Panasonic WV-CW970 User manual

ORDER NO. AVS0802993A3
Colour CCTV Cameras
Model Nos. WV-CW970, WV-CW974
SPECIFICATIONS
©2008
The Product with PbF
Please file and use this service manual together with the original service manual for Model No. WV-CW970 and
WV-CW974, Order No. AVS0703888C8.
Simplified
WV-CW974CH WV-CW970/CH
⬉⑤㽕∖ Ѹ⌕24 Vˈ50 Hz Ѹ⌕220 V-240 Vˈ50 Hz
ࡳ㗫 77 W 90 W
Ӵᛳ఼ 1/4-ൟ㸠䯈䕀ᤶCCD
᳝ᬜڣ㋴ 752 (H) h582 (V)
ᠿᦣඳ 3.65 mm (H) x 2.71 mm (V)
ࠊᓣֵো PAL
ৠℹ԰⫼ ݙ䚼ৠℹ(INT)ˈ໮ᎹൖⳈ偅ࡼ(VD2)ˈ⬉⑤ৠℹ(LL)
ᠿᦣ 䱨㸠ᠿᦣ2:1
ᠿᦣ乥⥛ ∈ᑇᠿᦣ乥⥛˖15.625 kHzˈൖⳈᠿᦣ乥⥛˖50.00 Hz
㾚乥䕧ߎ VBS˖1.0 V [P-P]/75 Ω˄BNCᦦ༈˅
⏙᱄ᑺ˄Ёᖗ˅ ∈ᑇߚ䕼⥛˄Ёᖗ˅˖᳔Ԣ480㒓˄NORMAL˄ℷᐌ˅ᔽ㡆῵ᓣ˅
ϔ㠀540㒓ˈ᳔Ԣ520㒓˄HIGH˄催㑻˅ᔽ㡆῵ᓣ˅
᳔Ԣ570㒓˄咥ⱑ˅
ൖⳈߚ䕼⥛ ˖᳔Ԣ400㒓˄Ёᖗ˅

CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN

᥻ࠊ᥹ষ ৠ䕈໮䏃㋏㒳ˈRS485
᥻ࠊࡳ㛑 ∈ᑇ׃ӄ䕀ࡼǃবס㘮⛺᥻ࠊࡳ㛑ˈ256Ͼ乘㕂ԡˈ෎⚍ԡ㕂ˈᎵ䘏
AGC˄㞾ࡼ๲Ⲟ᥻ࠊ˅ ᓔ˄ԢˈЁˈ催˅ˈ݇
󰵼乬˄ID˄䆚߿ⷕ˅˅ ᓔˈ݇˄乘㕂IDˈᨘڣᴎIDˈඳ󰵼乬˖8ϾЁ᭛ᄫヺ៪16Ͼ㣅᭛ᄫ↡˅
বס䗳ᑺ ೼᠟ࡼ῵ᓣϟব⛺䗳ᑺ㑺Ў6.0⾦˄TELE˄䖰䎱˅ࠄWIDE˄ᑓ㾦˅˅
বס䰤ࠊ 1סࠄ300ס˄ܝᄺ30סˈ⬉ᄤ10ס˅
ᆚⷕ䫕ᅮ ܼ䚼㦰
㞾ࡼ㘮⛺ ᠟ࡼˋ㞾ࡼ
ܝ೜ ALC˄㞾ࡼ⬉ᑇ᥻ࠊ˅˄ৃ䇗ᓔˋ݇䕧ߎⳂ󰵼㑻˅ˋ᠟ࡼ
ᖿ䮼
݇(1/50)ˈ㞾ࡼˈ1/120ˈ1/250ˈ1/500ˈ1/1 000ˈ1/2 000ˈ1/4 000ˈ1/10 000
⬉ᄤ✻ᑺᦤ ᳔໻32ס˄㞾ࡼˋ೎ᅮ˅
㞾ࡼ῵ᓣ
݇ˈSEQ˄乎ᑣ˅ˈSORT˄ᥦᑣ˅ˈAUTO PAN˄㞾ࡼ䕀ࡼ˅ˈᎵ䘏ˈ㞾ࡼ䎳䏾
AUTO PAN䬂SEQ˄乎ᑣ˅ˈSORT˄ᥦᑣ˅ˈAUTO PAN˄㞾ࡼ䕀ࡼ˅ˈᎵ䘏ˈ㞾ࡼ䎳䏾
᭄ᄫ㗏䕀 ᓔˋ݇
SUPER-D˄䍙㑻ࡼᗕ˅3ᓔˋ݇
⿏ࡼẔ⌟ ݇ˋ῵ᓣ1ˋ῵ᓣ2
᡹䄺䕧ܹˋ䕧ߎ 4䏃䕧ܹ˄᡹䄺䕧ܹ1㟇4˅
2䏃䕧ߎ˄᡹䄺ˋAUX1ˈ咥ⱑˋAUX2˅
ব⛺↨⥛ ܝᄺ30ס˄᭄ᄫব⛺㑺Ў300ס˅
⛺䎱 3.8 mm㟇114 mm
᳔໻ᄨᕘ↨ 1:1.4˄WIDE˄ᑓ㾦˅˅㟇3.6˄TELE˄䖰䎱˅˅
⠽䎱 1.5 m
ܝ೜㣗ೈ F1.4ࠄF22ˈ݇䯁
㾚㾦 ∈ᑇ˖1.8°~ 52°
ൖⳈ˖1.4°~ 40°
᳔Ԣ✻ᑺ ᔽ㡆˖0.5lx˄⬉ᄤ✻ᑺᦤ˖OFF˄݇˅˅
0.016 lx˄⬉ᄤ✻ᑺᦤ˖32ס˅*1
咥ⱑ˖0.04 lx˄⬉ᄤ✻ᑺᦤ˖OFF˄݇˅˅
0.0013 lx˄⬉ᄤ✻ᑺᦤ˖32ס˅*1
WIDE˄ᑓ㾦˅ǃAGC˄᥻ࠊ˅˖HIGH˄催˅
ࡼᗕ㣗ೈ ϔ㠀54 dB˄SUPER-D 3˄䍙㑻ࡼᗕ3˅˖ON˄ᓔ˅˅
ֵా↨ ᳔Ԣ50 dB˄AGC᥻ࠊ˖OFF˄݇˅˅
Ꮉ԰⦃๗ -40 °C㟇+50 °C; ⑓ᑺ᳔໻90%˄᮴ދޱ˅*2
䰆∈㛑࡯ IP66䰆஋ᇘֱᡸ(IEC60529/JIS C 0920)
ሎᇌ 239 mm˄Ⳉᕘ˅h395.5 mm˄催˅
䞡䞣 㑺4.7 kJ
㸼䴶ࡴᎹ ᨘڣᴎ˖䫌䪱ˈ஋⍖⚸ⓚ˄⊍ⓚ买㡆˖䫊㡆(901)˅DŽ
䙂䰇ᵓ˖ASA󰶆㛖ˈ஋ⓚ˄⊍ⓚ买㡆˖䫊㡆(901)˅
⧗ᔶ㔽˖䗣ᯢ㘮⺇䝌䝃󰶆㛖
*1㽚Ⲫؐ
*2೼⬉⑤㛑ᣕ㓁կ⬉ⱘᚙމϟ˄Ԛᰃˈᨘڣᴎݙ䚼⏽ᑺ䳔ֱᣕ೼-10 °C៪ҹϞ˅DŽ
∈ᑇ䕀ࡼ㣗ೈ 360° ᮴㑻
∈ᑇ䕀ࡼ῵ᓣ ᠟ࡼˈ㞾ࡼˈ᠟ࡼԡ㕂ˈ乎ᑣԡ㕂
∈ᑇ䕀ࡼ䗳ᑺ*3᠟ࡼ˖㑺0.065°ˋ⾦~120°ˋ⾦˄8/16/64㑻˅
乘䆒ؐ˖㑺400°ˋ⾦
׃ӄ㣗ೈ -5° ࠄ185°˄∈ᑇˉൖⳈˉ∈ᑇ˅˄ḍ᥂׃ӄ㾦ᑺ˅
׃ӄ῵ᓣ ᠟ࡼˈ᠟ࡼԡ㕂ˈ乎ᑣԡ㕂
׃ӄ䗳ᑺ*3᠟ࡼ˖㑺0.065°ˋ⾦~120°ˋ⾦˄8/16/64㑻˅
乘䆒ؐ˖㑺400°ˋ⾦
*3ᅲ䰙䗳ᑺপއѢ᠔䞛⫼ⱘ᥻ࠊ఼㉏ൟDŽ

咥ⱑ῵ᓣᓔ݇ 㞾ࡼˋᓔˋ݇
䱤⾕ ON/OFF ˄8䆒㕂˅
Ꮅ䘏 ذℶˋᠻ㸠ˋᄺд
⏙⋕ ᓔˋ݇
೒ڣֱᣕ ᓔˋ݇
㞾ࡼ೒ڣ〇ᅮ఼ ᓔˋ݇
എ᱃䆒㕂 ᅸݙ(L)ˋᅸݙ(H)ˋᅸ໪(L)ˋᅸ໪(H)
᥻ࠊ㋏㒳 䖲᥹ⱘPANǃTILTǃZOOM
催ᑺ䆒㕂 2.5 ~ 30.0m
Ⳃ󰵼ሎᇌ 㑺1/4 ~ 3/4
Ẕ⌟♉ᬣᑺ LOW, MID, HIGH
ব⛺᥻ࠊ OFF, INTERMIT, CONTINUOUS
ඳ䙂᥽ ᘏ݅8Ͼ᡹䄺/MASK
༅এⱘ䆒㕂 STOP, RESEACH, ZOOM-OUT
᡹䄺䆒㕂 OFF, ON, CONT, AREA
Ⳃ󰵼Ḛ OFF, CANDIDATE, TARGET, ON
䞡䞣ሎᇌЎ䖥ԐؐDŽ㾘Ḑབ᳝ব᳈ˈᘩϡ঺㸠䗮ⶹDŽ
STANDARD ACCESSORIES
Փ⫼䇈ᯢк...............................................................1ᴀ
8䩜⬉㓚˄᡹䄺䕧ܹ˅...............................................1ḍ
4䩜⬉㓚˄᡹䄺䕧ߎ˅...............................................1ḍ
Ѹ⌕24 V䖲᥹ッᄤ˄ҙ䰤ѢWV-CW974CH˅...........1Ͼ
ࠡˋৢ䙂䰇ᵓ............................................................1༫
ࠡˋৢ䙂䰇ᵓᅝ㺙㶎䩝....................2া˄݊Ё1া໛⫼˅
䰆∈Ⲫ.......................................................................3Ͼ

LIMITATION OF LIABILITY
DISCLAIMER OF WARRANTY
(1) 䴲ᔦ䋷Ѣᴀѻક䋼䞣಴ᓩ䍋ⱘӏԩᤳᆇᤳ
༅ˈࣙᣀԚϡ䰤ѢⳈ᥹៪䯈᥹ⱘǃ⡍ᅮⱘǃⳌ
಴㗠⫳ⱘ៪݌ൟⱘᤳᆇ៪ᤳ༅˗
(2) ⬅Ѣӏԩᅝ㺙ϡᔧ៪⫼᠋ⱘՓ⫼ϡᔧ៪ϡ⊼ᛣ
㗠ᓩ䍋ⱘᤳᆇ៪ᴀѻકⱘ⸈ᤳㄝ˗
(3) ᔧ⫼᠋ᇍᴀѻક䖯㸠ᢚǃׂ⧚៪ᬍ䗴ᯊˈϡ
ㅵ䍋಴ᰃ৺೼ℸˈ㗠䗴៤ⱘϔߛᬙ䱰ᓖᐌ˗
(4) ಴ӏԩ಴˄ࣙᣀӏԩѻકᬙ䱰៪䯂乬˅㗠᮴
⊩ᰒ⼎ǃẔ⌟៪㞾ࡼẔ⌟ࠄ೒ڣ㗠ѻ⫳ⱘϡ֓ǃ
ᤳ༅៪ᤳണDŽ
(5) Ϣ㄀ϝᮍⱘ䆒໛ㄝ㒘៤ⱘ㋏㒳ᓩ䍋ⱘᓖᐌ៪݊
㒧ᵰ᠔ᇐ㟈ⱘϡ֓ǃᤳ༅៪ᤳᆇ˗
(6) ⫼᠋ᢡᨘⱘⲥ᥻೒ڣ˄ࣙᣀֱᄬⱘ᭄᥂˅⬅Ѣ
ᶤ⾡಴㗠㹿݀ᓔ៪㹿⫼Ѣⲥ᥻ҹ໪ⱘⳂⱘˈ
㒧ᵰ։ᆇњ԰Ў㹿ᨘᇍ䈵ⱘϾҎ៪ಶԧⱘ䱤⾕
ㄝˈᑊ಴ℸ㗠ᦤߎⱘ䌨ٓ㽕∖៪ᡩᢚ˗
CONTENTS
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS ..........................................1-1
LIST OF CONSUMPTION PARTS...........................................................................................................................1-1
ADJUSTMENT PROCEDURE.................................................................................................................................2-1
CONDUCTOR VIEW
MAIN BOARD.......................................................................................................................................................5-1
EXPLODED VIEW
(1/10) (MAIN UNIT-1) ...........................................................................................................................................6-1
(2/10) (MAIN UNIT-2) ...........................................................................................................................................6-2
(3/10) (MAIN UNIT-3) ...........................................................................................................................................6-3
(4/10) (MECHANICAL UNIT-1).............................................................................................................................6-4
(5/10) (MECHANICAL UNIT-2).............................................................................................................................6-5
(6/10) (CAMERA UNIT) ........................................................................................................................................6-6
(7/10) (DOME HOUSING UNIT-1)........................................................................................................................6-7
(8/10) (DOME HOUSING UNIT-2)........................................................................................................................6-8
(9/10) (UPPER BASE UNIT).................................................................................................................................6-9
(10/10) (PACKAGING)........................................................................................................................................6-10
REPLACEMENT PARTS LIST ................................................................................................................................7-1
3As for the rest of information, please refer to the original service manual.

1-1
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS
ᅝ㺙䕙ࡽㅵ
෎ᑻ
᡹䄺䕧ܹᦦ༈
᡹䄺䕧ߎᦦ༈
㾚乥䕧ߎᦦ༈
᭄᥂ッᄤ
ৢ䙂䰇ᵓ˷REAR˹˄䰘ӊ˅
ࠡ䙂䰇ᵓ˷FRONT˹˄䰘ӊ˅
䙂䰇㔽˄ߎᯊ㞾ᏺ˅
⧗ᔶ㔽˄䇋࣓পϟ⧗ᔶ㔽˅
䬰༈
䰆ഴ㨑䩶㓇
⫼ѢWV-CW970/CHⱘ⬉⑤㒓
⫼ѢWV-CW974CHⱘ⬉⑤㒓
WARNING
INPORTANT
LIST OF CONSUMPTION PARTS
REF. NO. PART NAME LIFE
MO1 Pan Motor 2.16 million actions
MO2 Tilt Motor (19 200 hours)
M50 Lens (Focus Motor, Zoom Motor) Each 3.7 million actions
* Lens Motor itself is not supplied, but only
supplied as assembly.
M41 Slip Ring 2.4 million actions
• Those figures are just for a reference under 35 °C environmental temperature and not for a guarantee.
It changes depending on the actual environment/operating condition.
• Part numbers of these consumption parts are described in Replacement Parts List on page 7-1.

2-1
1. Test Equipment Required
The following Test Equipments are required for Adjustment
of the Colour CCTV Camera WV-CW970/WV-CW974.
8Oscilloscope
8Frequency Counter
8Vectorscope
8Underscanned Colour Video Monitor
824 V AC/12 V DC Power Supply Unit
8Personal Computer (IBM PC/AT type or equivalent)
8Standard Straight RS-232C Cable
8Lux Meter
8Lighting (140 footcandles (1 400 lx), Colour Temperature
3 200°K)
8Colour Temperature Conversion Filters
Recommended manufacturer and part numbers are
shown in Table 1-1.
Table 1-1
8Radiation Chart
8Logarithmic Gray Scale Chart
(Part Number: YWV2310RB99)
8Colour Chip Chart (Part Number: YWV2100RB98)
8White Chart or White Paper
8System Controller such as WV-CU360C or WV-CU650.
8Remote Electric Variable Resistor (E.V.R.) Adjustment Kit
as shown in Fig. 1-1. (Part Number: YWV0EA1174AN)
8Extension Board Ass'y for WV-CS850 Series
(Part Number : V0EA1265AN)
Extension Cable Dfor CN2, CN3 on the Communication
Board and CN2, CN3 on the Switch Board the as shown
in Fig. 1-2.
ADJUSTMENT PROCEDURE
Conversion KENKO KODAK
3 200°K →5 100°K C12 80B
3 200°K →6 500°K C4 and C12 80B and 80C
8Extension Cable for E5 on the Power Board and CN5 on
the Communication Board as shown in Fig. 1-3.
(Part Number : K1PA02C00004)
8Extension Cable Ass'y for WV-CS950 Series
(Part Number : V0EA1547AN)
Extension Cable Afor CN201 on the Main Board and the
Lens Ass'y as shown in Fig. 1-4.
Extension Cable Bfor CN300 on the Main Board and
CN500 on the Sensor Board as shown in Fig. 1-5.
8CCD Mounting Adjustment Jig as shown in Fig. 1-6.
(Part Number : V0MA1231AN)
Fig. 1-4
Fig. 1-5
Fig. 1-2
UP
AB
C
UP
AB
CD
Fig. 1-6
To
Main
Board
CN201
To
Lens
Ass'y
To
Main
Board
CN300
To
Sensor
Board
CN500
Fig. 1-1
Fig. 1-3
To
Power
Board
E5
To
Communication
Board
CN5
CN2CN3

2-2
2. Disassembling Procedure for
Adjustment
8Referring to Fig. 2-1, remove three Special screws that
secure the Upper Base Unit.
Note : Special screws are remove by using the Hexagon
wrench for the hexagon button screw.
8Release three Attachment screws of the Main Unit by
turning the Upper Base Unit to direction of the arrow and
remove the Upper Base Unit from the Main Unit.
8Remove one screw that secure the Camera Safety Wire
and remove the Camera Safety Wire with the Sealing
Packing.
8Referring to Fig. 2-2, remove three screws that secure
the Sun Shield, release three Projections of the Sun
Shield by turning the Sun Shield to direction of the arrow
and remove the sun Shield from the Main Unit.
Fig. 2-1
Remove three screws.
Attachment
Screws
Upper Base
Unit
Main Unit
Sealing Packing
Remove one screw.
Camera
Safety Wire
Fig. 2-2
Remove
three
screws.
Sun Shield
Projections
Main Unit

2-3
8Referring to Fig. 2-3, remove two screws that secure the
Dome Safety Wire and remove the Dome Safety Wire
with the Sealing Packing from the Main Unit.
8Remove four screws that secure the Dome Cover Unit
and remove the Dome Cover Unit from the Main Unit.
Fig. 2-3
Remove two screws.
Remove
four screws.
Sealing Packings
Dome
Safety Wire
Main Unit
Dome Cover
Unit
8Referring to Fig. 2-4, remove three screws that secure
the Mechanical Unit, disconnect the connector between
the Cable of the Slip Ring of the Mechanical Unit and the
Relay Cable of CN7 on the Communication Board and
Unit.
8Disconnect three connectors (CN2, CN3, CN5 on the
Communication Board) and remove the Cables of CN2,
CN3 on the Switch Board, E5 on the Power Board in the
Dome Housing Unit.
8Remove three screws that secure the Communication
Board Unit and remove the Communication Board Unit
from the Dome Housing Unit.
Fig. 2-4
Remove
three
screws.
Mechanical Unit
Remove three
screws.
Communication
Board Unit
Dome Housing
Unit
Cable of the
Slip Ring
Connector
Relay Cable
Cables
CN7 CN2
CN3
CN5

2-4
8Referring to Fig. 2-5, remove three screws that secure
the Camera Mounting Bracket and remove the Camera
Mounting Bracket from the Mechanical Unit.
Fig. 2-5
Remove three screws.
Camera Mounting
Bracket
Mechanical Unit
8Referring to Fig. 2-6, remove the Elevertion Masks that
secure the Inner Domes.
8Remove two screws that secure the Inner Domes,
release four Hooks of the Inner Domes and remove the
Inner Domes from the Mechanical Unit.
Fig. 2-6
Remove
one
screw.
Remove
one
screw.
Elevertion
Mask
Inner Dome
Elevertion Mask
Hooks
Hooks
Mechanical
Unit
Inner
Dome

8Referring to Fig. 2-7, remove one screw that secure the
FFC Holder Cover and remove the FFC Holder Cover
and the FFC Holder from the Mechanical Unit.
8Disconnect two connectors (CN4 on the Main Board and
CN1 on the Servo Board) and remove the Flexible Flat
Cable from the Mechanical Unit.
8After removed the Flexible Flat Cable from two connec-
tors, restore the lock lever of two connectors.
8Remove three screws that secure the Sub Chassis Ass'y.
8Remove one screw that secure the FFC Clamp and
remove the FFC Clamp and the Sub Chassis Ass'y from
the Mechanical Unit.
8Remove one E Ring that secure the Tilt Gear Ass'y and
remove the Tilt Gear Ass'y from the Mechanical Unit.
8Remove the Camera Unit from the Mechanical Unit.
2-5
8Referring to Fig. 2-8, remove two screws that secure the
Rear Lens Cover, release two hooks of the Rear Lens
Cover and remove the Rear Lens Cover from the Front
Lens Cover.
8Remove two screws that secure the Front Lens Cover
and remove the Front Lens Cover from the Camera Unit.
8Referring to Fig. 2-9, disconnect two connectors (CN204
on the Main Board and CN400 on the Tilt Board) and
remove the Flexible Flat Cable from the Camera Unit .
8After removed the Flexible Flat Cable from two connec-
tors, restore the lock lever of two connectors.
Otherwise the lock lever will catch on the Chassis
when the Camera Head is removed from the Chassis.
8Remove two screws that secure the Lens Shield Cover
from the Lens Chassis Unit of the Camera Unit.
8Remove three screws that secure the Camera Head and
remove the Camera Head from the Lens Chassis Unit.
Fig. 2-7
Camera Unit
FFC
Holder FFC
Holder
Cover
Remove
one
screw.
Remove
one
screw.
Tilt
Gear
Ass'y
Mechanical
Unit
FFC
Clamp
CN1 on the
Servo Board
Flexible
Flat Cable
CN4 on the
Main Board
Sub Chassis
Ass'y
Remove
three
screws.
Remove
one
screw.
E Ring
Fig. 2-8
Remove two
screws.
Remove two
screws.
Rear Lens
Cover Hooks
Front Lens
Cover
Camera Unit
Fig. 2-9
Remove
two
screws.
Remove
two screws.
Lens Shield
Cover
Camera Head
Remove one
screw.
Flexible Flat Cable
Lens Chassis
Unit
CN400 on the
Tilt Board
CN204 on the
Main Board

2-6
8Reconnect the following connectors by using the
Extension Board Ass'y (Refer to Fig. 1-2) and the
Extension Cable (Refer to Fig. 1-3) for WV-CS850 Series.
1. Connect the Extension Cable D(Refer to Fig. 1-2)
between CN2, CN3 on the Communication Board and
the Cables of CN2, CN3 on the Switch Board in the
Dome Housing Unit.
2. Connect the Extension Cable (Refer to Fig. 1-3)
between CN5 on the Communication Board and the
Cables of E5 on the Power Board in the Dome
Housing Unit.
8Reconnect the Cable of the Slip Ring to CN7 on the
Communication Board.
8Reconnect the Flexible Flat Cable between CN4 on the
Main Board and CN1 on the Servo Board.
8Reconnect the Flexible Flat Cable between CN204 on the
Main Board and CN400 on the Tilt Board.
8Supply the power to the Camera.
8Contact the magnet to VS1 on the Servo Board.
3. Connection and Setting Up for
Adjustment
3.1. Connection
8The Fig. 3-1-1 shows the connecting diagram for the
Adjustment Procedure.
Fig. 3-1-1
Test Chart
Floppy
Disk
Underscanned
Colour
Video Monitor
Video
Output
Connector
Remote E.V.R.
Adjustment
Kit
Standard
Straight
RS-232C
Cable
RS232C
DC12V
IN
Personal
Computer
75 Ω
WV-CW970
WV-CW974
Vectorscope
Power Cable
Power Connector
CAMERA
IN
VIDEO
OUT
24 V AC
Power Supply Unit
(For WV-CW974)
220-240 V AC
(For WV-CW970)
12 V DC
Power Supply Unit
8Connect the Underscanned Colour Video Monitor to the
VIDEO OUT Connector of the Remote E.V.R. Adjustment
Kit through the Vectorscope by using the coaxial cables.
8Connect the Video Output Connector of the WV-
CW970/WV-CW974 to the CAMERA IN Connector of the
Remote E.V.R. Adjustment Kit by using the coaxial cable.
8Terminate the input terminal of the Underscanned Colour
Video monitor with 75 Ω.
8Connect the 24 V AC Power Supply Unit to the Power
Connector of the WV-CW974.
8Connect the 12 V DC Power Supply Unit to the Remote
E.V.R. Adjustment Kit.
8Connect the Remote E.V.R. Adjustment Kit to the
Personel Computer (IBM PC/AT type) by using the
Standard Straight RS-232C cable.
8Connect the probe of the Oscilloscope or Frequency
Counter at the desired Test Point in each adjustment
step.

2-7
REMOTE OPERATE
PROG
ALARM
RESET
NORMAL
SYSTEM
ALARM OFF
EVR
Left
Switch Right Switch
Mode Selection
Switch
Program
Switch
Up
Switch
Down
Switch Set
Switch
IN OUT
STD. CAMERAVP CAMERA VIDEO CAMERA DC12V IN
RS232C
VP/STD Camera Selection Switch
RS232C Connector
3.2. Setting Up for Remote E.V.R.
Adjustment Kit
(1) Remote E.V.R. Adjustment Kit
Fig. 3-2-1
(2) Switch Setting
8Referring to Fig. 3-2-2, remove four screws that secure
the Upper Cover and remove the Upper Cover.
Remove four screws.
Upper Cover
Fig. 3-2-2
8Set the switch SW3 on the Board to the position as
shown in Fig. 3-2-3.
8Set the VP/STD.Camera Selection Switch on the Rear
Panel to STD CAMERA position.
(3) Menu Setting
8Set the Mode Selection Switch on the Front Panel to the
"ALARM OFF" (center) position.
8Keep pressing the Program Switch for 3 seconds or more
until "Program Menu" is displayed on the monitor screen.
8Move the cursor to the "Controller Set Up" position by
pressing the Up and Down Switch.
8Display the "Controller Set Up Menu" on the monitor by
pressing the Set Switch.
8Move the cursor to the "Set Up Disable" position by
pressing the Up and Down Switch.
8Change "Disable" to "Enable" by pressing the Set Switch.
8After completing the above setting, move the cursor to
the Communication position by pressing the Up and
Down Switch.
8Display the "Communication Menu" on the monitor by
pressing the Set Switch .
8After confirming the Baud Rate is 9600, finish this menu
by pressing the Program Switch twice.
<Rear>
<Front>
Board
SW3
ON
<SW3>
<SW3>
1 2 3 4
Select switch #2 to ON (PAL) position.
#
ON
OFF
1
FIX
2
NTSC
PAL 3
FIX
4
FIX
Fig. 3-2-3

2-8
3.3. Dip Switch Setting
8Peel the RS485 Setting Label which covers switch holes
on top of the camera.
8Set the DIP switches (SW1, 2) on the Switch Board as
shown in Fig. 3-3-1.
8Stick the labels as it was.
3.4. Setting Up for Standard Picture
8The adjustment should be done after 30 minutes warm-
up.
8Set the Logarithmic Gray Scale Chart.
8Incident light of 1 400 lx ± 50 lx on the Logarithmic Gray
Scale Chart.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Set the Camera by the Remote E.V.R. Adjustment Kit so
that the Logarithmic Gray Scale Chart becoms full pic-
ture on the Underscanned Colour Video Monitor.
8Adjust the Lens Focus by the Remote E.V.R. Adjustment
Kit to obtain correct focal point.
8The adjustments should be done with this Standard
Picture, unless otherwise specified.
(4) Installing E.V.R Adjustment Program
8Make a copy of following necessory files to your comput-
er from original floppy disk.
RADJ2.EXE
CW97C.SEQ
CW97AF1.SEQ
CW97TLT.SEQ
CW97PRE.SEQ
CW97C.EV2
8 The Example given here is for A 2 drive computer, your
procedure might vary slightly depending on the drive
configuration.
8Confirm that the contents of CONFIG.SYS file on your
computer is DEVICE=ANSI.SYS (Basic).
8Insert floppy disk containing the E.V.R. Adjustment
Program into your floppy drive (for example,drive:A) and
type A:
8At the prompt, type CD IBMPC and press ENTER key.
8Type COPY RADJ2.EXE B: and press ENTER key.
8Type CD\ and press ENTER key.
8Type CD SEQ and press ENTER key.
8Type COPY CW97C.SEQ B: and press ENTER key.
8Type COPY CW97AF1.SEQ B: and press ENTER key.
8Type COPY CW97TLT.SEQ B: and press ENTER key.
8Type COPY CW97PRE.SEQ B: and press ENTER key.
8Type CD\ and press ENTER key.
8Type CD EVR and press ENTER key.
8Type COPY CW97C.EV2 B: and press ENTER key.
8After completing installation of program, you are ready to
use the E.V.R. Adjustment Program.
RS485Setting
START
ON
12345678
ON
1234
SW1
SW2
Camera top view
RS485 Setting Label
DIP Switches
SW2
4-bit DIP SW
#1 : ON, #2-#4 : OFF
SW1
8-bit DIP SW
#1-#8 : OFF
Fig. 3-3-1

2-9
4. Adjustment Procedure
8The Location of Test Points and Adjusting Controls refer
to Wiring Diagram on page 3-1 or 3-2.
4.1. Camera Adjustment
4.1.1. Starting E.V.R. Adjustment Program
8Insert new floppy disk containing DOS Operating System
and the E.V.R. Adjustment Program into the computer
(IBM PC/AT) and turn on the Power Switch of the com-
puter.
8When starting an adjustment, at the prompt, type
RADJ2 CW97C and press the ENTER key, an initial
menu page as shown in Fig. 4-1-1 will be displayed.
4.1.2. Saving the Adjustment Data
This saving procedure is recommended to keep the current
adjustment status of the camera.
8Press the SAVE (F5) key of the computer, and the com-
puter will ask you for the file name.
8Type xxxxxxxx.EV2 B40 19FF. Give an appropriate file
name for xxxxxxxx within 8 letters, but do not use
CW97C.
8Press the ENTER key.
4.1.3. Loading the Adjustment Data
This loading procedure is recommended to return the adjust-
ment status of the camera to the factory default setting or
the setting you saved before.
8Press the LOAD (F1) key of the computer, and the com-
puter will ask you for the file name.
8Type CW97C.EV2 or xxxxxxxx.EV2 (xxxxxxxx means a
file name you named before) and press the ENTER key.
Fig 4-1-1
PANASONIC REMOTE EVR ADJUSTMENT SYSTEM CCTV PRODUCT: CW970 EEPROM:0
                       MENU              Page (1/1)      PAL
1. SC FREQUENCY 11.4. 3200K B_PHASE
2. SC FREQUENCY 12.1. 5100K R_GAIN
3.1. LL PHASE1 FOR ACtype (50Hz) 12.2. 5100K B_GAIN
3.2. LL PHASE2 FOR ACtype (50Hz) 12.3. 5100K R_PHASE
4. HI CLIP LEVEL 12.4. 5100K B_PHASE
5. PEDESTAL 13. HIGH LIGHT CHROMA CLIP
6. ALC DC
7.1. VIDEO OUT GAIN (L)
7.2. VIDEO OUT GAIN (H)
8.1. BURST LEVEL R
8.2. BURST LEVEL B
8.3. BURST PHASE R
8.4. BURST PHASE B
9.1. WB 3200K MANU OFFSET R
9.2. WB 3200K MANU OFFSET B
10.1. WB 6500K ATW LIMIT R
10.2. WB 6500K ATW LIMIT B
11.1. 3200K R_GAIN
11.2. 3200K B_GAIN
11.3. 3200K R_PHASE
<CONTENTS> TD4 17.73447MHz+ – 40Hz
<INSTRUCTION> PLEASE CHOOSE MENU DATA BY ARROW-KEY
LOAD (F1) QUIT (F3) SAVE (F5)
3.5. EEPROM Replacement
Procedure
After replacing EEPROM (IC5 on the Main Board) with new
part, load the initial data to EEPROM according to the fol-
lowing procedure.
qTurn the power off of the WV-CW970/WV-CW974.
wShort between TD777 on the Servo Board or TD17 on
the Main Board (refer to Wiring Diagram on page 3-1 or
3-2) and ground.
eTurn the power on the WV-CW970/WV-CW974.
rMake connection according to "3.1. Connection".
tInsert new floppy disk containing DOS operating System
and the E.V.R. Adjustment Program into the computer
(IBM PC/AT) and turn on the Power Switch of the com-
puter.
yAt the prompt, type RADJ2 CW97C and press the
ENTER key, then the initial menu page will be displayed.
uPress the LOAD (F1) key of the computer, and the com-
puter will ask you for the file name .
iType CW97C.EV2 and press the ENTER key.
oWhen finishing the loading, press the QUIT (F3) key.
!0 Press the Nkey then press the ENTER key.
!1 Type RADJ2 and press the ENTER key.
!2 Type W_E_0 and press the ENTER key. (refer to Fig. 3-
5-1)
!3 Type A5 and press the ENTER key. (refer to Fig. 3-5-1)
!4 Type W_E_01 and press the ENTER key. (refer to Fig. 3-
5-1)
!5 Type 5A and press the ENTER key. (refer to Fig. 3-5-1)
!6 Turn the power off once and on again of the WV-
CW970/WV-CW974.
!7 Remove the short wire from TD777 on the Servo Board
or TD17 on the Main Board.
!8 Reset the Preset data according to "4.4. Preset Data
Reset Procedure".
!9 Adjust the Camera according to "4.1. Camera
Adjustment", "4.2. Back Focus Adjustment" and "4.3.
Tilt Adjustment" if necessary.
< EVR2 > W_E_0 N !2
EEPROM
000 : XX - A5 N !3
< EVR2 > W_E_01 N !4
EEPROM
000 : XX - 5A N !5
Fig. 3-5-1

2-10
790 mV ±30 mV
8Press the ENTER key for next adjustment.
(4) High Clip Level Adjustment
Test Point: Video Output Connector
8Confirm the Colour Temperature at 3 200°K.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Connect the terminated Oscilloscope with 75 Ωto the
Video Output Connector.
8Adjust data with the ARROW keys so that the High clip
level becomes 790 mV ± 30 mv as shown in Fig. 4-1-3.
(5) Pedestal Adjustment
Test Point: Video Output Connector
8Connect the terminated Oscilloscope with 75 Ωto the
Video Output Connector.
8Adjust data with the ARROW keys so that the Pedestal
level becomes 50 mV ± 10 mV as shown in Fig. 4-1-4.
Fig. 4-1-4
8Press the ENTER key for next adjustment.
50 mV ±10 mV
4.1.4. Adjustment Procedure
8Select the item "1. SC FREQUENCY" with the ARROW
key and press the ENTER key.
(1) Subcarrier Frequency Adjustment
for INT mode
Test Point: TD4 (SC VCXO) Main Board
8Connect the Frequncy Counter to TD4.
8Adjust data with the ARROW keys so that the Subcarrier
Frequency becomes 17.73447 MHz ± 40 Hz.
8Press the ENTER key for next adjustment.
(2) Subcarrier Frequency Adjustment
for LL mode
Test Point: TD4 (SC VCXO) Main Board
8Connect the Frequncy Counter to TD4.
8Adjust data with the ARROW keys so that the Subcarrier
Frequency becomes 17.73447 MHz ± 40 Hz.
8Press the ENTER key for next adjustment.
(3) Line Lock Phase Adjustment
Test Point: Video Output Connector
AC Live Waveform
8Connect the CH1 of the Oscilloscope to the Video Output
Connector.
8Connect the CH2 of the Oscilloscope to the AC Power
Line.
8Trigger the Oscilloscope at V-rate.
8Adjust data with the ARROW keys so that the decay point
of V-sync signal gains 2H ± 4H from the zero-cross point
of the AC Power Line Input Waveforms as shown in Fig.
4-1-2.
8Press the ENTER key for the next adjustment.
8Adjust data with the ARROW keys so that the decay point
of V-sync signal gains 2H ± 4H from the zero-cross point
of the AC Power Line Input Waveforms as shown in Fig.
4-1-2.
8Press the ENTER key for the next adjustment.
Zero-Cross Point
AC Line Input
Waveform
Video Output
Signal Waveform
2H ±4H
–+
V SYNC
Fig. 4-1-3
Fig. 4-1-2

2-11
Fig. 4-1-6
8Press the ENTER key for next adjustment.
(7.2) Video Output Gain (H) Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the Video sig-
nal level becomes 700 mV ± 50 mV as shown in Fig. 4-1-
6.
8Press the ENTER key for next adjustment.
700 mV ±50 mV
(8.1) Burst Level R Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Connect the terminated Oscilloscope with 75 Ωto the
Video Output Connector.
8Adjust data with the ARROW keys so that the Burst level
becomes 300 mV ± 10 mV as shown in Fig. 4-1-7.
8Press the ENTER key for next adjustment.
(8.2) Burst Level B Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the Burst level
becomes 300 mV ± 10 mV as shown in Fig. 4-1-8.
8Press the ENTER key for next adjustment.
(6) ALC DC Adjustment
Observe: Video Monitor
8Confirm the Colour Temperature at 3 200°K.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Adjust data with the ARROW keys so that the second
data from left becomes between 00 and 05 on the Video
Monitor as shown in Fig. 4-1-5.
8Press the ENTER key for next adjustment.
(7.1) Video Output Gain (L) Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Connect the terminated Oscilloscope with 75 Ωto the
Video Output Connector.
8Adjust data with the ARROW keys so that the Video sig-
nal level becomes 700 mV ± 50 mV as shown in Fig. 4-1-
6.
Fig. 4-1-7
300 mV ± 10 mV
300 mV ± 10 mV
Fig. 4-1-8
Fig. 4-1-5
00 00 00 00 1C 10 88 30
(Data are just example.)
Second data becomes between 00 and 05.

2-12
(8.4) Burst Phase B Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Set the Mode Switch of the Vectorscope to NTSC mode.
8Adjust data with the ARROW Keys so that the Burst
phase becomes 135° ± 1° as shown in Fig. 4-1-10.
8Change the Mode Switch of the Vectorscope from the
NTSC mode to the PAL mode.
8Adjust data with the ARROW Keys so that the Burst
phase becomes 90° ± 2° as shown in Fig. 4-1-10.
8Press the ENTER key.
8Select the item "8.1. BURST LEVEL R" with the ROLL
DOWN key and press the ENTER key.
8Repeat adjustment steps (8.1) to (8.4) until Burst level
and phase are adjusted to proper position as shown in
Fig. 4-1-7 to Fig. 4-1-10.
8Press the ENTER key for next adjustment.
cy
gMG
YL
yl B
b
GCY
dG
10 °
0 °
10 °
dø
100%
75%
RV
U
mg
r
20%
20%
dG
cy
gMG
YL
yl B
b
GCY
dG
10 °
0 °
10 °
dø
100%
75%
RV
U
mg
r
20%
20%
dG
135 °± 1 ° (135 °± 1 ° )
(90 °± 2 ° )
90 °± 2 °
NTSC mode PAL mode
Fig. 4-1-10
(9.1) White Balance 3 200°K Manual
Offset R Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Aim the Camera at the White Chart or White Paper.
8Set the Gain Control of the Vectorscope to maximum.
8Adjust data with the ARROW keys so that the vector posi-
tions at the center of the Vectorscope as shown in Fig. 4-1-
11.
8Press the ENTER key for next adjustment.
(9.2) White Balance 3 200°K Manual
Offset B Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the vector posi-
tions at the center of the Vectorscope as shown in Fig. 4-1-
11.
8Repeat adjustment steps (9.1) and (9.2) until vector posi-
tions at the center of the Vectorscope.
8Press the ENTER key for next adjustment.
Fig. 4-1-11
cy
gMG
YL
yl B
b
GCY
dG
10 °
0 °
10 °
d ø
100%
75%
RV
U
mg
r
20%
20%
dG
Positions at center.
(8.3) Burst Phase R Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Aim the Camera at the Logarithmic Gray Scale Chart.
8Set the Mode Switch of the Vectorscope to NTSC mode.
8Adjust data with the ARROW Keys so that the Burst
phase becomes 135° ± 1° as shown in Fig. 4-1-9.
8Change the Mode Switch of the Vectorscope from the
NTSC mode to the PAL mode.
8Adjust data with the ARROW Keys so that the Burst
phase becomes 90° ± 2° as shown in Fig.4-1-9.
8Press the ENTER key for next adjustment.
cy
gMG
YL
yl B
b
GCY
dG
10 °
0 °
10 °
d ø
100%
75%
RV
U
mg
r
20%
20%
dG
cy
gMG
YL
yl B
b
GCY
dG
10 °
0 °
10 °
d ø
100%
75%
RV
U
mg
r
20%
20%
dG
135 °± 1 °
(90 °± 2 ° )
(135 °± 1 ° )
90 °± 2 °
PAL modeNTSC mode
Fig. 4-1-9

2-13
(11.1) 3 200°K R Gain Adjustment
Test Point: Video Output Connector
8Return the Colour Temperature from 6 500°K to 3 200°K
by removing the Colour Temperature Conversion Filters
from the Lens.
8Aim the Camera at the Colour Chip Chart.
8Set the Gain Control of the Vectorscope to the normal
position.
8Adjust data with the ARROW keys so that the Red gain
becomes 264 % ± 5 % (Burst Level = 100 %).
8Press the ENTER key for next adjustment.
Note: Chrominance phase and gain are adjusted to proper
position as shown in Fig. 4-1-13 and Table 4-1-1.
(11.2) 3 200°K B Gain Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the Yellow gain
becomes 120 % ± 5 % (Burst Level = 100 %).
8Press the ENTER key for next adjustment.
Note: Chrominance phase and gain are adjusted to proper
position as shown in Fig. 4-1-13 and Table 4-1-1.
(11.3) 3 200°K R Phase Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the Red vector
phase becomes 108° ± 5°.
8Press the ENTER key for next adjustment.
(11.4) 3 200°K B Phase Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 3 200°K.
8Adjust data with the ARROW keys so that the Yellow vec-
tor phase becomes 160° ± 8°.
8Repeat adjustment steps (11.1) to (11.4) until both
Chrominance phase and gain are adjusted to proper posi-
tion as shown in Fig. 4-1-13 and Table 4-1-1.
8Press the ENTER Key for next adjustment.
(10.1) White Balance 6 500°K ATW Limit R
Adjustment
Test Point: Video Output Connector
8Change the Colour Temperature from 3 200°K to 6 500°K
by mounting the Colour Temperature Conversion Filters
on the Lens.
8Aim the Camera at the White Chart or White Paper.
8Set the Gain Control of the Vectorscope to maximum.
8Adjust data with the ARROW keys so that the vector posi-
tions at shifts by 12 % (Burst Level = 100 %) to the Cyan
side of the Vectorscope as shown in Fig. 4-1-12.
8Press the ENTER key for next adjustment.
(10.2) White Balance 6 500°K ATW Limit B
Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 6 500°K.
8Adjust data with the ARROW keys so that the vector posi-
tions at shifts by 12 % (Burst Level = 100 %) to the Cyan
side of the Vectorscope as shown in Fig. 4-1-12.
8Repeat adjustment steps (10.1) and (10.2) until vector
positions at shifts by 12 % (Burst Level = 100 %) to the
Cyan side of the Vectorscope.
8Press the ENTER key for next adjustment.
Fig. 4-1-12
cy
gMG
YL
yl B
b
GCY
dG
10°
0°
10°
dø 100%
75%
RV
U
mg
r
20%
20%
dG
Shifts
apporox. 12 %
cy
gMG
YL
yl B
b
GCY
dG
10°
0°
10°
dø 100%
75%
RV
U
mg
r
20%
20%
dG
Red
±5˚
264 % ±5 %
Phase
Gain
Yellow
±8˚
120 % ±5 %
108˚ 160˚
Table 4-1-1
Fig. 4-1-13

2-14
(12.1) 5 100°K R Gain Adjustment
Test Point: Video Output Connector
8Change the Colour Temperature from 3 200°K to 5 100°K
by mounting the Colour Temperature Conversion Filter on
the Lens.
8Aim the Camera at the Colour Chip Chart.
8Adjust data with the ARROW keys so that the Red gain
becomes 264 % ± 5 % (Burst Level = 100 %).
8Press the ENTER key for next adjustment.
(12.2) 5 100°K B Gain Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 5 100°K.
8Adjust data with the ARROW keys so that the Yellow gain
becomes 120 % ± 5 % (Burst Level = 100 %).
8Press the ENTER key for next adjustment.
(12.3) 5 100°K R Phase Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 5 100°K.
8Adjust data with the ARROW keys so that the Red vector
phase becomes 108° ± 5°.
8Press the ENTER key for next adjustment.
(12.4) 5 100°K B Phase Adjustment
Test Point: Video Output Connector
8Keep the Colour Temperature at 5 100°K.
8Adjust data with the ARROW keys so that the Yellow vec-
tor phase becomes 160° ± 8°.
8Repeat adjusment steps (12.1) to (12.4) until both
Chrominance phase and gain are adjusted to proper posi-
tion as shown in Fig. 4-1-14 and Table 4-1-2.
8Press the ENTER key for next adjustment.
Minimize
Chrominance
Level
Fig. 4-1-15
8After completing the adjustment, press the QUIT (F3)
key, then the computer will ask you if you want to save
the current adjustment status.
8If you want to save, press the Ykey, and then press the
ENTER key. Type xxxxxxxx.EV2 B40 19FF. Give an
appropriate file name for xxxxxxxx within 8 letters, but do
not use CW97C. Then press the ENTER key to finish this
adjustment procedure.
8If you don't want to save, press the Nkey, and then press
the ENTER key to finish this adjustment procedure.
(13) Highlight Chroma Clip Adjustment
Test Point: Video Output Connector
8Return the Colour Temperature from 5 100°K to 3 200°K
by removing the Colour Temperature Conversion Filter
from the Lens.
8Aim the Camera at the White Chart or White Paper.
8Connect the terminated Oscilloscope with 75 Ωto the
Video Output Connector.
8Set data to FF with the ARROW keys.
8Adjust data with the RIGHT key so that the False
Chrominance Level becoms minimum for the first time as
shown in Fig. 4-1-15.
cy
gMG
YL
yl B
b
GCY
dG
10°
0°
10°
dø 100%
75%
RV
U
mg
r
20%
20%
dG
Red
±5˚
264 % ±5 %
Phase
Gain
Yellow
±8˚
120 % ±5 %
108˚ 160˚
Fig. 4-1-14
Table 4-1-2