Revision 3

Contents

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VICTOR HASSELBLAD AB

SERVICE TEST SYSTEM

USER INSTRUCTION

1 General

2

3

4

5

6

7

8

9

Getting started

Main menu

Hasselblad 202FA, 203FE, 205TCC/FCC

Hasselblad 201F

Hasselblad 503CX/CW, 500/553ELX, 555ELD

Hasselblad 2003FCW, 2000FCW/FCM

Hasselblad PME3/5/51

Hasselblad PME90

10 Hasselblad PME45

11

12

13

14

Hasselblad C/CF/CB/CFE/CFi lenses

Hasselblad Winder CW

Exit

Tests and maintenance

15 Messages

Encl. 1 Display test pattern to 202/203/205

Encl. 2 Display test pattern PME45/90

Encl. 3 Installation

Encl 4 Miscellaneous

May 2000

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Revision 3 May 2000

GENERAL

The Service Test System has been developed for testing the 200 cameras in

Hasselblad authorised service centres. In addition it can be used for testing some functions on the 500 and 2000 cameras, on the winder CW and on the PME viewfinders.

LIGHT SOURCE

DISKETTE

LENS

PC

ET

CAMERA

BODY

WINDER CW

STANDARD

SENSOR

SENSOR

PC- BOARD

SWITCH

C-SHUTTER

SENSOR

PME90

COM PORT

ADAPTER

WINDER

PME90

ADAPTER

Components

Diskette

PC-board

Standard sensor

Protective cover

ET (extension tube)

Battery comp. cable

Sensor cable

Sync. cable

Light source

VHAB No.

970 663

970 630

970 610

633 83

903 711

970 649

970 648

550 34/23

Remarks

ET to sensor

PC-board to camera

PC-board to sensor

Sensor to camera

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Revision 3 May 2000

PC

Lens FE80

Lens CF80

C-shutter sensor*

Sensor switch*

Sensor switch cable*

Sensor switch cable*

970 940

970 999

Winder adapter*

Winder test cable*

970 995

Winder adapter cable*

Winder COMport adapter*

PME90 adapter*

Incident light tube*

PME90 test cable*

PME90 battery cable*

PME45 test cable*

* option

971 006

905 018

971 007

971 008

971 155

2 pcs 25 p D-sub f-f (to sensor)

25 p D-sub f-m (to PC)

3,5 mm stereo m-m

9 p D-sub f-m (to PC)

9 p m - 25 p f D-sub

PC and light source to be procured by the service centre. Other components supplied by Victor Hasselblad AB.

The diskette is supplied in 5.25" format alternatively 3.5" format.

PC to be IBM PC/XT/AT or compatible.

Light source to be stabilised and to provide at least LL 12/LV 15.

Handle the equipment with care. Always store the sensor with the protective cover fitted.

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Revision 3

2.1

2.2

2.3

2.4

May 2000

GETTING STARTED

Cables

Connect the following cables:

- 25-lead cable between the PC-board and the sensor

- battery comp. cable to the PC-board

- sync. cable to the sensor

- extension tube cable to the sensor

From diskette

Insert the diskette into drive A and turn on the unit. The program will start automatically.

From hard disk

Copy the file VHABSTS.EXE and all .STS files* from the diskette onto the hard disk. Run the file in order to start the program.

* Files named ADDRn.STS contain data for testing the Winder CW.

Each file is unique for a software revision of the winder (n = rev.number).

When the program starts

The program will start with a system test. When in order the following will be displayed:

W e l c o m e t o

H a s s e l b l a d S e r v i c e T e s t S y s t e m

SELF TEST parallel power and adc timer i2c communication fifo flash test back

SELF TEST PASSED passed passed passed passed passed passed passed

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2.5

May 2000

Select light source

If light source information has not previously been saved on the diskette (or hard disk) the following will be displayed.

HASSELBLAD STS

LIGHT SOURCE

Spectron CE 388/260

Kyoritsu EF 8000/511/500

Tsubosaka LSB-58

Spectron CE 241

Hasselblad 905138

Select light source type by pressing

↓

or

↑

and then

↵

(ENTER).

The information can be saved for next start up using "SAVE SETTING" under

System menu, see 13.6.

NOTE! Consult Victor Hasselblad AB, Technical Support Department

before using any other type of light source.

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Revision 3 May 2000

MAIN MENU

When the system has been started the main menu will appear on the screen

( MAIN ).

HASSELBLAD STS Main

202/203/205

201

503/553

2000/2003

PME

PME45/90

C/CF/CB/CFE/Cfi-Lens

Winder CW

System

Select function (camera model) by pressing

↑

or

↓

and then

↵

( ENTER ).

If "ERROR" appears on the screen, please refer to par. 14 "Messages".

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Revision 3

4.1

4.2

May 2000

HASSELBLAD 202FA, 203FE AND 205TCC/FCC

Basic set-up

Fit the lens FE80 and the sensor on the camera body. Connect the battery comp. cable and the sync. cable to the camera body. Put the camera in front of the light source.

NOTE! The lens must be on

∞

. Check that the lens does not have any part of an aperture blade visible at full aperture. Also minor shading can cause considerable errors.

Adjustment of light level for the light source

Before testing shutter speed, flash sync and C-position the light source must be set at a light level to fit the sensor. When any of these tests is selected the screen will display:

Is the lightbox adjusted ? [Y]

Press N for No (or Y for Yes if the light level has already been set). Pre-release the camera. Increase or decrease the light level until

Light level OK. Press any key to continue is displayed on the screen.

Alternatively, use the LED-indicators on the sensor:

Only red LED lit Low light level

Both green and red LED lit Correct light level

Only green LED lit High light level

Note that the aperture must be set before adjusting the light level.

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4.3

May 2000

202/203/205 Menus

When "202/203/205" has been selected the menu for

202FA/203FE/205TCC/205FCC will appear on the screen.

HASSELBLAD STS 202/203/205

CAMERA STATUS

PANEL

SPEED RING

DISPLAY

CURRENT

LENS

MAGAZINE

SHUTTER

LIGHT METER

FLASH SYNC

FLASH METERING

C-POSITION

Select function in the same way as in main menu. The system will automatically recognise if a 202FA, 203FE or 205TCC/FCC is connected.

Press ESC to get back to the main menu.

Functions "SHUTTER", "LIGHT METER", "FLASH SYNC", "FLASH

METERING" and "C-POSITION" require the light source.

End any function by pressing ESC.

4.4 "CAMERA STATUS"

Connect the battery comp. cable to the camera body or use the basic set-up.

This function is a help for trouble-shooting. The camera is in test mode, i.e. the electrical devices do not work as in normal operation. Therefore the C-position should be used for 203 and 205. For 202 curtain release is controlled from the test system. This will cause a noticeable delay compared to normal function.

Position of camera "switches" are displayed on the screen. Normal position, i.e. camera tensioned, is displayed with normal characters (blue). Opposite position is displayed with bold characters (red).

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4.5

May 2000

Example

----------------------------------------------------------------------------------------

CAMERA STATUS

Home position switch

Front key switch

Late release switch

First curtain sync switch

Second curtain sync switch

Pressure point switch closed

closed open

open closed

( Home )

( Active )

Pre-release switch

Exposure lock switch

View finder switch open open

closed

open

( Pressed )

( PM or PME )

NOTE:

Normal function only with speed ring in C-position.

-----------------------------------------------------------------------------------------

When the camera is tensioned the release mechanism of the first and second curtain may be tested by pressing F1 (first) and F2 (second).

"PANEL", Buttons left side of camera

Connect the battery comp. cable to the camera body or use the basic set-up.

Select "PANEL".

Turn the mode selector, press the adjustment buttons and the backlighting button. A correct change is indicated by a short beep. Erroneous change is indicated by a long beep and "ERROR" appearing on the screen. Check that the corresponding positions of the buttons are indicated on the screen.

Example

----------------------------------------------------------------------------------------

PANEL

A Pr D Z M Z ERROR Pr

none

∧

none

∨

none bl

-----------------------------------------------------------------------------------------

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Revision 3

4.6

May 2000

"SPEED RING" (only for 203 and 205)

Connect the battery comp. cable to the camera body or use the basic set-up.

Select "SPEED RING".

Testing the speed ring.

Turn the speed ring from C to 1/2000s and back. A correct change is indicated by a short beep. Erroneous change is indicated by a long beep and "ERROR" appearing on the screen. Every new value will appear on the screen. Check that the correct setting is activated each time.

Example

--------------------------------------------------------------------------------------------

SPEED RING

C B 1 0.7 2 3 4 6 8

10 15 20 30 45 60 90 125 180

250 350 500 750 1000 1500 2000 1500 1000

750 ERROR 350 250

--------------------------------------------------------------------------------------------

4.7 "DISPLAY"

Connect the battery comp. cable and the sync. cable to the camera body or use the basic set-up.

Select "DISPLAY".

A number of test patterns will appear on the screen. Change of pattern is done with the control keys.

Compare patterns with enclosure 1.

Example

-----------------------------------------------------------------------------------------

DISPLAY all segments lit pattern 1 pattern 2 display off flash indicator lit triangle lit background illumination lit self timer indicator lit

----------------------------------------------------------------------------------------

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Revision 3

4.8

May 2000

"CURRENT", Consumption, drain

Connect the battery comp. cable to the camera body.

The camera must not be activated during test.

Select "CURRENT".

The current consumption during operation and the leakage current during rest are shown on the screen. (Can be repeated by pressing

↵

.) Wait until the current drain is stabilised. Quit by pressing ESC.

Example

------------------------------------------------------------------------------------------

CURRENT CONSUMPTION

Do not activate the camera.

On 11.3 mA at 5.6 V

Off 12.8 uA at 5.6 V

measure

---------------------------------------------------------------------------------------------

4.9 "LENS"

Connect the battery comp. cable or use the basic set-up without lens.

Adapt the lens to be tested.

Select "LENS".

Turn the aperture ring from smallest to largest aperture and back. Press the stop down knob and release it again. A correct change is indicated by a short beep.

Erroneous change is indicated by a long beep and "ERROR" on the screen.

Every new value will appear on the screen. Check that the correct setting is activated each time.

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Revision 3 May 2000

Example

-------------------------------------------------------------------------------------------------

LENS

max. ape. 2.8

2 2.4 2.8 3.4 4 4.8 5.6 6.8 8 9.5

11 13 16 19 22 19 ERROR 13 11

normal stop-down normal

-------------------------------------------------------------------------------------------------

4.10 "MAGAZINE"

Connect the battery comp. cable to the camera body or use the basic set-up without the sensor.

Adapt the magazine to be tested.

Select "MAGAZINE".

Turn the ISO dial and the film contrast dial from 12 to 6400 and from -4 to +3 respectively and back again. A correct change is indicated by a short beep.

Erroneous change is indicated by a long beep and "ERROR" on the screen.

Every new value will appear on the screen. Check that the correct setting is activated each time.

Example

-------------------------------------------------------------------------------------------------

MAGAZINE

12 16 20 25 .... 4000 ERROR 6400 5000

4000 .... 20 16 12

-4 -3 -2 -1 0 +1 +2 +3 +2 +1 0 -1 -2

-3 -4

-------------------------------------------------------------------------------------------------

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Revision 3

4.11

May 2000

"SHUTTER", Speeds and travel time

Use the basic set-up.

Adjust the light source (ref. to 4.2).

Set aperture for testing as indicated on the screen.

Select "SHUTTER". Camera in manual mode.

Select a shutter speed.

Release and tension camera again.

The values are shown on the screen.

Example

-------------------------------------------------------------------------------------------------

SHUTTER

Camera

Shutter speed

Deviation

Travel time 1 10.06 ms

Travel time 2 10.20 ms

Left

4.21 ms

0.11 EV

Centre

4.03 ms

0.04 EV

Right

4.10 ms

0.07 EV

Nominal shutter speed 250 ( 3.91 ms )

Tension the camera

-------------------------------------------------------------------------------------------------

4.12 "LIGHT METER"

Use the basic set-up.

For 205 select an optional aperture.

For 202/203 select max. aperture (2.8)

Stop down manually.

Set the light source on an optional LL/LV.

Set the speed ring in time setting.

Focusing hood to be closed.

Select "LIGHT METER". Camera in manual mode.

Release the camera. Measured light value with deviation will appear on the

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Revision 3 May 2000 screen.

Note that a positive deviation will result in the film being underexposed.

* indicates the light level measured related to total metering range of the camera system.

Example

-------------------------------------------------------------------------------------------------

LIGHT METER

Light value 12.7 LL at f=4

Deviation -0.11 EV

*

[---------------------------------------------------]

Dark Bright

Tension the camera

-------------------------------------------------------------------------------------------------

4.13 "FLASH SYNC"

Use the basic set-up.

Set the light source (ref. 4.2)

Set aperture for testing as indicated on the screen.

Set the speed ring in 1/90 s (for 202 speed is set to 1/90 s automatically).

Select "FLASH SYNC".

Release the camera.

The result is given on the screen.

Example

----------------------------------------------------------------------------------

FLASH SYNC

Sync delay time 0.07 ms

Full open time 2.07 ms

Tension the camera

-------------------------------------------------------------------------------------------------

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Revision 3

4.14

May 2000

“FLASH METERING“

Use the basic set-up.

Set aperture at f4.

Set the light source at an optional LL/LV.

Pre-release the camera.

Select "FLASH METERING".

Select an ISO-value with the arrow keys.

Press

↵

to measure.

Light level with possible exposure deviation will appear on the screen.

Note that a positive deviation will result in the film being underexposed.

* indicates the light level measured related to total metering range of the

camera system at ISO-value set.

Example

-------------------------------------------------------------------------------------------------

FLASH METERING

ISO 12 16 20 25 32 40 50 64 80 100

125 160 200 250 320 400 500 640 800 1000

Light level 12.7 LL at f4

Deviation -0.08 EV

*

[---------------------------------------------------------]

Dark Bright

PRESS

↵

( ENTER )

-------------------------------------------------------------------------------------------------

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Revision 3

4.15 "C-POSITION" (only for 203 and 205)

May 2000

NOTE! Use a CF80 lens (Note 1).

Use the basic set-up with the extension tube fitted.

Set the light source (ref. 4.2)

Set the lens shutter in position F.

Set aperture for testing as indicated on the screen (Note 2).

Set the speed ring at C.

Select "C -POSITION".

Release and tension the camera.

The result is given on the screen.

The shadowed field indicates the time of 1st shutter blind to open. The time, when C/CF shutter is closed before exposure, is indicated by "[" and "]" respectively. For correct exposure the opening time of the 1st curtain must be within the limits of the two brackets. (Start and End margin must have positive values).

Example

-------------------------------------------------------------------------------------------------

C-POSITION

Start margin (ms) End margin (ms)

1.55 1.70

[ ]

RELEASE CAMERA

-------------------------------------------------------------------------------------------------

Note 1. The result of the measurement is influenced by rotation speed of the CF

80 lens key. Compare regularly the lens being used for adjustments with other lenses. Repair (or replace) the lens if it doesn’t show average properties in regard to speed and resistance of the key mechanism. To be on the safe side, it is recommended to use the customer lens when checking/adjusting. Use max. aperture if the recommended aperture can not be set.

Note 2. A larger aperture may be used if the light source does not give a sufficient light level.

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Revision 3

4.16

May 2000

Special functions

Power supply, F5

In the lower right corner the selected power supply to the camera is shown.

Press F5 to change the voltage.

Nominal voltage, 5.5 V

High voltage, 6.3 V

Low voltage, 3.9 V

Status of camera software, F6

Pressing F6, when in the 202/203/205 menu, checks the camera software status.

Result (which revision) will be given in upper right screen corner.

Average value, F4

This function can be used when measuring shutter speeds, travel time and Cposition.

Press the button F4. "Average RESET" is shown on the screen. Make an optional number of camera releases. The screen will continuously show average values.

Press F4 to reset and once more to quit the average value function. When shutter speeds are measured reset will follow automatically if the shutter speed ring is turned.

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5

Revision 3

5.1

5.2

5.3

5.4

5.5

5.6

5.7

May 2000

HASSELBLAD 201F

General

The Service Test System can be used to test camera status, speed ring, timer indicator, current consumption, shutter speeds, flash sync and C-position basically in the same way as for 202/203/205.

Flash metering and viewfinder signal are tested as for 503CX/553ELX.

Note however some differences as described below.

Also note that a communication error may occur when tensioning the camera very fast. This is due to the fact that the camera electronics, to extend battery lifetime, is turned off directly after each exposure. Tensioning a little bit slower will give the test system enough time to restart the camera and the error will be avoided.

Basic set-up

As for 202/203/205 ref. to par. 4.1

Adjustment of light level for the light source

As for 202/203/205 ref. to par. 4.2

Note however that the speed ring must be set to C.

"CAMERA STATUS"

As for 202/203/205 ref. to par. 4.4

Note that some of the 202/203/205 switches are excluded in the 201F.

"SPEED RING"

As for 203/205 ref. to par. 4.6

"TIMER INDICATOR"

Connect the battery comp. cable to the camera body or use the basic set-up.

Select "TIMER INDICATOR".

The timer indicator on the camera front shall light.

Press any key to return to menu.

"VIEWFINDER SIGNAL"

As for CX/CW/ELX ref. to par. 6.3

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Revision 3

5.8 "CURRENT"

As for 202/203/205 ref. to par. 4.8

5.9

5.10

5.11

5.12

"SHUTTER"

As for 202/203/205 ref. to par. 4.11

"FLASH SYNC"

As for 202/203/205 ref. to par. 4.13

"FLASH METERING"

As for CX/CW/ELX ref. to par. 6.2

"C-POSITION"

As for 203/205 ref. to par. 4.15

May 2000

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6

Revision 3

6.1

6.2

May 2000

HASSELBLAD 503CX/CW, 500/553ELX, 555ELD

Basic set-up

Fit the sensor and a lens onto the camera. Connect the sync. cable and put the camera in front of the light source.

NOTE! LENS on

∞

"FLASH METERING"

Select "FLASH METERING".

Set the lens aperture at 4.

(Lens in F-mode if a CF lens is used).

Set the light source at an optional light level.

Pre-release the camera.

The ISO-value is chosen with the arrow buttons. NOTE that camera must be set at corresponding ISO-value.

Press

↵ to measure.

Light level and exposure deviation are shown. * indicates the light level measured related to total metering range at the camera system at ISO value set.

Note that a positive deviation will result in the film being underexposed.

Example

-------------------------------------------------------------------------------------------------

FLASH METERING

NOTE! ISO dial must be set to corresponding value

ISO 16 20 25 32 40 50 64 80 100 125

160 200 250 320 400 500 640 800 1000 1250

1600 2000 2500 3200 4000

Light level 11.5 LL at f4

Deviation -0.11 EV

*

[--------------------------------------------------------]

Dark Bright

PRESS

↵

( ENTER )

-------------------------------------------------------------------------------------------------

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Revision 3

6.3 "VIEWFINDER SIGNAL"

Select "VIEWFINDER SIGNAL".

Check that the signal diode is flashing.

Press any key to return to menu.

May 2000

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Revision 3

7.1

7.2

7.3

7.4

7.5

May 2000

HASSELBLAD 2003FCW, 2000FCW/FCM

General

The Service Test System can be used for testing shutter speeds and C-position.

Basically this can be done in the same way as for the 202/203/205. However, there are some differences, mainly due to the fact that the test system can not read camera settings from the battery compartment.

Basic set-up

Fit the lens F80 and the sensor on the camera body. Put the camera in front of the light source.

NOTE! The lens must be on ∞

Adjustment of light level for the light source

As for 202/203/205, ref. to par. 4.2.

"SHUTTER"

As for 202/203/205, ref. to par. 4.11 with the following differences:

Deviation (EV) is calculated from nearest half step. Note that this may differ from the speed ring setting. If so, the difference must be added to give correct deviation.

Example:

Speed ring setting is 1/2000 s. Measured deviation is -0.20 EV from

1/1500 s.

Deviation from 1/2000 is 0.5 EV - 0.2 EV = +0.3 EV.

When using the average function (ref. 4.16) there will not be an automatic

RESET when turning the speed ring.

"C-POSITION"

As for 203/205, ref. to par. 4.15 with the following difference:

There will be no warning on the screen if light level is low or high. Low light level will result in no response from the test system. High light level will result in a minor measure error.

NOTE! A CF-lens must be used.

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8

Revision 3

8.1

8.2

May 2000

HASSELBLAD PME3/5/51

Basic set-up

Fit the PME, the sensor and an CF80 or F80 lens onto a 500 or 2000 camera body. Put the camera in front of the light source.

NOTE! * Use an Acute-Matte focusing screen for PME3 and PME5.

* Using a 202/203/205 camera body will give an error of approx. 0.1

EV due to the partially transparent mirror and is therefore normally not recommended.

NOTE! Lens on ∞

"LIGHT METER"

Select "LIGHT METER".

Set the lens aperture at 2.8 (max.).

Set lens/camera to B (or C).

Set the light source at an optional light level.

Select an optional ISO and fmax value on the PME.

Use the arrow keys to set ISO and fmax on the screen at the same values.

Press the camera release button and keep pressed to measure the light level of the light source. Each measurement is indicated by a short beep and corresponding EV is displayed on the screen. Release the button after the first beep or keep pressed to make continuous measurements while adjusting the light level.

When the button has been released and the camera has been tensioned, the display of the PME may be read and compared with the reading on the screen.

For optimum result the two readings should be equal.

Repeat for different settings of the ISO/fmax dial. The lens, however, must always be kept on its max. aperture.

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Revision 3 May 2000

Example

------------------------------------------------------------------------------------------------- fmax

: LIGHT METER

2

2.4 Note ! ISO/fmax dial must be set to corresponding value

2.8

3.4

4

ISO

:

25 32 40 50 64 80 100 125 160 200

4.8 250 320 400 500 640 800 1000 1250 1600 2000

5.6 2500 3200 4000 5000 6400

6.8

8 12.10 EV

*

[------------------------------------------]

Dark Bright

RELEASE CAMERA

-------------------------------------------------------------------------------------------------

* indicates the light level measured related to total metering range.

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9.2

Revision 3

9

9.1

HASSELBLAD PME90

Basic set-up

May 2000

Connect the battery compartment cable to the adapter 971 006. Connect the test cable and the battery connector to the PME90.

NOTE!

* Use an Acute-Matte D focusing screen. (Code No. 42204).

Split image or micro prism focusing screen must not be used.

* Use the tube 905 018 for incident light metering.

* Push the PME90 all the way in when mounting it on the camera.

* Use a 500 series camera and a CF80 or F80 lens. Using a 202/203/205 camera body will give an error of approx. 0.1 EV due to the partially transparent mirror and consequently are these cameras not recommended.

* At low light levels ambient light may cause measuring error.

Use a black cover or dark room.

* Keep the light source switched on for at least 5 minutes before calibrating.

NOTE! Lens on

PME90 MENUS

∞

When “PME90/45“ has been selected you’ll have to push the red metering button on the PME90 to enter test mode. Then the menu for PME90 will appear on the screen.

Example

HASSELBLAD STS PME90

LIGHT MEASURE TEST

LIGHT MEASURE CALIBRATION

DISPLAY AND SOUND

BUTTONS

CURRENT DRAIN

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Revision 3

9.3 “LIGHT MEASURE, TEST“

May 2000

You can choose between testing the spot & average measuring system or the incident light system.

Example

-------------------------------------------------------------------------------------------------

LIGHT MEASURE, TEST

SPOT & AVERAGE LIGHT METERS

INCIDENT LIGHT METER

-----------------------------------------------------------------------------------------------

9.3.1 SELECT LIGHT LEVEL

After selecting “SPOT & AVERAGE LIGHT METERS“ or “INCIDENT

LIGHT METER“ you must first measure the light level from the light source.

Procedure:

Set the lens aperture at 2.8 (max.).

Set the lens/camera to B or C.

Attach the standard sensor onto the camera.

Put the camera in front of a light source.

Set the light source to desired value.

Press the camera release button and keep pressed to measure the light level of the light source. Each measurement is indicated by a short beep and corresponding LV/LL is displayed on the screen. Release the button after the first beep or keep pressed to make continuous measurements while adjusting the light level.

You can now read actual light value on the screen.

Example

-------------------------------------------------------------------------------------------------

SELECT LIGHT LEVEL

Face lens to light source!

Do not remove the sensor!

Light source setting LL 12.7

Recording

-------------------------------------------------------------------------------------------------

26

9.3.3

Revision 3

“SPOT & AVERAGE LIGHT METERS“ 9.3.2

Testing the spot light meter and the average light meter.

May 2000

Test procedure:

Remove the sensor from the camera and attach the PME90. LV/LL and deviation from light source setting is displayed continuously.

Press F1 to change light level.

Note! The camera must be tensioned.

The lens aperture must not be changed.

Press F1 if light level has been changed since last measurement, ref. to par. 9.3.1

* indicates the light level measured related to total metering range of the

meter system.

Example

-------------------------------------------------------------------------------------------------

SPOT

Do not change the light level! (Press F1 to change)

LL at f 2.8

DEVIATION

SPOT AND AVERAGE

12.9

-0.1 EV

[-------------------*--------------]

LL at f 2.8

DEVIATION

12.9

-0.1 EV

[-------------------*---------------]

Dark Bright Dark Bright

-------------------------------------------------------------------------------------------------

“INCIDENT LIGHT METER“

Testing the incident light meter.

Test procedure:

AVERAGE

Attach the incident light meter tube 905 018 in the PME90 accessory shoe.

The tube must be used; otherwise the measurement will be invalid. Press the tube against the metering dome and light source respectively.

LV/LL and deviation from light source setting is displayed continuously.

Press F1 to change light level.

Note! Press F1 if light level has been changed since last measurement, ref. to par. 9.3.1

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9.4

Revision 3

* indicates the light level measured related to total metering range of the

meter system.

May 2000

Example

-------------------------------------------------------------------------------------------------

Attach the tube and face to light source!

Do not change the light level! (press F1 to change)

INCIDENT

LL at f 2.8

DEVIATION

[-----------------------*---------------------]

Dark Bright

-------------------------------------------------------------------------------------------------

“LIGHT MEASURE, CALIBRATION“

Test procedure:

13.1

0.1 EV

Set the lens aperture at 2.8 (max.).

Set the lens/camera to B or C.

Put the standard sensor onto the camera.

Put the camera in front of a light source.

Set the light source according to the value displayed on the screen.

Release the camera.

Example 1

INCIDENT LIGHT

-------------------------------------------------------------------------------------------------

CALIBRATION

MEASURED LL 9.8

PUT THE LIGHT SOURCE TO LL 10.00

Recording

-------------------------------------------------------------------------------------------------

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Revision 3

CALIBRATION

Remove the sensor and attach the PME90 onto the camera

May 2000

Example 2

-------------------------------------------------------------------------------------------------

Press enter to continue

-------------------------------------------------------------------------------------------------

Now you can choose which meter you want to calibrate.

Note that the camera must be tensioned!

Example 3

-------------------------------------------------------------------------------------------------

CALIBRATION

CALIBRATE SPOT METER

CALIBRATE AVERAGE METER

CALIBRATE INCIDENT METER

-------------------------------------------------------------------------------------------------

To save the value you have to press Y. When saved you have to press the read measure button to re-enter the test mode.

Example 4

-------------------------------------------------------------------------------------------------

CALIBRATION

Deviation from previously stored value -0,17 EV

Do you really want to save the new calibrations values? [Y/N]

-------------------------------------------------------------------------------------------------

29

9.7

9.6

Revision 3

9.5 “DISPLAY AND SOUND“

May 2000

A number of test patterns will appear on the screen. Compare patterns with enclosure 2.

Example

-------------------------------------------------------------------------------------------------

DISPLAY/SOUND

ALL SEGMENTS ON, BACKLIGHT ON

ALL SEGMENTS ON, BACKLIGHT OFF

PATTERN 1

PATTERN 2

ALL SEGMENTS OFF

BEEP [PRESS ENTER]

-------------------------------------------------------------------------------------------------

“BUTTONS“

Press the appropriate button. A star should appear on the screen while the button is pressed..

Example

-------------------------------------------------------------------------------------------------

ISO Fmax Mode Upper

*

∧

Lower

∨

Backlight Metering

-------------------------------------------------------------------------------------------------

“ CURRENT DRAIN“

After this test you’ll have to push the read measure button to reenter test mode.

Example

BUTTONS

-------------------------------------------------------------------------------------------------

CURRENT DRAIN

Current drain 36.7

µ

A

-------------------------------------------------------------------------------------------------

30

9.8

Revision 3

Other functions

F6 displays software revision number. factory calibration values.

May 2000

Pressing the keys Shift and F1 simultaneously in the main menu will reset the

Note! This function should not be used if the electronics or any other part of the light measuring system has been replaced.

Also note that this function is not available for some of the first delivered

PME90’s. (Error E18 is displayed if not available).

31

10.2

Revision 3

10

10.1

HASSELBLAD PME45

Basic set-up

May 2000

Connect the battery compartment cable to the adapter 971 006. Connect the test cable to the PME45. Remove the battery from the PME45.

NOTE!

* Use an Acute-Matte D focusing screen. (Code No. 42204).

Note! Split image or micro prism focusing screen must not be used.

* Use the tube 905 018 for incident light metering.

* Use a 500 series camera and a CF80 or F80 lens. Using a 202/203/205 camera body will give an error of approx. 0.1 EV due to the partially transparent mirror and consequently are these cameras not recommended.

* At low light levels ambient light may cause measuring error.

Use a black cover or dark room.

* Keep the light source switched on for at least 5 minutes before calibrating.

NOTE! Lens on

PME45 MENUS

∞

When “PME45/90“ has been selected you’ll have to push the red metering button on the PME45 to enter test mode. Then the menu for PME45 will appear on the screen.

Example

HASSELBLAD STS PME45

LIGHT MEASURE TEST

LIGHT MEASURE CALIBRATION

DISPLAY AND SOUND

BUTTONS

CURRENT DRAIN

32

Revision 3

10.3 “LIGHT MEASURE, TEST“

May 2000

You can choose between testing the spot & average measuring system or the incident light system.

Example

-------------------------------------------------------------------------------------------------

LIGHT MEASURE, TEST

SPOT & AVERAGE LIGHT METERS

INCIDENT LIGHT METER

-----------------------------------------------------------------------------------------------

10.3.1 SELECT LIGHT LEVEL

After selecting “SPOT & AVERAGE LIGHT METERS“ or “INCIDENT

LIGHT METER“ you must first measure the light level from the light source.

Procedure:

Set the lens aperture at 2.8 (max.).

Set the lens/camera to B or C.

Attach the PME45 to the camera.

Attach the standard sensor onto the camera.

Put the camera in front of a light source.

Set the light source to desired value.

Press the camera release button and keep pressed to measure the light level of the light source. Each measurement is indicated by a short beep and corresponding LV/LL is displayed on the screen. Release the button after the first beep or keep pressed to make continuous measurements while adjusting the light level.

You can now read actual light value on the screen.

Example

-------------------------------------------------------------------------------------------------

SELECT LIGHT LEVEL

Face lens to light source!

Do not remove the sensor!

Light source setting LL 12.7

Recording

-------------------------------------------------------------------------------------------------

33

10.3.3

Revision 3

“SPOT & AVERAGE LIGHT METERS“ 10.3.2

Testing the spot light meter and the average light meter.

May 2000

Test procedure:

When light level selection is done (10.3.1), tension the camera and press any key to confirm. LV/LL and deviation from light source setting is displayed.

Note! The camera must be tensioned.

The lens aperture must not be changed.

* indicates the light level measured related to total metering range of the

meter system.

Example

-------------------------------------------------------------------------------------------------

SPOT

SPOT AND AVERAGE

Do not change the light level! (Press F1 to change)

LL at f 2.8

DEVIATION

[-------------------*--------------]

Test procedure:

12.9

-0.1 EV

LL at f 2.8

DEVIATION

Attach the incident light meter tube 905 018 in the PME45 accessory shoe.

The tube must be used; otherwise the measurement will be invalid. Press the tube against the metering dome and light source respectively.

12.9

-0.1 EV

[-------------------*---------------]

Dark Bright Dark Bright

-------------------------------------------------------------------------------------------------

“INCIDENT LIGHT METER“

Testing the incident light meter.

AVERAGE

LV/LL and deviation from light source setting is displayed continuously.

Press F1 to change light level.

Note! Press F1 if light level has been changed since last measurement, ref. to par. 10.3.1

34

Revision 3

* indicates the light level measured related to total metering range of the

meter system.

May 2000

10.4

Example

-------------------------------------------------------------------------------------------------

Attach the tube and face to light source!

Do not change the light level! (press F1 to change)

INCIDENT

LL at f 2.8

DEVIATION

Test procedure:

Set the lens aperture at 2.8 (max.).

Set the lens/camera to B or C.

Attach the PME45 to the camera.

Put the standard sensor onto the camera.

Put the camera in front of a light source.

Set the light source according to the value displayed on the screen.

Release the camera.

13.1

0.1 EV

[-----------------------*---------------------]

Dark Bright

-------------------------------------------------------------------------------------------------

“LIGHT MEASURE, CALIBRATION“

Example 1

INCIDENT LIGHT

-------------------------------------------------------------------------------------------------

CALIBRATION

MEASURED LL 9.8

PUT THE LIGHT SOURCE TO LL 10.00

Recording

-------------------------------------------------------------------------------------------------

35

Revision 3

Example 2

May 2000

-------------------------------------------------------------------------------------------------

CALIBRATION

Tension the camera and press enter to continue.

-------------------------------------------------------------------------------------------------

Now you can choose which meter you want to calibrate.

Note that the camera must be tensioned!

Example 3

-------------------------------------------------------------------------------------------------

CALIBRATION

CALIBRATE SPOT METER

CALIBRATE AVERAGE METER

CALIBRATE INCIDENT METER

-------------------------------------------------------------------------------------------------

To save the value you have to press Y. When saved you have to press the read measure button to re-enter the test mode.

Example 4

-------------------------------------------------------------------------------------------------

CALIBRATION

Deviation from previously stored value -0,17 EV

Do you really want to save the new calibrations values? [Y/N]

-------------------------------------------------------------------------------------------------

36

10.7

10.6

Revision 3

10.5 “DISPLAY AND SOUND“

May 2000

A number of test patterns will appear on the screen. Compare patterns with enclosure 2.

Example

-------------------------------------------------------------------------------------------------

DISPLAY/SOUND

ALL SEGMENTS ON, BACKLIGHT LOW

ALL SEGMENTS ON, BACKLIGHT NORMAL

ALL SEGMENTS ON, BACKLIGHT MEDIUM

ALL SEGMENTS ON, BACKLIGHT HIGH

PATTERN 1

PATTERN 2

ALL SEGMENTS OFF

BEEP [PRESS ENTER]

-------------------------------------------------------------------------------------------------

“BUTTONS“

Press the appropriate button. A star should appear on the screen while the button is pressed..

Example

-------------------------------------------------------------------------------------------------

After this test you’ll have to push the read measure button to re-enter the test mode.

BUTTONS

ISO Fmax Mode Upper

*

∧

Lower

∨

Metering

-------------------------------------------------------------------------------------------------

“ CURRENT DRAIN“

Example

-------------------------------------------------------------------------------------------------

CURRENT DRAIN

Current drain 36.7

µ

A

37

Revision 3

10.8 Other functions

F6 displays software revision number.

May 2000

Pressing the keys Shift and F1 simultaneously in the main menu will reset the factory calibration values.

Note! This function should not be used if the electronics or any other part of the light measuring system has been replaced.

(Error E18 is displayed if not available).

38

11.2

Revision 3

11

11.1

HASSELBLAD C/CF/CB/CFE/Cfi LENSES

General

May 2000

The Service Test System can be used to measure shutter speeds on all above mentioned lenses for the Hasselblad system provided that you have the special

C-shutter sensor (option).

Preferably use a 500 camera body (the 200 and 2000 models with speed ring in

C-position will however also work in most cases). The system can also be used to measure shutter speeds on the SWC camera.

Basic set up

Connect the C-shutter sensor to the PC-board and fit to the camera body.

Fit the lens to the camera and place in front of the light source.

11.3 Light level calibration

The C-shutter sensor has 16 measuring ranges to cover lenses with different maximum apertures without changing the level of the light source.

Keep the shutter open. Press any key to confirm

When “C/CF/CB/CFE/Cfi Lenses“ is selected the screen will display:

Set the lens speed ring to B (or F) and keep the release button pressed while pressing any key. The system will now automatically select the best measuring range and “Light Calibration OK“ will be displayed. Release the button to close the shutter.

The calibration procedure can be repeated any time by pressing “F1“. This should be done when a new lens with different maximum aperture is used.

(The measuring range can also be changed manually with the arrow keys.

Note that the LED-indicators on the sensor have the same function as for the standard sensor.)

39

Revision 3

11.4 Shutter speed measurement

If light level calibration is done correctly the screen will display:

RELEASE the shutter closes.

May 2000

Press the release button. For long speeds be sure to keep the button pressed until

The measured speed is shown on the screen.

Note! Deviation (EV) is calculated from nearest step. This may differ from the speed ring setting. If so, the difference must be added to give correct deviation

.

Example

-------------------------------------------------------------------------------------------------

Range: 11

SHUTTER

NOTE: Use max. aperture !

Measured shutter speed 129.75 ms Deviation 0.05 EV from speed 8 ( 125 ms )

RELEASE

40

12.2

Revision 3

12

12.1

HASSELBLAD WINDER CW

Basic set-up

May 2000

Connect a battery pack or another power connection to the winder. Connect the test cable from the adapter box 970995 to the winder. Connect the serial cable from the adapter box to the COMport on the PC. Make sure that the winder is in the “L“ position. For calibration the winder must be off camera.

Default COMport number is 1. To change it choose System/Change Setting/

WinderCW COMport. You can save it with System/Save Setting, see 13.5-6.

Note !

Do not press the winder release button while the test cable is connected.

Winder menus

When “WINDER“ has been selected you’ll first be prompted to put the winder in

L-position and then press ENTER. Then the menu for the winder will appear on the screen.

HASSELBLAD STS WINDER CW

SENSORS

MODE SELECTOR

CALIBRATION

BATTERY

WINDING FUNCTIONS

RELEASE FUNCTIONS

REMOTE CONTROL

12.3 “SENSORS“

This function is a help for trouble shooting. It’s testing the status of the electrical sensors without performing the normal sequences.

Make sure the winder is off the camera.

The status for each sensor will be highlighted and between brackets.

41

12.5

Revision 3 May 2000

Example

-------------------------------------------------------------------------------------------------

12.4

ON CAMERA:

WINDING HOME:

WINDING COUNTER:

RELEASE HOME:

RELEASE COUNTER:

“MODE SELECTOR“

[OFF]

0

0

[0]

[0]

0N

[1]

[1]

1

1

This tests the mode selector. The status will be highlighted and between brackets.

SENSORS

-------------------------------------------------------------------------------------------------

Example

-------------------------------------------------------------------------------------------------

R

“CALIBRATION“

MODE SELECTOR

[L] S C M

-------------------------------------------------------------------------------------------------

There are three calibrations to be done. The potentiometers effect winding count sensor, release count sensor and the release arm position sensor.

Make sure the winder is off the camera.

Example

-------------------------------------------------------------------------------------------------

CALIBRATION

CALIBRATE WINDING SENSOR

CALIBRATE RELEASE SENSOR

CALIBRATE RELEASE ARM

SENSOR

-------------------------------------------------------------------------------------------------

42

Revision 3 May 2000

12.5.3

12.5.1 “CALIBRATE WINDING SENSOR“

Calibration of the winding count sensor is done with RV3. The winding motor will rotate while testing. When calibrated properly the star will be inside the brackets. Make sure the winder is off the camera.

Example

-------------------------------------------------------------------------------------------------

CALIBRATION WINDING SENSOR

*[ ]

CALIBRATE WITH RV3

PRESS ANY KEY WHEN READY

-------------------------------------------------------------------------------------------------

12.5.2 “CALIBRATE RELEASE SENSOR“

The calibration of the release increment sensor is done with RV2. When calibrated properly the star will be inside the brackets. The release motor will rotate while testing. Make sure to keep the arm out during calibration.

Make sure the winder is off the camera.

Example

-------------------------------------------------------------------------------------------------

CALIBRATION RELEASE SENSOR

[ * ]

CALIBRATE WITH RV2

PRESS ANY KEY WHEN READY

-------------------------------------------------------------------------------------------------

“CALIBRATE RELEASE ARM SENSOR“

The calibration of the release arm sensor is done with RV1. When calibrated properly the star will be inside the brackets. Make sure the winder is off the camera.

43

12.7

12.6

Revision 3 May 2000

Example

-------------------------------------------------------------------------------------------------

CALIBRATION RELEASE ARM SENSOR

[ * ]

CALIBRATE WITH RV1

PRESS ANY KEY WHEN READY

-------------------------------------------------------------------------------------------------

“BATTERY“

This tests the battery condition both loaded and unloaded.

Note that the voltage reading is not available if battery is NOT OK.

Example

-------------------------------------------------------------------------------------------------

BATTERY

NO LOAD VOLTAGE

LOAD VOLTAGE

BATTERY OK/NOT OK : OK

-------------------------------------------------------------------------------------------------

“WINDING FUNCTIONS“

: 6.9 V

: 6.6 V

Choose between different sequences for the winding motor. In WINDUP you have to attach the winder to a camera.

Example

-------------------------------------------------------------------------------------------------

WINDING

BLIND WINDUP

CONSTANT SPEED WINDING

REVERSE MOTOR

CHECK NO. OF PULSES

WINDUP

-------------------------------------------------------------------------------------------------

44

12.9

Revision 3

12.8 “RELEASE FUNCTIONS“

Choose between different sequences for the release motor.

May 2000

Example

-------------------------------------------------------------------------------------------------

RELEASE

REACTION TIME&POSITION

CONSTANT MOTOR SPEED

CHECK NO. OF PULSES

RELEASE ARM IN/OUT

RELEASE ARM SENSOR

-------------------------------------------------------------------------------------------------

“REMOTE CONTROL“

Put the winder on the camera. A remote control is needed.

You must keep the button on the remote control pressed when you press

↵

(ENTER). The actual mode will be highlighted and you get information on which address the remote control has. You also get information which RC address that is stored in the winder attached.

Example

-------------------------------------------------------------------------------------------------

REMOTE CONTROL

REMOTE CONTROL ADDRESS:

REMOTE CONTROL MODE:

214 105 34

SINGLE

WINDER PROGRAMMED ADDRESS: 214 105 34

-------------------------------------------------------------------------------------------------

12.10 Other functions

F1 - when in Winder CW Main Menu, displays total number of wind-ups.

NOTE ! This function is only available from Winder software version 3. Also note that the number is only updated every 10 wind-ups.

F2 - when in Winder CW Main Menu, displays latest internal error number from the winder. Note that the number will remain in the winder until a new error is detected, even if the batteries are replaced. See 14, No W121-127 for more information.

F6 - when you are in Winder CW Main Menu, displays the Winder Software version number.

45

Revision 3

13 EXIT

Return to the main menu and press "ESC".

May 2000

Answer “Y“ or

↵

to the question “Are you sure ?“ and the program is ended, or press any other key to get back to main menu.

46

Revision 3

14

14.1

14.2

14.3

May 2000

TESTS AND MAINTENANCE

Automatic testing

An automatic system test is carried out when the program starts, i.e. parts or components of the PC-board and the sensor are tested. See 13.4 for further information.

Calibration

The PC-board is calibrated before delivery. Further calibration is normally not required.

Sensor and Extension Tube should be calibrated every two years, or after possible repairs. They may be calibrated independently of each other. Calibration should normally be carried out at the factory.

To assure a smooth operation, it is recommended to lubricate the key of the

Extension Tube with Isoflex PDP48 oil (or similar) at least once a year.

System menus

When "System" has been selected from the main menu, the screen will show the menu for testing and adaptation of the STS. Version and date of the STS are shown in upper right corner. Also the selected address of the PC-board is shown.

HASSELBLAD STS System Ver x.x Date yy-mm-dd

SELF TEST

CHANGE SETTING

SAVE SETTING

PCB address 768..783

Select function as in the main menu.

Press ESC to get back to the main menu.

47

Revision 3

14.4

14.5

14.6

May 2000

"SELF TEST"

The sensor must be connected to the PC-board during the self-test. Do not connect any other device to the sensor or to the board. The sensor detectors should be covered.

If failed, check that the above conditions have been fulfilled. Correct and try again by pressing

↵

.

The self-test does not check the PC-board and the sensor completely.

"CHANGE SETTING"

When "CHANGE SETTING" has been selected, the screen will show the menu for changing the test system.

HASSELBLAD STS System Ver x.x Date yy-mm-dd

Light source

Winder CW COM-Port

Select function as in the main menu.

"Light source"

Select light source type as in the main menu. The information is used for selecting aperture when measuring shutter speed and for light colour compensation.

“Winder CW COM Port“

Use the

→

and

←

keys to select the COM port to be used for the winder test cable.

"SAVE SETTING"

When "SAVE SETTING" has been selected the current set-up is stored onto the diskette (or the hard disk).

48

Revision 3

15 MESSAGES

E = Error W = Warning

No. Statement

M 5 Wrong. Try again

M 6 Not implemented yet

M 7 Not available now

M 8 Test aborted

M 9 Time out

M 10 Already selected

E 18 Invalid revision

E 23 I2C time out in get

E 50 Address area check

E 59 Speed set to B

E 60 Comm. Off

E 61 Comm. Get port

E 62 Comm. Put port

E 63 Comm. Fork on

E 64 Comm. Fork off

W 65 Speed ring changed

May 2000

M = Message

Error/Action

Erroneous key pressing.

Erroneous key pressing.

Erroneous key pressing.

Erroneous key pressing.

Erroneous key pressing.

Erroneous key pressing.

Invalid camera software revision.

Release button not deactivated after exposure?

Another PC-board has the same address?

Set speed to time

Communication error.

Is the battery comp. connected?

Communication error.

Is the battery comp. connected?

Communication error.

Is the battery comp. connected?

Communication error.

Is the battery comp. connected?

Communication error.

Is the battery comp. cable connected?

Inapplicable change of shutter speed.

49

Revision 3

No. Statement

W 66 Aperture changed

W 67 Stop down changed

W 70 Curtain sequence

E 71 Light sensor 1

E 72 Light sensor 2

E 73 Light sensor 3

E 74 Light sensor 4

E 75 Light sensor 5

E 76 Light level high

E 77 Light level low

E 79 C position

E 80 Test back light

E 81 Flash sync

E 82 Flash light

E 83

E 84

E 85

E 86

Fifo content

F lens connected

Unstable light

Light level too low

Error/Action

May 2000

Inapplicable change of aperture.

Inapplicable change of aperture.

Signals from sensor detectors are given in wrong order.

Erroneous/missing signal from outer right detector.

Erroneous/missing signal from inner detector.

Erroneous/missing signal from centre detector.

Erroneous/missing signal from inner left.

Erroneous/missing signal from outer left.

Light level too high.

Light level too low.

Erroneous/missing signal from the extension tube.

Erroneous/missing light value from the sensor.

Erroneous/missing flash sync.

Erroneous/missing flash light value, sync. cable not connected or light level too low.

Inapplicable change of signal.

F type lens erroneously adapted.

Light level in light source not stable.

Light level in light source too low.

50

Revision 3

No. Statement

E 87 Exposure too long

E 88 Open/close not found

E 89

E 90 Comm. Get revision

E 91 Comm. Display

E 93 Comm. Panel mode

E 94 Comm. Panel buttons

E 95 Comm. Magazine

E 96 Comm. Lens aperture

E 97 Comm. Lens stop down

E 98

E 99

E 103

Multiple signal

Comm. Speed ring

Lens/Mag connected

Comm. Camera status

E 104 False light

Error/Action

May 2000

Shutter speed longer than 1.2 s

The release button has not been pressed long enough for the shutter to close or the shutter opens or closes too slow.

More than one shutter open/close is detected. This may be caused by electrical interference from the PC.

Communication error of question about camera software.

Communication error of writing to camera display.

Communication error of reading mode selector.

Communication error of question about left side camera buttons.

Communication error of reading E magazine dials.

Communication error of reading F lens aperture.

Communication error of reading F lens manual stop-down/max. aperture.

Communication error of reading shutter speeds.

Lens and/or magazine/sensor erroneously added to equipment.

Communication error of question about camera status.

The sensor detected extraneous light.

(Or communication error.)

51

Revision 3

No. Statement

E 107 Comm not established.

W 108 LL not selected

E 112 Comm not established

E 113 Winder is ON camera

W 114 Winder is OFF camera

W 115 Address file error

W 116 RC Error

W 121 Wind-up error 1

W 122 Wind-up error 2

W 123 Wind-up error 3

W 124 Wind-up error 4

W 125 Wind-up error 5

W 126 Wind-up error 6

W 127 Wind-up error 7

Error/Action

May 2000

Check battery cable and test cable.

Remove battery compartment cable.

Wait min. 5 s, insert again.

Choose Select Light Level from menu.

Set mode L. Remove battery wait min. 5 s, insert battery again.

Check selected COM-port (ref. 13.5).

Note that this error may be caused by pressing the winder release button while the test cable is connected.

Remove the winder from the camera.

Attach the winder to the camera.

Files ADDRx.STS have not been copied from the diskette or the system has not been updated for a new winder software revision.

Remote controller code is not received. Aim the remote control at the winder. Check remote controller battery.

End of film or cover plate in back

On camera switch in wrong position.

Release motor jammed.

Release motor not in correct start position.

Release counter exceeded maximum count.

Winding motor jammed

Load too heavy.

52

Revision 3

Encl. 1 DISPLAY TEST PATTERN TO 202/203/205

"All segments lit"

May 2000

"Pattern 1"

"Pattern 2"

53

Revision 3

Encl. 2 DISPLAY TEST PATTERN TO PME45/90

"All segments lit"

May 2000

"Pattern 1"

"Pattern 2"

54

Revision 3 May 2000

Encl. 3 INSTALLATION

Requirements for PC

The Hasselblad Service Test System has been designed to operate on computers like IBM/XT/AT and compatible. However, we have found that the system will not work on some computers claiming to be IBM-compatible. We therefore recommend that you check the following before buying.

Requirements: The I/O-bus read address signal has to be valid for at least 500 ns.

One free full length ISA slot.

For some PC:s this is selectable from a “set-up menu“. If so, the requirement can normally be fulfilled by selecting a lower I/O-clock frequency or selecting an additional I/O read wait state.

If you can not get this information from your PC supplier we suggest that you try the system before buying. If the requirements are not fulfilled, the system will respond with a “failed“ at the “fifo“ part of the self test.

PC-board

WARNING! The PC-board is sensitive to elctrostatic discharges. Always store it in the special wrapping. When handling it use ground connected wrist band.

Follow the PC Guide to Operations and install the PC-board accordingly. Note the following if other PC-boards are installed:

Check that the PC provides sufficient power. The max. consumption of the STS is: voltage max. current

+5 V

-5 V

+12 V

-12 V

650 mA

0 mA

130 mA

10 mA

Select a free address area with the jumpers S1 and S2 on the board:

S1:1 S1:2 address area remark

jumper

open

jumper

open jumper jumper open open

768-783 (#300-30F) default

784-799 (#310-31F)

816-831 (#330-33F)

912-927 (#390-39F)

55

Revision 3 May 2000

Encl. 4 MISCELLANEOUS

Colour screen

When started the Service Test System will automatically use colour text if a colour screen is connected. However, a PC using a monochrome EGA/VGA screen may be interpreted as having a colour screen with bad readability as result.

This can be avoided by typing "VHABSTS M" to start the system.

External power for the Winder CW adapter

Normally, the Winder CW adapter will function with power from the PC. For some PC:s, however, an external adapter is required. Please contact Victor

Hasselblad AB, Technical Support Department for more information.

56