6998312603_rev0 (system integration guide)

8/15/2019 6998312603_Rev0 (System Integration Guide)

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Release 7 April 2011 (Rev. 0)

APOLLO EZ

System Integration Guide


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SYSTEM INTEGRATION GUIDEContents

(Rev. 0) APOLLO EZi

Contents

1 INTRODUCTION 1

2 CONFIGURATION WITH APOLLO EZ/ CCD N23 / G100R/F-A /CHEST STAND 3

2.1 Power supplies connection instruction.................................................... 4

2.2 Hardware interface instruction ............................................................... 5

2.2.1 APOLLO EZ – Generator interface ........................................................5

2.2.2 Generator – I.I. component plate interface............................................ 6

2.2.3

APOLLO EZ – I.I. component plate interface ......................................... 7 2.2.4 Monitor interface.................................................................................8

2.2.5 Generator – Three field solid state AEC device 1 ................................... 9

2.2.6 Generator - X-ray tube interface ........................................................ 10

2.2.7 Chest Stand VD3 35x43 – Generator interface ...................................11

2.2.8 Generator – Three field solid state AEC device 2 ................................. 12

2.2.9 Generator jumpers and wiring configuration instruction .................... 13

2.2.9.1 Room interface board jumpers configuration.......................13

2.2.9.2 Room interface board jumper wiring...................................13

2.2.9.3 Generator interface PWB jumpers configuration..................13

2.2.9.4 Accessories connection.......................................................14

2.3 Generator set-up programming instruction........................................... 15

2.3.1 Tube selection................................................................................... 15

2.3.1.1 X-ray tube present in library ..............................................15

2.3.1.2 Loading X-ray tube data from GenWare® utility software ....16

2.3.1.3 X-ray tube not present neither in library nor in

GenWare® utility software..................................................16

2.3.2 AEC set-up ....................................................................................... 17

2.3.3 Fluoro set-up ....................................................................................17

2.3.4 Generator Image receptor programming worksheet ............................19

2.3.5 Generator Receptor 1 I/O configuration worksheet............................. 20

2.3.6

Generator Receptor 2 I/O configuration worksheet............................. 21

2.3.7 Generator Receptor 3 I/O configuration worksheet............................. 22

3 CONFIGURATION WITH APOLLO EZ/ CCD N33 / G100R/F-A /CHEST STAND 23

3.1 Power supplies connection instruction.................................................. 24

3.2 Hardware interface instruction ............................................................. 25

3.2.1 APOLLO EZ – G 100 R/F-A interface.................................................. 25

3.2.2 G 100 R/F-A – I.I. component plate interface .....................................27

3.2.3

APOLLO EZ – I.I. component plate interface ....................................... 28

3.2.4 Monitor interface............................................................................... 29

3.2.5 G 100 R/F-A – Three field solid state AEC device 1............................. 30

3.2.6 G 100 R/F-A - X-ray tube interface.................................................... 31


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APOLLO EZ (Rev. 0)ii

3.2.7 Chest Stand VD3 35x43 – G 100 R/F-A interface............................... 32

3.2.8

G 100 R/F-A – Three field solid state AEC device 2 ............................ 33

3.2.9 G 100 R/F-A jumpers and wiring configuration instruction................ 34

3.2.9.1 Room interface board jumpers configuration ......................34

3.2.9.2 Room interface board jumper wiring................................... 34

3.2.9.3 Generator interface PWB jumpers configuration ................. 34

3.2.9.4 T.D.I. board SW1 Dip-switches setting ............................... 35

3.2.9.5 Accessories connection ......................................................35

3.3 G 100 R/F-A set-up programming instruction ...................................... 36

3.3.1 Tube selection................................................................................... 36

3.3.1.1 X-ray tube present in library.............................................. 36

3.3.1.2

Loading X-ray tube data from GenWare® utility software .... 37 3.3.1.3 X-ray tube not present neither in library nor in

GenWare® utility software..................................................37

3.3.2 AEC set-up ....................................................................................... 38

3.3.3 Fluoro set-up .................................................................................... 38

3.3.4 G 100 R/F-A Image receptor programming worksheet........................ 41

3.3.5 G 100 R/F-A Receptor 1 I/O configuration worksheet ........................ 42



4 CONFIGURATION WITH APOLLO EZ/ DIVA-D / G100R/F-A /

CHEST STAND VD3 45

4.1 Power supplies connection instruction.................................................. 46

4.2 Hardware interface instruction ............................................................. 47

4.2.1 APOLLO EZ – G 100 R/F-A interface ................................................. 47

4.2.2 APOLLO EZ – DIVA-D interface.......................................................... 49

4.2.3 G 100 R/F-A – DIVA-D interface........................................................ 50

4.2.4 G 100 R/F-A – DIVA-D serial connection ........................................... 50

4.2.5 APOLLO EZ – I.I. component plate interface....................................... 51

4.2.6 DIVA-D – I.I. component plate interface ............................................. 52

4.2.7

Monitor interface............................................................................... 52 4.2.8 G 100 R/F-A – Three field solid state AEC device 1 ............................ 53

4.2.9 G 100 R/F-A - X-ray tube interface.................................................... 54

4.2.10 Chest Stand VD3 35x43 – G 100 R/F-A interface............................... 55

4.2.11 G 100 R/F-A – Three field solid state AEC device 2 ............................ 56

4.2.12 G 100 R/F-A jumpers and wiring configuration instruction................ 57

4.2.12.1 Room interface board jumpers configuration ......................57

4.2.12.2 Room interface board jumper wiring................................... 57

4.2.12.3 Generator interface PWB jumpers configuration ................. 57

4.2.12.4 T.D.I. board SW1 Dip-switches setting ............................... 58

4.2.12.5 Accessories connection ......................................................58


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(Rev. 0) APOLLO EZiii

4.3 G 100 R/F-A set-up programming instruction ...................................... 59

4.3.1

Tube selection................................................................................... 59

4.3.1.1 X-ray tube present in library ..............................................59

4.3.1.2 Loading X-ray tube data from GenWare® utility software ....60

4.3.1.3 X-ray tube not present neither in library nor inGenWare® utility software..................................................60

4.3.2 AEC set-up ....................................................................................... 61

4.3.3 Fluoro set-up ....................................................................................61

4.3.4 G 100 R/F-A Image receptor programming worksheet........................ 64




This publication can only be reproduced, transmitted, transcribed or translated intoany human or computer language with the written consent of VILLA SISTEMIMEDICALI S.p.A.

This Manual in English is the original version.


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APOLLO EZ (Rev. 0)iv

THIS PAGE IS INTENTIONALLY LEFT BLANK


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SYSTEM INTEGRATION GUIDEIntroduction

(Rev. 0) APOLLO EZ1

1 INTRODUCTION This Manual includes the interconnections list, the hardware andsoftware configuration for a typical radiological room using a generatorG 100 R/F-A.For the use of this generator with different configurations of room and forX-ray tube and AEC calibration, please make reference to theG 100 R/F-A Service Manual and equipment you have to connect with.


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SYSTEM INTEGRATION GUIDEIntroduction

APOLLO EZ (Rev. 0)2



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SYSTEM INTEGRATION GUIDEConfiguration with Apollo EZ / CCD N23 /G100R/F-A / Chest Stand

(Rev. 0) APOLLO EZ3

2 CONFIGURATION WITH APOLLO EZ/CCD N23 / G100R/F-A / CHEST STAND

Room configuration

• Apollo EZ

– I.A.E. X-ray tube type

– Three field solid state AEC

–

Standard I.I. – CCD N23.• G 100 R/F-A

• Chest Stand VD3 35x43 with motorised foot rest (See Note )

– Three field solid state AEC.

Receptor configuration

Receptor 1: Apollo EZ Spot Film Device – Tube 1

Receptor 2: Direct X-ray from console – Tube 1

Receptor 3: Chest Stand VD3 35x43 – Tube 1 (See Note )

NOTE:When the Generator is supplied with "Falling load" feature, the GalKeyU29 # 73594213 is installed on CPU board.

The Falling Load option it is not available on the receptors where the"SERIAL" exposure is enable (paragraph 2.3.4 - Image ReceptorProgramming Worksheet: "SERIAL=YES"); whenever the Falling Load hasto be activated on the Spot Film Device receptor, the SERIAL parameterhas to be set to "NO".

In case Falling Load feature and SERIAL exposure are required will benecessary to create for each a dedicated receptor.

NOTE:Reference to the Chest Stand VD3 35x43 with motorized foot rest is madein order to allows the installer to record the necessary information for thehardware interface among Generator and Potter Bucky.


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SYSTEM INTEGRATION GUIDEConfiguration with Apollo EZ / CCD N23 /

G100R/F-A / Chest Stand

APOLLO EZ (Rev. 0)4

2.1 Power supplies connection instruction

( * ) If this remote controlled switch is not available use a remote controlledswitch with the following characteristics:

–Coil: 220-230 Vac 50 Hz

230-240 Vac 60 Hz

– Contact: 4 N.O. contacts, 16 A.

(**) Made this connection only when a motorised foot rest chest stand is present.

MainPower Supply

GeneratorTerminals

R

S

T

N

R

S

T

N

R S T N

CHEST STANDTerminal X1

R S T

APOLLO EZTerminals R-S-T (**)

G 100 R/FROOM INTERFACE BOARD TB7.1 (0 Vac)


* INSTALLATION KIT230Vac AUXILIARY CONTACTORV.S.M. cod.4291515200

(The auxiliary contactor is already mountedinside the G 100 R/F-A Generator)


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(Rev. 0) APOLLO EZ5

2.2 Hardware interface instruction

2.2.1 APOLLO EZ – Generator interface

APOLLO EZ Generator

Description Terminal Terminal Description

X27.15 TB6.9

Remote exposure

(Room Interface Board)

X27.3 TB6.7Remote prep


X-rayrequest(2° step)

X27.16 TB2.11Bucky 1 select


Common0VS

X0.20 TB6.1Ale output


TB6.11Spare output

(Room Interface Board)X-ray ON

fromgenerator

X0.13 TB6.2Ale output


TB3.6 Tomo exposure


Generator

ready X0.12 TB2.12

Bucky 1 select


Tomo speed

1-2-3-4

X27.4

X27.1

X27.14

X27.17

TB3.4Remote tomo select


SFDselection

X0.15 TB6.12Spare output


Safetyswitch

X0.9 J17.1Safety switch

(Generator Interface PWB)

Safetyswitch

X0.11 J17.2Safety switch



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APOLLO EZ (Rev. 0)6

2.2.2 Generator – I.I. component plate interface

Generator N23 I.I. component plate

Description Terminal Wire n° Pcb A2 Description

Remote Fluoro Exposure

(Room Interface board)TB6.5 X2.3 Fluoro

0Vdc(Generator Interface PWB)

J7.7 X2.1 0Vdc

Proportional dc(Generator Interface PWB)

J7.12 X2.2 Analog kV auto


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(Rev. 0) APOLLO EZ7

2.2.3 APOLLO EZ – I.I. component plate interface

APOLLO EZ I.I. component plate

Pcb A1

Description Terminal Wire n°4 fields 3 fields

Description

Common X28.1 X4.4 X4.4 Common

Medium field X28.2 X4.2 X4.1 Medium zoom

Minimum field X28.14 X4.3 X4.2

Maximum

zoom

Maximum field X28.15 X4.1 N.C. Minimum

zoom

Power supply N X0.2 Power supply

Power supply S3 X0.1 Power supply

Ground X0.3 Ground



X28.18 X3.3 Fluoro request

X28.4 X3.4 Inv

X28.16 X3.5 Inv

0 Vs common X28.3 X3.2 0 Vs common


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APOLLO EZ (Rev. 0)8

2.2.4 Monitor interface

I.I. component plate Table and wall version

Description Pcb A2 Wire n° Plug Description

0 Vs common X4.1 Green 0 V 0 Vs common

Monitor L.I.H.visualization

X4.5 White L IMonitor L.I.H.visualization


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(Rev. 0) APOLLO EZ9

2.2.5 Generator – Three field solid state AEC device 1

NOTE:If the AEC interface PWB it is not supplied with LEMO connectors thefollowing hardware interface have to be done. The installer should cut theAEC cable by the PWB side connector and connect the colored wires tothe terminals on the Universal AEC board making reference to the nexttable.

Generator

AEC board(solid state chamber)

type 737992

AEC device 1connecting cable

Description Terminal Wire Description

Anode (L) J11.1 Pink Anode Left

Cath (L) J11.2 Grey Cathode Left

Anode (M) J11.3 White Anode Middle

Cath (M) J11.4 Brown Cathode Middle

Anode (R) J11.5 Green Anode Right

Cath (R) J11.6 Yellow Cathode Right

Ground J11.7 Shield Ground


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APOLLO EZ (Rev. 0)10

2.2.6 Generator - X-ray tube interface

Generator X-ray tube

Description Terminal Wire n° Terminal Description

Main Tube 1 P Principal

Shift Tube 1 A Auxiliary

Common Tube 1 C Common

Ground Tube 1 Ground

Thermal switch Tube 1 Thermal switch



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(Rev. 0) APOLLO EZ11

2.2.7 Chest Stand VD3 35x43 – Generator interface

NOTE: This hardware interface has to be made only if the Potter Bucky ispresent.

Chest stand VD3 35x43 Generator


X-ray request X1.B1 TB1.11 Bucky 3 select


Potter reply X1.X TB2.5 Bucky contacts


WARNING: The voltage selected on TB1.11 and TB1.12 is 24 Vdc. Refer to the ChestStand VD3 35x43 Technical and User's Manual for the Bucky startvoltage setting.


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2.2.8 Generator – Three field solid state AEC device 2

NOTE: This hardware interface has to be made only if the Potter Bucky withAEC device is present.

NOTE:If the AEC interface PWB it is not supplied with LEMO connectors thefollowing hardware interface have to be done. The installer should cut theAEC cable by the PWB side connector and connect the colored wires to

the terminals on the Universal AEC board making reference to the nexttable.

GeneratorAEC board

(solid state chamber)type 737992











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2.2.9 Generator jumpers and wiring configuration instruction

2.2.9.1 Room interface board jumpers configuration

– JW2: Live contact (this jumper configuration must be made only ifthe Potter Bucky is present on Receptor 3)

– JW4: Dry contact

– JW7: Dry contact (2-3)

– JW8: Dry contact.

2.2.9.2 Room interface board jumper wiring

– TB8.1 – TB11.5: (This wiring must be made only if the 24VdcPotter Bucky is present on Receptor 3)

– TB4.8 – TB4.9: Thermal switch.

2.2.9.3 Generator interface PWB jumpers configuration

- JW1: 1 – 2- JW2: 1 – 2 / 3 – 4

- JW3: 1 – 2 / 3 – 4

- JW10: 1 – 2 / 3 – 4

- JW11: 2 – 3

- JW12: Open

- JW13: Open

- JW14: 1 – 2 / 3 – 4

- JW15: 1 – 2 / 3 – 4

- JW21: 2 - 3

NOTE: The configuration of the Jumpers not listed in the previous tables is notrelevant for this system integration.


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2.2.9.4 Accessories connection

Generator Accessory

Description Terminal Wire n° Description

Room door interlock(Room Interface board)

TB4.4 Door contact


TB4.5 Door contact

Room light 0V(Room Interface board)

TB7Generator ON lamp

(white lamp)

Room light power supply (Room Interface board)

(*)Generator ON lamp

(white lamp)

Room light contact(Room Interface board)

TB4.11X-ray ON lamp

(red lamp)


TB4.12X-ray ON lamp

(red lamp)

(*) TB10 for 220V ac / TB9 for 110V ac / TB8 for 24V dc

NOTE:Remove jumper JW13 on Room Inteface Board.


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2.3 Generator set-up programming instruction

After the hardware connections indicated in the previously tables it isneeded to proceed to the software configuration of the Generator.Refer to the Generator Service Manual, chapter 3, where are describedthe interfacing and the programming information to the generator. Thischapter also allows the installer to record the necessary information tocomplete the installation, as well as to record the programming values.Refer to the tables in paragraphs 2.3.2, 2.3.3, 2.3.4, 2.3.5, 2.3.6, 2.3.7 ofthis Installation Guide for the programming of the generator set-upsubmenu.

2.3.1 Tube selection

Prior to beginning tube calibration, the tube used in the installation mustbe properly selected, and generator limits should be programmed.

2.3.1.1 X-ray tube present in library

If the x-ray tube used in the installation is present in the library of the

generator refer to the Generator Service Manual, chapter 3C -Programming the generator in order to record all the necessaryinformation to program the generator set-up.

The configuration of the starter board it is requested too. Refer to theGenerator Service Manual, chapter 2 - Programming the low speedstarter-Programming the dual speed starter to record the necessaryinformation to complete the configuration.

NOTE: The tube library, concerning the I.A.E. X-ray tubes, contains only highspeed tube types. When a low speed I.A.E. X-ray tube has to be installedan high speed tube must be selected informing the generator about thelow speed tube. The generator and the tube limits must be set inaccording with the tube type installed.


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2.3.1.2 Loading X-ray tube data from GenWare® utility software

If the X-ray tube used in the installation is not present in the library ofthe generator should be present in the utility software. The datacommunication with a computer it is allowed using the GenWare® utilitysoftware. Refer to the Generator Service Manual, chapter 3C - DATA LINKto record the necessary information.

2.3.1.3 X-ray tube not present neither in library nor in GenWare® utility

software

If the x-ray tube used in the installation is not present neither in thegenerator library nor in the GenWare® utility software a manual settingof the tube and generator parameters is required. Before changing theseparameters is strictly recommended to consult the data sheet of the x-raytube that is going to be installed. An X-ray tube present in the library orin the GenWare® utility software, as similar as possible to the one isgoing to be installed, can be selected. The tube and the generatorparameter required in the generator set-up must be set in according withthe information recorded from the data sheet of the x-ray tube. Refer tothe Generator Service Manual, chapter 3C - Tube selection andGenerator limits in order to record all the necessary information to

program the generator set-up. The configuration of the starter board it is requested too. Refer to theGenerator Service Manual, chapter 2 - Programming the low speedstarter - Programming the dual speed starter to record the necessaryinformation to complete the configuration.


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2.3.2 AEC set-up

The installation of the AEC devices and their calibration are covered inthe Generator Service Manual, chapter 3E - Automatic exposure control(AEC) calibration.

2.3.3 Fluoro set-up

NOTE:

The Fluoro set-up data must be set in according with the X-ray tubetechnical specification.

The following tables meets the Fluoro set-up request in according withmost of the X-ray tube supplied by Villa Sistemi Medicali; during theinstallation could be necessary to optimize the set-up.

The installation of the ABS device and his calibration are covered in theGenerator Service Manual, chapter 3 - Automatic brightness stabilisation(ABS) calibration.

The next table show the standard parameters usually set.

FLUORO SET-UP

FL TIMER: 5 Min

MIN FLUORO KV: 40

MAX FLUORO KV: 120

II MODES: 0

FL ABS: ON

FL ABS DEFAULT: NONE

FL/RAD KV DEF: NONE

FL/RAD KV CURVES Not Used

SID COMP Not Used

FL SETUP FL ABS SETUP ABS LEVEL 0: 1.00 VABS LEVEL 1: 1.60 V

ABS LEVEL 2: 1.10 V

ABS LEVEL 3: 1.60 V

SIGNAL GAIN 10

ABS GAIN 20

ABS DEADBAND 3%

ABD DELAY 150 mS

ABS START KV 75

ABS CURVE DEF: 1


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FL ABS CURVE FL ABS CURVE 1: ON

40KV: 0.5 mA50 KV: 1.0 mA

60 KV: 1.6 mA

70 KV: 2.1 mA

80 KV: 2.7 mA

90 KV: 3.2 mA

100 KV: 3.8 mA

110 KV: 4.4 mA

120 KV: 5.0 mA

125 KV: 5.0mA

FL DOSE LIMIT * FL MAN DL *

40KV: 0.5 mA

50 KV: 1.0 mA60 KV: 1.6 mA

70 KV: 2.1 mA

80 KV: 2.7 mA

90 KV: 3.2 mA

100 KV: 3.8 mA

110 KV: 4.4 mA

120KV: 5.0 mA

125 KV: 5.0 mA

* FL ABS DL *

40KV: 5.0 mA

50 KV: 5.0 mA 60 KV: 5.0 mA

70 KV: 5.0 mA

80 KV: 5.0 mA

90 KV: 5.0 mA

100 KV: 5.0 mA

110 KV: 5.0 mA

120KV: 5.0 mA

Note: The fluoro dose limit is set at 5 mA in order tomeet the code of federal regulations 21 paragraph1020. If it is not required to meet these regulationsa higher value can be set in according with theloading factors of the x-ray tube.

125 KV: 5.0 mA

FL II COMP Not UsedHLF SETUP Not Used

PF SETUP PF: OFF

NOTE: The Pulsed Fluoro set-up is not relevant for this system integrationbecause the function is not available with the N23 CCD camera.


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2.3.4 Generator Image receptor programming worksheet

IMAGE RECEPTOR PROGRAMMING WORKSHEET

DATE:

SERIAL#:

FUNCTION RECEPTOR1

RECEPTOR2

RECEPTOR3

RECEPTOR4

RECEPTOR5

RECEPTOR6

RECEPTORNAME

TUBE 1 1 1 NONE NONE NONE

TOMO YES NO NO NO NO NO

FLUORO YES NO NO NO NO NO

SERIAL YES NO NO NO NO NO

INTERFACEOPTS

0 0 0 0 0 0

FUNCTIONALOPTS

0 0 0 0 0 0

RECEPTORSYM

FLUOROHANG

30 SEC 30 SEC 30 SEC 30 SEC 30 SEC 30 SEC

RAD HANG 0 SEC 0 SEC 0 SEC 0 SEC 0 SEC 0 SEC

LAST IMAGEHOLD

40 Ms 40 Ms 40 Ms 40 Ms 40 Ms 40 Ms

MEMORY NO NO NO NO NO NO

REM TOMOBUT

2500 Ms 2500 Ms 2500 Ms 2500 Ms 2500 Ms 2500 Ms

SF/LFSWITCH

AUTO AUTO AUTO AUTO AUTO AUTO

AEC BACKUP FIXED FIXED FIXED FIXED FIXED FIXED

AEC BACKUPMAS

500 500 500 500 500 500

AEC BACKUPMS

3200 3200 3200 3200 3200 3200

AECCHANNEL

1 0 2 0 0 0

AEC LOCKEXPS

3 3 3 3 3 3

NOTE:Receptor 3 has to be programmed only if Chest Stand with Potter Buckyand AEC device is present.


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2.3.5 Generator Receptor 1 I/O configuration worksheet

FUNCTIONS STANDBY PREP GEN RDY RAD EXP FLUORO EXP

***INPUTS***

REMOTE EXP ----- OFF ----- ON -----

REMOTE PREP ----- ON ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- ON

CONSOLE EXP ----- OFF ----- OFF -----

CONSOLE PREP ----- OFF ----- ----- -----

TOMO EXP ----- ----- ----- ON -----

REM. TOMO SEL ON ----- ----- ----- -----

I/I SAFETY ----- OFF ----- OFF OFF

COLL. ITLK ----- OFF ----- OFF OFF

BUCKY CONTACTS ----- ----- ----- OFF -----

SPARE OFF OFF ----- OFF OFF

THERMAL SW 1 ON ON ----- ON ON

THERMAL SW 2 OFF OFF ----- OFF OFF

DOOR ITLK OFF ON ----- ON ON

MULTI SPOT EXP OFF ----- ----- ----- -----

***OUTPUTS***

BKY 1 SELECT OFF OFF ON ON OFF

BKY 2 SELECT OFF OFF OFF OFF OFF


TOMO/BKY 4 SEL OFF OFF OFF OFF OFF

TOMO/BKY START OFF OFF OFF OFF OFF

ALE OFF OFF OFF ON ON

COLL. BYPASS OFF OFF OFF OFF OFF

ROOM LIGHT OFF ON ON ON ON

SPARE ON ON ON ON ON


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***INPUTS***


REMOTE PREP ----- ON ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- OFF


CONSOLE PREP ----- OFF ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***

BKY 1 SELECT OFF OFF ON ON OFF





ALE OFF OFF OFF ON OFF



SPARE OFF OFF OFF OFF OFF


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***INPUTS***

REMOTE EXP ----- OFF ----- OFF -----

REMOTE PREP ----- OFF ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- OFF

CONSOLE EXP ----- OFF ----- ON -----

CONSOLE PREP ----- ON ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----



BUCKY CONTACTS ----- ----- ----- ON -----






***OUTPUTS***



BKY 3 SELECT OFF OFF OFF ON OFF



ALE OFF OFF OFF OFF OFF




NOTE: The configuration of the Receptor 3 I/O has to be made only if the ChestStand with Potter Bucky is present.


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SYSTEM INTEGRATION GUIDEConfiguration with Apollo EZ / CCD N33 /G 100 R/F-A / Chest Stand


3 CONFIGURATION WITH APOLLO EZ/CCD N33 / G100R/F-A / CHEST STAND

Room configuration

• Apollo EZ



–

I.I. H.R. – CCD N33.• G 100 R/F-A (T.D.I. Interfaced)





Receptor 2: Direct X-ray from console – Tube 1





NOTE:Reference to the Chest Stand VD3 35x43 with motorized foot rest is madein order to allows the installer to record the necessary information for thehardware interface among G 100 R/F-A and Potter Bucky.


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G 100 R/F-A / Chest Stand




–Coil: 220-230 Vac 50 Hz

230-240 Vac 60 Hz



MainPower Supply

GeneratorTerminals

R

S

T

N

R

S

T

N

R S T N


R S T







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3.2.1 APOLLO EZ – G 100 R/F-A interface

APOLLO EZ G 100 R/F-A


X27.15 TB6.9Remote Exposure


X27.3 TB6.7Preparation radiography(Room Interface Board)

Common0Vdc

X0.20 TB6.11Spare Output


X-ray ONfrom

Generator

X0.13 J6.21X-ray ON

(Table Digital Interface board)

Generator

ready X0.12 J6.22

Generator ready


Spot FilmDevice

selection

X0.15 TB6.12Spare Output


Safety switch X0.9 J17.1Safety switch




AlarmX-ray ON X27.7(see Note) J7.6 X-ray OFF(Table Digital Interface board)

FluoroMan/Auto

X27.20 J6.1Fluoro Man/Auto


NOTE:During the auto calibration of the X-ray tube it is required to make the

jumper between J7.6 and J6.2 (force terminal J7.6 at 0Vdc).It is important to remove the jumper at the end of the X-ray tubeauto calibration.


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Vref. Anal.Fluoro

X27.11 J6.7Analogue Vref Fluoro Manual kV


TomoSpeed 1

X27.4

TomoSpeed 2

X27.1

TomoSpeed 3

X27.14

J6.3 Tomo Speed 1


TomoSpeed 4

X27.17 J6.4 Tomo Speed 2


Tomo 7° X27.5 J7.1 Tomo Angle 7°




Tomo 30° X27.6 J7.4 Tomo Angle 30°(Table Digital Interface board)



Common 0V X27.22 J6.2Signal Ground


Fluoro MankV analog 0V

X27.23 J6.23Signal Ground


J7.2 Signal Ground(Table Digital Interface board)

J7.7Chassis Ground


J7.20Chassis Ground



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3.2.2 G 100 R/F-A – I.I. component plate interface

G 100 R/F-A I.I. component plate


Remote Fluoro Exposure

(Room Interface board)TB6.5 X2.3 Fluoro

L.I.H.(Table Digital Interface

board)

J6.17 X2.4 Last Image Hold

Proportional dc

(Table Digital Interfaceboard)

J7.21 X2.1 Analog kV auto

0Vdc(Table Digital Interface

board)

J7.2 X2.2 0Vdc

SYNC(Table Digital Interface

board)

J7.24 X4.5 SYNC

P.F. request

(Table Digital Interfaceboard)

J6.22 X4.6 Pulsed Fluoro


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Pcb A1


Description




Maximum

zoom


zoom



Ground X0.3 Ground



X2.15 R.O.I.R.O.I.

X28.8(see Note) X2.11 Recursive Filter X0

Fluoro call X28.18 X2.5 Fluoro call

Vertical imageinversion

X28.16 X2.8Vertical image

inversion

Horizontal imageinversion

X28.4 X2.9Horizontal image

inversion

Recursive Filter X4 X28.21(see Note)

X2.12 Recursive Filter X4

Recursive Filter X8 X28.9

(see Note) X2.13 Recursive Filter X8

Common 0V X28.3 X4.10 Common 0V

Common 0V X28.22

NOTE:

Depending by selection of the Apollo EZ set-up, cell 246 – X28.8 outputcan drive R.O.I. or Recursive Filter. In the first case X28.21 and X28.9are disabled, in the second case are enabled.


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Monitor L.I.H.

visualization X4.2 White L I

Monitor L.I.H.

visualization

0 Vs common X4.10 Green 0 V 0 Vs common


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3.2.5 G 100 R/F-A – Three field solid state AEC device 1


G100 R/F-A


type 737992











36/74



3.2.6 G 100 R/F-A - X-ray tube interface

G 100 R/F-A X-ray tube









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3.2.7 Chest Stand VD3 35x43 – G 100 R/F-A interface


Chest stand VD3 35x43 G 100 R/F-A








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G100 R/F-AAEC board












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3.2.9 G 100 R/F-A jumpers and wiring configuration instruction



– JW3: Live contact


– JW8: Dry contact (Spot Film Device selection).


– TB8.1 – TB11.5 (This wiring must be made only if the 24VdcPotter Bucky is present on Receptor 3)



- JW1: 1 – 2 - JW13: Open- JW2: 1 – 2 / 3 – 4 - JW14: 1 –2 / 3 – 4

- JW3: 1 – 2 / 3 – 4 - JW15: 1 – 2 / 3 – 4

- JW4: Open - JW19: 2 – 3

- JW5: Close - JW20: Close

- JW6: 1 – 2 / 3 – 4 - JW21: 1 – 2

- JW7: 1 – 2 / 3 – 4 - JW22: 2 – 3

- JW8: 1 – 2 / 3 – 4 - JW24: Close

- JW9: 1 – 2 / 3 – 4 - JW25: Close

- JW10: 1 – 2 / 3 – 4 - JW26: Close

- JW11: 2 – 3 - JW27: Close- JW12: Open - JW28: Open



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3.2.9.4 T.D.I. board SW1 Dip-switches setting

- SW1-1: OFF - SW1-5: ON

- SW1-2: OFF - SW1-6: OFF

- SW1-3: ON - SW1-7: OFF



Generator Accessory



TB4.4 Door contact


TB4.5 Door contact

Room light 0V

(Room Interface board)TB7

Generator ON lamp

(white lamp)

Room light power supply(Room Interface board)


(white lamp)


TB4.11X-ray ON lamp

(red lamp)


TB4.12X-ray ON lamp

(red lamp)




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3.3 G 100 R/F-A set-up programming instruction

After the hardware connections indicated in the previously tables it isneeded to proceed to the software configuration of the G 100 R/F-A.Refer to the G 100 R/F-A Service Manual, chapter 3, where are describedthe interfacing and the programming information to the generator. Thischapter also allows the installer to record the necessary information tocomplete the installation, as well as to record the programming values.Refer to the tables in paragraphs 3.3.2, 3.3.3, 3.3.4, 3.3.5, 3.3.6, 3.3.7 ofthis Installation Guide for the programming of the generator set-upsubmenu.





generator refer to the G 100 R/F-A Service Manual, chapter 3C -Programming the generator in order to record all the necessaryinformation to program the generator set-up.

The configuration of the starter board it is requested too. Refer to theG 100 R/F-A Service Manual, chapter 2 - Programming the low speedstarter-Programming the dual speed starter to record the necessaryinformation to complete the configuration.


42/74




If the X-ray tube used in the installation is not present in the library ofthe generator should be present in the utility software. The datacommunication with a computer it is allowed using the GenWare® utilitysoftware. Refer to the G 100 R/F-A Service Manual, chapter 3C - DATALINK to record the necessary information.


software

If the x-ray tube used in the installation is not present neither in thegenerator library nor in the GenWare® utility software a manual settingof the tube and generator parameters is required. Before changing theseparameters is strictly recommended to consult the data sheet of the x-raytube that is going to be installed. An X-ray tube present in the library orin the GenWare® utility software, as similar as possible to the one isgoing to be installed, can be selected. The tube and the generatorparameter required in the generator set-up must be set in according withthe information recorded from the data sheet of the x-ray tube. Refer tothe G 100 R/F-A Service Manual, chapter 3C - Tube selection andGenerator limits in order to record all the necessary information to

program the generator set-up. The configuration of the starter board it is requested too. Refer to theG 100 R/F-A Service Manual, chapter 2 - Programming the low speedstarter - Programming the dual speed starter to record the necessaryinformation to complete the configuration.


43/74




3.3.2 AEC set-up

The installation of the AEC devices and their calibration are covered inthe G 100 R/F-A Service Manual, chapter 3E - Automatic exposurecontrol (AEC) calibration.

3.3.3 Fluoro set-up

NOTE:



The installation of the ABS device and his calibration are covered in theG 100 R/F-A Service Manual, chapter 3 - Automatic brightnessstabilisation (ABS) calibration.


FLUORO SET-UP

FL TIMER: 5 Min

MIN FLUORO KV: 40

MAX FLUORO KV: 120

II MODES: 0

FL ABS: ON


FL/RAD KV DEF: NONE


SID COMP Not Used


ABS LEVEL 2: 1.10 V

ABS LEVEL 3: 1.60 V

SIGNAL GAIN 3

ABS GAIN 10

ABS DEADBAND 30%

ABD DELAY 150 mS

ABS START KV 75

ABS CURVE DEF: 1


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40KV: 0.5 mA50 KV: 1.0 mA

60 KV: 1.6 mA

70 KV: 2.1 mA

80 KV: 2.7 mA

90 KV: 3.2 mA

100 KV: 3.8 mA

110 KV: 4.4 mA

120 KV: 5.0 mA

125 KV: 5.0mA


40KV: 0.5 mA

50 KV: 1.0 mA60 KV: 1.6 mA

70 KV: 2.1 mA

80 KV: 2.7 mA

90 KV: 3.2 mA

100 KV: 3.8 mA

110 KV: 4.4 mA

120KV: 5.0 mA

125 KV: 5.0mA

* FL ABS DL *

40KV: 5.0 mA

50 KV: 5.0 mA

60 KV: 5.0 mA

70 KV: 5.0 mA

80 KV: 5.0 mA

90 KV: 5.0 mA

100 KV: 5.0 mA

110 KV: 5.0 mA

120KV: 5.0 mA

Note: The fluoro dose limit is set at 5 mA in order tomeet the code of federal regulations 21 paragraph1020. If it is not required to meet these regulationsa higher value can be set in according with theloading factors of the x-ray tube.

125 KV: 5.0 mA

FL II COMP Not UsedHLF SETUP Not Enable


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PF SETUP PF: ON

PF DEFAULT: NONEPPS DEFAULT: NONE

PF DEFAULT MA: 5=40mA

6=60mA

7=80mA

8=99mA

Note: Four options for the settings of the Pulsed Fluoro default mA are possible. It issuggested to set the value 5 = 40mA as default parameter. The others settings are

possible on line by means the +/- mA keys. If, once set at 40 mA the default mA value for the pulsed fluoro, is necessary to reduce the dose is possible to reduce the lengthof the pulses by means the settings of the jumpers on the A2 board of the I.I. system(make reference to the I.I. system service manual)

PF DEFAULT Ms: 2

PF SYNC FREQ: 50 HZ

PF ABS SETUP ABS LEVEL 0: 4.0 V

ABS LEVEL 1: 1.10 V

ABS LEVEL 2: 1.20 V

ABS LEVEL 3: 1.90 V

SIGNAL GAIN: 3

ABS GAIN: 5

ABS DEADBAND: 40%

ABS DELAY: 100 mS

ABS START KV: 75

PF INTEGRATOR: OFF

1PPS COMP: 0%3PPS COMP: 0%

6/7.5PPS COMP: 0%

12/15PPS COMP: 0%

25/30PPS COMP: 0%

PF ABS CURVE DEF: OFF

PF ABS CURVES Not Used

PF DOSE LIMITS Not Used

PF II COMP Not Used

PF PPS SETUP 1 PPS: ON

3 PPS: ON

6/7.5 PPS: ON

12.5/15 PPS: ON28/30 PPS: ON

HPF SETUP Not Enable

HLF SELECT: CONSOLE

PF SELECT: CONSOLE


46/74


47/74




3.3.5 G 100 R/F-A Receptor 1 I/O configuration worksheet


***INPUTS***


REMOTE PREP ----- ON ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- ON


CONSOLE PREP ----- OFF ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***









SPARE ON ON ON ON ON


48/74





***INPUTS***


REMOTE PREP ----- OFF ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- OFF


CONSOLE PREP ----- ON ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----







DOOR ITLK OFF ON ----- ON OFF


***OUTPUTS***











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***INPUTS***


REMOTE PREP ----- OFF ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- OFF


CONSOLE PREP ----- ON ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***












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SYSTEM INTEGRATION GUIDEConfiguration with Apollo EZ / Diva-D /G 100 R/F-A / Chest Stand


4 CONFIGURATION WITH APOLLO EZ/DIVA-D / G100R/F-A / CHEST STAND VD3

Room configuration

• Apollo EZ



–

Diva-D.• G 100 R/F-A (T.D.I. Interfaced)





Receptor 2: Digital Video Acquisition System – Tube 1





NOTE:Reference to the Chest Stand VD3 35x43 with motorized foot rest is madein order to allows the installer to record the necessary information for thehardware interface among G 100 R/F-A and Potter Bucky.


51/74

SYSTEM INTEGRATION GUIDEConfiguration with Apollo EZ / Diva-D /





–Coil: 220-230 Vac 50 Hz

230-240 Vac 60 Hz



MainPower Supply

GeneratorTerminals

R

S

T

N

R

S

T

N

R S T N


R S T







52/74




4.2.1 APOLLO EZ – G 100 R/F-A interface



X27.15 TB6.9Remote Exposure


X27.3 TB6.7Preparation radiography(Room Interface Board)

Common0Vdc

X0.20 J6.20V


Common 0VS X27.23 J6.230V analog


Manual kV

ref.

X27.11 J6.7Manual kV fluoro input


Fluoro kVmanual/auto

selection

X27.20 J6.1Man/Auto fluoro


Tomospeed 1

X27.4

Tomo

speed 2 X27.1

Tomo

speed 3 X27.14

J6.3 Tomo speed 1


Tomospeed 4

X27.17 J6.4 Tomo speed 2


Tomo 7° X27.5 J7.1 Tomo 7°


Tomo 20° X27.18 J7.3 Tomo 20°


Tomo 30° X27.6 J7.4

Tomo 30°



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Tomo 45° X27.19 J7.5 Tomo 45°


AlarmX-ray ON

X27.7

(see Note)J7.6

X-ray OFF(Table Digital Interface board)

SFD selection X0.15 TB2.12Bucky 1 select


DSI selection X0.14 TB2.1 Bucky 2 select(Room Interface Board)

X-ray ONfrom

generator

X0.13 J6.21X-Ray on


Generatorready

X0.12 J6.22Generator Ready






NOTE:During the auto calibration of the X-ray tube it is required to make the

jumper between J7.6 and J6.2 (force terminal J7.6 at 0Vdc).It is important to remove the jumper at the end of the X-ray tubeauto calibration.


54/74



4.2.2 APOLLO EZ – DIVA-D interface

APOLLO EZ DIVA-D

Description Terminal Wire n° POD pcb Description

X28.18 20 Fluoroscopy request

X28.6 15 Generator ready

D.S.I.

X28.19 21 Exposure request

Common0Vdc

X28.22 11 0 V digital common

Common X28.3 12 0 V digital common

X28.4 18 Vertical image revers

X28.16 19 Horizontal image revers

X-ray ONfrom

generator

X0.13 14 X-ray ON

1313

X-ray command commonFluoroscopy command common

0 V digital common


55/74


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Pcb A1


Description




Maximumzoom


zoom



Ground X0.3 Ground


57/74




4.2.6 DIVA-D – I.I. component plate interface

DIVA-D I.I. component plate

Description POD Pcb Wire n° Pcb A1 Description

Analog intensifierfield selection

25 X5.1V Ref. zoom I.I.

(6 - 12 V)

0 V analog 29 X5.2 0 V analog




Monitor L.I.H.

visualization X4.2 L I

Monitor L.I.H.

visualization

0 Vs common X4.10 0 V 0 Vs common


58/74





G100 R/F-A


type 737992











59/74




4.2.9 G 100 R/F-A - X-ray tube interface

G 100 R/F-A X-ray tube









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4.2.10 Chest Stand VD3 35x43 – G 100 R/F-A interface


Chest stand VD3 35x43 G 100 R/F-A








61/74








G100 R/F-AAEC board












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4.2.12 G 100 R/F-A jumpers and wiring configuration instruction




– JW4: Live contact.


– TB8.1 – TB11.5 (This wiring must be made only if the 24VdcPotter Bucky is present on Receptor 3)



- JW1: 1 – 2 - JW13: Open

- JW2: 1 – 2 / 3 – 4 - JW14: 1 –2 / 3 – 4- JW3: 1 – 2 / 3 – 4 - JW15: 1 – 2 / 3 – 4

- JW4: Open - JW19: 2 – 3

- JW5: Close - JW20: Close

- JW6: 1 – 2 / 3 – 4 - JW21: 1 – 2

- JW7: 1 – 2 / 3 – 4 - JW22: 2 – 3

- JW8: 1 – 2 / 3 – 4 - JW24: Close

- JW9: 1 – 2 / 3 – 4 - JW25: Close

- JW10: 1 – 2 / 3 – 4 - JW26: Close

- JW11: 2 – 3 - JW27: Close

- JW12: Open - JW28: Open



63/74




4.2.12.4 T.D.I. board SW1 Dip-switches setting

- SW1-1: OFF - SW1-5: ON


- SW1-3: ON - SW1-7: OFF



Generator Accessory



TB4.4 Door contact


TB4.5 Door contact

Room light 0V

(Room Interface board)TB7

Generator ON lamp

(white lamp)

Room light power supply (Room Interface board)


(white lamp)


TB4.11X-ray ON lamp

(red lamp)


TB4.12X-ray ON lamp

(red lamp)




64/74



4.3 G 100 R/F-A set-up programming instruction

After the hardware connections indicated in the previously tables it isneeded to proceed to the software configuration of the G 100 R/F-A.Refer to the G 100 R/F-A Service Manual, chapter 3, where are describedthe interfacing and the programming information to the generator. Thischapter also allows the installer to record the necessary information tocomplete the installation, as well as to record the programming values.Refer to the tables in paragraphs 4.3.2, 4.3.3, 4.3.4, 4.3.5, 4.3.6, 4.3.7 ofthis Installation Guide for the programming of the generator set-upsubmenu.





generator refer to the G 100 R/F-A Service Manual, chapter 3C -Programming the generator in order to record all the necessaryinformation to program the generator set-up.

The configuration of the starter board it is requested too. Refer to theG 100 R/F-A Service Manual, chapter 2 - Programming the low speedstarter-Programming the dual speed starter to record the necessaryinformation to complete the configuration.


65/74





If the X-ray tube used in the installation is not present in the library ofthe generator should be present in the utility software. The datacommunication with a computer it is allowed using the GenWare® utilitysoftware. Refer to the G 100 R/F-A Service Manual, chapter 3C - DATALINK to record the necessary information.


software

If the x-ray tube used in the installation is not present neither in thegenerator library nor in the GenWare® utility software a manual settingof the tube and generator parameters is required. Before changing theseparameters is strictly recommended to consult the data sheet of the x-raytube that is going to be installed. An X-ray tube present in the library orin the GenWare® utility software, as similar as possible to the one isgoing to be installed, can be selected. The tube and the generatorparameter required in the generator set-up must be set in according withthe information recorded from the data sheet of the x-ray tube. Refer tothe G 100 R/F-A Service Manual, chapter 3C - Tube selection andGenerator limits in order to record all the necessary information to

program the generator set-up. The configuration of the starter board it is requested too. Refer to theG 100 R/F-A Service Manual, chapter 2 - Programming the low speedstarter - Programming the dual speed starter to record the necessaryinformation to complete the configuration.


66/74



4.3.2 AEC set-up

The installation of the AEC devices and their calibration are covered inthe G 100 R/F-A Service Manual, chapter 3E - Automatic exposurecontrol (AEC) calibration.

4.3.3 Fluoro set-up

NOTE:



The installation of the ABS device and his calibration are covered in theG 100 R/F-A Service Manual, chapter 3 - Automatic brightnessstabilisation (ABS) calibration.


FLUORO SET-UP

FL TIMER: 5 Min

MIN FLUORO KV: 40

MAX FLUORO KV: 120

II MODES: 0

FL ABS: ON


FL/RAD KV DEF: NONE


SID COMP Not Used


ABS LEVEL 2: 5.00 V

ABS LEVEL 3: 5.00 V

SIGNAL GAIN 10

ABS GAIN 10

ABS DEADBAND 3%

ABD DELAY 150 mS

ABS START KV 75

ABS CURVE DEF: 1


67/74





40KV: 0.5 mA50 KV : 1.0 mA

60 KV : 2.0 mA

70 KV : 3.0 mA

80 KV : 4.0 mA

90 KV : 5.0 mA

100 KV : 6.0 mA

110 KV : 7.0 mA

120 KV: 8.0 mA

125 KV : 8.0mA


40KV: 0.5 mA

50 KV: 1.0 mA60 KV: 1.6 mA

70 KV: 2.1 mA

80 KV: 2.7 mA

90 KV: 3.2 mA

100 KV: 3.8 mA

110 KV: 4.4 mA

120KV: 5.0 mA

125 KV: 5.0mA

* FL ABS DL *

40KV: 5.0 mA

50 KV: 5.0 mA

60 KV: 5.0 mA

70 KV: 5.0 mA

80 KV: 5.0 mA

90 KV: 5.0 mA

100 KV: 5.0 mA

110 KV: 5.0 mA

120KV: 5.0 mA

Note: The fluoro dose limit is set at 5 mA in order tomeet the code of federal regulations 21 paragraph1020. If it is not required to meet theseregulations a higher value can be set in accordingwith the loading factors of the x-ray tube.

125 KV: 5.0 mA

FL II COMP Not UsedHLF SETUP Not Used


68/74



PF SETUP PF: ON

PF DEFAULT: NONEPPS DEFAULT: NONE

PF DEFAULT MA: 5=40mA

6=60mA

7=80mA

8=99mA

Note: Four options for the settings of the Pulsed Fluoro default mA are possible. It issuggested to set the value 5 = 40mA as default parameter. The others settings are

possible on line by means the +/- mA keys. If, once set at 40 mA the default mA value for the pulsed fluoro, is necessary to reduce the dose is possible to reduce the lengthof the pulses by means the settings of the jumpers on the A2 board of the I.I. system(make reference to the I.I. system service manual)

PF DEFAULT Ms: NotUsed

PF SYNC FREQ: 50 HZ

PF ABS SETUP ABS LEVEL 0: 5.0 V

ABS LEVEL 1: 5.0 V

ABS LEVEL 2: 5.0 V

ABS LEVEL 3: 5.0 V

SIGNAL GAIN: 10

ABS GAIN: 8

ABS DEADBAND: 10%

ABS DELAY: 150 mS

ABS START KV: 75

PF INTEGRATOR: OFF1PPS COMP: 0%

3PPS COMP: 0%

6/7.5PPS COMP: 0%

12/15PPS COMP: 0%

25/30PPS COMP: 0%

PF ABS CURVE DEF: NONE

PF ABS CURVES Not Used

PF DOSE LIMITS Not Used

PF II COMP Not Used

PF PPS SETUP 1 PPS: ON

3 PPS: ON

6/7.5 PPS: ON12.5/15 PPS: ON

28/30 PPS: ON

HPF SETUP Not Enable

HLF SELECT: CONSOLE

PF SELECT: CONSOLE


69/74




4.3.4 G 100 R/F-A Image receptor programming worksheet

IMAGE RECEPTOR PROGRAMMING WORKSHEET

DATE:

SERIAL#:

FUNCTION RECEPTOR1

RECEPTOR2

RECEPTOR3

RECEPTOR4

RECEPTOR5

RECEPTOR6

RECEPTORNAME

TUBE 1 1 1 NONE NONE NONE

TOMO NO NO NO NO NO NO

FLUORO YES YES NO NO NO NO

SERIAL YES YES NO NO NO NO

INTERFACEOPTS

20 21 0 0 0 0

FUNCTIONALOPTS

0 0 0 0 0 0

RECEPTORSYM

FLUOROHANG

30 SEC 30 SEC 30 SEC 30 SEC 30 SEC 30 SEC

RAD HANG 0 SEC 0 SEC 0 SEC 0 SEC 0 SEC 0 SEC

LAST IMAGEHOLD

40 Ms 40 Ms 40 Ms 40 Ms 40 Ms 40 Ms

MEMORY NO NO NO NO NO NO

REM TOMOBUT

2500 Ms 2500 Ms 2500 Ms 2500 Ms 2500 Ms 2500 Ms

SF/LFSWITCH

AUTO AUTO AUTO AUTO AUTO AUTO

AEC BACKUP FIXED FIXED FIXED FIXED FIXED FIXED

AEC BACKUPMAS

500 500 500 500 500 500

AEC BACKUPMS

3200 3200 3200 3200 3200 3200

AECCHANNEL

1 1 2 0 0 0

AEC LOCKEXPS

3 3 3 3 3 3

NOTE:Receptor 3 has to be programmed only if Chest Stand with Potter Buckyand AEC device is present.


70/74





***INPUTS***


REMOTE PREP ----- ON ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- ON


CONSOLE PREP ----- OFF ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***

BKY 1 SELECT ON ON ON ON ON





ALE OFF OFF OFF ON ON





71/74






***INPUTS***


REMOTE PREP ----- ON ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- ON


CONSOLE PREP ----- OFF ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***


BKY 2 SELECT ON ON ON ON ON




ALE OFF OFF OFF ON OFF





72/74





***INPUTS***


REMOTE PREP ----- OFF ----- ----- -----

REMOTE FL. EXP ----- ----- ----- ----- OFF


CONSOLE PREP ----- ON ----- ----- -----

TOMO EXP ----- ----- ----- OFF -----

REM. TOMO SEL OFF ----- ----- ----- -----









***OUTPUTS***












73/74






74/74

Cod. 6998312603_Rev.0

6998312603_rev0 (system integration guide)

Documents