Nikon Coolpix 4600 Repair Manual [ET]

7/27/2019 Nikon Coolpix 4600 Repair Manual [ET]

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Copyright 2005 by Nikon Corporation.All Rights Reserved.

!!

Printed in Japan February 2005

VAA32001-R.3652.A

REPAIR MANUAL

VAA32001


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CONTENTS

SPECIFICATIONS

DisassemblyWARNING

REAR COVER

DISASSEMBLY OF REAR COVER

Discharging of main condenser

FRONT COVER

DISASSEMBLY OF FRONT COVER

TRIPOD SOCKET

LCD

SPEAKER HOLDER

MONITOR HOLDER

SB UNIT

WIRE HOLDER

TB-1 PCB

CONDENSER HOLDER

LENS UNIT

Points to notice when disassembling / (re)assembling Lens unit

Tools required for FFD inspection and adjustment

FINDER UNIT

ZOOM MOTOR UNIT

DISASSEMBLY OF ZOOM MOTOR UNIT

CCD FRAME

BARRIER UNIT

FIXED BARREL

DISASSEMBLY OF FIXED BARREL

2ND LENS GROUP UNIT

SHUTTER

STRAIGHT BARREL

KEY BARRELTURN BARREL

1ST LENS GROUP UNIT

ASSEMBLY

1ST LENS GROUP UNIT

KEY BARRELTURN BARREL

STRAIGHT BARREL

SHUTTER

2ND LENS GROUP UNIT


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ASSEMBLY OF FIXED BARREL

FIXED BARREL

CCD FRAME

ASSEMBLY OF ZOOM MOTOR UNIT

ZOOM MOTOR UNIT

FFD Inspection and adjustment (*FFD:Flange Focal Distance)

Preparation

FFD inspection and adjustment

FFD adjustment

BARRIER UNIT

Operation inspection

FINDER UNIT

Resolution inspection

LENS UNIT

CONDENSER HOLDER

TB-1 PCB

WIRE HOLDER

SB UNIT

MONITOR HOLDER

SPEAKER HOLDER

LCD

TRIPOD SOCKET

ASSEMBLY OF FRONT COVER

FRONT COVER

ASSEMBLY OF REAR COVER

REAR COVER

ADJUSTMENT

DISCRIPTION OF CIRCUIT

ELECTRICITY

OVERALL WIRING

CP1(DMA)CIRCUIT DIAGRAM

CP1(SYA) CIRCUIT DIAGRAM

CP1(CAA) CIRCUIT DIAGRAM

CP1(PWA) CIRCUIT DIAGRAM

CP1(STA) CIRCUIT DIAGRAM

ST1 CIRCUIT DIAGRAM

TB1 CIRCUIT DIAGRAM

OVERALL BLOCK DIAGRAM


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CCD BLOCK DIAGRAM

LENS BLOCK DIAGRAM

ASIC BLOCK DIAGRAM

SYSTEM CONTROL BLOCK DIAGRAM

POWER BLOCK DIAGRAM

FUSE arrangement (CP1 PCB)

INSPECTION STANDARDS

Tool List


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REAR COVER

Remove the four screws [#102]. Remove the two screws [#103].

Open the USB cover [#033].

As pushing the top side of the rear cover unit [#030]

by your nger, perform unhooking.

Open the rear cover unit [#030] slowly backward and

remove the FPC.

Remove the USB cover [#033].

Rear cover unit [#030] Push.

USB cover [#033]

FPC

Rear cover unit [#030]

Screw [#102

]

Screw [#102]

Screw [#103]

USB cover [#033]


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Discharging of main condenser

2K/5W


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DISASSEMBLY OF FRONT COVER

Remove the decoration top [#021].

Decoration top [#021]

Remove the two screws [#104].

Unhook the battery holder [#024].

Screw [#104]

Battery holder [#024]

Hook


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Remove the DC cover spring [#012]. Pull out the DC cover [#011].

Take off the spacer [#019] from the release button

unit.

In the gure below, the spacer is divided into three

pieces from the dotted line.

Remove the screw [#104].

Remove the release button unit [#020].

DC cover spring [#012]DC cover [#011]

Spacer [#019]

Screw [#104]

Release button unit [#020]


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TRIPOD SOCKET

Perform unhooking and remove the tripod socket

[#201].

LCD

Lift up the LCD [#239] and unsolder the lead wires [red] and [white].

The LCD [#239] is adhered with the double-adhesive tape.

Remove the FPC.

Remove the LCD [#239].

SPEAKER HOLDER

Take off the spacer [#206]. Unsolder the lead wires [red] and [black].

As turning counterclockwise, remove the speaker

holder [#233].

Tripod socket [#201]

Lead wires [red] and [white]

FPC

LCD[#239]

Spacer [#206]

Hook

LCD[#239]

Speaker holder [#233]

Lead wire [red]Lead wire [black]

Float this section and

remove it as turning.


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SB UNIT

Remove the spacer [#039]. Unsolder the lead wires [gray] and [white].

Unsolder the lead wire [black]. Unsolder the lead wire [pink].


Float the ash unit [#219].

Spacer [#039]

Lead wires [gray] and [white]

Lead wire [black]Lead wire [pink]

Screw [#104]

Flash unit [#219]


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WIRE HOLDER


Remove the wire holder [#215].

TB-1 PCB

Perform unhooking and remove the TB-1 PCB [#216].

CONDENSER HOLDER

Take off the spacer [#224

].Remove the screw [#102].

Remove the condenser holder [#204].

Hook TB-1 PCB [#216]

Wire holder [#215]

Spacer [#224

]

Screw [#102]

Condenser holder [#204]

Screw [#102]

Wire holder [#215]


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LENS UNIT

Remove the FPC.

Take off the spacer [#225].

Remove the two screws [#106].

The lens unit can be removed.

The spacer LPF [#209], the optical lter [#210] and the spacer [#211] can be removed.

Remove the solder xing the CCD. (Fig. 1)

Remove the CCD [#212], the lens mount [#213] and the spacer insulator [#214].

(Fig. 1)

FPC

Spacer [#225]

Solder

Screw [#106]

CCD [#212]

Spacer insulator [#214]

Lens mount [#213]

Spacer LPF [#209]

Optical lter [#210]

Spacer [#211]

Lens unit

Main PCB CP-1 [#218]


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Points to notice when disassembling / (re)assembling

Lens unit

When the following parts are replaced for repairing the lens unit singularly, the lens unit checking tool is required for the

FFD inspection and adjustment. Therefore, at service facilities where there is no tool, do NOT make a replacement

1st lens group unit

2nd lens group unit

3rd lens group unit

Tools required for FFD inspection and adjustment

Note: When the operation check and adjustment of the lens unit are made for repairing the lens unit singularly,

the following tools are required.

Lens unit checking tool J61202

Connection cable for lens J61202F

PCI I/F board J61204

Connection cable for PC J61204A

Adjusting focus stand for APS J15327

Adapter for J15327 J15327A + J15327D

E4600/E5600 lens unit checking program J65072


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FINDER UNIT

Remove the three screws [#429]. Remove the nder unit [#405].

ZOOM MOTOR UNIT

Remove the solder of the motor at 2 places.

Remove the solder of the FPC at 4 places.


Remove the zoom PI.



Remove the zoom motor unit.

Screw [#429]

Screw [#431]

Remove the solder.

Zoom motor unit

[#405]

Screw [#429]

Zoom PI

Screw [#430]


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DISASSEMBLY OF ZOOM MOTOR UNIT

Pull out the gear shaft D [#419].

Remove the zoom gear E [#411].

Remove the screw [#429] and then remove the gear

cover [#403].

Remove the zoom gear D [#410] and the zoom gear C [#409].

Zoom gear E [#411]

Gear shaft D [#419]

Screw [#429]

Gear cover [#403]

Zoom gear D [#410]

Zoom gear C [#409]


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BARRIER UNIT

Take off the name plate seal [#415]. Remove the barrier unit [#407] by turning

counterclockwise.

Insert tweezers into the clearance and turn the

barrier unit counterclockwise. It will be removed

easily.

Remove the barrier ring spring [#420].

Remove the barrier ring [#404] by turning clockwise.

Name plate seal [#415]

Barrier ring spring [#420]

Barrier ring [#404]

Clearance

Barrier unit [#407]

Clearance


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FIXED BARREL

Take off the FPC sheet [#423]. Push out the turn barrel [#401]. As taking out the

shutter FPC, remove the turn barrel [#402].

DISASSEMBLY OF FIXED BARREL

Pull out the gear shaft A [#413] and remove the zoom gear F [#412].

Pull out the gear shaft B [#418] and remove the nder gear A [#416].

Remove the light-shield ring [#424].

FPC sheet [#423]

Push out.

Turn barrel [#401]Shutter FPC

Gear shaft A [#413]

Gear shaft B [#418]

Zoom gear F [#412]

Finder gear A [#416]

Light-shield ring [#424]

Turn barrel [#402]


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key barrel unit [#428].

2nd lens group unit [#426]

Notch

Groove

Convex section

Lever

Groove

Convex section

2ND LENS GROUP UNIT

Set the lever of the key barrel unit [#428] at the front side. Set the notch of the 2nd lens group unit [#426] at the left

side. Fit the convex sections to the grooves and set the 2nd lens group unit [#426] into the key barrel unit [#428].

ASSEMBLY OF FIXED BARREL

Set the light-shield ring [#424].

Make the stepped difference side of the nder gear A [#

416] face the CCD. Then, set the nder gear A [#

416] and

insert the gear shaft B [#418].

Set the zoom gear F [#412] and insert the gear shaft A [#413].

Apply the adhesive (EC-1368) to the gear shafts.

Gear shaft A [#413]

Gear shaft B [#418]

Zoom gear F [#412]

Light-shield ring [#424]

Finder gear A [#416]

EC-1368

EC-1368


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FIXED BARREL

Adhere the FPC sheet [#423].Insert the shutter FPC into the hole on the side of the

xed barrel [#402].

Fit the convex sections on the turn barrel [#401] to

the grooves on the xed barrel [#402]. Set the turn

barrel [#401] into the xed barrel [#402].

FPC sheet [#423]

Turn barrel [#401]

Shutter FPC

Fixed barrel [#402]

Groove

Convex section

Convex section

Groove


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CCD FRAME

Set the nder gear B [#417] into the lens barrel unit.

Then, install the lens barrel unit.

Tighten the four screws [#431]. Insert the FPC of the CCD frame into the boss.

Insert the shutter FPC into the boss.

Tighten the screw [#430].

Perform soldering.

Screw [#431]Screw [#431]

Lens barrel unit

Finder gear B [#417]

Screw [#430]

Solder

Shutter FPC

FPC of CCD frame

Boss


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ASSEMBLY OF ZOOM MOTOR UNIT

Set the zoom gear C [#409] and the zoom gear D

[#410].

Set the gear cover [#403] and tighten the screw

[#429].

Screw [#429]

Gear cover [#403]

Zoom gear D [#410]

Zoom gear C [#409]

Set the zoom gear E [#411] and insert the gear shaft

D [#419].

Zoom gear E [#411]

Gear shaft D [#419]


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ZOOM MOTOR UNIT

Fit the zoom motor unit to the bosses on the CCD

frame and set it.

Tighten the screw [#430]. Solder the FPC at 4 places.

Solder the motor at 2 places.

Screw [#429]

Screw [#431

]

Perform soldering.

Zoom motor unit



Fold the FPC of the zoom PI as shown below and insert the zoom PI.

(1) (2) (3)

Zoom PI

Screw [#430]


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Hold the lens-barrel unit lightly with a hand, and run the program for inspecting the lens unit.

On the main menu of the lens unit checking program, click on "FFD Check" icon, and measure the FFD value

according to instructions of the PC screen.

FFD adjustment

Make adjustment by turning the 1st lens group so that the FFD measured value may be within the standard as shown

below.

Note: If the lens-barrel unit is held too tightly,

the FFD value cannot be measured correctly.

Note: Refer to supplied user manuals of the lens unit

checking tool for how to run the program for

inspecting the lens unit.

Note: At the position where the color of vertical lines shifts from blue to red, read the

measurement value of the adjusting focus stand.

Zoom position FFD standard Measured value in relation to reference value (-2.16mm)

Wide-side 0.05mm -2.21 -2.11Tele-side 0.05mm -2.21 -2.11

Make adjustment at the Tele-side.

After the adjustment is nished, apply the screw lock to the 1st lens group unit.

1401B

1401B


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BARRIER UNIT

Insert the convex section A on the barrier ring [#404]

into the clockwise side of the convex section B in

the lens barrel. Then, set the barrier ring [#404] and

turn it counterclockwise.

Barrier ring [#404]

Convex section A

Convex section B

Set the barrier ring spring [#420].

Barrier ring spring [#420]

Apply the adhesive (EC-1368) to 4 places on the

back of the barrier unit [#407].

EC-1368

EC-1368

EC-1368

EC-1368

Set the barrier unit [#407] with its cav number at the

top side and turn it clockwise.

Barrier unit [#407]

Cav number

Cav number


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When dissembling and repairing the lens-barrel, be sure to check the following after assembling it into the camera body.


By shooting the high-denition resolution chart (J63079), conrm that the number of TV lines is within the

standard.

TV lines (standard): 1100 TV lines or more in the center; 700 TV lines or more at the periphery

(ref. The resolution is represented byTV lines, which are total number of black-and-white strips distin-

guishable on the TV screen.)

(a) To take pictures, set the camera as follows: Shooting-mode (AUTO), Image quality mode (High), Flash

mode (Flash cancel)

(b) Check the zoom position at WIDE, MIDDLE and TELE.The object distance: WIDE (approx. 0.5m), MIDDLE (approx. 0.98 m), and TELE (approx.1.6 m). Set

the chart fully screened in the LCD of the camera and x it on a tripod.

(c) Open the shot image by Photoshop, and conrm it by the magnied display, e.g. 100%, etc.

(d) Check if the resolution in the center and the 4 corners of the periphery is identiable in black and white at

the position circled in red as below.

In case the resolution is defective, it is necessary to replace the lens-barrel group unit with the new one.

High-denition resolution chart (J63079)


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LENS UNIT

Set the spacer LPF [#209] and the optical lter [#210] into the lens unit.

As taking care about its direction, set the spacer [#211] into the lens unit.

Set the spacer insulator [#214], the lens mount [#213] and the CCD [#212] and solder them to the main PCB CP-1

[#218]. (Fig. 1)

Tighten the two screws [#106].

Adhere the spacer [#225].

Set the FPC.

FPC

Spacer [#225]

(Fig. 1)

Perform

soldering.

Optical lter [#210]

Setting direction

Lens unit side CCD side

Screw [#106]

CCD [#212]

Spacer insulator [#214]

Lens mount [#213]

Spacer LPF [#209]

Spacer [#211]

Main PCB CP-1 [#218]

Lens unit


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CONDENSER HOLDER

Set the condenser holder [#204] and tighten the

screw [#102].

TB-1 PCB


Spacer [#224]

Screw [#102]

Condenser holder [#204]

Spacer [#224]

Hook TB-1 PCB [#216]

Wire holder [#215]

Notch

Set the TB-1 PCB [#216] onto the hook of the wire holder [#215].

Pass the lead wire of the TB-1 PCB [#216] through the notch of the wire holder [#215].

WIRE HOLDER

Set the wire holder [#215] and tighten the screw

[#102

].

Screw [#102]

Wire holder [#215]


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SB UNIT

Arrange the lead wires [pink] and [blue] as shown below.

As arranging the lead wire [blue] as shown below (Fig. 1), set the ash unit [#219] and tighten the screw [#104]. (Fig. 2)

(Fig.1)

(Fig.2)

Lead wire [blue]

Screw [#104]

Flash unit [#219]

Arrange the lead wire [pink] as shown below. Solder the lead wire [pink].

Lead wire [pink]

Lead wire [pink]


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Solder the lead wires [gray] and [white].Solder the lead wire [black].

Lead wire [black]

Arrange the lead wires as shown below.


Spacer [#039]

Lead wires [gray] and [white]


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SPEAKER HOLDER


Solder the lead wires [red] and [white].

Arrange the lead wires [red] and [white] as shown

below.

Spacer [#206]

Fit the center boss on the speaker holder [#233] into

the boss hole on the LCD holder [#231]. Then, turn

the speaker holder [#233] clockwise.

LCD

Set the FPC.

Solder the lead wires [red] and [white].

Arrange the lead wires [red] and [white] as shown below. Fold the FPC and set the LCD [#239].

Speaker holder

[#233]

Boss hole position

Lead wire [white] Lead wire [red]

Lead wires [white]

Lead wires [red]

FPC

LCD [#239]


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TRIPOD SOCKET

Install the tripod socket [#201] by tting onto the

hook.

Install the release button unit [#020] by inserting its

convex section A into the notch B on the front cover

[#013].


ASSEMBLY OF FRONT COVER

Adhere the spacer [#019] of the release button unit

as shown below.

The spacer [#019] is divided into three pieces from

the dotted line in the gure.

Set the DC cover [#011].

DC cover [#011]

Set the DC cover spring [#012].

DC cover spring [#012]

Tripod socket [#201]

Hook

Convex section A

Notch B

Screw [#104]

Release button unit [#020]

Spacer [#019]

LCD [#239]

Set the convex section at

the top side.


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FRONT COVER

Set the earth release [#026].

Tighten the two screws [#102].

Perform soldering.

Set the FPC.

Set the front cover [#013].

Front cover [#013]

Set the SD cover [#037].

Set the cover shaft [#009].

Set the earth shaft [#029].


ASSEMBLY OF REAR COVER

Screw [#102]

FPC

Perform soldering.

Earth release [#026]

Earth shaft [#029]

Screw [#104]

SD cover [#037]

Cover shaft [#009]


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Fold the FPC as shown below and set it.Set the USB cover [#033].

REAR COVER

Tighten the two screws [#103].Set the rear cover unit [#030].


Tighten the four screws [#102].

USB cover [#033]

FPC


Screw [#103]

Screw [#102]

Screw [#102]


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1. Equipment

IBM compatible PC/AT AC adapter EH-62B USB cable ( UC-E6)

2. Servicing tools

Pattern box Color meter Luminance meter Siemens star chart Calibration software (J65071)

Adjustment collimator (J63090) or Adjustment rmware

3. Adjustment items and order

Adjustment after replacing the CP-1 PCB of RP

1. Writing of the initial image data

2. Firmware up

3. Lens adjustment

4. AWB adjustment

5. CCD white dot defect compensation

6. CCD black dot/white dot defect adjustment

7. USB storage information registration

Note) If replacing the lens, CCD, optical lter, it is necessary to perform the above 3-7 adjustments again. 4-6

adjustments should be made in the above order.

ADJUSTMENT


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4. Initial image data writing and Firmware upgrading

Device

AC adapter (EH-62B)Upgrading SD card X 1[How to create an upgrading SD card]

1) Format SD card on PC.

2) Create a folder named "rmware" in the root directory of the SD card.

3) Copy "rmware.bin" into the created folder.

4) Copy "nanddat.bin" into the root directory of the same SD card.

Note) When only rmware upgrading is performed without replacing CP-1 PCB, copying "nanddat.bin" into the SD card is

NOT necessary.

Procedure

Turn the camera OFF and connect the AC adapter.

Insert the upgrading SD card into camera.

Set the mode dial to "SETUP" and turn power ON.Highlight and select "Firmware version" to display the menu for data-writing of initial images. (Fig.1)

Write the data of initial images, and go on to upgrade the rmware.

Select "Yes", and press the decision button to carry out data-writing of initial images. (Fig.2)

Note: Do NOT turn power OFF during upgrading.

(Fig.1)

(Fig.2)


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5. Setup

1) System requirements

Windows 98 or Me, 2000, XP

IBM-compatible PC/AT with Pentium or higher processor

CD-ROM drive

3.5-inch 2HD diskette drive

USB port

40 MB or more RAM

Hard disk drive with 15 MB or more memory space

VGA or SVGA monitor with 256 or more color display

2) Installing calibration software

Insert the calibration software installation diskette into the diskette drive.

Open Explorer.

Copy "DscCalDi.exe, Camapi32.dll" folder of the oppy disk drive in any folder on the hard disk.

6. Installing USB driver

If the USB driver is necessary, install Nikon View via CD-ROM packed with the camera.


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7. Pattern box

Before using the pattern box, turn its power on to carry out "Aging" approx. 30 minutes: the color temperature should

be 310020K by the adjustment with the color meter, and the luminance should be 90020cd/m2by the adjustment

with the luminance meter. When using the pattern box and for a while after its power turns off, the lamp and its

surroundings are subject to high temperatures, so care should be taken when handling.

Procedure for correcting Pattern Box

Note: Be sure to perform the aging correction.

1) Measure the measuring point (center of diffusion plate) with the Color Meter (J63081).

2) Adjust the pattern box so that the color temperature should be 3100 20K by using "VR for adjustment of the color

temperature".

3) Measure the center of the diffusion plate with the Luminance Meter BM-3000 (J63068).

4) Adjust the pattern box so that the luminance should be 900 20cd/m2by using "Knob for luminance adjustment".

5) Repeat from 1) to 4) So that the color temperature should be 3100 20k and luminance should be 900 20cd/m2

8. Adjustments required when parts are replaced

Lens Adj. AWB CCD

Defects

USB Firmware

up

Initial image

data

Lens Unit

Optical lter

CCD

CP-1

Adjustment is necessary. Adjustment is not necessary.

Power switch

VR for adjustment of

the color temperature

Knob for luminance

adjustment

Iris unit

Diffusion plate

Area to be measured


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11. Lens adjustment

For the lens adjustment, choose either the innity adjustment with the collimator or the 1.5-m adjustment with

the adjustment rmware. (However, in case of1.5-m adjustment, the focus may not be sharp at innity.)

11-1. Innity adjustment

[Preparations]

Turn the power switch of the adjustment collimator (C-DSC) J63090 to on.

Turn the power switch of the camera to on.

Siemens star chart

POWER switch of camera: ON

[Conditions]

Set the adjustment collimator and the camera (front surface of lens) at the nearest distance between them.

[How to]

Double-click on "DscCa1Di.exe".

Set the siemens star chart so that it comes center of the screen by checking through the viewnder.

Click "Focus", then "Yes".

Lens adjustment value will appear on the screen.

Judgment standard: xd0 = 0 55 , xd7 = 0 55 , xd13 = 0 55, xd19 = 0 55

Click "OK".

Result of adjustment

Adjustment collimator

(Siemens star chart built-in)

Camera

"Yes"


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11-2. 1.5-m Adjustment

Before performing the 1.5-m adjustment in this machine, write the adjustment rmware on the camera. After

adjustment, be sure to write the product rmware.

Procedure for setting Adjustment rmware

1) Save the adjustment rmware and the product rmware in any folder.

2) Start up "DscCa1Di.exe" and click on "Firmware" button on the main menu to write the adjustment rmware.

(If the camera is activated after completing writing the adjustment rmware, "SERVICE" is indicated in red letters

on LCD panel.)

3) Follow the instructions of the below [How-to].

4) Start "DscCaDi140" and click "Firmware" on the main menu to write the product rmware.

[Preparations]

Set the Siemens star chart.

Turn the power switch of the camera to on.

[Conditions]

The siemens star chart should be A3-size or larger (Copy and enlarge A4-size siemens chart included in the

service manual for the usage.)

Illumination over the object should be 400 lux 10%

Set the siemens star chart and the camera (front surface of lens) at 150 cm 3 cm distance between them.

[How-to]

Double click on "DscCa1Di.exe".

Set the siemens star chart so that it comes center of the screen by checking through the viewnder. Click "Focus" then "Yes".

Lens adjustment values will appear on the screen.

Judgment standard: xd0=055, xd7 = 055, xd13= 055 xd19 = 055

Click "OK".

Result of adjustment

"Yes"

150cm3cm

Siemens star chart

Camera


56/97

VAA32001-R.3652.A

- A32 E4600 -

12. AWB adjustment

[Preparations]

Pattern Box(Color temperature: 3100 20K, Luminance: 900 20cd/m2)

[Conditions]

Set the pattern box and camera (lens front) at "0cm" distance between them.

Note) Do not allow outside light to enter in.

[How to]


Click "AWB", then "Yes".

AWB adjustment values will appear on the screen.

Judgment standard: CHECK=128 1, 128 1, 130 40

Click "OK".

"Yes"

Result of adjustmentCamera

Pattern Box


57/97

VAA32001-R.3652.A

- A33 E4600 -

13. CCD white dot defect compensation

[Conditions]

With the lens shutter being closed, read the defect of CCD pixels. Then, make the correction data and rewrite the

data by the following procedure.

Correct the upper level of defective 2000 pixels from the brightest number of CCD pixels..

[How to]


Select "CCD Defect" from Test menu of Calibration Software and click the "OK". Refer to FIG-1.

After adjustment, the adjustment value will appear on the screen. Refer to FIG-2.

14. CCD black dot/white dot defect adjustment

[Conditions]

Fix the camera so that only the white part of the pattern box should be displayed on the screen.

(Do not allow outside light to enter in as much as possible.)

With the lens shutter being opend, read the defect (black dots) of CCD pixels. Then, make the correction data and

rewrite the data by the following procedure.

Correct the upper level of defective 256 pixels (black dots in bright place) of CCD pixels.

[How to]


Select "CCD Black" from Test menu of Calibration Software and click "OK". Refer to FIG-1.

After adjustment, the adjustment value will appear on the screen. Refer to FIG-3.

Pattern Box

Camera

CCD Defect

CCD Black

(FIG-3)


58/97

VAA32001-R.3652.A

- A34 E4600 -

15. USB storage information registration

USB storage data is important when the camera is connected to a computer via a USB connection.

If there are any errors in the USB storage data, or if it has not been saved, the USB specications will not be satised,

so always check and save the USB storage data.

[How to]

Connect the camera to a computer.

Double-click on the "DscCa1Di.exe".

Click on the "Get" button in the USB storage window and check the USB storage data.

VID: NIKON

PID: NIKON DSC E5600

Serial:

Rev. : 1.00

Check theSerialin the above USB storage data. If the displayed value is different from the serial number

printed on the base of the camera, enter the number on the base of the camera, and click the "Set" button.

Check VID and Rev. entries in the USB storage data. If any of them are different from the values in 3. above,

enter the details of3. and click the "Set" button.


59/97

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- E1 E4600 -


60/97

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- E2 E4600 -


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- E3 E4600 -


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- E4 E4600 -


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- E5 E4600 -


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- E7 E4600 -


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- E8 E4600 -


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68/97


69/97


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71/97

VAA32001-R.3652.A

- E13 E4600 -

CP1(PWA)

CP1(PWA) CIRCUIT DIAGRAM

4.5V

Vf=3.580V

WT

RD

BAT-JW502

JW501

BAT+

GND

IN2-

IN1-

FB2

FB3

FB1

CNT7

CNT6

IN4-

FB4

IN3-

FB6

IN5-

FB5

PGND1-2

OUT1D-1

OUT1S-2

CNT1

CNT4

CNT5

CNT3

CS2

OUT1S-1

OUT1D-2

PVZ2A_A04

SW7CONT

OUT3S-2

OUT3D-2

PGND3-1

OUT3D-1

SW5

VS5

OUT3S-1

PGND3-2

GND2

VREG

IN6+

IN7-

FB7

RT

DTCT

VCC

IN6-

PGND2

OUT6

OUT2S-1

OUT2S-2

OUT4

OUT5

OUT7

SW6

VS6

PVCC

CS1

OUT2D-2

OUT2D-1

PGND1-1

M-GND

M-GND

M-GND

M-GND

M-GND

PP2-->5.49K

2125

CH4

CH5

CH7

CH2

CH1

CH6

FB

-8V(A)

+12V(A)

BOOST4.25V

UNREG

VDD

CE

H=1.2

POS-CAP

OM/ORTR16Z

H=3

GND

EXT

UNREG(ST)

VCONTVIN

LCDON

OM/ORLL98Z

H=2

OM/ORLL79Z

H=1.2

OM/ORTR25Z

GND

OFF

NP

IN

3.4V

VOUT

REG

3.25V(D)

3.45V(A)

H=0.85OM/ORVR26Z

VREG=1.5V

VREF=0.5V

OM/ORLLA0Z

OM/ORLLA0Z

OM/ORTR71Z

1.41V(D)

LCD_AN TO LCD BACK LIGHT

PA ON

BLON

LCD_CA

P ON

2.0A 32V

1608

16082A 32V

2A 32V1608

2.0A 32V

1608

2125

LDT565620T-**1 (H=2.0)

2125

3216

1608

2125

2125

2125

D

OXICAP(NOS)

D

S

G

2125

SG

NP04SB

1608

2125

2125

2125

OM/ORPTV008Z

LDT565620T-**1

D53LC

DB320C

L5009

L5010

F5002

F5005

F5004

F5001

C9601

C5030

R5035

R5036

T5001

R9604

C5035

R5046

Q9602

R5043

L5001

C5031

C9602

C5033

R9607

C5028

Q9601

R5033

R9606

R9605

C9604

C9603

R5034

R5032

D5007

C5032

C5029

L9601D9601

IC961

C5016

Q5006

R5040

R5037

Q5001

Q5003

R5038

C5034

L5004Q5004

C5022

L5003

D5001

C5003

C5002

C5001R5001

R5003

R5005

C5010

R5010

C5011

R5012

C5009

R5017

R5022

C5013

R5023

R5020

IC502C5020

C5023

L5005

D5003

C5021R

5018

R5019

C5017

R5014

R5015

R5009

VR501

C5006

C5005

R5007

C5004

IC501

C5007

C5008

D5006

Q5007

L5006

L5007

R5026

C5024

D5004

R5025

C5025

R5028

R5030Q5002 R5029

R5031

2A

2A

2A

2A

22;B

0.033;B

47K;1/16J

2.2K;1/16J

390K;1/16D

1;B

3K;1/16JDTC144EM

0;1/16Z

47;M

4.7;B

1;B

4.7;H

680K;1/16D

22;6.3B

FDC633N-NF

6.2

K;1/16D

130K;1/16D

15K;1/16D

22P;CH3

3;10-V

330;1/16D

150K;1/16D

HN2D01JE

1;B

1;B

10;M SD833-04(SC)

XC9104D095MP

UP03396

10K;1/16J

5.23K;1/16D

RSR025N03

120K;1/16D

1000P;B

3.3;NMCH5803-E

1;B

4.7;NSD833-04(SC)

1000P;B

1000P;B

0.01;B

5.6K;1/16J

4.7K;1/16J

3300P;B

13K;1/16J

1000P;B

4.3K;1/16J

0.1;B

3K;1/16J

10K;1/16D

330P;B

1.5K;1/16D

TK11134CS0.1;B

10;B

10;M

CUS01

1;B

47K;1/16J

12K;1/16D

0.047;B

CPH3409-E

22K;1/1

6D

3.3K;1/1

6D

30K;1/16D6.8K

1;B

1;B

2.2K;1/16J

560;1/16J

0.015;B FA7723R-H4-TE1

1;B

0.022;B

CUS01

DTC114EM

1.82K;1/16D

10;M

5.6;N

10K;1/16J

5.49K;1/16D

10;B

CUS01

10K;1/16D

1;B

150K;1/16J

4.7K;1/16J

MCH5803-E

10;1/16D

16V

16V

16V

6.3V

16V

1AV4L26B3450G

1AV4L26B3450G

F47K2R0C3LFND

F47K2R0C3LFND

F47K2R0C3LFND

F47K2R0C3LFND

1AV4L51B6421G

1AV4L2FM470MG

C10J330MABANG

1AV4L2MH3R3NG

DDCUS01-Q---P

QTK11134CS--J

1AV4L2JQ100MG

1AV4R3H7682NP

QFA7723R-H4-G

1AV4L2L5100MG

1AV4L2L55R6NG

-8.0V(A)

+12V(A)

UNREG

BOOST4.25V

TO STA

TO DMA(MAIN, LENS)

TO DMA(MAIN)

TO DMA(MAIN)& STA

TO DMA(MAIN)

TO SYA

TO DMA(LCD)

TO DMA(MAIN)

TO DMA(MAIN, LENS& LCD)

TO DMA(MAIN)

TO DMA(MAIN)

UNREG(ST)

LCDON

+12V(L)

+12V(B)

PAON2

VDD3

+3.45V(A)

VDD1.41

PAON

BLON

PON

17

8

5

6 2

4

3

6

5

43

2

1

5

43

2

1

54

3 2 1

51

5

43

2

1

5 4

321

5 6 5 5 5 4 5 3 5 2 5 1 5 0 4 9 4 8

5

4

3

2

1

4 7 4 6 4 5 4 4 4 3

42

41

40

39

38

43

2

232221201918171615

14

13

12

11

10

9

8

7

6 37

36

35

34

33

32

31

30

29

2827262524

5 4

321

D-D CONV.

SWITCHING MODULE

TO BATTERY

P1-69000/SX797-UNK

PWA !

!

!

!


72/97


73/97

VAA32001-R.3652.A

- E15 E4600 -

ST1

ST1 CIRCUIT DIAGRAM

JW551

BLACK

JW552OW/OYCE15

0Q1HZ

LPK

C5412

120u;300V

CEXAG580121AN

S1-69000/SX797-UNK

ST1

:

:

TO CP1(STA)

JM541, 542


74/97


75/97

VAA32001-R.3652.A

- E17 E4600 -

OVERALL BLOCK DIAGRAM

SDRAM

IC103

SD(0:31)128Mbit

16MbitFLASH(NOR)

FLASH(NAND)128Mbit

IC121

D(0:15)

FD(0:7)

A(1:20)

CKIN1

CKIN2

FSC4

IC111

CLOCK GENERATOR

28.63636MHz

X1101

CN143

SD CARD

FD(0:4)

LCD MONITOR

PADYOUT

LCDD(0:5)

LCDCLK

LCDTIMING

PULSEX5

IC152

VIDEO AMP

VOUT

CN110

USB/VIDEO

4MHzX 30 01 X 30 02

32.768KHz

MRST

ZTEST

PLLEN

SCK

SDI

SDO

SREQ

CN301

IC3018bit Micro Processor

LENS DRIVER

IC951

CN951

LENS

3

LENS BLOCK

Z3001

FSEN

FSMD1:2

FSIN1:2

PICTL

ZMIN1:2

ZPULSE1:2

ZRESETFPI

XSUB

CCDCK

CCDSD

CCDEN

SUBGT

XV(1:6)

TGVD,TGHD

ADCK

AD

(0:11)

XSG(1A,2A,1B,2B,3)

CCD BLOCK

IC101ASIC

5M Pixel

IC903

V. Driver

IC901IC905

CCD

CDS/AGC/AD-C

H. Driver

USBD+

USBD-

Ni-MH

CP1

LCD BACKLIGHT

LCD_AN

LCD_CA

DC/DC

CONVERTER

ELECTRONIC

FLASH

VDD

REGULATOR

IC302

LENSDC/DC

CONVERTER

IC961

CN302BACK SW UNIT

RELEASE UNIT

BL_

ON

PWA BLOCK

SYA BLOCK


76/97

VAA32001-R.3652.A

- E18 E4600 -

CCD

CCD BLOCK DIAGRAM

LENS

CCD

EF

XV2

XV3

XV5

XSG1A

XV6

+12V(A)

-8.0V(A)

MN39483PJJ

OD

PT

H1

RG

H2

VO

O_LPF

IC901

IC90

3

CH1,CH2,CH3,CH4,CH5

IV1,IV2,IV3,IV4,IV5,IV6

ISUB

Q9001

XV1

XSG2A

SUB

V.DRIVER

AN20101A

XSG1B

XSG3

SUBGT

IC905

CDS,A/D

C

AD9948

D2:11

31

32

33

AD0

AD9

ADCK

CCDCK

CCDSD

CCDEN

VCC

IC904

REG.

TK11130CS

3.0V+

3.45V(A)

VDD3

TO

CP1(DMA)

IC101ASIC

10

13

17

18

11

1~8

15

19

1,2,21,23,24

20,22,25,26,27,28

3

25

9

2:4.7:13

27

14,15,21

8

+12V(A)

+3.45V(A)

-8.0V

(A)

6,18

4,5

26, 24, 37, 6

TGVD

TGHD

34, 35

17,22

H.DRIVER

14SUBSW

16HL

XV4

XSUB

XSG2B

V1,V2,V3A,V3B,V4,V5A,V5B,V6

9-16


77/97

VAA32001-R.3652.A

- E19 E4600 -

LENS

LENS BLOCK DIAGRAM

FOCUS/

IR/SH DRIVER

OUT1

OUT4

UNREG

ZM.MOUTB

OUTADC 1-

DC 2+INB

INA

ZOOM DRIVER

LB8655TIC951

EN

MD1

MD2

2B

1B

2A

1AOUT2

OUT3

OUT5

OUT6

FC.M

SH.M

IR.M

ZPLUSE1

ZPLUSE2

PICTL(IC101 198pin)

VDD3

FOCUS_PI

CN951

UNIT LENS

ZPULSE1(IC101 213pin)

ZMIN1(IC101 209pin)

ZMIN2(IC101 208pin)

FSEN(IC101 203pin)

FSMD1(IC101 202pin)

FSMD2(IC101 201pin)

FSIN1(IC101 200pin)

FSIN2(IC101 199pin)

FPI(IC101 206pin)

SHUTTER+

SHUTTER-

IRIS+

IRIS-

19

18

6

7

20

17

8

9

11

10

3

5

13

ZOOM_PI

16

Q9509

IC961L9601, D9601Q9601, C9603

SW REG.

BOOST4.25V

ZRESET(IC101 210pin)

Q9501

Q9502ZPULSE2(IC101 212pin)

PIV1, 14

2

4

15

12

3

4

8

9

5

6

7

IN1

IN2

16

15

21

20

18

17

22

19


78/97


79/97

VAA32001-R.3652.A

- E21 E4600 -

SYSTEM CONTROL

SYSTEM CONTROL BLOCK DIAGRAM

33

34

35

28

4

3

29

9

7

6

10

38

20

42

30

46

39

37

26

2

17

12

24

5678

1 2 3 4

16

13

14

43

15

31

23

8

32

18

45

X3001

X300232KHZ

4MHz

41

XIN

XOUT

XCOUT

XCIN

VMONIT

CHG ON

PLLEN

LCD ON2

PA ON

P ON

VSS

LCD ON

SELF LED

VMONITCHG

BOOST4.25V

SREQ

P ON

PA ON

SPORTSNIGHTVIEW

OK

SCENE LANDSCAPEPORTRAIT

SET UP

PW_ON

LCD ON

1st

SI

21

LI

IC302BATTERYBACKUP

BAT

OFF

AL3.2

V

UNREG

VDD

RESET

ALWAYS3.2V

IC304RESET IC

4 3

1 2

OUT

VDD

VSS

BACK UP

SO

AUTO

2nd

MOVIE

SW3.2V

Q3001

TELE MENUDEL WIDE

--

PW_TEST

PLAY

RIGHTLEFT UP DOWNCN302

CN301

CN301

CN302

TEST

AVJACK

BACKUP_CTL

SCAN OUT0

SB. LED (R)

AF. LED (G)

IC3018bit MICRO

PROCESSORSCAN IN0

SCAN IN1

SCAN IN2

SCAN OUT1

SCAN OUT2

PW_LED

RESET

BAT OFF

BATTERY

SCAN IN3

SCAN IN4

AV REF ON

AVREF

SCAN OUT3

VDD

VDD

SCAN OUT4

SCK

36

ASIC TEST

1

22

MAIN RESET

CARD

27BEEP Q3005

47

25

COMREQ/BOT

USB_CONNECTTO DMA(MAIN)

TO DMA(MAIN)

TO TB1

PLLEN

LCDON2

SREQ

SDO

SDI

SCKZTEST

MRST

ZCARD

TO PWA+12V(B)

COMREQ

USBCNT

Z3001

Q3002

BOOST4.25V

44SELF LED

PA ON248PA ON2

UNREG

5


80/97


81/97

VAA32001-R.3652.A

- E23 E4600 -

XF111

BLK

D1703D1702

C1512

IC901

1AG4B10F20

00AB

C9008

D5405

D5408

D

1701

XF9019

33

F50042A

2AF5005

F5001

2A F5002

2A

SID

E-B

SX797_

CP1

CN171

JW502BAT-

JW501BAT+

RED

WT

LCD_CARD

LCD_AN

VDD1.41ZFWR

ZFRD

TRST

TCK

JSEL

SCNEN

TMS

TDO

TDI

GND

VDD3

C9035

VR501

IC541

5

43

1

6 1CN301

CN301

CN192

C

N193

IC103

IC121

IC904

5

4 3

1

IC101

CN302

CN302241

CN304

10

6

5 1

20 16

15

11

10

6

5

1

IC111

X1101

C1513IC152

6

43

1

IC905

403130

21 20 11 10

1

C90

17

IC901

28

23

22

15

14

9

8 1

18

10

9

1

IC951

IC951

CN191

20

1

CN951

CN95

1

IC903

CN17132 2

1

+

+1

10

1213

20

24

+

+

CL301

CL302C

L303

DISCHARGE

BOOT

GY

WTSIDE-B2000BB

SX797

TB1

IC103

IC101

IC121

CN192

CN193

IC901

IC905

Q5006

C1103

L1102

L1103

R1739

C1736

XF111

CN171

CN191

C1707

C1701

C1519

Q1736

Q

1735

R1735R1736

C1512

C1505C1515

R1503

R1509

C1504

R1502

Q1505IC152

R1501X

1101

D9001

R9508

C9032

R9012

C9018

R9008

D9003

D9004

C9017

C9505

C9502

C9504

CB951

R9501

C9503

IC951

R9505

C9506

C9501

R9014

C9027

R9010

XF901

L9002

C9003

CB904

C9034

R9017

C9036

C9035

C9030

C9006

CB902

CB903

C9023

C9012

C9013

R9015

R9016

R9003

C9025

C1706

C1705

R1701

R1702

C1513

C1708

C1734

D1701

D1702

D1703

C1702

Q9001

C9024

C3001

R3021

Q3005

R3022

R1734

C1751

R1733

R1526

L1302

CN304

VA306 VA307C1054 C

1056

RB107

R1054

C

1059

C1006 C1005

R1064

C1052

R

1055

R1053

R

1052

C1051

R1066

R1201RB144

R1404

RB143

R1410

R1104

C1104

R1111

C1102

C1105

R1102

C1114

L1101C1101

R1103

R1002

C1002

C1018

C1003

C1004

C1904

R1902

C1905

CN302

CN301

R5026

R5025

R5023

R5022

C5411

R5425

VA305 VA303 VA304

C5028

F5004

F5005

F5002

Q5003

F5001

C5033

L5002

R5036

C5031

R5034

R5033

C5030

R5032

Q5001

L5010 L5009

L5001

C5032

C5029

R5414

R5413

C5406

Q5407D5407

C5407

Q5405C

5414

C5416

R5420C

5415

IC541

R5401

Q5401

R5423

D5405D5408

D5007

RB104

C9028R9001

R9007

C9026

R9004

C9014

C9016

C9010

C9011

C9015

R9005

R9002

CB901

IC904

C9007

RB901

C9009

RB903

R1431

Q1431

Q1432 RB142

R1434

C1201

L1080

C1085

C1083

R1003

R1018

RB108

RB106

RB101

RB103

RB105 RB102

R1001

C1903

C1901

C1020C1007

L1001

C1086

C1084

C1009

R1047

R1046

C1019

R1005

L9003

RB902

R5035

R5043

R5009

L9004

L9001

C9005

R9006

R9013

R9011

VR501

R5017

R5016

C5012

C5013

C

1058

IC111

CN951

VA309

R9510

C9008

R1703

C1703 R

1403

RB146

C5037

C1709

C1303

C1304

D6001

F5001 F5002F5004 F5005

FUSE Function of FUSE Phenomenon when FUSE has blown out Rating

F5001Protection of the DC/DC converter and

the system computer circuitThe power is not turned on. 2A 32V

F5002 Protection of the DC/DC converter The power is not turned on. 2A 32VF5004 Protection of the lens circuit The power is not turned on. 2A 32VF5005 Protection of the speed light circuit The speed light is not charged. 2A 32V

FUSE arrangement (CP1 PCB)


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- E4600 -

The contents of inspection standards and tools for

E4600[1] Inspection standards ............................................................................................................................................R1 to R10

[2] Tools ....................................................................................................................................................................T1 to T5


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Item Criteria Applied tool(s)

External view

Gap/Difference in

height

Outside and inside

status

General components

Gap:0

.3

mm or lessDifference in height: 0.15mm or less

When the battery case is opened/closed:

Gap in its periphery: 0.3mm or less

Gap in the bottom: 0.5mm or less

Difference between right and left: 0.2mm or less

Stepped difference: 0.5mm or less

There must be no noticeable damage, stain, sink mark, welded

mark, unevenness, crack or oil exudation.

When pushing the main body, noticeable noise must not be heard.

(Observe and check it by naked eyes under fluorescent lamp and

natural sunshine.)

Visual observation

Operation/Operability

Operation

Operability of buttons

Mode dial

Operation touch

Each cover

While operating, any irregularities or irregular noise shall not be

required.

(Check it by shaking the camera while operating. Lightly hit the

camera onto the Linoleum-laid desk while operating.)

No cave-ins of the buttons shall be required.

Operator must feel "click" on each button.

"Click" must occur when or after a switch is ON.

(Check it while operating normally.)

When clicking, normal touch shall be required. Any outstanding

"caught-in-mechanism" touch or "rubbed-in-mechanism" touch or

play shall not be required.

(Check and observe the condition through normal operation.)

When operating a lever or knob by hand, any irregular conditions

shall not be required.

(Operate the camera in the actual photography procedure and check

the operation touch.)

When closed, there must not be an extreme play.

Each cover can be opened/closed without any outstanding

"caught-in-mechanism" touch or "rubbed-in-mechanism" touch or

abnormal noise.

(Open and close each cover and check it.)

Primary battery/

Secondary battery

INSPECTION STANDARDS


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Monitor

Shooting image Inclined degree of image shall be 0.5 degree or less.

PC monitor and print output(Output will be evaluated while the display range boundary of LCD

unit is regarded as standard when the through-the-monitor image is

made.)

Photoshop

Printer

Lens capacity

Focal length

Open aperture F No.

Peripheral light reduc-

tion

Ghost/Flare

Point light source

Surface light source

Distortion

Dust in a picture

Wide-end position (Compelling )

5.7 mm + 7.1%

- 1.1%

Tele-end position (Compelling )

17.1 mm + 0.9%

- 6.9%

Wide-end position (Compelling )

F2.9 + 5.8%

- 2.3%

Tele-end position (Compelling )

F4.9 + 10.6%

+ 2.1%

Against the picture center, the luminance of the nearest peripheral

area must be 35% or more.

Against the picture center, the luminance at 70% of the image

height must be 55% or more.

There must not be an outstanding ghost/flare.

There must not be an outstanding flare at the center.

There must not be an outstanding deformation.

There must not be an outstanding dust in a picture.

When the picture center (within the circle whose diameter is 80%

of the short side) is Zone I and its outside is Zone II, the light

reduction against the periphery must be as follows :

a bZone I 4 or less 0

Zone II 10 or less 2 or less

a :1

.5

% or lessb : More than 1.5% and less than 3.0%

Focal length

measuring instrument

Lens drive tool

Visual observation

Photoshop

CRT monitor

PC


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VAA32001-R.3652.A

- R3 E4600 -


Lens barrel

Zoom / Focus There must not be an abnormal action (for example, the unit oper-

ates one-sidedly or its operation is not smooth or it is caught).(As changing the camera's posture, check it in all the directions.)

Visual observation

AF

Distance measurement

operation

Shortest photograph

distance

Normal

Macro

In the case of normal AF: Focus must be fit at the picture center.

In the case of the out-of-focus object: Focus must be fit at the 2m

point.

In the case of the scene mode: Focus must be fit in the selected

area.

Focus must be fit at the following distance.

30cm (in whole area)

12cm(Z00) 7.8cm(Z14) 4cm(Z04) 10 .5 cmZ19

4.7cm(Z09)

Visual observation

Tape measure

EIAJ chart

Siemens chart

Shooting with a speed

light

Light adjustment accu-

racy

Guide No. FULL

(ISO100m)

Recycling time

Wrong flash

Tele-end: 0.4 ~ 2.0m

Wide-end: 0.4 ~ 3.3m

Macro-wide-end0.43.4

In the above range,0.5 Ev or less

(Photography mode: AUTO ,Speed light: Compelling flash)

6.8 0.4 EV

(Charge for10 seconds with the new primarybattery and perform

measurement within 1 second.)

Within 8 seconds

Perform charging with a new primary battery for

10seconds and

carry out full flashing within 1 second. Then, measure the time

taken until the speed light LED finishes blinking while pressing

lightly the shutter release button (including the ON/OFF time of

the monitor LCD).

Wrong flash must not occur.

(Check by loading/unloading a battery, giving a light shock and

operating mode buttons except S2.)

Standard reection

plate

Flash meter

New battery

Measurement

rmware

Stop watch

New battery


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VAA32001-R.3652.A

- R4 E4600 -


Quality of image

Resolution in AF The resolution must be in compliance with the following values in

all the postures of the EIA J chart evaluation.

Center horizontal/vertical: 1100 TV pcs.

Periphery horizontal/vertical: 700 TV pcs.









(The whole zoom area)


(The whole zoom area)


Take a picture on condition that aperture is "open" in the AUTO

mode and image quality priority mode.

Equip the 5100K viewer with the chart with WIDE-end, MIDDLE

(Z08), TELE-end and the distance of0.3m or more and shoot an

object in the full range of angle of view.

Then, open the recorded image data file through Photoshop and

check the resolution visually.

Check each posture and the difference of zoom reciprocation.

Take a picture in each quality mode.

Measure the TV resolution pieces at center.

EIAJ chart

PhotoshopSiemens chart

In the case ofMacro


Check at near distance (W12cm, M (Z08) 4cm, T10.5cm).

Take a picture at the high image quality mode.


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- R7 E4600 -


Finder

View / Image

Visual field frame/

frame line

Shading

Operation

Dust, fluff and damage

There must be no blur, distortion, ghost, halation or other out-

standing troubles in contrast, gradation, etc.

Blur or difference in thickness must be within the proper range to

operate the stamped line and visual field frame.

You can check the whole finder visual field.

The finder must be activated smoothly in a link operation with the

lens barrel zooming action.

The position and quantity must be as follows

Zone

Size A B C

Less than 10m 0 pc 2pcs or less 3pcs or less

10~20m 0 pc 0 pc 1pcs or less

More than 20 m 0 pc 0 pc 0 pcs

Visual observation

Visual observation

Visual observation

b/6

b/2

b

a/8 a/2 aAB

C

Total:3pcs or less

Interval:Less than b/2


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- R8 E4600 -


LCD and others

Monitor LCD View

Visual eld ratio

Bright pixels or dim

pixels on LCD

Self-timer

Operation time:

LED blinks/lights

The reproduction of W, B and RGB must not be interfered.

The monitor LCD must comply with the SY monitor LCD perfor-mance standard.

There must be no shading in the LCD display range.

The inclination of the image and the monitor frame must be

0.75 or less.

The vertical difference and horizontal difference of the black belt

width in the image periphery must be within 0.3mm.

Through-the-monitor image: 96 to 100%

Play-back image: 98 to 100%

Perform reproduction for each single color of R, G, B and white

and check visually.

1 2 1

1

Zone A 2

Zone B 1

Zone Bright pixel Dim pixel

A 16

B 3

Total 4 6

Bright pixels: Visible normally through 5% ND filter

Dim pixels: Visible normally (Standard: Within the above

quantity)

101 second

Blinks 9 times and lights for1 second.

(Measure the time until release is done since the shutter release

button was lightly pressed.)

Visual observation

Visual observation

Visual observation

Visual observation

Stop watch


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- R10 E4600 -


Electric characteristics

When voltage

increases(Alkaline battery)

Level 1

Level 2

(Ni-MH)

Level 1

Level 2

(Li battery)

Level 1

Level 2

2.25 0.1V

2.1 0.1V

2.45 0.1V

2.1 0.1V

2.6 0.1V

2.1 0.1V

Connect the constant-voltage power supply to the dummy battery

pack and check the voltage at Level 3 ("no battery capacity"

indication). Then, turn off the power, increase the voltage by

0.1V and change the power switch from OFF to ON. The voltage

is under the following conditions now. Measure the voltage.

(When changing the voltage, turn off the power.)

Level 1 : The battery mark is turned off on the monitor LCD.

Level 2 : The battery "half" mark lights on the monitor LCD.


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- T2 E4600 -

Tool No.

Name

Remarks

J65071

Calibration Software

(E995,E775,E885

E5000, E2500, E4500

E5700, E4300, E3500

E3100, E2100, E5400

E3700, E3200, E2200

E8700, E4100, E4600

E5600)

Common(E995,E775,E885

E5000, E2500, E4500

E5700, E4300, E3500E3100, E2100, E5400

E3700, E3200, E2200

E8700, E4100, E4600

E5600)

J63090 (C-DSC)

Collimat

Common

Attached in

Service Manual

Common

J63079 ITE (4:3 )

ITE HIGH RESOLUTION CHART (4:3 REFLECT TYPE)

Common

New tool


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- T4 E4600 -

Tool No.

Name

Remarks

J15327 FFD

Adjusting focus stand for APS

FFD

For FFD inspection and

adjustment

J15327A FFD

Adapter for J15327A

FFD


adjustment

J15327D FFD

Adapter for J15327D

FFD


adjustment

J65072 E4600/E5600

E4600/E5600 lens unit checking program

FFD


adjustment

New tool


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VAA32001-R.3652.A

Nikon Coolpix 4600 Repair Manual [ET]

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Transcript of Nikon Coolpix 4600 Repair Manual [ET]