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– 2 –

Pin No.

Signal

Pin No.

Signal

1

Return Control

7

Iris Follow

2

Not Used

8

Auto/Remote Control

3

GND

9

Not Used

4

Auto/Manual Control

10

Not Used

5

Iris Control

11

Not Used

6

Lens Power

12

Not Used

<Front View>

Iris Connector (IRIS)

o q

i

w

u

e

y

t

r

!2

!0

!1

−

The item just below can be selected by pressing this
switch while the Sub Menu is on the screen.
While the Sub Menu is displayed any setting can be
brought down to a lower value with this switch.  When
the menu is not displayed or the camera is in shooting
mode, the color (colour) bar and the shooting conditions
are alternately indicated by pressing the switch.

A composite video signal is provided at this connector.

Input terminal for lens with an iris control function.

Clamp the DC Power Supply Cable (AW-CA4T1) con-
nected to the DC 12 V Input Connector to prevent it from
slipping out.

Signals synchronized with the reference signal are to be
supplied to this connector when the camera is to be syn-
chronized with the reference signal BB.

Slot for inserting an optional card.  For details, refer to
the manual for optional cards.

Input terminal dedicated to control signals from the
optional Remote Control Box (RCB) (WV-CB700A) and
the RCU (WV-RC700A, WV-RC550) and the camera
pan/tilt unit (AW-PH300).

* WV-CB700A is connected through the optional RCB

cable (AW-CA50T10/AW-CA50B10).

* WV-RC700A/WV-RC550 is connected through the

optional RCU cable (AW-CA50A26).

* AW-PH300 is connected through the optional pan/ tilt

unit cable (AW-CA50T15/AW-CA50A15).

Red LED lamp lights to indicate that the specified DC
power is supplied to the camera.

12 V DC is supplied through the optional DC power sup-
ply cable (AW-CA4T1).

1. Connect this to a DC 12 V class 2 power supply

only.

2. To prevent fire or shock, the UL listed wire VW-1,

style 1007 should be used as for the cable for DC
12 V Input Connector.

– 3 –

8

The following test Equipments are required for

adjustment of the Convertible Camera AW-

E800/AW-E800E.

8

Oscilloscope

8

Frequency Counter

8

Digital Voltmeter

8

Vectorscope

8

Waveform Monitor

8

Underscanned Color (Colour) Video Monitor (correspond

to Wide Picture)

8

High Resolution Black and White Video Monitor

(correspond to Wide Picture)

8

Signal Generator

8

12 V DC Power Supply Unit

8

Lux Meter

8

Lighting (200 footcandles (2,000 lx), Color (Colour)

Temperature 3,200 K)

8

Auto Iris Lens (2/3" Bayonet-Mount)

8

Camera Cables AW-CA50T6

8

Remote Control Box (WV-CB700A)

8

1/2 ND Filter (2 pieces)

8

RCB Cable (AW-CA50T10)

8

Logarithmic Gray Scale Chart (Part No. : YWV2310RB99)

8

Extension Board between Joint Board and Analog

Process or DSP Board (Part No. : 0E1A055A)

8

Extension Board between DSP Board and Encoder Board

(Part No. : 0E1A058A)

8

Extension Board between DSP Board and Drive Board

(Part No. : 0E1A056A)

8

Extension Board between DSP Board and Encoder Board

(Part No. : 0E1A057A)

8

Extension Board between Gch of CCD and Analog

Process Board and Drive Board (Part No. : 0E1A059A)

This Extension Board  including three boards.

Extension Board between Bch CCD and Gch CCD

Extension Board between Rch CCD and Gch CCD

Extension Board between Gch CCD and Drive Board

Extension Board between Gch of CCD and Drive Board

Extension Board between Gch of CCD and Analog

Process Board

8

Referring to Fig. 2-1, remove four screws that secure the

Rear Panel and remove the Rear Panel.

Remove four screws.

Rear Panel

P1

P2

P1

P3

P2

P4

P6

P5

P1

P2

P1

P2

– 4 –

8

The Fig. 3-1 shows the connection diagram for the

adjustment procedure.

8

Connect the Underscanned Color (Colour) Video Monitor

to the Video Output Connector on the Rear Panel of the

Convertible Camera AW-E800/AW-E800E through the

Waveform Monitor and the Vectorscope.

8

Terminate the input terminal of the Underscanned Color

(Colour) Video Monitor with 75 

Ω

.

8

Mount the Auto Iris Lens to the AW-E800/AW-E800E.

8

Connect the Power Supply Unit to the DC 12 V Input

Connector on the Rear Panel of the AW-E800/AW-E800E.

8

For the Optional Card AW-PB301/AW-PB301E and AW-

PB302/AW-PB302E, connect the AW-CA50T6 to the I/F

Remote Connector on the Rear Panel of the AW-

E800/AW-E800E.

8

Terminate the Connectors of the AW-CA50T6 with 75 

Ω

.

8

Connect the probe of the Digital Voltmeter, Oscilloscope

or Frequency Counter at the desired Test Point in each

adjustment step.

8

The adjustment should be done after 10 minutes warm-up.

8

Set the Logarithmic Gray Scale Chart.

8

Incident light of 2,000 lx on the Logarithmic Gray Scale

Chart.

8

Aim the Camera at the Logarithmic Gray Scale Chart.

8

Set the Camera so that the Logarithmic Gray Scale Chart

becomes full picture on the Underscanned Color (Colour)

Video Monitor.

8

Connect the Oscilloscope to E301 (G-IN) on the Analog

Process Board.

8

Adjust  the Lens Focus to obtain correct focal point.

Waveform
Monitor

Vectorscope

Underscanned
Color (Colour) 
Video Monitor

75

 Ω

Signal Generator

Lens

Test Chart

Lcm

12V DC Power Supply

AW-CA50T6

I/F Remote

Video Out

G/L In

8

Set the Lens Iris so that the peak level of the Gray Scale

from the Blanking level becomes 270 mVp-p as shown in

Fig. 3-2.

8

The adjustments should be done with this Standard

Picture, unless otherwise specified.

8

Refer to the Location of the Test Points and

Adjusting Controls on the page 10.

8

Connect the Frequency Counter to TP6.

8

Adjust R140 so that the Internal Frequency becomes

28.636364 MHz ± 10 Hz for AW-E800 (28.375 MHz for

AW-E800E).

8

Connect the Oscilloscope to E16.

8

Adjust R119 so that the Rch OG level becomes 1.5 V.

8

Change the connection of the Oscilloscope to E15.

8

Adjust R116 so that the Gch OG level becomes 1.5 V.

8

Change the connection of the Oscilloscope to E14.

8

Adjust R113 so that the Bch OG level becomes 1.5 V.

270 mVp-p

– 5 –

8

Adjust R1 so that the blooming and noise of Bch on the

Video Monitor become minimum as shown in Fig. 4-2.

8

Adjust R2 so that the blooming and noise of Gch on the

Video Monitor become minimum as shown in Fig. 4-2.

8

Adjust R3 so that the blooming and noise of Rch on the

Video Monitor become minimum as shown in Fig. 4-2.

8

Open the menu and turn off the electronic shutter.

8

Observe at E307, E507 and E107 by the Oscilloscope.

8

Turn R323, R523 and R123 so that the signals are not

clipped as shown in Fig. 4-3.

8

Turn R328, R528 and R128 so that the signals do not go

below the Blanking Level as shown in Fig. 4-3.

8

Connect the Oscilloscope to E307.

8

Adjust R446 so that G-Level becomes 300 mVp-p as

shown in Fig. 4-4.

8

Adjust R328 so that the DC voltage at E307 becomes 0 V

as shown in Fig. 4-4.

8

Change the connection of the Oscilloscope to E507.

8

Adjust R646 so that B-Level becomes 300 mVp-p as

shown in Fig. 4-4.

8

Open the Lens Iris.

8

Connect the Oscilloscope to E301.

8

Adjust R59 so that the saturation level of Gch becomes

maximum and the distortion in the circle area becomes

minimum as shown in Fig. 4-1.

8

Change the connection of the Oscilloscope to E101.

8

Adjust R61 so that the saturation level of Rch becomes

maximum and the distortion in the circle area becomes

minimum as shown in Fig. 4-1.

8

Change the connection of the Oscilloscope to E501.

8

Adjust R57 so that the saturation level of Bch becomes

maximum and the distortion in the circle area becomes

minimum as shown in Fig. 4-1.

8

Aim the Camera at the 40-watt Lamp placed in the dark

background.

8

Open the menu and set the electronic shutter speed to

1/500.

8

Open the Lens Iris so that the blooming becomes visible.

Saturation level

becomes

maximum

Distortion

becomes minimum

Good

No Good

No  Good

Good

Position of White Clip VR

Position of Preamp. DC VR