/E30P M-V1 3-27 (E)

GENLOCK page

Available only during stand alone.


H PHASE [COARSE] _99 to 99 Adjusts the H phase of GENLOCK (coarse).

[FINE] _99 to 99 Adjusts the H phase of GENLOCK (fine).

SC PHASE _99 to 99 Adjusts the SC phase of GENLOCK.

GENLOCK ENABLE, DISABLE Selects whether or not to synchronize the internal reference signal

with the video signal input at the GENLOCK terminal.

VF VIDEO NORMAL, GENLOCK Selects the signal displayed on the viewfinder with the RET switch

pressed when the camera is used alone.

NORMAL : Displays the playback signal.

GENLOCK : Displays the GENLOCK signal.

FORMAT page


FORMAT 59.94I, 29.97 PsF Selects interlace system/progressive system (PsF).

(BVP-E30/E30WS only)

50I, 25 PsF

(BVP-E30P/E30WSP

only)

PsF-SHUTTER ON, OFF Turns ON or OFF the function to turn on the shutter automatically

LINK when the progressive system (PsF) is selected.

CROP OFF (16 : 9), Selects the camera aspect ratio.

(BVP-E30WS/ ON (4 : 3)

E30WSP only)

<GENLOCK>

GENLOCKH PHASE[COARSE]: 0

[FINE] : 0

SC PHASE : 0

GENLOCK : ENABLE

VF VIDEO : NORMAL

<FORMAT>

FORMAT : 59.94I

PsF-SHUTTER LINK: OFF

CROP : OFF(16:9)



3-28 (E) BVP-E30/E30P M-V1

AUTO IRIS page


WINDOW 1, 2, 3, 4, 5, 6 Selects the auto iris window a).

OVERRIDE _99 to 99 Sets the reference value of the auto iris level to ±2.

_99 (further closed by 2) ↔ 99 (further opened by 2)

Note : The setting value is returned to 0, when the auto iris function is

turned off or the power is turned off.

IRIS LEVEL _99 to 99 Sets the auto iris level.

APL RATIO _99 to 99 Sets the method of detecting the light amount of the auto iris.

_99 (peak light detection) ↔ 99 (average value detection of whole

screen)

IRIS GAIN _99 to 99 Sets the iris gain. (hunting and speed change)

AUTO IRIS ON, OFF Sets the auto iris function to ON and OFF.

<AUTO IRIS>

WINDOW : 1

OVERRIDE : 0IRIS LEVEL: 0

APL RATIO : 80

IRIS GAIN : 0

AUTO IRIS : ON

5 64321a)

Setting

VFscreen

indicates the auto iris window frame.



BVP-E30/E30P M-V1 3-29 (E)

WHITE SHADING page


V SAW R/G/B _99 to 99 Adjusts the white shading V SAW correction amount of R, G, and B.

V PARA R/G/B _99 to 99 Adjusts the white shading V PARA correction amount of R, G, and B.

H SAW R/G/B _99 to 99 Adjusts the white shading H SAW correction amount of R, G, and B.

H PARA R/G/B _99 to 99 Adjusts the white shading H PARA correction amount of R, G, and B.

WHITE R/G/B _99 to 99 Adjusts the white level of R, G, and B.

AUTE WHITE Execute by pressing Starts to adjust the white shading automatically.


knob. execution.)

WHITE SHAD RGB, RB Selects the white shading automatic adjustment mode.

MODE RGB : Adjusts so that R G, and B becomes flat.

RB : Adjusts so that R and B are matched to the G ch white shading.

nIf consistent lighting is not available, use the RB mode only.

3D WHITE SHAD ON, OFF Sets the 3D white shading function to ON or OFF.

<WHITE SHADING>

[R] [G] [B]

V SAW : 0 0 0

V PARA : 0 0 0

H SAW : 0 0 0H PARA : 0 0 0

WHITE : 0 0 0

AUTO WHITE SHADING

WHITE SHAD MODE: RGB

3D WHITE SHAD : ON



3-30 (E) BVP-E30/E30P M-V1

BLACK SHADING page


V SAW R/G/B _99 to 99 Adjusts the black shading V SAW correction amount of R, G, and B.

V PARA R/G/B _99 to 99 Adjusts the black shading V PARA correction amount of R, G, and B.

H SAW R/G/B _99 to 99 Adjusts the black shading H SAW correction amount of R, G, and B.

H PARA R/G/B _99 to 99 Adjusts the black shading H PARA correction amount of R, G, and B.

BLK SET R/G/B _99 to 99 Adjusts the black set correction amount of R, G, and B.

BLACK R/G/B/M _99 to 99 Adjusts the black level of R, G, B, and master.

MASTER GAIN _3, 0, 3, 6, 9, 12, 18, Sets the master gain.

24, 30, 36, 42 dB

AUTO BLACK Execute by pressing Starts to adjust the black shading automatically.


knob. execution.)

2D BLACK SHAD Execute by pressing Sets the 2D black shading function to ON or OFF.

the MENU SELECT

konb.

ENCODER page


CB MODE SMPTE, EIA, Selects the built-in color bar.

FULL (75 %),

FULL (100 %)

Q-FILTER NORMAL, WIDE Selects the encoder Q filter band

(BVP-E30/E30WS NORMAL : 0.5 MHz

only) WIDE : 1.3 MHz

<BLACK SHADING>

[R] [G] [B] [M]

V SAW : 0 0 0

V PARA : 0 0 0

H SAW : 0 0 0H PARA : 0 0 0

BLK SET: 0 0 0

BLACK : 0 0 0 0

MASTER GAIN: 0dB

AUTO BLACK SHADING

2D BLACK SHAD : ON

<ENCODER>

CB MODE : SMPTE

Q-FILTER : NORMAL



BVP-E30/E30P M-V1 3-31 (E)

SYSTEM page


CCU CALL ON, OFF Turns ON or OFF the function to light the viewfinder TALLY lamp

when a CALL is received from MSU, RCP. (The lamp goes out if lit)

CHU CALL ON, OFF Turns ON or OFF the function to light the viewfinder TALLY lamp

when the CALL switch on the camera is pressed. (The lamp goes out

if lit)

DATE/TIME page

Adjusts the date and time.


DATE TYPE 1 to 6 Sets the date and time display.

1 : Y/Mn/D (Month is a numeral)

2 : Mn/D (Month is a numeral)

3 : D/M/Y

4 : D/M

5 : M/D/Y

6 : M/D

<SYSTEM>

CCU CALL : ON

CHU CALL : OFF

<DATE/TIME>

2000/04/30 08:32

DATE TYPE : 1 Y/Mn/D



3-32 (E) BVP-E30/E30P M-V1

OHB MATRIX page


R-G, R-B _99 to 99 Sets the respective linear matrix coefficient of R-G, R-B, G-R, G-B,

G-R, G-B _99 to 99B-R, and B-G freely.

B-R, B-G _99 to 99

PHASE 0, 23, 45, 68, 90, Sets the region the OHB matrix coefficient function affects.

113, 135, 158, 180, (sixteen-axis mode)203, 225, 248, 270,

293, 315, 338

HUE _99 to 99 Adjusts the hue the OHB matrix correction function affects in each of

the sixteen-axis mode.

SAT _99 to 99 Adjusts the saturation level the OHB matrix correct ion funct ion affects

in each of the sixteen-axis mode.

OHB MATRIX a) ON, OFF Sets the OHB matrix correction function to ON or OFF.



individually.

PRESET MATRIX : Addition of the linear matrix value fixed in the standard specification.


<OHB MATRIX>

[-R] [-G] [-B]

R : -- 0 0

G : 0 -- 0

B : 0 0 --

PHASE : 0

HUE : 0

SAT : 0

OHB MATRIX: OFF

a)

USER MATRIX


MULTI MATRIX


PRESET MATRIX

OHB MATRIX


+ ++ LINEAR MATRIX



PRESET MATRIX SW

OHB MATRIX SW



BVP-E30/E30P M-V1 3-33 (E)

OTHERS page


V DTL CREATION NAM, Y, G, R+G Selects the source signal from which the v-detail signal is created.

DTL H/V MODE H/V, V ONLY Selects to control either both H and V detai ls in synchronism or only V

details when controlling DTL H/V RATIO from the DTL H/V RATIO

menu.

TEST2 MODE 3STEP, 10STEP This is displayed when “TEST2” is selected for TEST SIGNAL of

<AUTO SETUP page> on the MAINTENANCE menu.

Selects a test waveform (3STEP or 10STEP).

WHITE SETUP AWB, A. LVL Selects the white level adjustment value during automatic level

MODE adjustment.

AWB : Returns to the value of the last automatic adjustment of

white balance.

A. LVL : Returns to the value saved in the reference file.

V BLANKING 19, 20, 21H Sets the V blanking width of the encoder output of the camera.

FLT WHT MEM ON, OFF Selects the mode to link the CC filter and white balance.

(BVP-E30WS/ OFF : Two memories A and B of the WHITE BAL switch are available.

E30WSP only) ON : The values in the memories A and B will not corespond to the

CC filter.

WHITE GAMMA ON, OFF Selects the method of saving white level and gamma to the reference

RGB file.

ON : Saves values for the R, G, and B respectively.

OFF : Saves only the master values.

F.NO. DISP CONTROL, Displays the F value.

RETURN CONTROL : Displays the F value sent from the control on the VF.

RETURN : Displays the F value sent from the lens on the VF.

MENU RESUME OPE & USER, Sets the menu screen displayed when the menu is started.

ALL, OFF

OPE & USER : The page in the OPERATION or USER menu that

was on the screen when the last operation ended

appears.

ALL : The page that was on the screen when the last

operation ended appears.

OFF : The first page of the OPERATION menu (TEST/VF

OUT page) appears.Note : When set to OFF, “TOP” display at the right top

on the menu does not appear.

To display the TOP menu, set the DISPLAY

switch from OFF to MENU, while holding down

the MENU SELECT knob.

<OTHERS>

V DTL CREATION : NAM

DTL H/V MODE : V ONLY

TEST2 MODE : 3STEP

WHITE SETUP MODE: AWBV BLANKING : 20H

FLT WHT MEM : ON

WHITE GAMMA RGB : ON

F.NO. DISP : CONTROL

MENU RESUME : OPE & USER



3-34 (E) BVP-E30/E30P M-V1

<INITIAL SET>

DESTINATION : UC

REFERENCE FILE

STORE FILE

ALL PRESET

INITIAL SET page

To display this page on the unit for PAL, shift pages from M0 to M10, or from M10 to M0 while pressing

the assignable switch.


DESTINATION NTSC: UC, J Sets the destination.

PAL: CE, CHINE

STORE FILE Execute by pressing Registers the adjusted value of each item to the reference file.the MENU SELECT

knob.

ALL PRESET Execute by pressing Resets the current values in the reference file to the factory preset

the MENU SELECT values. (This setting does not affect the reference file.)

knob.



BVP-E30/E30P M-V1 3-35 (E)

3-6. FILE Menu

The FILE menu is used to store/call data in/from a file such as the reference file.

For the details on file operation, refer to Section 4. “File System.”

OPERATOR FILE page

Item Setting DescriptionREAD Execute by pressing Reads the operator file from the memory stick to the camera memory.

(MS→ CAM) the MENU SELECT

knob.

WRITE Execute by pressing Writes the operator file saved in the camera memory to the memory

(CAM→ MS) the MENU SELECT stick.

knob.

PRESET Execute by pressing Returns the operator file item to the preset value.

the MENU SELECT

knob.

STORE PRESET Execute by pressing Registers the current setting values in the camera memory as the

FILE the MENU SELECT preset values of the operator file.

knob.

FILE ID Up to 14 Enters and displays comments to a operator file to be stored in thealphanumerics, memory stick.


1. Move “→” to FILE ID and press the MENU SELECT knob, and the

characters are displayed the top of the screen.

2. Select the character by turning the MENU SELECT knob, and move

“→” to WRITE after the comment is entered, and press the MENU

SELECT knob to store.

CAM CODE Display only Displays the model name of the operator file saved in the memory

stick.

DATE Display only Displays the date when the operator file was created in the memory

stick.

<OPERATOR FILE>

READ (MS CAM)

WRITE(CAM MS)

PRESET

STORE PRESET FILE

FILE ID :

CAM CODE

DATE



3-36 (E) BVP-E30/E30P M-V1

SCENE FILE page


1, 2, 3, 4, 5 Saves and calls the scene file (data painted in accordance with the

STOREshooting scene).

How to save the scene file :

1. Move “→” to STORE and press the MENU SELECT knob.

“STORE NO?” will blink.

2. Select the file number (1 to 5) for saving.(If the data is already saved, it will be replaced with a new one.)

How to call the scene file :

Move “→” to the file number to be called and press the MENU SELECT

knob

During calling up, the number will be highlighted. To cancel the

operation, press the MENU SELECT knob while it is highlighted.

STANDARD Execute by pressing Returns the current paint adjustment amount and switch settings to

the MENU SELECT the reference values.

knob.

READ (MS → CAM) Execute by pressing Reads five scene files from the memory stick to the memory of the

the MENU SELECT camera unit .

knob.

WRITE (CAM → MS) Execute by pressing Writes five scene files stored in the memory of the camera unit to the

the MENU SELECT memory stick.

knob.

FILE ID Up to 14 Enters and displays comments to a scene file to be stored in the



1. Move “→” to FILE ID and press the MENU SELECT knob, and the

characters are displayed the top of the screen.




CAM CODE Display only Displays the model name which created the scene file saved in the

memory stick.

DATE Display only Displays the date when the scene file was created in the memory stick.

<SCENE FILE>

1 2 3 4 5 STORE

STANDARD

MEMORY STICKREAD (MS CAM)

WEITE(CAM MS)

FILE ID :

CAM CODE

DATE



BVP-E30/E30P M-V1 3-37 (E)

REFERENCE page


STORE FILE Execute by pressing Registers the adjustment values of each item as the reference file.

the MENU SELECT

knob.

STANDARD Execute by pressing Returns the data registered in the reference file to the standard value.

the MENU SELECT

knob.

ALL PRESET Execute by pressing Returns the current values registered in the reference file to the

the MENU SELECT factory-set values. (The reference files are not affected)

knob.

READ (MS → CAM) Execute by pressing Reads out the reference file from the memory stick to the memory of

the MENU SELECT the camera unit.

knob.

WRITE (CAM → MS) Execute by pressing Writes the reference file stored in the memory of the camera unit to

the MENU SELECT the memory stick.

knob.

FILE ID Up to 14 Enters and displays comments to a reference file to be stored in the



1. Move “→” to FILE ID and press the MENU SELECT knob, and thecharacters are displayed the top of the screen.




CAM CODE Display only Displays the model name which created the reference file saved in the

memory stick.

DATE Display only Displays the date when the reference file was created in the memory

stick.

<REFERENCE>

STORE FILE

STANDARD

ALL PRESET

READ (MS CAM)WRITE(CAM MS)

FILE ID :

CAM CODE

DATE



3-38 (E) BVP-E30/E30P M-V1

<OHB FILE>

STORE FILE

LENS FILE page


STORE FILE Execute by pressing Registers the adjustment values for each item (excluding the center

the MENU SELECT marker position) as the lens file.

knob.

No. 1 to 16 Selects the file for the current lens from the sixteen lens files.

NAME Displays the lens file name in accordance with the No. (1 to16)

selected.

F NO F1.0 to F3.4 Sets the minimun f-stop.

SELECT CURRENT 1 to 100 Selects the current lens.

LENS

OHB FILE page


STORE FILE Execute by pressing Stores the OHB file.

the MENU SELECT

switch.

<LENS FILE>

STORE FILE

No. : 1

NAME: HA14x8

F NO: F2.0

SELECT CURRENT LENS: 1

J20x8.5

F1.6



BVP-E30/E30P M-V1 3-39 (E)

<FILE CLEAR>

PRESET OPERATOR

REFERENCE(ALL)

10 SEC CLEAR: OFF

LENS(CURRENT)OHB BLACK SET

OHB WHITE SHADE

OHB BLACK SHADE

OHB ND OFFSET

OHB MATRIX

M.S. FORMAT

FILE CLEAR page


PRESET Execute by pressing Returns the preset value of the operator file set by the user to the

OPERATOR the MENU SELECT factory-set value.

knob.

REFERENCE (ALL) Execute by pressing Returns all adjustment value stored in the reference file to the in

the MENU SELECT factory-set value.

knob.

10 SEC CLEAR ON, OFF Turns ON or OFF the function to initialize only the specified item in the

reference file.

To initialize, first set 10 SEC CLEAR to ON.

Then, move the cursor to the reference file desired item to be

initialized and press the MENU SELECT knob for more ten seconds

during “?” blinking.

Note : The setting returns to OFF when the power is turned off.

LENS (CURRENT) Execute by pressing Returns the lens file selected to the factory-set value.

the MENU SELECT

knob.

OHB BLACK SET Execute by pressing Clears the black set in the OHB file to 0.

the MENU SELECT

knob.

OHB WHITE SHAD Execute by pressing Clears the white shading in the OHB file to 0.

the MENU SELECT

knob.

OHB BLACK SHAD Execute by pressing Clears the black shading in the OHB file to 0.

the MENU SELECT

knob.

OHB ND OFFSET Execute by pressing Clears the ND offset in the OHB file to 0.

the MENU SELECT

knob.

OHB MATRIX Execute by pressing Clears the matrix in the OHB fi le to 0.

the MENU SELECT

knob.

M.S. FORMAT Execute by pressing Formats the memory stick.the MENU SELECT

knob.



3-40 (E) BVP-E30/E30P M-V1

<SET UP>

TOP MENU DISABLE: OFF

SCENE FILE TYPE : 5CAMERA NO : UNDEFINED

TEST(VF) MODE : EXT VF

<DPR TRIMMING>

[R] [G] [B]

VIDEO LEVEL: 7F 7F 7F

Y LEVEL: 7F

R-Y LEVEL: 7F

B-Y LEVEL: 7F

TEST OUT LEVEL: 7F

VBS Y LEVEL: 7F

VBS C LEVEL: 7F

SC FREQ : 7F

STORE

<VA TRIMMING>

[R] [G] [B]

OFFSET : 7E 7E 7FOFFSET2 : 25 25 25

FLR OFFSET : 7F 7F 7F

OFFSET ADJUST: OFF

TEST OUT : ENC

TEST SIGNAL : OFF

STORE

3-7. DIAGNOSIS Menu

The DIAGNOSIS menu displays the result of self-diagnosis of each board.

For the details, refer to Section 1-8.

DIAGNOSIS page

3-8. SERVICE Menu

The SERVICE menu is used for adjusting the board, etc.

For the details on how to display the SERVICE menu, refer to Section 5-1-6.

For the descriptions and operating procedures, see the respective sections shown inside the parentheses.

<DIAGNOSIS>

ROM:V1.00

CAMERA:UC CA-570

OHB:-- MD:--

VA :-- AU:--

DPR:-- TR:--

IF :--

AT :--

HUR:99999H

CCU:--

<OHB TRIMMING>

[R] [G] [B]

V-SUB : 7F 7F 7F

V-REG : 7F 7F 7F

STORE

OHB TRIMMING page (Section 5-8, 5-9)

VA TRIMMING page (Section 5-2, 5-3 and 5-4)

DPR TRIMMING page (Section 5-4)

SET UP page



BVP-E30/E30P M-V1 3-41 (E)

<CONFIG>

[BOARD]

PA : BVA : 226

DPR : 261

AT : B

<PRESET>

ALL PRESET

POWER ON: 00000

CONCEAL page (Section 5-5)

COMPENSATION page (Section 5-6)

V-LINE COMP page (Section 5-7)

<CONCEAL>

CONCEAL MODE : OFF

CHANNEL SELECT : R

TEST CHARACTER : OFF

CURSOR: OFF H: 170

V: ev194

SAVE

DELETE

<FIRM UPDATE>

MAIN PROGRAM

BOOT PROGRAM

FIRM UPDATE page (Section 1-11)

PRESET page

CONFIG page

<COMPENSATION>

COMPENSATION MODE: OFF

CHANNEL SELECT : R

TEST CHARACTER : OFFCURSOR: OFF H: 170

V: ev194

EXEC

LEVEL : --

SELECT: --

SAVE CANCEL

AUTO COMPENSATIONa)

<V-LINE COMP>


CHANNEL SELECT : RTEST CHARACTER : OFF

CURSOR: OFF H: 170

V: ev194

EXEC

LEVEL : --

SAVE

CANCEL DELETE





BVP-E30/E30P M-V1 4-1 (E)

Section 4

File System

The BVP-E30/E30P/E30WS/E30WSP are equipped with various file systems for managing data.

In this section, the menu operations are described as follows.

Example: When executing WRITE (CAM →MS) at the OPERATOR FILE page of the OPERATION

menu.

As for the details on the setup menu, refer to Section 3.

4-1. File Structure

The following six types of files are available. As for the items to be stored in each file, refer to Section 4-

8. “ File Items”.

1. Operator File

Stores the items displayed on the viewfinder and switch settings for camera operator. This file can be

stored in the memory stick, yet the video data (paint data) cannot be stored.

2. Preset Operator File

Stores the standard settings of Operator File.

This file can be stored in the camera, yet video data (paint data) cannot be stored.

3. Scene File

Stores the temporary video setting data according to the scene. This file can be stored in the camera

and memory stick.

4. Reference File

Stores the custom paint data adjusted by the video engineer. This file can be stored in the camera and

memory stick.

5. Lens File

Used for compensation of the deviation which generates by switching the lens extender from OFF to

ON and for compensation of the difference in the characteristics between lenses. This file is stored in

the camera.

6. OHB File

Used for adjustment of the CCD block maintenance. This file can be stored in the camera.

(*1): The additional data of each file is sent to each circuit on the unit.

Scene File

Refer to Section 4-8. “File Items”.

Reference File

Refer to Section 4-8. “File Items”.

Lens File

When lens extender setting is OFF, Flare R/G/B and

V Modulation Shading R/G/B/Master can be stored.

Auto Iris Gain can be stored.

When lens extender setting is ON, White R/B, Flare R/G/B and

V Modulation Shading R/G/B/Master can be stored.Auto Iris Gain can be stored.

OHB File

R/G/B for each White Shading H SAW, H PARA, V SAW, VPARA can be stored.

R/G/B for each Black Shading H SAW, H PARA, V SAW, V PARA can be stored.

And OHB matrix and the ND offset can be stored.

When STANDARD

is executed

Factory-set value 0

Fig. 4-1. Structure of Paint Related Files

Output tohardware (*1)



4-2 (E) BVP-E30/E30P M-V1

Camera unit

Storing

(Step 4)

Storing

(Step 1)

Reading

(Step 2)

Initializing

(Step 5)

Calling

(Step 3)

Current OperatorFile Data

Output to hardware

Memory stick

Preset Operator FilePreset Operator File

Factory-setvalue

Fig. 4-2. Operating Procedure for Operator Files

4-2. Operator File

Operator File stores data in the memory stick.

Storing and reading data are implemented using the setup menu.

m. Operator file data stored in the memory stick cannot be read when the power is just turned ON.

. The current operator file data is retained even when the power is turned off by the power switch.

. Before storing the data in the memory stick, make sure that the LOCK switch on the memory stick is in

OFF position.

Storing (Refer to step 1 of Fig. 4-2.)

Using OPERATION Menu of This Unit

Stores the current status in the memory stick.

Reading (Refer to step 2 of Fig. 4-2.)




BVP-E30/E30P M-V1 4-3 (E)

4-3. Preset Operator File

Preset Operator File stores data in the camera.

Calling and Storing data are implemented using the setup menu.

Items to be stored as Preset Operator file are the same as Operator File.

Calling (Refer to step 3 of Fig. 4-2.)


[OPERATION] → [OPERATOR|FILE] → [PRESET]

Storing (Refer to step 4 of Fig. 4-2.)

Using FILE Menu of This Unit

Use when you want to store the current settings in the Preset Operator File as the standard settings of

Operator File.

[FILE] → [OPERATOR|FILE] → [STORE|PRESET|FILE]

Initializing (Refer to step 5 of Fig. 4-2.)


Use when initializing the changed Preset Operator File data to their factory-set values.

[FILE] → [FILE|CLEAR] → [PRESET|OPERATOR]



4-4 (E) BVP-E30/E30P M-V1

4-4. Scene File

Scene File stores data in the camera and memory stick.

It also stores in the IC memory card if the MSU (master setup unit) is used. For the details, refer to the

MSU operation manual.

Storing and calling data are implemented using the setup menu or MSU.Scene files can be copied between cameras using the memory stick.

m. Scene Files are files for storing the differences from the Reference File. Therefore when the Reference

File is changed, output of the Scene File item corresponding with the item changed in the Reference

File is also changed.

. Before storing the data in the memory stick, make sure that the LOCK switch on the memory stick is in

OFF position.

Storing (Refer to step 1 of Fig.4-3.)

Using PAINT Menu of This Unit

(1) Change the scene file item to the desired value.

(2) [PAINT] → [SCENE|FILE] → [STORE]Select the scene file number to be stored.

With MSU

(1) Change the scene file item to the desired value.

(2) Press “STORE” of the scene file, and press the STORE number.

Calling and Clearing the Call (Refer to step 2 of Fig.4-3.)


Select the scene file number to be called on the “SCENE FILE” page. A file currently being called is

shown with its file number highlighted. Select the number again to cancel the call and resume the previ-

ous status.

With MSU

Press and light up the SCENE FILES button of the desired number when the STORE button is dark. Press

the lit button again to turn it dark and resume the previous status.



BVP-E30/E30P M-V1 4-5 (E)

Storing the Scene File to the Memory Stick (Refer to step 1 of Fig. 4-3.)


Stores the scene files stored in the camera in the memory stick.

Reading the Scene File from the Memory Stick (Refer to step 3 of Fig. 4-3.)


Reads the scene files stored in the memory stick to the camera.

nScene File data stored in the memory stick cannot be read when the power is just turned on.

Calling

(Step 2)

Readng from

memory stick

(Step 3)

Storing in

memory stick(Step 1)

Storing(Step 1)

Camera unit

Current paint data Scene File

Output to hardware

Fig. 4-3. Operating Procedure for Scene Files

Memory stick



4-6 (E) BVP-E30/E30P M-V1

4-5. Reference File

Reference File stores data in the camera and the memory stick.

It also stores in the IC memory card if the MSU (master setup unit) is used. For the details, refer to the

MSU operation manual.

Storing and calling the data are implemented using the setup menu or MSU.

Reference Files stores the differential data taking the factory-setting as 0. Therefore, initializing the

Reference File brings the settings to the same status at factory-setting. If Lens File or OHB File retains the

data, they need to be initialized as well. To initialize data, use the setup menu. You can select whether to

initialize the all file items or only the specified items.

Reference Files can be copied between cameras using the memory stick.

nBefore storing the data in the memory stick, make sure that the LOCK switch on the memory stick is in

OFF position.

Storing (Refer to step 1 of Fig.4-4.)


[FILE] → [REFERENCE] → [STORE|FILE]The data will be stored in the camera and the numerical data will be displayed as 0. (Excluding some

items. Refer to Section 4-8. “File Items”.)

With MSU

Press FILE button. Then press [Reference] and press [Ref|Store]. The data will be stored in the

camera and the numerical data will be displayed as 0. (Excluding some items. Refer to Section 4-8. “File

Items”.)

Calling (Refer to step 2 of Fig. 4-4, Fig. 4-1.)


[PAINT] → [SCENE|FILE] → [STANDARD]The temporary paint amount and scene file amount will be cleared and the reference file will be reset to

the state stored in.

With MSU

Press STANDARD button to reset the reference file item to the state stored in.



BVP-E30/E30P M-V1 4-7 (E)

Reading the Reference File from the Memory Stick (Refer to step 3 of Fig. 4-4.)

Using FILE/MAINTENANCE Menu of This Unit

(1) Reference File data stored in the camera can be changed by reading the Reference File data stored in

the memory stick.

(2) The Reference File data in the memory stick cannot be applied to the camera when the data are just

read. For applying the data, adjust the level automatically.

[MAINTENANCE] → [AUTO|SETUP] → [AUTO|LEVEL]

nReference File data stored in the memory stick cannot be read when the power is just turned on.

Storing the Reference File to the Memory Stick (Refer to step 1 of Fig. 4-4.)


Stores Reference File stored in the camera in the memory stick.

Initializing All File Items (Refer to step 4 of Fig. 4-4.)


Initializing Only the Specified Item (Refer to step 4 of Fig. 4-4.)


(1) [FILE] → [FILE|CLEAR] → [10|SEC|CLEAR] → [ON](2) Display the page containing the desired items to be initialized of the reference files in the setup menu.

(3) Move “→” to the item to be initialized using the MENU SELECT knob, and keep pressing the

MENU SELECT knob about 10 seconds at “?” state until “REF CLEAR “ is displayed.

nThe 10 SEC CLEAR setting returns to OFF when the power is turned ON.

Calling

(Step 2)

Readng from

memory stick

(Step 3)

Storing in

memory stick

(Step 1)

Initializing

(Step 4)

Storing

(Step 1)

Camera unit

Current paint data Reference FileReference File

factory-set value(Initial value 0)

Output to hardware

Fig. 4-4. Operating Procedure for Reference Files

Memory stick



4-8 (E) BVP-E30/E30P M-V1

4-6. Lens File

Lens File stores the data to compensate the differences of the white shading, flare balance, white balance,

which occur when the lens extender is set to ON. It also stores the minimum f-stop value and name of the

lens. Lens File data of up to 16 files can be stored in the camera. The adjustment data can be called by

selecting the Lens File.The Lens File stores the differential data from the Reference File.

mPrior to creating the Lens File, perform the necessary adjustments by using the lens normally used to

create the Reference File.

Adjusting the Lens File Data

(Using a lens not compatible with serial communication)

(1) Mount the lens. Select the file with the same name as the lens mounted from the setup menu. If no

file with the same name as the lens exists, select “NO OFFSET”.

[FILE]→ [LENS|FILE]→ [No.]→ (Select the No.)

(2) Select the name of the lens, and minimum f-stop value.

(3) Set the lens extender to OFF.

(4) Shoot the white pattern, and adjust V modulation R/G/B/Master so that the video level is around

560 mV (80 %) with the lens iris set around F4 and the zoom control in the center of the ring.

(5) Adjust the white balance and flare balance shooting the grayscale chart.

(6) Zooming the lens, and adjust the center marker to a position at which the object does not deviate.*1

(7) Store the data in the lens file.

[FILE]→ [LENS|FILE]→ [STORE|FILE](8) Set the lens extender to ON.

(9) Shoot the white pattern, and adjust V modulation R/G/B/Master so that the video level is around

560 mV (80 %) with the lens iris set around F4 and the zoom control in the center of the ring.


(11) Zooming the lens, and adjust the center marker to a position at which the object does not deviate. *1

(12) Store the Lens File.

[FILE]→ [LENS|FILE]→ [STORE|FILE]

*1 : The center marker position is stored in the Lens File immediately after the position is aligned and not

when executing the Lens File store.



BVP-E30/E30P M-V1 4-9 (E)

(For lens compatible with serial communication)

(1) Check that the lens number is No. 17.

(2) Also check that the name of the lens and minimum f-stop value.

(3) Turn on the dynamic shading. *1

(4) Set the lens extender to OFF.

(5) Adjust the white balance and flare balance shooting the grayscale chart.(6) Zooming the lens, and adjust the center marker to a position at which the subject does not move.*2


[FILE]→ [LENS|FILE]→ [STORE|FILE](8) Set the lens extender to ON.


(10) Zooming the lens, and adjust the center marker to a position at which the subject does not move. *2


[FILE]→ [LENS|FILE]→ [STORE|FILE]

*1 : If using the lens compatible with serial communication with the dynamic shading turned on, you do

not require the V modulation adjustment. Adjust the white shading or V modulation only when the

deviation occurs. In this case, the data will not be stored in the Lens File.

*2 : The center marker position is stored in the Lens File immediately after the position is aligned and not

when executing the Lens File store.

Calling


Select the Lens File.

[OPERATION] → [LENS|FILE]

Initializing


All data of the lens file being currently selected will be initialized to the factory setting values.



4-10 (E) BVP-E30/E30P M-V1

4-7. OHB File

OHB File is used to store the adjustment values specific to the CCD block, and it stores the data in the

camera.

2D black shading and 3D white shading adjustment2D black shading and 3D white shading adjustments are performed during black shading or white shading

automatic adjustment respectively when the 2D black shading or 3D white shading is set to ON. Compen-

sation data is stored only in the OHB File.

If performing only adjustment without storing adjustment data, the data will be lost after the unit was

powered off. Be sure to store the data in the OHB File.

m. When you cannot adjust the video level for the specified value by the lens iris at the ND offset adjust-

ment, adjust by Shutter/ECS. If adjusting by gain up, the error may occur in the white balance.

. Perform the OHB matrix adjustment only when it is necessary to unite the delicate difference in color

reappearance.

. If adjusting the all items shown below, execute the OHB File Store after finishing all adjustments.

If adjusting only the individual item, first execute STANDARD in step (1), and then perform adjust-

ment. After finishing adjustment, execute the OHB File Store.

Adjusting and Storing

Using FILE/MAINTENANCE Menu of this unit

(1) [FILE] → [REFERENCE] → [STANDARD](2) Adjust the black shading automatically.

[MAINTENANCE] → [BLACK|SHADING] → [AUTO|BLACK|SHADING]Repeat this operation 3 times or more.

When adjustment is not completed correctly, adjust the black shading automatically again, or adjust

the black shading V SAW, V PARA, H SAW, and H PARA on R/G/B respectively.

[MAINTENANCE] → [BLACK|SHADING] → [V|SAW|R/G/B], [V|PARA|R/G/B], [H|SAW|R/|G/B], [H|PARA|R/G/B](3) Adjust the black balance automatically.

[MAINTENANCE] → [AUTO|SETUP] → [AUTO|BLACK](4) Adjust the white shading automatically.

Shoot the white pattern so that the video level is around 80 % (560 mV).

[MAINTENANCE] → [WHITE|SHADING] → [AUTO|WHITE|SHADING]Repeat this operation 3 times or more.

When adjustment is not completed correctly, adjust the white shading automatically again, or adjust

the white shading V SAW, V PARA, H SAW, and H PARA on R/G/B respectively.

[MAINTENANCE] → [WHITE|SHADING] → [V|SAW|R/G/B], [V|PARA|R/G/B], [H|SAW|R/G/B], [H|PARA|R/G/B]

(5) Perform the ND offset adjustment.nPerform adjustments while selecting all ND filters (1 to 4), or the ND offset adjustment will not be

completed.

1 Select 4 by the ND filter knob, and shoot the white pattern so that the video level is 50 % (350 mV)

or more.

2 Select 1 by the ND filter knob, and adjust the lens iris so that the video level is 80 to 50 % (560 to

350 mV), and then adjust the white balance automatically.

[MAINTENANCE] → [AUTO|SETUP] → [AUTO|WHITE]



BVP-E30/E30P M-V1 4-11 (E)

3 Select 2 by the ND filter knob, and adjust in the same manner as step2.



(6) Perform the OHB matrix adjustment.

[MAINTENANCE] → [OHB|MATRIX] → [OHB|MATRIX|:|ON]

(7) Store the OHB File.[FILE] → [OHB|FILE] → [STORE|FILE]

With MSU

(1) STANDARD button→ ON (lit)

(2) Adjust the black shading automatically.

FILE button→ ON (lit)

[Touch panel selection]

[OHB|File] → [Auto|B.|Shading]Repeat this operation 3 times or more.

When adjustment is not completed correctly, adjust the black shading automatically again, or adjust

the black shading V SAW, V PARA, H SAW, H PARA on R/G/B respectively.

[OHB|File] → [Adjusting] → [Black|shading] → [R/G/B] → [V|SAW], [V|PARA], [H|SAW], [H|PARA](3) Adjust the black balance automatically.

BLACK button→ ON (lit), or [OHB|File] → [Auto|Black](4) Adjust the white shading automatically.

Shoot the white pattern so that the video level is around 80 % (560 mV).

[OHB|File] → [Auto|W.|Shading]Repeat this operation 3 times or more.

When adjustment is not completed correctly, adjust the white shading automatically again, or adjust

the white shading V SAW, V PARA, H SAW, H PARA on R/G/B respectively.

[OHB|File] → [Adjusting] → [White|shading] → [R/G/B] → [V|SAW], [V|PARA], [H|SAW], [H|PARA](5) Perform the ND offset adjustment.

nPerform adjustments while selecting all ND filters (1 to 4), or the ND offset adjustment will not be

completed.

1 Select 4 by the ND filter knob, and shoot the white pattern so that the video level is 50 % (350 mV)

or more.

2 Select 1 by the ND filter knob, and adjust the lens iris so that the video level is 80 to 50 % (560 to

350 mV), and then adjust the white balance automatically.

WHITE button→ ON (lit), or [OHB|File] → [Auto|White]3 Select 2 by the ND filter knob, and adjust in the same manner as step2.


5 Select 4 by the ND filter knob, and adjust in the same manner as step2.(6) Perform the OHB matrix adjustment.

[OHB|File] → [Adjusting] → [Matrix]Change the adjustment display by pressing the button 1, 2 of sub menu, and adjust the value of the

OHB matrix.

(7) Store the OHB File.

[OHB|File] → [OHB|store] → [Store]



4-12 (E) BVP-E30/E30P M-V1

FunctionItem Refence Scene Lens OHB Operator Ind. Factory

SW Data Analog Data file file file file file mode Setting

GAIN _3, 0, 3, 6, 9, 12, 18, 24, O O — — — — 0dB

30, 36, 42 dB

Shutter Shutter On OFF O — — — — OFF

Shutter Speed — O — — — — UC : 1/100

CE : 1/60

Slow Shutter — O — — — — 1FRAME

EVS O O — — — — OFF

ECS ECS Speed — O — — — X UC : 60.00Hz

CE : 50.00Hz

Black Shading R H Saw — — — O — 0

G H Saw — — — O — 0

B H Saw — — — O — 0

R V Saw — — — O — 0

G V Saw — — — O — 0

B V Saw — — — O — 0

R H Para — — — O — 0

G H Para — — — O — 0

B H Para — — — O — 0

R V Para — — — O — 0

G V Para — — — O — 0

B V Para — — — O — 02D Black Shading Off — — — — — — ON

Black Set R Black Set — — — O — 0

G Black Set — — — O — 0

B Black Set — — — O — 0

Test Test 1 On (TEST SAW) OFF — — — — — OFF

Test 2 On OFF — — — — — OFF

Test2 Mode — — — — — — 3Step

Optical Filter Filter Posit ion — O — — — — 1/1B (WS only)

(Continued)

4-8. File Items

You can save each setting data set using the setup menu in files.

This section shows the destination files to which the respective setting data can be stored.

It also shows the indication mode (absolute or relative) of each setting and the defalt settings when the

unit was shipped from the factory.

Description on symbol

O : When executing each file store, it indicates items that can be stored in the file. (If ON or OFF is

described in the list, the setting is stored as it is.)

: Selects indication mode, absolute or relative.

T : Absolute indication only.

X : Relative indication only.



BVP-E30/E30P M-V1 4-13 (E)



5600k 5600K On OFF O — — — — OFF

White Shading R H Saw — — — O — 0

G H Saw — — — O — 0

B H Saw — — — O — 0

R V Saw — — — O — 0

G V Saw — — — O — 0

B V Saw — — — O — 0

R H Para — — — O — 0

G H Para — — — O — 0

B H Para — — — O — 0

R V Para — — — O — 0

G V Para — — — O — 0

B V Para — — — O — 0

Auto White Shading Mode O — — — — — RGB

3D White Shading Off — — — — — — ON

V Modulation V Mod Off ON — — — — — ON

R V Mod — — O — — X 0

G V Mod — — O — — X 0

B V Mod — — O — — X 0

M V Mod — — O — — X 0

Dynamic Shading — — O — — — OFF

White R White O * O O — — 0

G White O O O — — 0

B White O * O O — — 0

ATW — — — — — — OFF

Preset White Color Temp — — — — O X 3200k

Fine — — — — O X 0

Flare Flare Off ON O — — — — ON

R Flare O O O — — 0

G Flare O O O — — 0

B Flare O O O — — 0

Black Master Black O O — — — X 0

R Black — O — — — 0

G Black — O — — — 0

B Black — O — — — 0

* : White Gamma RGB mode only (Continued)



4-14 (E) BVP-E30/E30P M-V1



Detail Detail Off ON O — — — — ON

Detail Level O O — — — 0

Limiter O O — — — X 0

White Limiter O O — — — 0

Black Limiter O O — — — 0

Crispening O O — — — 0

Frequency O O — — — 0

Mix Ratio O O — — — 0

Detail Comb O O — — — _50

V Detail Creation Mode O — — — — — NAM

H/V Ratio Mode O — — — — — H/V

H/V Ratio O O — — — 0

Level Dep. Off O O — — — — ON

Level Depend O O — — — 0

Fine Detail On O O — — — — OFF

Fine Detail O O — — — 0

Knee Aperture On O O — — — — OFF

Knee Aperture O O — — — 0

Skin Detail Skin DTL On O O — — — — OFF

Skin Gate On — — — — — — OFF

Skin 1 On ON ON — — — — OFF

Skin 1 Gate On — — — — — — ON

Skin 1 Level O O — — — 0

Skin 1 Phase O O — — — 29

Skin 1 Width O O — — — _89

Skin 1 Sat O O — — — 0

Skin 2 On O O — — — — OFF

Skin 2 Gate On — — — — — — OFF

Skin 2 Leval O O — — — 0




Skin 3 On O O — — — — OFF

Skin 3 Gate On — — — — — — OFF

Skin 3 Level O O — — — 0




(Continued)



BVP-E30/E30P M-V1 4-15 (E)



Matrix Matrix Off O O — — — — ON

Preset Matrix On O O — — — — ON

User Matrix On O O — — — OFF

R-G O O — — — 0

R-B O O — — — 0

G-R O O — — — 0

G-B O O — — — 0

B-R O O — — — 0

B-G O O — — — 0

Multi Matrix On O O — — — — OFF

Phase Select — — — — — — 0 (Indication only)

Hue O O — — — 0

Saturation O O — — — 0

OHB Matrix OHB Matrix On O — — — — — OFF

R-G — — — O — 0

R-B — — — O — 0

G-R — — — O — 0

G-B — — — O — 0

B-R — — — O — 0

B-G — — — O — 0

OHB Multi Matrix On — — — O — — OFF

Phase Select — — — — — — 0 (Indication only)

Hue — — — O — 0

Saturation — — — O — 0

Black Gamma Black Gamma On O O — — — — OFF

R Black Gamma O O — — — 0

G Black Gamma O O — — — 0

B Black Gamma O O — — — 0

M Black Gamma O O — — — X 0

RGB Black Gamma O O — — — — High

Range

Low Key Saturat Low Key Saturation On O O — — — — OFF

Range O O — — — — High

Low Key Saturation O O — — — 0

(Continued)



4-16 (E) BVP-E30/E30P M-V1



Gamma Gamma Off ON O — — — — ON

Gamma Curve Select O O — — — — UC : x3.5

CE : x4.5

Step Gmma (0.95 to 0.35) O O — — — — 0.45

R Gamma O * O — — — 0

G Gamma O O — — — 0

B Gamma O * O — — — 0

M Gamma O O — — — X 0

Saturation Saturation On O O — — — — OFF

Level O O — — — X 0

Knee Knee Off O O — — — — Knee ON

R Knee Point O O — — — 0

G Knee Point O O — — — 0

B Knee Point O O — — — 0

M Knee Point O O — — — X 0

R Knee Slope O O — — — 0

G Knee Slope O O — — — 0

B Knee Slope O O — — — 0

M Knee Slope O O — — — X 0

Auto Knee (DCC) On O O — — — — OFF

Adaptive Auto Knee O O — — — OFF

Auto Knee Point Limit O O — — — 0

Auto Knee Slope O O — — — 0

Knee Max On O O — — — — OFF

Knee Sauration On O O — — — — OFF

Knee Saturation O O — — — 0

White Clip White Clip Off ON — — — — — ON

R White Clip O O — — — X 0

G White Clip O O — — — X 0

B White Clip O O — — — X 0

M White Clip O O — — — X 0

Gen Lock Gen Lock Enable — — — — — — Enable

GL SC Phase — — — — — T 0

GL H Phase (Coarse) — — — — — T 0

GL H Phase (Fine) — — — — — T 0

Encoder Q Filter (NTSC Only) — — — — — — Wide

BARS On — — — — — — OFF

BARS Mode — — — — — — UC : SMPTE

CE : FULL (75 %)

Cross Color On O O — — — — OFF

SuppressLevel O O — — — T 0

* : White Gamma RGB mode only (Continued)



BVP-E30/E30P M-V1 4-17 (E)



Character TEST Character On — — — — O — ON

Character SYNC — — — — O — VF

Test Out Select R, G, B, Y, ENC, VF, — — — — — — ENCRETURN

VF Out Select R, G, B, Y — — — — — — Y/Color

MIX VF MIX VF — — — — — — OFF

Test Marker Test Marker — — — — O — OFF

VF Marker Safety Zone On — — — — O — OFF

Safety Zone Select — — — — O — 90 %

Aspect Ind On — — — — O — OFF

Aspect Indicator 4:3-15:9 — — — — O — 4:3

Center Maker On — — — — O — OFF

Center Maker — — O — — X 0H Position

Center Maker — — O — — X 0

V Position

Box Cursor On — — — — O — OFF

Box Cursor H Position — — — — O X 50

Box Cursor V Position — — — — O X 50

Box Cursor H Width — — — — O X 50

Box Cursor V Width — — — — O X 50

Zebra Zebra On — — — — O — OFF

Zebra 1/2/1&2 — — — — O — 1&2

Zebra 1 Level — — — — O X 75 %

Zebra 1 Width — — — — O X 10 %

Zebra 2 Level — — — — O X 100 %

VF DTL VF DTL On — — — — O — ON

VF DTL Gain — — — — O X 25

(Continued)



4-18 (E) BVP-E30/E30P M-V1



VF Display Extender — — — — O — ON

Zoom — — — — O — OFF

Zoom Display — — — — O — UC : RIGHTCE : LEFT

Focus — — — — O — OFF

ND — — — — O — ON

CC — — — — O — ON

IRIS — — — — O — ON

White Switch Position — — — — O — ON

5600k — — — — O — ON

Master Gain — — — — O — ON

Shutter — — — — O — ON

Return — — — — O — ON

ATW — — — — O — ON

C.TEMP — — — — O — OFF

Abnormal Ind ND Indicator — — — — O — ON

ND Normal — — — — O — 1- - -

CC Indicator — — — — O — ON

CC Normal — — — — O — -B- - -

WHITE Position Indicator — — — — O — ON

WHITE Position Normal — — — — O — -AB

5600k Indicator — — — — O — ON

5600k Normal — — — — O — OFF

GAIN Indicator — — — — O — ON

GAIN Normal — — — — O — L- - -

SHUTTER Indicator — — — — O — ON

SHUTTER Normal — — — — O — OFF

EXTENDER Indicator — — — — O — ON

EXTENDER Normal — — — — O — OFF

FORMAT Indicator — — — — O — ON

FORMAT Normal — — — — O — UC : 59.94I

CE : 50I

16:9/4:3 Indicator — — — — O — ON (WS only)

16:9/4:3 Normal — — — — O — 16:9 (WS only)

x0.8/4:3 Indicator — — — — O — ON

x0.8/4:3 Normal — — — — O — OFF

Format 16:9 → 4:3 Crop O — — — — — 16:9 (WS only)

Format O O — — — — UC : 59.94I

CE : 50I

Shutter Link Mode — — — — — — OFF

Level Auto Set Up White Setup Mode — — — — — — LEVEL

(Continued)



BVP-E30/E30P M-V1 4-19 (E)



Iris Auto Iris On O O — — — — OFF

Level O O O — — T 0

APL O O — — — T 82

Gain O O — — — T 0

Close — — — — — — OFF

Others V BLKG 19/20/21 — — — — — — UC : 20

CE : _

F.No. Display — — — — — —

Switch Assign Lens VTR S/S — — — — O — RET2

Camera VTR S/S — — — — O — RET2

Assignable Switch — — — — O — 5600K

Assinable Switch Dimmer — — — — O — 5

Handle Switch — — — — O — UC : RET/INCOM1CE : RET/PROD

Handle Switch Zoom Speed — — — — O — 50

Gain [L] — — — — O — 0dB

Gain [M] — — — — O — +6dB

Gain [H] — — — — O — +12dB

White [B] — — — — O — B

Outout [DCC] — — — — O — Auto Knee

RE.Rotation — — — — O — STD





BVP-E30/E30P M-V1 5-1 (E)

Section 5

Electrical Alignment

5-1. Preparation

5-1-1. Equipment Required

Tools

. Extension board EX-464 (Sony part No. : A-8318-864-A)

. Pattern box (PTB-500, 90-240 Vac) (Sony part No. : J-6029-140-B)

. Grayscale chart (4:3, transparent) (Sony part No. : J-6026-130-B)

. Grayscale chart (16:9, transparent) (Sony part No. : J-6394-080-A)

. Grayscale chart (4:3, reflective) (Commercially available, Refer to Section 5-1-5)

. Flexible card wire (30P, 140 mm) (2 pieces) (Sony part No. : 1-823-429-11)

. EX Harness (3 pieces) (Sony part No. : 1-961-653-21)

Equipment

. Digital oscilloscope: Tektronix TDS460A or equivalent

. Waveform monitor/Vectorscope: Tektronix 1750 (for NTSC)/1751 (for PAL) or equivalent

. Monochrome monitor (Horizontal resolution; 900 TV lines or more)

. Frequency counter: Advantest TR5821 or equivalent

. Digital voltmeter: Advantest TR6845 or equivalent

Peripheral equipment

. Camera control unit: CCU-550D/550DP

CCU-700A/700AP

CCU-900/900P

. Camera adaptor: CA-570/570P

CA-950/950P

. Viewfinder: BVF-10/10CE/20W/20WCE/C10W

. Master setup unit: MSU-700A/750

. AC adapter: AC-550/550CE



5-2 (E) BVP-E30/E30P M-V1

ENG/EFP LENS

OPTICAL FIBER CABLE (FC2–PD250/PD50) (*3)TRIAX CABLE (*4)

CCA-5 CABLE

AC ADAPTORAC–550/550CE

1.35-type COLOR VF (BVF-C10W)2-type VF (BVF-20W/20WCE)1.5-type VF (BVF-10/10CE)

COLOR VIDEO CAMERABVP-E30/E30P/E30WS/E30WSP

ELECTRONICVIEWFINDER

BVF-55/55CE

CAMERA ADAPTOR (*2)CA-570/570PCA-950/950P

MASTER SETUP UNITMSU-700MASTER SETUP UNITMSU-700MASTER SETUP UNITMSU-700A/750

CAMERA CONTROL UNIT (*1)CCU-550D/550DPCCU-700A/700APCCU-900/900P

*1: Represented as “CCU” simply for convenience in wirtingin this section.

*2: Represented as “CA” simply for convenience in wirtingin this section.

*3: Used when CA-950/950P and CCU-900/900P are used.*4: Used when CA-570/570P and CCU-550A/550AP/700A/

700AP are used.

Waveform monitor (WFM)/ Vectorscope

Color monitor or B/W monitor

BNC CABLE

TEST OUT

BNC CABLE

5-1-2. Notes on Adjustment

. The unit (camera) can be adjusted in either of the following conditions:

(1) Unit (camera) + CA (Camera Adaptor) + AC (AC Adaptor)

(2) Unit (camera) + CA (Camera Adaptor) + CCU (Camera Control Unit) + MSU (Master Setup Unit)

When MSU is used for adjustments, the equipment (CCU and MSU) should be completely adjusted.For equipment settings, refer to section 5-1-4.

. All measuring equipment should be calibrated.

. Be sure to turn off the power before disconnecting boards.

. Before adjustment, warm up the camera for about 10 minutes.

5-1-3. Connection



BVP-E30/E30P M-V1 5-3 (E)

When MSU-750 is used

. Power/Signal output select buttonsALL button → OFF (dark)

CAM PW button → ON (lit)

VF PW button → ON (lit)

TEST 1 button → OFF (dark)


BARS button → OFF (dark)

CLOSE button → ON (lit)

. Camera/CCU function ON/OFF buttons

Knee off * → OFF (highlighted)

Detail off * → OFF (highlighted)

Matrix off * → OFF (highlighted)

AUTO KNEE button → OFF (dark)

SKIN DETAIL button → OFF (dark)

. Others

Gamma off * → ON (not highlighted)

Master Gain* → 0 (0 dB)

ND* → 1 (highlighted)

CC* → B (highlighted)

. Menu operation block (touch panel)

PAINT button → ON

→ (2/3) [White|Clip] → [White|Clip|Off]* : Press FUNCTION button and select from function menu screen

5-1-4. Initial Settings

MSU Operation Panel

When MSU-700A is used

. Power/Signal output select buttonsALL button → OFF (dark)

CAM PW button → ON (lit)

VF PW button → ON (lit)



BARS button → OFF (dark)

CLOSE button → ON (lit)

. Camera/CCU function ON/OFF buttons

KNEE OFF button → OFF (lit)

DETAIL OFF button → OFF (lit)

LEV DEP OFF button → OFF (lit)

MATRIX OFF button → OFF (lit)

AUTO KNEE button → OFF (dark)

SKIN DETAIL button → OFF (dark)

. Others

GAMMA OFF button → ON (dark)

MASTER GAIN button→ 0 (0 dB)

FILTER button (ND) → 1 (lit)

FILTER button (CC) → B (lit)

. Menu operation block (touch panel)

PAINT button → ON

→ (2/3) [White|Clip] → [White|Clip|Off]



5-4 (E) BVP-E30/E30P M-V1

5-1-5. Presetting Compensation Data

Before beginning adjustment of board, preset all compensation data output from the CPU. To preset

proceed as follows. By presetting the data, the CPU will output the center value of each data. If you adjust

each item without presetting, it cannot be regarded as completion of adjustment.

How to preset the data

Perform the preset operation on the camera using the viewfinder displays.

nMake sure the no display appears on the viewfinder before beginning presetting.

Use the DISPLAY switch on the side panel of the camera and the MENU SELECT knob on the front

panel to preset.

1. Set the DISPLAY switch from OFF to MENU while holding down the MENU SELECT knob.

The TOP menu appears in the viewfinder.

2. Select the FILE menu and display the REFERENCE page.

3. Select ALL PRESET and execute presetting. When presetting is normally executed, a message

“Completed” is displayed.

4. Return the DISPLAY switch to OFF.

5-1-6. SERVICE Menu

In this section, the SERVICE menu is used to perform adjustment.

To display the SERVICE menu, follow the procedure below.

1. Set the DISPLAY switch to MENU.

2. Double-click the ASSIGNABLE switch while setting the STATUS/CANCEL switch to STATUS.

In this section, the menu operations are described as follows:

Example : When selecting ENC of TEST OUT at the VA TRIMMING page of the SERVICE menu.

MENU : SERVICE

PAGE : VA TRIMMING

ITEM : TEST OUT→ ENC



BVP-E30/E30P M-V1 5-5 (E)

Light source

Chart

Illuminance meter

5-1-7. Maintaining the Grayscale Chart

For the PA gain adjustment, using an 89.9 %-reflective grayscale chart is preferable.

If a reflective chart is not available, use a well-maintained pattern box and a transparent grayscale chart

for adjustment.

Before beginning adjustment, set the illumination of the light source (or the luminous intensity on thechart surface) properly proceeding as follows and set the color temperature to 3200 K exactly by adjust-

ing light.

Information on the reflective grayscale chart

Recommended chart

The reflective grayscale chart is commercially available.

Recommended chart: Reflective grayscale chart (with a special case)

MURAKAMI COLOR RESEARCH LABORATORY GS-3

or equivalent

Supplier: MURAKAMI COLOR RESEARCH LABORATORY

Address: 3-11-3, Kachidoki, Chuo-ku, Tokyo, JAPAN

Postcode 104-0054

Phone: 81-3-3532-3011

Fax: 81-3-3532-2056

Handling precautions

. Do not touch the chart’s surface.

. Do not subject the surface to dirt, scratches or prolonged exposure to sunlight.

. Protect the chart from excess moisture and harmful gas.

. Avoid resting articles against the case.

. Open the case and dry the chart more an hour for a month in no use long period.

Replacement period when the chart is used as the reference

The reflective grayscale chart should be replaced every two years if it used as the reference. Because the

chart deteriorates with time and proper adjustment cannot be achieved.

Replacement period varies according to storage conditions of the chart.

Setting illumination (when the reflective chart is used)

Equipment: Illuminance meter (Calibrated)

1. Turn on the light source and warm up for about 30

minutes.

2. Place the illuminance meter on the chart surface.

Adjust the position and angle of the light source so that

the whole surface of the chart is evenly 2000 lx.

nLight the chart from almost the same direction and

height as the camera to shoot the chart.



5-6 (E) BVP-E30/E30P M-V1

Chart

Luminance meter

1 m

Setting luminous intensity (when the transparent chart is used)

Equipment: Luminance meter (Minolta LS-110 or equivalent. Calibrated.)

1. Light the pattern box and warm up for about 30 minutes.

2. Place the pattern box where the chart is not exposed to light, such as a darkroom.(Or cover the pattern box with a cover whose inside is painted in black.)

3. Place the luminance meter facing straight to the chart at a distance of 1 m from it.

4. Adjust the luminance control of the pattern box so that the white portion in the center of the chart is

573 ±6 cd/m2.

nThis corresponds to the luminous intensity on the 89.9 %-reflective chart at 2000 lx.



BVP-E30/E30P M-V1 5-7 (E)

TP1TP2

TP3E1

A B C D E F G1

2

3

4

5

6

7

8

9

10

11

12

VA-226 board (A side)

A

1H

(Oscilloscope)

3. Flare Offset B Adjustment

Test Point : TP3 (GND : E1)

Adjustment Point

. ITEM : FLR OFFSET [B]

Specifications : A = 0 ±10 mV

4. Store the TRIMMING data.

(Press the MENU SELECT knob to execute.)

ITEM : STORE

5-2. VA-226 Board Adjustment

Perform the adjustments from Sections 5-2-1 to 5-2-3 in

order.

5-2-1. Black Balance Adjustment

Perform automatic adjustment of black balance as follows.

(1) When MSU is not used, set the AUTO W/B BAL

switch on the front of the camera to the BLK side.

(2) When MSU is used, set the BLACK button on MSU to

ON (lit).

5-2-2. Flare Offset Adjustment

Equipment : Oscilloscope

Board extension : VA-226 board

Preparations

. Lens Iris→ CLOSE

. Menu settings

MENU : SERVICE

PAGE : VA TRIMMING

Adjustment Procedures

1. Flare Offset R Adjustment


Adjustment Point

. MENU : SERVICE

. PAGE : VA TRIMMING

. ITEM : FLR OFFSET [R]

Specifications : A = 0 ±10 mV

2. Flare Offset G Adjustment


Adjustment Point

. ITEM : FLR OFFSET [G]Specifications : A = 0 ±10 mV



5-8 (E) BVP-E30/E30P M-V1

R MG

CYG

YL

B

R MG

CYG

YL

B

(NTSC) (PAL)

5-2-3. Offset Adjustment

Equipment : Vectorscope (x5 range)

Test Point : TEST OUT connector

Preparations

1. Lens Iris → CLOSE

2. Select the PAINT menu.

MENU : PAINT

PAGE : SW STATUS

ITEM : GAMMA→ ON

3. Then, select the SERVICE menu.

MENU : SERVICE

PAGE : VA TRIMMING


OFFSET ADJUST→ R


1. OFFSET R Adjustment

Adjustment Point

. ITEM : OFFSET [R]

Specifications : The spot of the vectorscope shall not

change.

2. Menu setting

ITEM : OFFSET ADJUST→ G

3. OFFSET G Adjustment

Adjustment Point

. ITEM : OFFSET [G]


change.

4. Menu setting

ITEM : OFFSET ADJUST→ B

5. OFFSET B Adjustment

Adjustment Point

. ITEM : OFFSET [B]


change.



ITEM: STORE

Setting after Adjustment

. ITEM : OFFSET ADJUST→ OFF

. Restore the VA-226 board to the original position.



BVP-E30/E30P M-V1 5-9 (E)

5-3. PA-272/273/274 Boards Adjustment

5-3-1. PA Gain Adjustment

n

For the PA gain adjustment, using an 89.9 %-reflectivegrayscale chart is preferable.

Before performing adjustment, be sure to set the illumina-

tion of the light source (or the luminous intensity on the

chart surface) and to set the color temperature exactly.

For details, refer to Section 5-1-7. “Maintaining the

Grayscale Chart”.


Vectorscope

Object : Grayscale chart

Board extension : VA-226 board

Preparations

. Remove the right side panel. (Refer to Section 1-5.)

. For BVP-E30WS/E30WSP

Remove the DR-536 board. (Refer to Section 2-1-3.)

. Shoot the fully occupied grayscale chart in the full

underscanned monitor frame adjusting the zoom control.

(2000 lx and 3200 K)

For BVP-E30WS/E30WSP, shoot the chart as follows

according to the chart to be used.

. Lens Iris→ F11

. Menu setting

MENU : OPERATIONPAGE : PRESET WHITE

ITEM : COLOR TEMP→ 3200k

. WHITE BAL switch (on the side panel) →

PRESET (3200 K)

(When using the 4:3 type)

Chart frame

(When using the 16:9 type)

Underscanned monitor frame


1. PA G Gain Adjustment

Test Point : TP71 (GND : GND A) /

EX-464 extension board

Adjustment Point : 1 RV1/PA-273 boardSpecifications : A = 165 ±10 mV

2. Set the TEST OUT switch (on the side panel) to ENC.

3. Menu setting

MENU : SERVICE

PAGE : VA TRIMMING


Connect the vectorscope to the TEST OUT connector.

4. PA R/B Gain Adjustment

Adjustment Point : 1 RV1/PA-272 board

1 RV1/PA-274 board

Specifications : Center the beam spot on the

vectorscope.

RMG

CYG

YL

B

10uS50m BWL

A

(Oscilloscope)

1

1

1

RV1/PA-272 board

RV1/PA-273 board

RV1/PA-274 board



5-10 (E) BVP-E30/E30P M-V1

B

TEST1 TEST2 (10STEP)

A

(Waveform monitor)

2. Video level G adjustment

Adjust following the steps below.

(1) MENU: SERVICE

PAGE: VA TRIMMING

ITEM: TEST OUT→ G

TEST SIGNAL→ TEST1(TEST OUT and TEST SIGNAL

can be switched on the menu or

through MSU-700A/750)

(2) MENU: SERVICE

PAGE: DPR TRIMMING

ITEM: VIDEO LEVEL [G]

(3) Specifications: The TEST1 and TEST2 levels

must be at the same level.

A = B (Adjust using the MENU

SELECT knob.)

Reference value: 3 mV (0.5 IRE)

or less

3. Video level B adjustment


(1) MENU: SERVICE

PAGE: VA TRIMMING

ITEM: TEST OUT→ B

TEST SIGNAL→ TEST1

(TEST OUT and TEST SIGNAL


through MSU-700A/750.)

(2) MENU: SERVICE

PAGE: DPR TRIMMING

ITEM: VIDEO LEVEL [B]




SELECT knob.)


or less



ITEM: STORE

5. Setting after adjustments

Set TEST1 and TEST2 to OFF.

5-4. DPR-261 Board Adjustment

5-4-1. Video Level Adjustments (1)

Equipment: Waveform monitor

Test point: TEST OUT connector

Preparations

1. Select the PAINT menu.

MENU: PAINT

PAGE: SW STATUS

ITEM: GAMMA→ OFF

KNEE→ OFF

2. Then, select the MAINTENANCE menu.

MENU: MAINTENANCE

PAGE: OTHERS

ITEM: TEST2 MODE→ 10STEP


1. Video level R adjustment


(1) MENU: SERVICE

PAGE: VA TRIMMING

ITEM: TEST OUT→ R

TEST SIGNAL→ TEST1

(TEST OUT and TEST SIGNAL


through MSU-700A/750.)

(2) MENU: SERVICE

PAGE: DPR TRIMMING

ITEM: VIDEO LEVEL [R]




SELECT knob.)


or less



BVP-E30/E30P M-V1 5-11 (E)

TP501

TP502TP503

TP1

E501

E1

1110 9 8 7 6 5 4 3 2 1

M

L

K

J

H

G

F

E

D

C

B

A

DPR-261 board (A side)

TP800

E2

5-4-2. Video Level Adjustment (2)


Preparations

. Turn the power off, and then disconnect the CCU

connected to the camera, and connect the AC-550/

550CE to the camera.

. Remove the left side panel. (Refer to Section 1-5.)

. OUTPUT/DCC switch (on the side panel) →

BARS/OFF

. Menu setting

MENU : SERVICE

PAGE : DPR TRINNING


1. Y Level Adjustment

Test Point : TP502 (GND : E501) /DPR-261

Adjustment Point

. ITEM : Y LEVEL

Specifications : NTSC : A = 714 ±2 mV

PAL : A = 700 ±2 mV

A

A

(NTSC)

(PAL)

(Oscilloscope)

(Oscilloscope)

2. R-Y level Adjustment


Adjustment Point

. ITEM : R-Y LEVEL


PAL : A = 525 ±2 mV

A

(NTSC)

(PAL)

A

(Oscilloscope)

(Oscilloscope)



5-12 (E) BVP-E30/E30P M-V1

TP501

TP502TP503

TP1

E501

E1

1110 9 8 7 6 5 4 3 2 1

M

L

K

J

H

G

F

E

D

C

B

A


TP800

E2

5-4-3. TEST OUT Level Adjustment

Equipment : Waveform monitor, vectorscope


Preparations

. Turn the power off, and then disconnect the CCU

connected to the camera, and connect the AC-550/

550CE to the camera.

. OUTPUT/DCC switch (on the side panel) →

BARS/OFF

. Menu setting

MENU : SERVICE

PAGE : VA TRINNING

ITEM : TEST OUT→ Y


1. Test Out Level Adjustment

Adjustment Point

. PAGE : DPR TRIMMING

. ITEM : TEST OUT LEVEL

Specifications : NTSC : A = 100 ±0.5 IRE

PAL : A = 700 ±7 mV p-p

After the adjustment is completed, store the TRIM-

MING data.


ITEM : STORE

A

A

(NTSC)

(PAL)

(Waveform monitor)

(Waveform monitor)

3. B-Y level Adjustment

Test Point : TP501 (GND: E501) /DPR-261

Adjustment Point

. ITEM : B-Y LEVEL


PAL : A = 525 ±2 mV

4. After the adjustments are completed, store the TRIM-

MING data.


ITEM : STORE

A

A

(NTSC)

(PAL)

(Oscilloscope)

(Oscilloscope)



BVP-E30/E30P M-V1 5-13 (E)

RMG

B

CYG

YL

RMG

CYG

YL

B

(NTSC) (PAL)

(Vectorscope)

Burst spot

75 %

TP501

TP502TP503

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2. VBS Level Adjustment

Menu setting

PAGE : VA TRIMMING


Adjustment Point


. ITEM : VBS Y LEVEL

Specifications : NTSC : A = 100 ±0.5 IRE

PAL : A = 700 ±3 mV p-p

After the adjustment is completed, store the TRIM-

MING data.


ITEM : STORE

Menu setting

PAGE : VA TRIMMING


Adjustment Point


. ITEM : VBS C LEVEL

Specifications : CROMA LEVEL

Each beam spot of vectorscope stays

inside the frame “4”.

A

A

(NTSC)

(PAL)

(Waveform monitor)

(Waveform monitor)

5-4-4. SC Frequency Adjustment

Equipment : Frequency counter


Preparations

nWarm up the camera for about 15 minutes or more before

performing this adjustment.

. Remove the left side panel. (Refer to Section 1-5.)

. Disconnect the CCU connected to the camera, and

connect the AC-550/550CE to the camera.

. When the cable is connected to GENLOCK IN connec-

tor of CA, disconnect the cable.


1. Adjustment Point

. MENU : SERVICE


. ITEM : SC FREQ

Specifications : 36,000,000 ±10 Hz

2. After the adjustment is completed, store the TRIM-

MING data.


ITEM : STORE



5-14 (E) BVP-E30/E30P M-V1

5-5. RPN Pixel Concealment

RPN (Residual Point Noise) on CCD is automatically

corrected during ABB (Auto Black Balance adjustment)

operation. However some RPN, low level white dots on

dark background, black dots and bright dots may remain.Perform this adjustment to correct those black dots and

bright dots.

nPerform Section 5-6. “RPN Compensation Adjustment” to

correct low level white dots on dark background.

Equipment : B/W monitor or color monitor


Preparations

. Adjust the black balance automatically.


. Menu setting

MENU : SERVICE

PAGE : CONCEAL

ITEM : CONCEAL MODE→ ON

. When the RPN recognition is difficult since the RPN

hides behind the character on a screen or is very close to

the character :

ITEM : TEST CHARACTER → OFF


m. Be sure not to move the cross cursor until the SAVE or

CANCEL operation is completely finished.

. You cannot make a compensation for the surroundingpixels adjacent to the already-compensated RPN.

1. Select the channel to be compensated.

ITEM : CHANNEL SELECT → R, G, B

2. Adjust the values of H and V so that the center of the

cross cursor is aligned just over the RPN.

ITEM : CURSOR → ON

ITEM : H, V

3. Move the cursor→ to “SAVE”, and press the MENU

SELECT knob. “EXEC OK” will be displayed.

Press MENU SELECT knob again, the compensation

is started, and compensation data is registered.

4. If the RPN cannot be compensated or an incorrect

registration was executed by mistake, move the cursor

→ to “DELETE”. Then, press MENU SELECT knob.

5. If perform this adjustment again or any other RPNs

remain, repeat steps 2 and 3.


ITEM : CONCEAL MODE→ OFF

<CONCEAL>

CONCEAL MODE : OFF

CHANNEL SELECT : R


CURSOR: OFF H: 170

V: ev194

SAVE

DELETE



BVP-E30/E30P M-V1 5-15 (E)

5-6. RPN Compensation Adjustment

RPN (Residual Point Noise) on CCD is automatically

corrected during ABB (Auto Black Balance adjustment)

operation. However some RPN, low level white dots on

dark background, black dots and bright dots may remain.

Perform this adjustment to correct those low level white

dots on dark background.

nPerform Section 5-5. “RPN Pixel Concealment” to correct

black dots and bright dots.

Notes

. The temperature inside of the unit is not stable just after

turning on the power, and the compensation may not be

carried out correctly.

Wait for about 20 minute after turning the power on, and

then start this adjustment.

. When the low level white dots cannot be compensated

even if the auto compensation is finished, perform the

manual compensation.



Preparations



. Menu setting

MENU : SERVICE

PAGE : COMPENSATION

ITEM : COMPENSATION MODE→

ON. When the RPN recognition is difficult since the RPN

hides behind the character on a screen on is very close to

the character :



Auto Compensation

1. Move the cursor→ to “AUTO COMPENSATION”,

and press the MENU SELECT knob.

“APR EXCUTING” will be displayed, and the com-

pensation will be performed.

2. When the compensation is finished, “APR OK” will be

displayed.

3. Repeat steps 1 and 2 two times.

nThe number of the RPNs compensated at once is limited.

When all RPNs do not disappear even if “APR OK” isdisplayed, carry out the automatic compensation again or

the manual compensation.

Manual Compensation

nBe sure not to move the cross cursor until the SAVE or





cross cursor is aligned just over the RPN.


ITEM : H, V

3. Move the cursor→ to “EXEC”, and press the MENU



of the maximum level will be performed.

nYou cannot make a compensation for the pixels in the

upper/lower one line and right/left 13 horizontal pixels

toward the already-compensated pixels.

When you try to compensate those pixels, the follow-

ing two selections at “SELECT” item on the screen

will be displayed.

Select either and perform adjustment.

ADJASENT PIXEL : the existing data takes effect

SETTING PIXEL : the existing data is deleted

4. If the RPN remains as a black dot (overcompensated)

or a white dot (incompletely-compensated), make a

fine adjustment.

ITEM : LEVEL→ 99 to 0

5. When the RPN is compensated, move the cursor→ to

“SAVE”. Then, press MENU SELECT knob.6. If the RPN cannot be compensated or an incorrect

operation was executed by mistake, move the cursor

→ to “CANCEL”. Then, press MENU SELECT knob.

7. If perform this adjustment again or any other RPNs

remain, repeat steps 2 to 5.


ITEM : COMPENSATION MODE→ OFF

<COMPENSATION>


CHANNEL SELECT : R


CURSOR: OFF H: 170

V: ev194

EXEC

LEVEL : --

SELECT: --

SAVE CANCEL

AUTO COMPENSATION



5-16 (E) BVP-E30/E30P M-V1

5-7. White Vertical Line Compensation

Fixed on screen white and vertical-in-line noise on CCD is

automatically corrected during ABB (Auto Black Balance

adjustment) operation. However some white vertical lines

may remain.Perform this adjustment to correct those white vertical

lines.



Preparations



. Menu setting

MENU : SERVICE

PAGE : V-LINE COMP

ITEM : COMPENSATION MODE→ ON

. When the white vertical line recognition is difficult since

the noise hides behind the character on a screen on is

very close to the character :



m. Be sure not to move the cross cursor until the SAVE or


. You cannot make a compensation for the lines in theright/left one line toward the already-compensated lines.

In this case, "ADJASENT PIXEL" will be displayed.




cross cursor is aligned just over the white vertical line.


ITEM : H, V

3. Move the cursor→ to “EXEC”, and press the MENU



of the maximum level will be performed.

4. If the white vertical line remains as a black line

(overcompensated) or a white line (incompletely-

compensated), make a fine adjustment.

ITEM : LEVEL→ 99 to 0

5. When the white vertical line is compensated, move the

cursor → to “SAVE”. Then, press MENU SELECT

knob.

6. If the white vertical line cannot be compensated or an

incorrect operation was executed by mistake, move the

cursor → to “CANCEL”. Then, press MENU SE-

LECT knob.

7. If perform this adjustment again or any other vertical

line noises remain, repeat steps 2 to 5.


ITEM : COMPENSATION MODE → OFF

<V-LINE COMP>


CHANNEL SELECT : R


CURSOR: OFF H: 170

V: ev194

EXEC

LEVEL : --

SAVE

CANCEL DELETE



BVP-E30/E30P M-V1 5-17 (E)

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5-8. V-SUB Voltage Adjustment

nThe V-SUB voltage specific to the CCD has been adjusted

for the optimum value at factory.

Therefore, never change this voltage from the factorysetting value.

Only when the improper data was saved by OHB TRIM-

MING page of the SERVICE menu by mistake, perform

this adjustment.


Preparations

. Extend the CCD block. (Refer to Section 1-14-3.)

. Shoot the fully occupied white area of the pattern box in

the full underscanned monitor frame adjusting the zoom

control.


1. V-SUB [R] adjustment

(1) Test Point : IC1- pin14/PA-274 board

(GND : E501/DPR-261)

Lens Iris : A = 500 ±50 mV

(2) Select a large lens aperture (3 stops and a half) to

obtain the 10 times amount of light.

(3) Adjustment Point

. MENU : SERVICE

. PAGE : OHB TRIMMING

. ITEM : V-SUB [R]

Specifications : NTSC : A = 1400+100

mV_0

PAL : A = 1100+100

mV_0

2. Perform V-SUB [G] adjustment in the same manner as

step 1.

Test Point : IC1- pin14/PA-273 board

(GND : E501/DPR-261)

Adjustment Point

. ITEM : V-SUB [G]

3. Perform V-SUB [B] adjustment in the same manner as

step 1.

Test Point : IC1- pin14/PA-272 board

(GND : E501/DPR-261)

Adjustment Point

. ITEM : V-SUB [B]4. Store the TRIMMING data.


ITEM : STORE


Restore the CCD block to the original position.

A

H rate

(Oscilloscope)

IC1

2

14pin

13

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B

A

PA-272/273/274 board (A side)



5-18 (E) BVP-E30/E30P M-V1

(4) Test Point : CN2- pin3/TG-229 board

(GND : E501/DPR-261)

Lens Iris : C = 10 mV


. MENU : SERVICE


. ITEM : V-REG [R]

Write down the voltage V2 at which the D section

of the waveform just begins to change from OK to

NG.

Specifications : V-REG [R] =V1 + V2

2

(Calculate with hexadecimal)

2. Perform V-REG [G] adjustment in the same manner as

step 1.

Test Point :

CN1- pin14/PA-273 board (GND : E501/DPR-261)

CN2- pin2/TG-229 board (GND : E501/DPR-261)

Specifications : V-REG [G] =V1 + V2

2(Calculate with hexadecimal)

3. Perform V-REG [B] adjustment in the same manner as

step 1.

Test Point :

CN1- pin14/PA-272 board (GND : E501/DPR-261)

CN2- pin1/TG-229 board (GND : E501/DPR-261)

Specifications : V-REG [B] =V1 + V2

2

(Calculate with hexadecimal)

5-9. V-REG Voltage Adjustment

nThe V-REG voltage specific to the CCD has been adjusted

for the optimum value at factory.

Therefore, never change this voltage from the factorysetting value.

Only when the improper data was saved by OHB TRIM-

MING page of the SERVICE menu by mistake, perform

this adjustment.


Preparations

. Extend the CCD block. (Refer to Section 1-14-3.)

. Shoot the fully occupied white area of the pattern box in

the full underscanned monitor frame adjusting the zoom

control.


1. V-REG [R] adjustment

(1) Test Point : IC1- pin14/PA-274 board

(GND : E501/DPR-261)

Lens Iris : A = 500 ±50 mV

(2) Select a large lens aperture (3 stops and a half) to

obtain the 10 times amount of light.


. MENU : SERVICE


. ITEM : V-REG [R]Write down the voltage V1 at which the B section

of the waveform just begins to change.

A

(Oscilloscope)

H rate

V1

B

H rate

(Oscilloscope)

H rate

(Oscilloscope)

V2

OKNG

BlankingVideo

D

C

H rate

(Oscilloscope)



BVP-E30/E30P M-V1 5-19 (E)

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PA-272/273/274 board (A side)



ITEM : STORE


Restore the CCD block to the original position.







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