Philips Optimus C User manual

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X-RAY GENERATION

LIST OF DOCUMENTATION IN THIS BINDER:

 SUBSYSTEM MANUAL OPTIMUS

 UNIT MANUAL Converter R/F

 UNIT MANUAL Cockpit for duo DIAGNOST

○ UNIT MANUAL Power Distribution Unit (PDU)

Note:  indicates document present

LIST OF ALL BINDERS FOR X-RAY GENERA

TION:

-- SUBSYSTEM MANUAL OPTIMUS C (this binder)

4512 984 08497 REV AB

OPTIMUS_C_div 01_08497_AB

E 2003 Philips Medical Systems

0.1

SERVICE MANUAL

OPTIMUS C

742

SUBSYSTEM

INTRODUCTION AND TECHNICAL DA TA

INSTALLATION

9890 000 02191

FAULT FINDING

REPLACEMENT

PROGRAMMINGS

ADJUSTMENTS

358J92

CAN-controlled X-ray generator of the converter type

DMC Hamburg

Printed in Hamburg, Germany

E 2003 Philips Medical Systems

ACCEPTANCE

SERVICE INFORMATION

PARTS LIST

SCHEMATIC DRAWINGS

Z1-

4512 984 08497 REV AB 1

OPTIMUS_C_reg_08497_AB

WIRING DIAGRAMS

Z2-

SERVICE MANUAL -- SUBSYSTEM

OPTIMUS C

Author: P. Thron

Type No: 9890 000 02191

Techn. No: Basis 4512 104 70625

Release: 1.2

In case there are any questions concerning this manual, please send this LOPAD via fax to 49/(0)40/5078 2481

File: OPTIMUS_C_08497_AB

List of pages and drawings (LOPAD) Manual Order No: 4512 984 08497

released: 04/2003

0.1

3.1

3.2

_________________________________________

1--0.1 (a/02.1)

1--1 ... 11 (a/02.1) Z--1.1 (01.0) A4 4512 982 0092.

Z--1.2 (02.0) A4 4512 982 0099. Z--1.3 (01.0) A4 4512 982 0099. Z--1.4 (01.0) A4 4512 982 0099. Z--6.1 (01.0) A4 4512 982 0099. Z--6.2 (01.0) A4 4512 982 0099. Z--7.1 (02.0) A3 4512 982 0099.

_________________________________________

6--0.1 (a/02.1)

6--1 ... 16 (a/02.1) _________________________________________

7--0.1 (a/02.0)

7--1 ... 4 (a/02.0) _________________________________________

8--1 (00.0) FCO--Checklist 8--2 (00.0) FCO--Checklist _________________________________________

Z--7.2 (02.0) A3 4512 982 0099. Z--7.3 (02.0) A3 4512 982 0099. Z--7.10 (01.0) A3 4512 982 0010. _________________________________________

2--0.1 ... 0.2 (a/02.1)

2--1 ... 36 (a/02.1)

2Z--4 (02.0) A4 4512 983 06161 2Z--10 (a/02.0) A3 4512 983 06171 _________________________________________

3--0.1 (a/02.1)

3--1 ... 85 (a/02.1)

3Z--1 (a/01.0) A4 OPTIMUS R/F _________________________________________

4--0.1 (a/02.1)

4--1 ... 22 (a/02.1) _________________________________________

5Z--1 (a/01.0) A3 OPTIMUS R/F 5Z--2 (a/01.0) A3 OPTIMUS R/F _________________________________________

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OPTIMUS_C_lopad_08497_AB

OPTIMUS C

_________________________________________ Z0--1 (02.0)

Z1--1.1 (02.0) A3 Z1--2.1 (a/02.0) A3 4512 983 06181 Z1--2.2 (a/02.0) A3 4512 983 06191 Z1--2.3 (99.0) A3 OPTIMUS R/F Z1--3.3 (a/97.2) A3 OPTIMUS R/F Z1--4.1 (a/99.0) A3 OPTIMUS R/F Z1--4.2 (a/99.0) A3 OPTIMUS R/F Z1--5.1 (97.1) A3 4512 983 06551 Z1--6 (02.0) A3 4512 983 05531 Z1--13.2 (c/00.0) A3 OPTIMUS R/F _________________________________________

Z0--2 (02.0)

Z2--1.0 (a/00.0) A4 Z2--1.1 (d/99.0) A3 4512 983 06461 Z2--1.2 (e/99.0) A3 4512 983 06471 Z2--1.3 (c/98.0) A3 4512 983 06481 Z2--2.1.1 (97.0) A3 4512 983 06491 Z2--2.1.2 (97.0) A3 4512 983 06501 Z2--2.2.1 (96.0) A3 4512 983 06511 Z2--2.2.2 (a/97.0) A3 4512 983 06521 Z2--5.1 (a/02.0) A3 OPTIMUS R/F Z2--5.2 (b/02.0) A3 4512 983 05511 Z2--5.3 (a/02.0) A3 OPTIMUS R/F Z2--5.4 (02.0) A3 OPTIMUS R/F Z2--13 (d/00.0) A3 OPTIMUS R/F Z2--14.1 (b/99.0) A3 OPTIMUS R/F Z2--14.4 (97.0) A3 OPTIMUS R/F Z2--17 (98.0) A3 _________________________________________

(nur für Fabrik--Auslieferung)

Service software No:

-- OMC : 4512 116 0240x _________________________________________

4512 984 08497 REV AB

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3.2

OPTIMUS C

1. Product information 1--1..................................................

1.1. Applications 1--1..........................................................

1.2. Options 1--1..............................................................

1.2.1. Hardware options 1--1......................................................

1.2.2. Software options 1--1......................................................

2. Compatibility 1--1........................................................

2.1. Generator components 1--1.................................................

2.2. Tubes 1--2................................................................

2.3. System components 1--2...................................................

3. Mechanical data 1--2......................................................

4. Environmental data 1--3...................................................

4.1. Electrical environment 1--3..................................................

4.2. Climatic conditions 1--3.....................................................

4.3. Emission 1--3.............................................................

5. Electrical data 1--4........................................................

5.1. Power data and mains conditions 1--4........................................

5.2. Power supply for application 1--6............................................

5.3. Operating data 1--6........................................................

5.4. Power supply 1--7.........................................................

5.4.1. Type of power supply 1--7..................................................

5.4.2. Calculating the mains resistances 1--8........................................

5.4.3. Earth-leakage circuit breaker 1--9............................................

5.4.4. Emergency--OFF device 1--9................................................

6. Tools 1--9................................................................

7. Traceable items 1--9......................................................

8. Preparation 1--10..........................................................

8.1. Installation material 1--10....................................................

8.2. Cables 1--10...............................................................

8.3. Manpower 1--1 1............................................................

9. Planned maintenance 1--11.................................................

INTRODUCTION AND TECHNICAL DATA

TEXT

Contents 1--0.1............................................................

DRAWINGS

Generator cabinet: Mechanical dimensions Z--1.1................................

Overlayer for room layout Z--1.2..............................................

Operating panel: Mechanical dimensions Z--1.3.................................

Power Distribution Unit: Dimensions and weight Z--1.4...........................

Connection of generator Z--6.1...............................................

Connection of generator with PDU Z--6.2......................................

Connection diagram Z--7.1...................................................

Connection diagram Z--7.2...................................................

Earthing diagram Z--7.3.....................................................

Legend for earthing and cabling diagram Z--7.10.................................

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1--0.1

OPTIMUS C

INTRODUCTION AND TECHNICAL DATA

1. Product information

The Optimus family of generators for radiography is based on computer-controlled converter technology. The converter operates in the non-audible frequency range.

Applicable options can be enabled by releasing software modules using customized PAL ICs depending on the respective order. Control between the internal Function Units (FUs) and the external online equipment takes place by a CAN bus.

Safety-relevant signals are transferred directly on the so-called “Signal bus”.

1.1. Applications

-- Radiography

-- Tomography

-- Fluoroscopy

1.2. Options

1.2.1. Hardware options

-- Mains transformer PDU: 400 -- 480V; 50 / 60Hz, also for 400V mains supply without neutral lead N

with taps for 400 / 440 / 460 / 480V 9890 000 0260x......................................

-- Mains transformer: 190--390V; 50 / 60Hz with taps for 190 / 200 / 207 / 220 / 230 / 240 / 250 / 343 / 380 / 390V

max. 50kW! 9803 720 8100x..........................................................

1.2.2. Software options

Software options are provided via the function key (see also 5Z--1, EZ 139 Central Unit D38). Additional hardware components are not required.

All system options are available. All Optimus C have the same function key configuration, there is only a difference in the power class 50/65/80kW.

2. Compatibility

2.1. Generator components

-- Base OPTIMUS C 9890 000 0219x....................................

-- H.V. transformer R/F 1 tube, 50kW 9890 000 0270x.. .................

-- H.V. transformer R/F 1 tube, 65/80kW 9890 000 0272x.. ...............

-- 50kW extension -- R/F 9890 000 0274x................................

-- 65kW extension -- R/F 9890 000 0275x................................

-- 80kW extension -- R/F 9890 000 0276x................................

-- Firmware Rel. 1.2 9890 000 0254x....................................

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OPTIMUS CINTRODUCTION AND TECHNICAL DATA

2.2. Tubes

Recommended standard tubes:

-- RO 17 50

-- SRM 06 12

-- SRO 25 50

-- SRO 33 100

Further compatible tubes:

-- RO 12 30 -- SRO 09 51 -- SRO 20 55

-- RO 16 48 -- SRO 13 30 -- SRO 22 50

-- RO 30 50 RE -- SRO 20 50 -- SRO 32 100

Compatible tube housings:

-- ROT 350

-- ROT 351

-- ROT 504

The latest information on further tubes which are connectable is available at the service center Hamburg.

2.3. System components

-- DuoDiagnost GEOMETRY 9890 000 0290x............................

-- Stand for operating panel 9890 000 0244x.............................

-- Wall mounting of operating panel 9890 000 0245x.......................

-- User interface support 9890 000 0283x................................

-- Cable set for COCKPIT 9890 000 0279x...............................

3. Mechanical data

For installation dimensions and weights see drawings Z--1.1.

Transport data:

Weights [kg] Dimensions [cm]

ase no.Contents

-- Generator cabinet

-- Operating panel

-- Cables

net gross length width height

178 226 210 82 84

2 -- H.V. generator; 1--tube version 73 100 77 67 80

(a/02.1)1--2

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OPTIMUS C

INTRODUCTION AND TECHNICAL DATA

4. Environmental data

The environmental data comply with to PMS standard UXW 13600.

4.1. Electrical environment

Class S0 -- Dedicated mains supply, 3 phases and neutral. Thus single phase voltage is also available.

A low impedance, permanently installed connection, fed in by the step down transformer of the hospital to supply large systems like in MR, CT and X--ray departments is required.

Note

Use always a mains cable with 4 wires and concentric PE--shield, type NYCY.

4.2. Climatic conditions

Ambient temperature 10_C--40_C...................

Relative humidity 15% -- 90%; no condensation.......................

Relative atmospheric pressure 70kPa -- 110kPa...........

4.3. Emission

Heat dissipation max. 1200W; average per hour........................

Noise level, normal operation ≈ 46dBA............

Noise level, maximum power operation ≈ 55dBA....

EMC IEC 950..................................

To avoid any possible annoying noise of the implemented fans it is advisable to install the generator cabinet outside the examination room.

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1--3

5. Electrical data

withexternaltransformerPDU(option

)

3+1x1

(L1,L

2,L

3,PE)

5.1. Power data and mains conditions

Voltag e

50kW 65kW 80kW

Mains voltage 3 x 400V ±10% (415V

3 x 400 / 440 / 460V ±10% *

3 x 480V

=*=

The following connection cables are recommended:

--10%

+6%

/ 380V

-- 5 %

OPTIMUS CINTRODUCTION AND TECHNICAL DATA

)

nput:

Output: 4 x 4mm

4+1x4mm 3 x 1,5mm

Generator supply 3 x 400V

Device supply 3 x 220V (option)

Switch control and temperature supervision

3 x 190 ... 343V ±10% **

** = with external transformer; max. 50kW (option)

Frequency

50kW 65kW 80kW

Mains frequency 49 ... 61Hz

(a/02.1)1--4

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OPTIMUS C

(

)

INTRODUCTION AND TECHNICAL DATA

Max. mains current

Voltag e

50kW 65kW 80kW

Exposure: 400V 145A 190A 230A

440V 135A 180A 215A

460V 125A 170A 210A

480V 120A 160A 205A

190V 300A -- --

Short--time power consumption

100kVA 132kVA 160kVA

[I x U x √3]

Fluoro: 400V -- 8A

480V -- 7A

Fuse protection

slow blow

Connected load [I

xUx√3]

Fuse

Emergency static power supply: (Inverter)

dynamic

(Diesel generator

with flywheel mass)

35A

100A at ≤ 240V

25kVA 35kVA

Short--time power consumption

[I x U x √3]

Connected load

xUx√3]

Fuse

Mains resistance

Voltag e

50kW 65kW 80kW

400V ≤ 300mΩ ≤ 200mΩ

440V ≤ 350mΩ ≤ 240mΩ

460V ≤ 350mΩ ≤ 240mΩ

480V ≤ 400mΩ ≤ 300mΩ

480V valid for DOD only ≤ 300mΩ ≤ 240mΩ ≤ 180mΩ

Note

500m

Ω

is the absolute max. mains resistance.

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1--5

5.2. Power supply for application

Generator power

Supply 50kW 65kW 80kW

OPTIMUS CINTRODUCTION AND TECHNICAL DATA

Output 1 230V / 400V; generator switched and protected ----> I

Output 2 230V / 400V; generator switched and protected ----> I

Output 3 230V / 400V; generator not switched and protected ----> I

Sum value I

max(1+2+3)

≤ 10A

Only with external transformer PDU

Output 4 127V / 220V generator switched and protected ----> I

Output 5 double socket 127V / 15A to phase L1;

generator not switched and protected ----> I

Sum value I

max (4 +5)

≤ 16A

5.3. Operating data

Generator power

Data

50kW 65kW 80kW

Exposure: Tube current 1 ... 650mA 1 ... 900mA 1 ... 1100mA

Tube voltage 40 ... 150kV in kV-- or %--steps

mAs product 0,5 ... 850mAs

Exposure time 1ms ... 6s / 16s

Exposure frequency ≤ 12exp./s

Interfacing option for door contact, external radiation warning indicator

Fluoro: Tube current 0,25 ... 6mA

Tube voltage 40 ... 110kV

kV/mA curves 3

Setting time ≤ 1s

(a/02.1)1--6

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OPTIMUS C

5.4. Power supply

5.4.1. Type of power supply

3 phase WYE

INTRODUCTION AND TECHNICAL DATA

L3 (N)

3 phase DELTA, balanced earth or floating

X-ray installation

-- 400V

-- 440V / 460V / 480V with external mains transformer PDU 9890 000 0260x.

-- Neutral not required if the external mains transformer PDU 9890 000 0260x is ordered.

-- 190V ... 343V with external mains transformer 9803 720 8100x (max. 50kW).

-- External mains transformer PDU 9890 000 0260x is required.

-- 400V / 440V / 460V / 480V

-- 190V ... 343V with external mains transformer 9803 720 8100x (max. 50kW).

3 phase DELTA, grounded

-- External mains transformer PDU 9890 000 0260x is required (requires modification at the EMC-- filter of the kV power unit).

X-ray installation

Caution! Ensure the sequence of phases in the wall junction box corresponds to designations L1, L2, L3.

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-- 400V / 440V / 460V / 480V

1--7

5.4.2. Calculating the mains resistances

Note

The cross section of lead l

must not exceed 25mm2. (See figure below).

OPTIMUS CINTRODUCTION AND TECHNICAL DATA

If possible the sum of R smaller than the R

requires.

0,R1,R2

and R3should be

+R1+R2+R3<R

With higher internal mains resistances the generator output is reduced correspondingly.

designates the mains resistance of the distributor transformer

depends on the length of lead l1between distributor transformer and mains distributor

L1 L2 L3

and on the selected cross section as well:

==> R

consists of upstream elements such as:

1=l1

× R

RCufrom table below

-- Emergency-OFF switch 4.0mΩ.................

-- Earth-leakage circuit breaker 5.5mΩ............

MEX 100

L1 L2 L3

357J94

-- Fuse 5.5mΩ.................................

-- Surge arrester WN 23.0mΩ...................

depends on the length of lead l3between mains distributor and wall junction box

and on the selected cross section as well:

==> R

3=l3

× R

RCufrom table below

The resistances consider the go and return lines so that the calculation can be based on simple cable lengths.

Copper cross section

[mm

]

Resistance R

[mΩ/m]

16 2.19 25 1.4 35 1.0 50 0.7 70 0.5

95 0.38 120 0.30 150 0.24

Note

500m

Ω

is the absolute max. mains resistance.

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OPTIMUS C

INTRODUCTION AND TECHNICAL DATA

5.4.3. Earth-leakage circuit breaker

To be provided between mains fuse and X-ray installation depending on local regulations.

Siemens earth-leakage circuit breaker:

-- Order No.: 5SZ3 466 OKG00

-- Rated fault current 30mA

-- Rated current 63A

-- Connection terminals for wire cross sections of up to 25mm

5.4.4. Emergency--OFF device

To be provided depending on local regulations.

There are 2 possibilities:

1. All the emergency--OFF buttons are connected in series and looped into the switch--ON circuit (12VDC) of the generator.

2. The emergency--OFF circuit acts on an external mains contactor which switches OFF the power before it is fed into the generator.

6. Tools

-- Service engineer standard tool kit

-- Service-PC:

IBM-compatible, 640kB RAM, 3.5” floppy disk drive, ≥ 1 serial port

-- Installation and service software OMC: 4512 116 024xx.

Supplied on a floppy disk within this generator service manual.

-- PC-hardkey (DIAGGEN):

Necessary to carry out the installation and to run the service software (special programmings, fault finding).

-- 0-modem cable:

Minimum length is distance between generator cabinet and operating desk. Male 25-pole D-Sub connector at the generator side. A 5m data cable of bucky controller can be used: 4512 130 5693x

-- Mains resistance measuring instrument

-- Dose measuring instrument

-- mAs--meter

-- Multimeter

-- Digital oscilloscope with 2-beam memory

-- Recommended PLCC extraction tool (AMP 822154--1): 2422 487 89772

7. Traceable items

The following items have serial numbers of the following format when delivered ex factory:

1. Generator cabinet 6 digit serial number........

2. H.V. tank 7 digit serial number................

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1--9

8. Preparation

Connection of the generator: see drawing Z--6.1................

Connection of the generator with PDU: see drawing Z--6.2.......

Operating panel: see drawing Z--1.3..........................

Connection diagram: see drawing Z--7.1/.2.......................

Earthing diagram: see drawing Z--7.3.........................

Legend for earthing and cabeling: see drawing Z--7.10...........

8.1. Installation material

To be ordered from the service department of PMS Hamburg:

-- Wall junction box 4512 103 7538x.............................

inclusive connection block (25mm

-- Relay for radiation warning indicator 4512 100 4523x............

1 interface relay with a floating contact (230V/1A) is included in the scope of delivery of the generator.

8.2. Cables

) for mains supply and connection block (10mm2) for unit supply.

OPTIMUS CINTRODUCTION AND TECHNICAL DATA

H.V . cables

with O3 / O3 plugs: 9806 402 6xx02................................

length: 6m -- 30m in steps of 2m...........................................

capacity: 155pF/m.........................................

diameter: 16.5mm........................................

The cable length is indicated by the 9th and 10th digit of the numeric code.

Thermal contact cable

-- 2-wire screened for 1 excess temperature switch 4512 100 66151..................

-- 10-wire screened for additional supervision like

temperature alarm switch, buzzer, selection indicator 0722 215 19005..............

Stator cable

-- Tube SRM--0612 : 3x 1,31 mm

, screened with uMNL--connector 3322 405 14191....

-- all other tubes :

3×1.31mm

, screened 0722 215 02054........................................

AMPLIMAT cable

with D-Sub and 3--Plus plug:

12m 9890 000 01721......................

16m 9890 000 01731......................

20m 9890 000 01741......................

24m 9890 000 01751......................

Note

The above described cables are part of the pre--assembled systems.

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OPTIMUS C

INTRODUCTION AND TECHNICAL DATA

8.3. Manpower

At least two persons are necessary to insert the H.V. tank in the generator cabinet. The weight is about 73kg.

9. Planned maintenance

The technical documentation for carrying out maintenance work in compliance with the applicable regulations are available at the responsible authority of Philips Medical Systems.

The importance of having maintenance implemented is pointed out to the operator in the operating instructions.

It must be guaranteed that the person carrying out maintenance work knows about the respective national regulations and that this person observes these regulations throughout all steps of maintenance work.

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OPTIMUS C

1. Installing the wall junction box 2--1........................................

2. Mounting the H.V. generator in the cabinet 2--2.............................

2.1. Mounting of the H.V. generator in the cabinet 2--2..............................

2.2. Electrical connection of the H.V. generator 2--3................................

3. Installing the operating panel 2--4.........................................

4. Electrical connection 2--5.................................................

4.1. Earthing 2--5..............................................................

4.2. Mains connection 2--5......................................................

4.2.1. Mains connection of the generator 2--5.......................................

4.2.2. Mains connection of the PDU 2--6...........................................

4.3. Stator connection 2--7......................................................

4.3.1. Shielding 2--7.............................................................

4.3.2. Connection 2--8...........................................................

4.4. Signal cables 2--9.........................................................

4.4.1. Room decade cable 2--9....................................................

4.4.2. Tube supervision 2--10......................................................

4.4.3. CAN interface 2--10.........................................................

4.4.4. Dose input 2--10............................................................

4.4.5. Dose rate input 2--10........................................................

4.5. H.V . cables generator side 2--11..............................................

4.6. Emergency--OFF circuit 2--1 1................................................

5. Hardware programming 2--12...............................................

6. Switch--ON of the generator 2--13...........................................

7. Installation software XRGSCOPE 2--13......................................

7.1. PC and generator settings to avoid problems during up/downloading of

7.2. Installation procedure 2--14..................................................

8. Setting-to-work overview 2--17.............................................

8.1. Configuration 2--17.........................................................

8.1.1. Date and time 2--17.........................................................

8.1.2. Mains data 2--17...........................................................

8.1.3. Tube data set 2--18.........................................................

8.1.4. Tube speed selection 2--18..................................................

8.1.5. Tube limits 2--18............................................................

8.1.6. Capacitance of tube connection 2--19.........................................

8.1.7. Tube operating modes 2--20.................................................

8.1.8. Disable tube 2--20..........................................................

8.2. Tube adjustment 2--21......................................................

8.2.1. Tube conditioning 2--21......................................................

8.2.2. Tube adaptation 2--25.......................................................

8.3. Dose rate control 2--28......................................................

8.3.1. AMPLIMAT sensitivity 2--28..................................................

8.3.2. Screen/film combinations 2--28...............................................

8.3.2.1. Automatic DRC processing 2--29.............................................

8.3.2.2. Manual DRC processing 2--30................................................

8.3.2.3. Density correction for AEC technique (option) 2--31.............................

INSTALLATION

TEXT

Contents 2--0.1............................................................

CU complete files 2--13......................................................

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2--0.1

OPTIMUS CINSTALLATION

8.3.3. Image intensifier (II) 2--32....................................................

8.3.4. Fault exposure detection 2--32...............................................

8.3.5. Continuous fluoroscopy 2--32................................................

8.4. Application limits 2--34......................................................

8.4.1. X--mode limits 2--34.........................................................

8.4.2. Thoravison limits 2--34......................................................

8.4.3. Overload-dependent limits 2--34..............................................

8.5. Area exposure product calculatio(option) 2--35..................................

8.6. Acceptance test 2--35.......................................................

8.7. Backup of all configuration data 2--35.........................................

9. Labels 2--36...............................................................

10. Final installation work 2--36................................................

DRAWINGS

Data sets of chambers 2Z--4.........................................................

Labelling 2Z--10.....................................................................

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OPTIMUS C

INSTALLATION

1. Installing the wall junction box

S Mount the wall junction box at the place where the generator is intended to be installed.

(See drawing “Connection of generator” in section 1 and manual UNIT 4512 103 75380 for wall junction boxes).

S If necessary, install the optional surge arrester WN inside the wall junction box.

(See surge arrester documentation.)

S If applicable, mount the filler panels of the generator to the wall junction box.

S Have the mains cable present at the clinic connected to mains terminal MEX by a person who is authorized for

this job.

S Check the phase sequence of L1, L2 and L3.

Warning!

Switch OFF the mains supply present at the clinic and make sure that it cannot be switched

ON again accidentally

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2--1

OPTIMUS CINSTALLATION

2. Mounting the H.V. generator in the cabinet

2.1. Mounting of the H.V. generator in the cabinet

Caution! Do not tilt the H.V. generator while transporting it.

In case of a tilting angle larger than 45_, the setting-to-work of the generator can be started not before a waiting time of about 8 hours has passed. Otherwise the H.V. generator may be destroyed by electrical sparkover.

S Unpack generator cabinet E.

S In case the packing material is strongly soiled with

oil check the oil level. Repair it if necessary.

deaerating hole

Tolerance: 2mm

Oil: Shell Diala G in 2.5l container

4512 148 43172

24mm at 20 - 30_C 22mm at 30 - 36_C

329H97

S Remove the deaerating screw completely from the cover of the H.V. generator. Only this way the precision of

the high voltage measuring divider corresponds to the specification. In case of return shipment of the H.V. generator this screw must be fixed again. Therefore, keep the screw laying on top of the cover.

Caution! Make sure that no foreign matter falls into the oil. Otherwise the transformer must be exchanged.

S Take the two transport bars from the rear side of the cabinet.

S Lift the H.V. generator into the generator cabinet with the transport bars.

The 4 connecting bolts GX1001 to 1004 must point at the front of the generator cabinet.

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OPTIMUS C

Generator

Routethecablesalongthefrontandlef

Seedrawingp

age2--4

thereasonofkVsymmetry

Not

Seedrawingp

age2--4

2.2. Electrical connection of the H.V. generator

S Connect the H.V. generator electrically:

INSTALLATION

Generator

version

50/65/80kW

50kW

Connection

emar

from <------> to

E1 (GND) <------> GX1100 (GND) Ground

ZX12 <------> G100X15

ZX35 <------> G100X14

Route the cables alongthe front and left-hand edge of the H.V. generator. Fix them.

Twist the cables!

QC13:1 <------> GX1003

Note

The sequence of the connecting bolts is not in numerical order.

Push the screening cap forward over the

QC03:1 <------> GX1002

connecting bolts and tighten it. Attach the converter cables including the screening to the screening cap with cable ties.

The 50kW version might have direct links

GX1001 <------> GX1003

on each side or a link on one side and a choke of 1 ... 6 loops on the other side for

65/80

GX1004 <------> GX1002

QC13:1 <------> GX1001

QC03:1 <------> GX1002

2QC13:1 <------> GX1003

2QC03:1 <------> GX1004

Note

Do not change these links or chokes.

Twist the cables!

The sequence of the connecting bolts is not in numerical order.

Push the screening cap forward over the connecting bolts and tighten it.Attach the converter cables including the screening to the screening cap with cable ties.

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OPTIMUS CINSTALLATION

S Turn the two earthing angles of the H.V . generator outward and screw them on to the members of the cabinet.

converter cables (twisted)

fixed at the screening cap

earthing angles

Connection of

50kW version

screening cap

terminal for the screen of the filament cable

fixing signal cable

199H96

Connection of

65/80kW version

QC13:1

Twist the cable

Link or choke

X1001

QC 03:1

Link or choke

X1002X1003 X1004

3. Installing the operating panel

See Unit Manual COCKPIT for DuoDiagnost.

Twist the cables

QC13:1

QC03:1

X1001 X1003

X1002

2QC13:1

2QC03:1

X1004

E 2002 Philips Medical Systems

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OPTIMUS C

Mai

INSTALLATION

4. Electrical connection

4.1. Earthing

See ”Earthing diagram” in section 1.

4.2. Mains con n ectio n

4.2.1. Mains connection of the generator

Warning!

Switch OFF the mains supply present at the clinic and make sure that it cannot be switched

ON again accidentally

See ”Connection diagram” in section 1.

S Measure the internal mains resistance at the terminal MEX with a suitable measuring instrument.

L1 - L2: R

L1 - L3: R

L2 - L3: R

= ............... mΩ

Required max. mains resistance at generator input:

ns voltage

30kW 50kW 65/80kW

190V * -- 40mΩ --

220V * 130mΩ 60mΩ --

240V * 160mΩ 80mΩ --

380V 500mΩ 300mΩ 200mΩ

400V 500mΩ 300mΩ 200mΩ

440V 500mΩ 350mΩ 240mΩ

460V 500mΩ 350mΩ 240mΩ

480V 500mΩ 400mΩ 300mΩ

Mains resistance

* with external mains transformer (max 50kW)

Maximum permissible internal mains resistance: 500mΩ

Internal resistance of Power Distribution Unit PDU: 20mΩ at 50Hz

23mΩ at 60Hz

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OPTIMUS CINSTALLATION

Caution! Connect phase wires in correct phase sequence.

S Connect the mains cable of the generator to terminal MEX: L1 / L2 / L3 within the wall connection box.

If the optional Power Distribution Unit PDU WT is fitted, connect the cables at that point to terminal WTX2.

S Connect the examination unit supply (max. 10A) to (230V / 400V):

Output 1 Geometry power ENX2101/...5

Output 2 I.I. / TV; GECO; UI; SYSCO ENX2201/...9

Output 3 Imaging ENX2301/...9

(Output 3not switched by generator)

4.2.2. Mains connection of the PDU

See delivered Unit Manual “Power Distribution Unit”.

E 2002 Philips Medical Systems

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OPTIMUS C

INSTALLATION

4.3. Stator connection

4.3.1. Shielding

Caution! To suppress interferences of the high-speed rotor control, the stator connections must be provided with a 360_ screen at the tube and generator end.

General remarks:

-- SRM--0612 : 3322 405 14191..................

-- all othes tubes :

S Always use screened cables: 0722 215 02054.....

S Shorten the stator cable to the required length. Do not accommodate excess lengths at the generator.

S Keep stator cable separate from all the other signal cables to avoid interference.

S Earth the screen at both cable ends.

Screening procedure:

S Remove any enamel or dirt from the clamp

providing drag relief in the tube housing to make sure the clamp is conductive.

S Remove the plastic covering around the clamp,

about 1cm (0.5”).

S Wrap copper foil around the visible screen of the

cable until the original diameter of the cable is obtained.

S Remove the present red wire going from the

screen end to the earthing point of the tube housing.

S Fix the screen of the stator cable with the clamp.

Ensure that the clamp is secured and the ground contact works!

Wire must be discarded

Copper foil layers up to the insulation diameter

ROT 350 fixing clamp

Screening of the stator cable.

327H97

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4.3.2. Connection

Caution! Do not mix up the phases, otherwise components of the rotor control may be destroyed.

OPTIMUS CINSTALLATION

At the tube end - only

SRM--0612

Note

The following steps are valid for SRM 0612 tubes only.

S Connect the stator cable with the MATE-N-LOCK

connector.

S Connect protective earth and earth of tube CAN as

shown in figure beside.

S Earth the screening of the stator cable at the tube

housing with the metallic clamp.

At the tube end - all other

tubes

S Place the jumpers across terminals 100 and 200

according to the figure.

Central connection pointofprotective earth

Connection earth of tube CAN

W V U Stator supply

101 202

Connection to the cap of the housing

100

123

V W

109 210

S Connect the stator cable:

wire 1 ------> phase U wire 2 ------> phase V wire 3 ------> phase W

S Earth the screening of the stator cable at the tube housing with the metallic clamp.

SRO/RO

148H94

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OPTIMUS C

INSTALLATION

At the generator

end

See ”Connection diagram” in section 1.

S Connect the stator cable to the terminal EX1100

(U--V--W).

S Check the stator connection by measuring the

resistances:

U -- V = wire 1 -- 2 ≈ 11Ω U -- W = wire 1 -- 3 ≈ 20Ω V -- W = wire 2 -- 3 ≈ 9Ω

S If an inductance meter is available, measure the

following inductance values:

U -- V = wire 1 -- 2 = 57mH ±10% V -- W = wire 2 -- 3 = 34mH ±10%

S Fix the screen below the screening clamp.

S Relieve the tension of the stator cable by a cable

tie.

4.4. Signal cables

rotor control

X1100

cable tie

screening clamp

tube

191H96

See: -- ”Connection diagram” in section 1.

-- Z1--6 ”Basic interface” in section “Schematic drawings”

4.4.1. Room decade cable

S Connect the door switches at the generator:

EZX1: 8 <------> switch <------> 10

E W B X 2 2 : 8 < -- -- -- > s w i t c h < -- -- -- > 1 0

In case no switch is present l i n k : p i n 8 < -- -- -- > p i n 1 0

EZ150 K1:

max. switching and loading current = 1A

max. Load = 60VA AC

= 30W DC

Caution! Make sure the polarity of the relay is correct.

EZX1

SW UN EX

PO26V

CMSW

RM DR CT

RM DR 0V

Door switch connection

wall junction box

door switches

screen

= 230V

max

=1A

max

radiation

indication

(not required for

DuoDiagnost

systems)

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2--9

4.4.2. Tube supervision

S Connect the thermal switch or the thermal sensor

of the tube housing assembly.

For U.S.A. and U.K. only:

S Connect the HHS-lamp to indicate the selected

tube housing assembly.

OPTIMUS CINSTALLATION

EZX3

PO 26V

Tube supervision connection

4.4.3. CAN interface

S For examination units which are provided with a CAN system interface connect:

-- EZX 23 -- signalbus

-- EZX 43 -- system CAN

TH OL SW

CM TH SW

HHS lamp 24V/ max. 5W

screen

4.4.4. Dose input

S Connect the measuring chambers to the D-Sub connectors EZX21/22.

EZX31/32/41 are not used.

Note

There are restrictions on assignment because the measuring chambers are assigned to certain auxiliaries in SW programming of COCKPIT.

4.4.5. Dose rate input

S Connect the dose rate output of TV chain for fluoroscopy at EZX61.

Use the I.I./TV adapter on EZX61.

SeealsodrawingZ1--5.1”Centralunit”.

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OPTIMUS C

INSTALLATION

4.5. H.V. cables generator side

See ”Connection diagram” in section 1.

S Mark the H.V. cables at the generator and the tube end with the correct polarity.

S Fix the H.V. cables on the left-hand side of the wall junction box on the middle rail to provide drag relief for the

cables. The short ends of the H.V . cables which are going to the H.V. generator must be routed in downward direction in this area. The free cable lengths including plugs have to be about 1.5m.

S Twist the H.V. cables counter-clockwise by one turn and connect them to the H.V. generator.

The twisting of the cables allows that the H.V. cables can be put into a loop when the cabinet is placed against the wall.

S Check whether the H.V. sockets are filled with some oil. At least the lower half of the plugs must be wet with oil.

Caution!

Do not use a silicone washer.

Do not grease the plugs with silicone.

The union nuts of the high-voltageconnectors must be tightened up to ensure good electrical contact for screening.

Only high-voltage connectors which have threaded flange halves may be used. Older high-voltage cables still have connectors where the flange halves are kept together with a spring washer. In such cases the modification kit 4512 103 8085x is required.

4.6. Emergency--OFF circuit

S Connect the emergency--OFF buttons to EZX4:1/2.

If not necessary, link pins 1 -- 2.

See Z1--2.1 ”Power supply” in “Schematic drawings” section and Z2--5.2 “Backpanel Basic rack--2Z” in the “Wiring diagrams” section.

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5. Hardware programming

Programmings on PCB EZ150 basic interface:

Note

Never change jumper W1.

S Voltage supply for the amplifiers of connected

measuring chambers:

OPTIMUS CINSTALLATION

EZ 150

Basic interface

oltage

15V default OFF ON

Soldering link

EZ 150 W2 EZ 150 W3

Working voltage range for ALC measuring chambers: 15

... 45V

S Set the gain factor for AEC techniques with jumper

EZ150:W4:

-- Factor 1 ==> W4 in position 3 = default For screen/film combination with at least one system speed ≤ 200.

-- Factor 4 ==> W4 in position 1 For screen/film combinations with all system speeds > 200.

S The software programming has to be set accordingly.

W1 do not change!

PCB layout print different from figure.

195H96

The rest of the generator hardware has been properly programmed at the factory. If required, refer to section 5: PROGRAMMINGS.

E 2002 Philips Medical Systems

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OPTIMUS C

INSTALLATION

6. Switch--ON of the generator

S Switch ON the fuses present at the clinic.

S Switch ON automatic circuit-breakers ENF1, ENF2 and ENF3.

The yellow LED on EN100 power ON circuit must be illuminated.

7. Installation software XRGSCOPE

7.1. PC and generator settings to avoid problems during up/downloading of CU complete files

Any kind of interruption can cause the loading process to fail.

Problems occur mainly during the download to the PC.

A download file which is not complete cannot be used as a safety backup file.

Start XRGSCOPE always from DOS if possible.

When using any WINDOWS version:

S Switch OFF all screensavers.

S Do not run other programs.

S Do not insert any CD in the drive.

Any kind of power management of the PC hardware (BIOS) as well as the windows power management should be switched OFF. If connected to mains power some of these might be automatically OFF.

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OPTIMUS CINSTALLATION

7.2. Installation procedure

S Provide the service PC with the hardware key and switch it ON.

The hardware key provides access to special program settings and to menu ”Faultfind”. Standard programming is possible without a hardware key .

S Connect the PC to X5 on EZ139 CENTRAL UNIT CU via a serial data cable.

A 5m long data cable can be ordered via 12NC: 4512 130 5693x. Data cable Optimus C Rel. 1.x for DuoDiagnost with handshake can also be used for Optimus RAD and R/F Rel.

3.x.

PC: COM1

(9-pole, female) (25-pole, female)

Generator: EZ139X5

120 6 2 3 4

2 3 6

8 5 7 8

S Insert the floppy disks containing the self-unpacking exe-files of the firmware in the disk drive of the PC:

OMC: 4512 116 024xx For unpacking on the harddisk of the PC about 5MB are needed.

S Generate a directory e.g. [C:\OPT_C] on the PC by entering <md C:\OPT_C> or use WIN commands.

S Copy the firmware from both floppy disks to the PC into the same directory C:\OPT_C by entering

<copy A:\*.* C:\OPT_C> or use WIN commands.

S Start unpacking the programs by entering <OMCxxxxx.exe> or doubleclick on <*.exe> --file.

The programs unpack all files needed for the update of the firmware and the newest service tools.

S After unpacking [OMCxxxxx.exe] can be deleted on the harddisk by entering <del OMCxxxxx.exe>.

S For the current contents of [OMCxxxxx.exe] read [OMCxxxxx.txt] on the floppy disk.

S For a new installation of the generator firmware see section 4 REPLACEMENT, chapter 4

”Exchange or update of firmware ...”.

S Call the installation program by entering <xrgscope> or <xrgscope lcd> for PCs with LCD screen.

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OPTIMUS C

INSTALLATION

S Start with an XRGSCOPE--screen CUSTOMER.tdl with data which are actually stored in CUSTOMER.tdl.

Enter “XRGSCOPE customer”. Whenever data screens like ’error log index’ are saved to an xxx.tdl file (function save <F3> appears in the bottom line), ‘Customer Data’ being saved in the CUSTOMER.tdl file are attached to the saved data screen. It helps to separate saved screen files of different sites, customers or rooms in the same hospital. Site data must be stored in CUSTOMER.tdl file, only data of this file are attached to the saved screens. One can save site specific customer data in self-made files using <F3>. To recall site data use the load <F4> function.

Procedure: Either the CUSTOMER.tdl screen is open or open the ‘Customer Data’ screen. Push <F4> and select a site data file. The old data screen comes up. Now save this screen with <F3> entering in CUSTOMER as file name.

-- Customer

-- City /

Country:

-- Generator

-- Generator Serial

-- Generator 12

Memo1:

Memo2:

Memo3:

Name:

State:

Location:

Number:

NC:

After <ESC> the following menu line appears:

File OPTIMUS C Select Unit Options Help

S Select ”OPTIMUS C”.

The following menu line appears:

Program Adjust Accept Faultfind Quit

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OPTIMUS CINSTALLATION

General information:

-- Button <F1> <help> Call help / cancel help.

-- Button <F2> <transmit> Store screen contents / data set in the generator ==> transmit to generator.

-- Button <F3> <save> Store data screen on disk.

For an open data screen the path desired can be selected.

-- Button <F4> <load> Load data set from disk.The desired path can be selected.

-- Button <ESC> Commands one step back. Can be used repeatedly.

-- Fields with ↓ Select the possible range of values by pushing <RETURN>.

The data are specified by the generator as fixed values.

-- Fields with [...] Input of data via the keyboard.

Error numbers which appear at the beginning of the programming procedure must be erased from the screen by pushing the <RETURN> key.

Current data files, for instance, for online help, tube types, APR programming are available in the PHILIPS--Intranet. Use path: http://technet.best.ms.philips.com/ and pull down menu as shown below.

PMS TechNet

http://technet.best.ms.philips.com/

PHILIPS

Insight Medical Systems

... ...

...

... ...

...

XRAY GENERATORS ...

...

DOWNLOAD

412H01

If the installation program is called with <xrgscope ?> the possible starting parameters for the service program are listed.

OPTIMUS C(a/02.0)2--16

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OPTIMUS C

8. Setting-to-work overview

Note

The programming of a generator must take place in the sequence specified below.

S Switch the generator ON.

8.1. Configuration

8.2. Tube adjustment

S RESET the generator

8.3. Dose rate control

S RESET the generator

8.4. Application limits

S RESET the generator

8.5. Area exposure product calculation (option). Function not applicable for DuoDiagnost.

INSTALLATION

8.6. Acceptance test

8.7. Backup of all configuration data

8.1. Configuration

S Switch the generator ON.

8.1.1. Date and time

S Select menu:

PROGRAM/ DATE AND TIME

S Enter the respective local data.

8.1.2. Mains data

S Select menu:

PROGRAM/ MAINS DATA

S Select the nominal value of the mains voltage U.

Range: 380V , 400V, 440V, 480V Default: 400V If 460V is present program 480V. If 415V is present program 400V.

S Enter the maximum internal mains resistance R

Range: 0 ... 500mΩ

Depending on the internal mains resistance and the mains voltage the generator calculates the maximum possible output.

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OPTIMUS CINSTALLATION

8.1.3. Tube data set

S Select menu:

PROGRAM/ TUBES/TUBE 1 ... 3/ TUBE 1

S Start the displayed file TUBExxx.tdl with <RETURN>.

All the permitted combinations of tube type and housing type are listed in a window.

S Select the respective combination of tube type and housing type from the list and push <RETURN>.

S RESET the generator.

The data which have been configured up to now are read by the processor when the system is started.

8.1.4. Tube speed selection

Depending on the type of tube loaded the anode speed is automatically programmed.

Caution! Wrong programming can cause tube problems.

S Select menu:

PROGRAM/ TUBES/TUBE 1 ... 3/ TUBE 1

RPM \ tube type

otation

RO SRO

Exposure rotation [RPM] 3000 9000

Fast exposure rotation [RPM] n/a n/a

Fluoroscopy rotation [RPM] 3000 3000

8.1.5. Tube limits

S Select menu:

PROGRAM/ TUBES/ TUBE LIMITS

S Program the maximum working voltage which is indicated on the data label:

Max. tube voltage limit Range: 40 ... 150kV Default: 150kV

Adaptation of the tube takes place only up to this limit.

After adaptation of a tube the upper kV limit is displayed for each focus of each tube under:

Adapted to [kV]: e.g. 125kV

All the other limit programmings are performed by the generator automatically and do not usually have to be observed.

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OPTIMUS C

inglel

[m]

8.1.6. Capacitance of tube connection

S Select menu:

PROGRAM/ TUBES/ CAPACITANCE TUBE CONNECTOR

Range: 2.000 ... 10.000nF

The total capacitance for each tube connected is indicated:

INSTALLATION

½ (C

H.V. generator+CH.V. cable

)

= 4.550nF Default for H.V. generator + 20m H.V. cable (155pF/m)

xL Cc= specific cable capacitance in [pF/m]

C [nF] = 3 + -- ---- -- -- -- -- -- L = single cable length in [m]

2000

Capacitance tube connection [nF]

engt

For 155pF/m cable For 200pF/m cable

14 4.085 4.400

16 4.240 4.600

18 4.395 4.800

20 4.550 5.000

22 4.705 5.200

24 4.860 --

26 5.015 --

28 5.170 --

30 5.325 --

The high-voltage cables type 9806 402 6xx02 currently being supplied have a capacitance of 155pF/m.

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8.1.7. Tube operating modes

S Select menu:

PROGRAM/ TUBES/ TUBE OPERATING MODE

-- Intermediate boost:

Select ... Disable = During preparation the rated filament current is applied (default).

Enable = During preparation a reduced filament current is applied.

After the release of exposure boosting takes place for a short time before the exposure is released. Effective with tube currents > 80% of max. value.

-- Rotation prolongation after PREP:

Select ... Disable = The tube is braked as soon as preparation has been cancelled.

Enable = After cancellation of preparation the tube is only braked after 30s. Within this

time preparation can be repeated as often as necessary. Recommended for paediatrics and casualty rooms.

8.1.8. Disable tube

OPTIMUS CINSTALLATION

For correction of the configuration.

S Select menu:

PROGRAM/ TUBES/ DISABLE TUBE

When the tube is disabled the above stored data set of the tube is erased. To enable the tube the data set has to be loaded again.

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OPTIMUS C

INSTALLATION

8.2. Tube adjustment

8.2.1. Tube conditioning

Warning! Radiation is released during the conditioning procedure!

S RESET the generator. It must be in READY state.

S Select free cassette auxiliary.

S Select large focus only.

S Run reconditioning procedure for an adapted tube, refer to following table, left column TUBE ADAPTED.

S Run conditioning procedure for a new or non--adapted tube, refer to following table right column TUBE NOT

ADAPTED.

S It is recommended that the high tension be monitored during conditioning.

Connect the scope:

Channel1: kV A V HT at EZ130 X3 (1V/div), scale: 20kV/V Trigger external: CTRL_X_C/ at backpanel EZ X74, negative slope Time base: 2ms/div

S In case of problems like tube arcing see the following flowchart EXPOSURE SEQUENCE as an example.

The flowchart applies for applicable kV range only, e. g.: 109kV is the max. kV value for normal application, perform just up to next higher kV step = 117kV.

Note

Refer to flowchart EXPOSURE SEQUENCE. If the tube arcs at a certain kV value, switch another 3 exposures with same parameters and 10s pause between subsequent exposures. In case of success (no arcing anymore) continue with next kV step of the following table. If the last exposure still arcs go one kV step back and follow normal procedure. If this routine has been

performed three times without improvement: ==>

Replace the tube!

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OPTIMUS CINSTALLATION

Exposure parameters for conditioning

Tube adapted # exposures Tube not adapted

kV mA ms kV mAs

80 10 50 <1> 80 0.5

80 10 500 <1> 80 5

80 200 250 <1> 80 50

10 seconds pause 10 seconds pause

80 max. mA 100 <1> 80 100

1 minute pause 1 minute pause

90 10 50 <1> 90 0.5

90 10 500 <1> 90 5

90 200 250 <1> 90 50

10 seconds pause 10 seconds pause

90 max. mA 100 <1> 90 100

1 minute pause 1 minute pause

100 10 50 <1> 100 0.5

100 10 500 <1> 100 5

100 200 250 <1> 100 50

10 seconds pause 10 seconds pause

100 max. mA 100 <1> 100 100

1 minute pause 1 minute pause

110 10 50 <1> 11 0 0.5

110 10 500 <1> 11 0 5

110 200 250 <1> 110 50

10 seconds pause 10 seconds pause

110 max. mA 100 <1> 110 100

1 minute pause 1 minute pause

120 10 50 <1> 120 0.5

120 10 500 <1> 120 5

120 200 250 <1> 120 50

10 seconds pause 10 seconds pause

120 max. mA 100 <1> 120 100

1 minute pause 1 minute pause

130 10 50 <1> 130 0.5

130 10 500 <1> 130 5

130 200 250 <1> 130 50

10 seconds pause 10 seconds pause

130 max. mA 100 <1> 130 100

1 minute pause 1 minute pause

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OPTIMUS C

INSTALLATION

Exposure parameters for conditioning

Tube adapted # exposures

Tube not adapted

kV mA ms kV mAs

140 10 50 <1> 140 0.5

140 10 500 <1> 140 5

140 200 250 <1> 140 50

10 seconds pause 10 seconds pause

140 max. mA 100 <1> 140 100

1 minute pause 1 minute pause

145 10 50 <1> 145 0.5

145 10 500 <1> 145 5

145 200 250 <1> 145 50

10 seconds pause 10 seconds pause

145 max. mA 100 <1> 145 100

1 minute pause 1 minute pause

148 10 50 <1> 148 0.5

148 10 500 <1> 148 5

148 200 250 <1> 148 50

10 seconds pause 10 seconds pause

148 max. mA 100 <1> 148 100

1 minute pause 1 minute pause

150 10 50 <1> 150 0.5

150 10 500 <1> 150 5

150 200 250 <1> 150 50

10 seconds pause 10 seconds pause

150 max. mA 100 <1> 150 100

1 minute pause 1 minute pause

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--23

kV step 1 80kV

kV step n

OPTIMUS CINSTALLATION

Exposure sequence

kV step n+1

kV step n+2

= kV limit

exposure with arcing

3 exposures with same parameters. Wait 10s after each exposure!

stillarcing?

yes

max. 3 loops

END

394H00

Note

If the tube arcs at any kV value which is not required for application the max. kV (e.g.117kV) program this new limit value by XRGSCOPE:

PROGRAM/ TUBES/ TUBE LIMITS/ MAX. TUBE VOLTAGE LIMIT [kV]/ [117]

As the limit value decreases for this reason, a following re--adaptation procedure sets the field ADAPTED TO [kV] to this value as well.

S Set RGDV programming to original status if no adaptation procedure has to be executed.

S RESET the generator.

E 2002 Philips Medical Systems

OPTIMUS C(a/02.0)2--24

OPTIMUS_C_2_a021

OPTIMUS C

8.2.2. Tube adaptation

Warning! Radiation is released during the adaptation procedure!

Note

The tube must be properly conditioned before the adaptation procedure is started. For break--in procedure see previous chapter 8.2.1. ”Tube conditioning”.

Tube adaptation is an automatic process which includes:

1. The measurement of the mA offset of

-- the kV measuring circuit.

-- the emission current voltage / frequency converter.

2. The measurement of the individual standby filament current.

INSTALLATION

3. The kV dependent filament / emission current behavior.

4. The boost adaptation to calculate the positive and negative boost in one procedure. For more information refer to section 3: FAUL T FINDING.

Note

In case of problems check the symptom / solution list at the end of this chapter. Repeat the adaptation for this particular focus.

S Press <RETURN>.

An opening screen asks to wait 20 seconds after the screen comes up.

S Press <F2> to transmit the data.

Tube:

1stTube

Tube not applicable

Focus:

small

medium a tube with a (third) medium filament does not exist yet, it is not

large

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E 2002 Philips Medical Systems

VARIOFOCUS

2--25

OPTIMUS CINSTALLATION

After data transmission COCKPIT displays [Adaptation X--Ray tube] (locally programmed language). READY returns (waiting time is about 15 seconds).

S Push <PREP> and <EXP> button at the control desk or use footswitch.

The generator switches about 125 exposures for each focus. The radiation sign at the desk indicates exposures and a beep is audible at the end of every exposure. There is no display of the actual kV parameters during adaptation.

The termination of the adaptation procedure is indicated at the PC screen and a beep from the PC is audible.

S RESET the generator.

S Adapt both small and large focus to use VARIOFOCUS.

APRs using VARIOFOCUS cannot be selected as long as both, small and large are not adapted. The COCKPIT screen indicates a non--adapted focus.

E 2002 Philips Medical Systems

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OPTIMUS_C_2_a021

OPTIMUS C

INSTALLATION

Problems during adaptation -- Symptoms and

solutions

1. A warning cannot be displayed on the control desk, the [WAITING] screen on the PC is flickering instead during

this event and logged in the error log index.

2. If the tube has already been at a high temperature level (but the tube load indication still indicates green or green--yellow for 100% power) it might happen that the load indication changes straight to red and the adaptation is on hold. [WAITING] is flickering on the PC.

Solution:

Keep the handswitch pushed, once the temperature is down adaptation continues automatically.

Note

An increment of one of the temperature levels inhibits the 100% power condition. This event is always logged as warning 00BV in the error log index.

3. An error message just flashes for a very short moment and is instantly covered by [ADAP] on the desk afterwards. [WAITING] is flickering on the PC.

4. All buttons at the control desk including the RESET button are inactive during adaptation. The only way to RESET an error is to release the PREP switch which causes an interrupt similar to the RESET command.

5. After letting go of the PREP switch wait until the desk indicates [READY].If[READY] does not appear at least after 20 seconds run a warmstart of the generator by pushing the RESET button on CU EZ139.

6. If adaptation seems to do nothing for more than 30 seconds let go of the PREP switch. Wait until the desk indicates READY. If [READY] does not appear at least after 20 seconds run a warmstart of the generator by pushing the RESET button on CU EZ139.

7. If a constant [READY] indication appears for more than 2 seconds while PREP and EXP is activated by the handswitch during adaptation let go of the handswitch. Wait until the desk indicates [READY].If[READY] does not appear at least after 20 seconds run a warmstart of the generator by pushing the RESET button on CU EZ139.

8. If adaptation does not carry on with or without [READY] indication check whether one of the function units indicates a FATAL error by turning on the red LED. Let go of the handswitch and run a warmstart of the generator by pushing the RESET button on CU EZ139.

9. If adaptation has been interrupted by a generator warmstart check the error log index before restarting adaptation: kV errors 02WG and/or 02WH indicate tube arcing. In this case run conditioning of the tube as described in chapter 8.2.1 and/or reduce the max. kV value to the required application value.

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--27

8.3. Dose rate control

8.3.1. AMPLIMAT sensitivity

S Select menu:

PROGRAM/ DOSE RATE CONTROL AMPLIMAT/ SENSITIVITY

S Depending on HW programming of jumper EZ150:W4. W4 programs sensitivity accordingly:

high = × 4 = EZ150:W4 in position 1

===> All screen/film combinations with a system speed > 200.

low = × 1 = EZ150:W4 in position 3

===> At least one screen/film combination with a system speed ≤ 200.

8.3.2. Screen/film combinations

5 screen/film combinations can be programmed for each of the 5 measuring chambers:

S Select menu:

PROGRAM/ DOSE RATE CONTROL/ AMPLIMAT CHAMBER 1 + 2/ DATA SET 1 ... 5

OPTIMUS CINSTALLATION

The number of the chamber corresponds to the specified unit number of the dose measuring unit.

The choice between automatic and manual DRC processing is possible when an authorized hardware key is inserted in the PC.

Automatic is selected as default and must be used for the initial programming. Data sets of adjacent rooms can be copied but have to be aligned afterwards.

Access manual DRC processing by pushing the <ESC> key. The manual mode is suitable for:

-- Copying complete programming to other measuring chambers.

-- Setting the basic density.

-- Changing the desk-displayed names of the programmed screen/film combinations.

-- Creating backups of the DRC programmings.

E 2002 Philips Medical Systems

OPTIMUS C(a/02.0)2--28

OPTIMUS_C_2_a021

OPTIMUS C

INSTALLATION

8.3.2.1. Automatic DRC processing

S Select the desired data from the files offered for the following programming steps.

The files are part of the installation software.

-- Select the programming field with the cursor and enter <RETURN>.

-- Enter the desired file from the list offered.

-- Select the desired data as required.

FILM: File FILM.TDL Film types according to description of the

manufacturer.

File FILM_BL/ _GR/ _UV.TDL General classification of the film according

to color, sensitivity S and RLF compensation.

SCREEN: File SCREEN.TDL Screen types according to description of

the manufacturer.

File LUMAT_LG.TDL -- Screen types according to luminous

matter.

-- Imaging plates.

CHAMBER: File CHAMBER.TDL Different types of measuring chambers.

CASSETTE: File CASSETTE.TDL Different types of cassettes.

SYSTEM CORRECTION: File SYSCOR.TDL Select no corr. (ISO 9236-1)

CORRECTION FACTOR: Default 1.00 Correction factor for switch--OFF dose.

Based on the combination of the components entered, the processor calculates the switch--OFF dose, kV correction and RLF compensation. The name for the screen/film combination, e.g. ”B400”, is taken from the “screen” default data set.

Dose Rate Control setting Optimus for Computed Radiography (PCR or other imaging

plates)

The following example is for a 400 speed system, determined by the selection of the LG06 400 speed type from file LUMAT_LG.TDL (luminous groups). Ignore the violet screen colour of LG06, the data set just requires its kV characteristic.

FILM: File FILM.TDL X --CONSTANT RLF=1

SCREEN: File LUMAT_LG.TDL LG06 S400 vi

CHAMBER: File CHAMBER.TDL the installed chamber type

CASSETTE: File CASSETTE.TDL normal cassette (def)

SYSTEM CORRECTION: File SYSCOR.TDL no corr. (ISO9236--1)

CORRECTION FACTOR: 1.00

Note

Film, screen, etc. data selected are not directly stored in the generator. It is recommended that they be entered in the table ”Data sets of chambers” 2Z --4 at the end of this section.

S RESET the generator.

Color and sensitivity class of the screen/film combination are displayed on the desk, e.g.: “B400”. Other screen/film combinations (data set 1 ... 5) for the chamber can be selected by the  buttons.

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--29

8.3.2.2. Manual DRC processing

The current data set of the screen/film combination is displayed.

* Abbreviation: Abbreviation for the screen/film combination.

Example: B400 = blue, speedclass 400.

Dose Request Chamber: Sensitivity of the measuring chamber type in [mGy/V].

* Dose of FSC: Switch--OFF dose of the screen/film combination in [mGy].

Linear ratio with respect to the film density.

kV70-Char. U_0 ... 9: Checkpoints for kV-dependent density correction.

kV70-Char. Drel_0 ... 9: Relative correction value for the dose.

RLF t_0 ... 9: Checkpoints for time-dependent density correction.

(RLF = Reciprocity Law Failure).

RLF Drel_0 ... 9: Relative correction value for the dose.

* = Only these fields may be changed according to the system requirements.

All other fields must not be changed.

OPTIMUS CINSTALLATION

S If required, change the data and the abbreviation name.

Usually no value except the basic density ”Dose of FSC” must be changed (see next page).

S Transmit the data set with <F2>.

S RESET the generator.

The SAVE <F3> and LOAD <F4> functions of XRGSCOPE permit straightforward copying of the measuring chamber programmings.

E 2002 Philips Medical Systems

OPTIMUS C(a/02.0)2--30

OPTIMUS_C_2_a021

OPTIMUS C

8.3.2.3. Density correction for AEC technique (option)

Basic density per screen/film combination:

A hardware key is required at the PC for direct access to the switch--OFF dose.

S Make a test exposure for each screen/film combination.

To do so, set the density correction = 0.

S Determine the density of the test exposures.

S Select menu:

PROGRAM/ DOSE RATE CONTROL/ AMPLIMAT/ CHAMBER 1 + 2/ DATA SET 1 ... 5

S Select manual DRC programming by pushing the <ESC> key.

S Correct the switch--OFF dose = “Dose of FSC” according to formular below:

INSTALLATION

N e w s w i t c h -- O F F d o s e = -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- x O l d s w i t c h -- O F F d o s e

Desired density

Measured density

S Transmit the data set by pushing the <F2> key.

S Repeat the procedure for each screen/film combination at each chamber.

S RESET the generator.

The switch--OFF dose can be set on the PC even without a hardware key . To do so, call up the automatic DRC programming, repeat all the selections and change the correction factor for switch--OFF dose accordingly. Each time this programming is called up all the selections must be repeated.

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--31

OPTIMUS CINSTALLATION

8.3.3. Image intensifier (II)

-- II lead time

-- Density voltage correction: Default = 1V

-- Dynamic factors

8.3.4. Fault exposure detection

Fault exposure detection is switched ON as a default for AEC and TDC. If in the initial phase of an exposure too little dose is measured, the exposure is aborted to protect the patient.

-- Time of control measurement: 10% of backup time,

min. 250ms at TDC

-- Dose minimum: 4% of set density voltage at AEC,

4 ... 10% at TDC

-- Backup time AEC: Calculated time from 9.5 times mAs of the respective 2-factor technique,

max. 4s

-- Backup time TDC: Exposure time set 0.3 ... 6s

This additional precaution can be switched OFF for both techniques individually in the menu: PROGRAM/ DOSE RATE CONTROL/ FAULT EXPOSURE DETECTION/ AECORTDC

For details see section 4 FAULT FINDING, chapter “Optimus AEC switch--OFF philosophy”.

This monitoring does not take effect in the following cases, irrespective of programming:

-- Using screen/film combinations with high speed in AEC technique.

-- Exposure time in TDC technique is shorter than 1s.

8.3.5. Continuous fluoroscopy

Factors for continuous fluoroscopy can be modified: (see also section 4 FAULT FINDING, ”Explanation of programming”)

-- scantime TV [ms] : = 20.00ms (default) for scantime of the TV system ≤ 20ms (50Hz and 60Hz)

= Scantime of the TV system for scantime > 20ms

-- scantime TV valid : = YES default

= NO no function yet

-- P_max_EDL [W] : = 250W (default) (EDL = Entrance Dose Limiter)

(range = 0 ... 9000W) The maximum output of the tube during continuous fluoroscopy and with the SID

signal prevailing is limited to the programmed wattage.

Function not applicable for DuoDiagnost.

-- TV_pos_limit [V] : = 6.8V (default) Adjustment necessary if the fluoroscopic image does not come

(range = +3 ... +7.5V) up properly.

Seesection6ADJUSTMENTS.

-- TV_neg_limit [V] : = --6.8V (default)

(range = -- 7.5 ... --3V)

OPTIMUS C(a/02.0)2--32

E 2002 Philips Medical Systems

OPTIMUS_C_2_a021

OPTIMUS C

INSTALLATION

kV mA

40 0.22

50 0.42

60 0.70

70 1.20

80 2.15

90 2.70

100 2.95

110 3.00

[mA]

40 50 60 70 80 90 100 110

kV/mA -- curve: Fluoroscopy Optimus C

[kV]

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--33

OPTIMUS CINSTALLATION

8.4. Application limits

8.4.1. X--mode limits

Using the menu: PROGRAM/ APPLICATION LIMITS/ X-MODE LIMITS

Limit values can be defined for all available techniques. Some values look as if they are out of limit which they are indeed, but there are additional basic limit values programmed in the generator firmware. These are exposure technique dependent.

As an example the field of the ”Falling Load” technique:

X--ray Mode: AEC falling load kV

Min. Time Limit [ms]: [1.00] Max. Time Limit [ms]: [60000.00] Min. Current Time Product Limit [mAs]: [0.001] Max. Current Time Product Limit [mAs]: [580.000]

Min. Time Limit [ms]: Is always 1ms for all non--AEC (Automatic Exposure Control) techniques.

Exposures with AEC might be switched shorter than 1ms.

Max. Time Limit [ms]: Basic limits are technique dependent and can not be changed or increased:

AEC falling load kV 4000ms AEC fixed current kV--mA 4000ms TDC (Tomo Density Control) 6000ms

 kV--mA--ms 16000ms

free techniques  kV--mAs 16000ms

 kV--mAs--ms 16000ms

Min. Current Time Product Limit [mAs]: The smallest mAs -- product is 0.5mAs.

AEC exposures with less than 0.5mAs are possible.

Max. Current Time Product Limit [mAs]: The default mAs -- product is 580mAs for all AEC--techniques.

850mAs is the absolute limit the generator terminates.

Note

Local limits have to be taken into consideration.

8.4.2. Thoravison limits

Function not applicable for DuoDiagnost.

8.4.3. Overload-dependent limits

-- max. current for continuous fluro [mA]: Range = 3 ... 30mA

-- max current during overload for continuous fluro [mA]: Range = 1 ... 3mA

E 2002 Philips Medical Systems

OPTIMUS C(a/02.0)2--34

OPTIMUS_C_2_a021

OPTIMUS C

INSTALLATION

8.5. Area exposure product calculation (option)

Function not applicable for DuoDiagnost.

8.6. Acceptance test

S Execute the acceptance test.

See section 7: ACCEPTANCE

S Observe all applicable national regulations.

For U.S.A applications check the H.H.S requirements!

After completition of setting-to-work, the system must be tested for H.H.S. compliance according the P.M.S.I. comprehensive compliance testing workbook: Numeric code 4535 800 2035x.

8.7. Backup of all configuration data

A hardware key is required for the PC.

To save the configuration data use the CONFIGURA TION BACKUP disk supplied.

S Save the complete SW programming of the generator using the menu

ACCEPT/ BACKUP/ CU Complete on the floppy disk:

-- Default file name: cubackup.tdl

-- Recommended file name: s/n of the generator, e.g. 026012.tdl

-- File size: approx. 600kB ... 700kB

-- Transfer time: approx. 15min (Restore time: approx. 0.25h ... 1h)

S Recommendation:

In addition, save the programmings for screen/film combinations using the menu PROGRAM/ DOSE RATE CONTROL/ AMPLIMAT/ CHAMBER 1 + 2/ DATA SET 1...5 (manual processing) and with the SAVE function <F3> key on floppy disk:

Recommended file name: drc##.tdl ## = Chamber and Data Set Number

S Provide the floppy disk with the serial number of the generator.

S Keep the floppy disk in the service documentation.

OPTIMUS C (a/02.0)

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E 2002 Philips Medical Systems

2--35

OPTIMUS CINSTALLATION

9. Labels

S Check the labelling according to the respective generator type.

See drawing 2Z--10 “Labelling”.

All lables become visible by swiveling out the label bracket simply by hand and without any tool. The bracket is located at the top left corner of the front side of the cabinet, visibly marked by an ”i” (for information) and text ”Certified Component Labels Here”. If the label bracket is swiveled 90 degrees to the right the following labels appear at its bottom side:

-- X-ray control: -- type designation

-- serial No. 6 digits

-- name and address of manufacturer

-- DHHS certification statement (if necessary)

-- date of manufacture

-- X-ray H.V . generator: -- type designation

-- serial No. 7 digits

-- name and address of manufacturer

-- DHHS certification statement (if necessary)

-- date of manufacture

-- Technical data label with UL / CSA classification (if necessary).

10. Final installation work

S Mount the side panels of the generator cabinet.

S Take care that all cables inside the wall junction box are routed in closed

Push the generator cabinet against the wall.

Warning!

Block the two front wheels of the cabinet with the locking screws to guarantee that

unauthorized persons cannot accidentally touch parts of the generator which might be

dangerous.

S Level the cabinet with the locking screws.

S Mount the front cover of the generator.

loops without any kinks.

E 2002 Philips Medical Systems

OPTIMUS C(a/02.0)2--36

OPTIMUS_C_2_a021

Chamber 1 Chamber 2 Chamber 3 Chamber 4 Chamber 5

Film:

Screen:

Chamber:

Cassette:

Sys.corr.:

Data Set 1

Dose of FSC:

Film:

Screen:

Chamber:

Cassette:

Sys.corr.:

Data Set 2

Dose of FSC:

Film:

Screen:

Chamber:

Cassette:

Sys.corr.:

Data Set 3

Dose of FSC:

.....................

......................

Chambers 3; 4; 5 not applicable for DuoDiagnost.

......................

Film:

Screen:

Chamber:

Cassette:

Sys.corr.:

Data Set 4

Dose of FSC:

Film:

Screen:

Chamber:

Cassette:

Sys.corr.:

Data Set 5

Dose of FSC:

.....................

......................

A4 02--04--11

4512--983--06161_2z_4_020

OPTMIUS R/F (97.0)4512 983 06161 (02.0)

E 2002 Philips Medical Systems

Data sets of chambers

2Z--4

Schr.02-06-18A3/A3

4512 983 06171

Philips Medical Systems

2Z-10

Labelling

c o d e

s /n

t y

p e

A U T

I O N

(a/02.0)

(option)

CAUTION

PHILIPS-nameplate

190...390V

Mains transformer

2222

Mastercard

Rating plate

Operating desk

D38

no. = s/n

Identification

Z139

( PDU )

Power distribution unit

H.V. generator

cabinet

Generator

3~50/60 Hz 400V 11A 480V 9A

3~50/60Hz 400V 10A 145A 480V 8A 120A

50 kW

65 kW

80 kW

UL CSA

3~50/60Hz 400V 10A 190A 480V 8A 160A

3~50/60Hz 400V 10A 230A 480V 8A 190A

50 kW

65kW

80kW

- X-RAY EQUIPMENT -

CLASSIFIED BY UNDERWRITERS LABORATORIES INC.

WITH RESPECT TO ELECTRICAL FIRE,

SHOCK AND MECHANICAL HAZARDS ONLY. 641B

- X-RAY EQUIPMENT -

CLASSIFIED BY UNDERWRITERS LABORATORIES INC.

WITH RESPECT TO ELECTRICAL FIRE,

SHOCK AND MECHANICAL HAZARDS ONLY. 641B

- X-RAY EQUIPMENT -

CLASSIFIED BY UNDERWRITERS LABORATORIES INC.

WITH RESPECT TO ELECTRICAL FIRE,

SHOCK AND MECHANICAL HAZARDS ONLY. 641B

USC

Philips Medical Systems DMC GmbH Röntgenstr. 24 D-22335 Hamburg / Germany

- X-RAY CONTROL type 9890 000 xxxxx s/n xx xxxx OPTIMUS

CERTIFICATION

This product complies with the Performance Standard under the Radiation Control for Health and Safety Act of 1968, applicable at date of manufacture.

Manufactured: MONAT, JAHR

Philips Medical Systems DMC GmbH Röntgenstr. 24 D-22335 Hamburg / Germany

- X-RAY HV GENERATOR type 9890 000 xxxxx s/n xx xxxx OPTIMUS

CERTIFICATION

This product complies with the Performance Standard under the Radiation Control for Health and Safety Act of 1968, applicable at date of manufacture.

Manufactured: MONAT, JAHR

This product complies with the Performance Standard under the Radiation Control for Health and Safety Act of 1968, applicable at date of manufacture.

CERTIFICATION

- X-RAY CONTROL type 9890 000 0200x s/n xx xxxx OPTIMUS 50/65/80

Philips Medical Systems DMC GmbH Röntgenstr. 24 D-22335 Hamburg / Germany

C US

Philips Medical Systems DMC GmbH Röntgenstrasse 24 D-22335 Hamburg / Germany

HAZARD FOR LIVE AND /OR MOVING PARTS.

ATTENTION

WHEN SERVICING ENERGIZED EQUIPMENT. OBSERVE THE SERVICE-MANUAL:

CAUTION

OPTIMUS 50

MADE IN GERMANY

OPTIMUS 65

OPTIMUS 80

type Produktname s/n Fabr. Nr. code Code Nr.

SN.

0123

Certified Component Labels Here

WARNING:

THIS X-RAY UNIT MAY BE DANGEROUS TO PATIENT AND OPERATOR UNLESS SAFE EXPOSURE FACTORS AND OPERATING INSTRUCTIONS ARE OBSERVED.

4512 104 7073.

OPTIMUS C

1. Tools 3--1................................................................

2. Notes 3--1................................................................

3. Strategy 3--2.............................................................

4. Service-PC 3--2...........................................................

4.1. Connection 3--2...........................................................

4.2. Operation 3--3............................................................

4.3. Menu structure 3--4........................................................

4.4. Saving data on disk and restoring data 3--9...................................

4.4.1. Saving of data 3--9........................................................

4.4.2. Restoring of data 3--9......................................................

5. Initialization phase of the generator 3--10...................................

6. Switch ON problems 3--11..................................................

6.1. Switch ON not possible 3--11.................................................

6.2. No start up 3--1 1...........................................................

7. Error numbers 3--12.......................................................

7.1. Error classification 3--12.....................................................

7.2. Error list 3--12..............................................................

7.3. Elimination of error numbers 3--36............................................

8. Power supply 3--38........................................................

8.1. Switch ON not possible 3--38.................................................

8.2. After switch ON or attempted switch ON 3-- 39..................................

9. Functional description of function unit mA 3--40.............................

10. CAN bus 3--42.............................................................

11. Incorrect exposure indicator 3-- 44..........................................

12. Mnemonic and routing list 3--46............................................

13. OPTIMUS AEC switch OFF philosophy 3--79................................

14. AEC fault exposure detection strategy 3--81.................................

15. Explanations on programming the generator 3--84...........................

16. Printed-circuit boards 3--85................................................

FAULT FINDING

TEXT

Contents 3--0.1............................................................

DRAWINGS

Central rack, service aid 3Z--1................................................

OPTIMUS C (a/02.1)

OPTIMUS_C_3_a021_inh

E 2002 Philips Medical Systems

3--0.1

OPTIMUS C

1. Tools

-- Service engineer mechanical tool kit

-- mAs meter

-- Multimeter

-- Digital oscilloscope with 2-beam memory

-- PC incl. 3.5” FDD, HW-dongle, serial interface cable, free RAM ≥ 590kB

-- Service software ”XRGSCOPE” Version 2.2 or higher

-- Recommended PLCC extraction tool (AMP 822154--1) 2422 487 89772

2. Notes

Warning!

After the generator has been switched OFF, hazardous voltages are still applied to the

D.C. intermediate circuits of the converter, the rotor control and the mA control.

These voltages are usually discharged within 2 minutes to values which are no longer

dangerous.

For that reason always wait for a minimum of 2 minutes before starting any electrical work

always after the generator has been switched OFF.

FAULT FINDING

Note

Permanently interested in quality improvement of PMS products we depend on information from the field. Therefore please send us the current generator logfile information:

Please download the generator errorlog logfile in zipped format as described in chapter 4.4 “Saving data on disk and restoring data”.

The filename must express the generator release and generator serial number. E. g. “12020514.tdl” for Rel. “1.2” and serial number “020514”.

Send this file containing the serial number of the generator and customer data attached to an E--Mail to:

Carsten Mais Service Innovation Generators PMS DMC Hamburg

E--Mail: Carsten.Mais@philips.com

Appreciate your help and many thanks in advance!

OPTIMUS C (a/02.1) 3--1

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

3. Strategy

There are 3 categories of errors:

1. The generator cannot be switched ON at all or only for a short time.

See ⇒ 5. ”Initialization phase of the generator”

⇒ 6.1. ”Switch ON not possible”

2. The generator can be switched ON but no error numbers are displayed on the operating desk. For fault finding use the service PC.

See

⇒ 4.1. ”Connecting the service PC” ⇒ 5. ”Initialization phase of the generator” ⇒ 7. ”Error numbers”

3. Error messages are displayed on the desk. For fault finding use the service PC.

See

⇒ 4.1. “Connecting the service PC” ⇒ 7. “Error numbers“

4. Service-PC

OPTIMUS CFAULT FINDING

4.1. Connection

S Switch the generator ON.

S Provide the service PC with the hardware key and switch it ON.

The hardware key provides access to special program settings and to menu ”Faultfind”. Standard programming is possible without a hardware key .

S Connect the PC to X5 on EZ139 CENTRAL UNIT CU via a serial data cable:

(A 5m long data cable can be ordered via 12NC: 4512 130 5693x)

PC: COM1

(9-pole, female) (25-pole, female)

120 6 2 3 4

5 7 8

Generator: EZ139X5

2 3 6 8 7 5 4

E 2002 Philips Medizin Systeme

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OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

4.2. Operation

For installation of generator firmware and newest service tools see ”REPLACEMENT” chapter ”Exchange of firmware ...”.

S Call the program with <xrgscope> or with <xrgscope lcd> for PCs with LCD screen.

S Enter your password.

The following menu line appears:

File OPTIMUS C Select Unit Options Help

Current data files, for instance, for online help, tube types, APR programming are available in the PHILIPS--Intranet. Use path: http://technet.best.ms.philips.com/ and pull down menu as shown below.

PMS TechNet

PHILIPS

Insight Medical Systems

... ...

...

... ...

...

XRAY GENERATORS ...

...

DOWNLOAD

http://technet.best.ms.philips.com/

412H01

OPTIMUS C (a/02.1) 3--3

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

4.3. Menu structure

OPTIMUS

Program

Date and Time

Mains Data

Tubes

Tube 1 ... 3 (Tube 2 and 3 not applicable)

Tube Limits

Capacitance Tube Connection

Tube Operating Modes

Disable Tube

Dose Rate Control

AMPLIMAT (Chamber 3 ... 5 not applicable)

Image Intensifier [ ]

Fault Exposure Detection

CONT

Application Limits

X-Mode Limits THORAVISION Limits (not applicable)

Overload dependent Limits [ ]

OPTIMUS CFAULT FINDING

Tube1...3DataSet

Tube 1 ... 3 Speed Selection

Sensitivity 1 + 2

Chamber 1 + 2

Data Set 1 ... 5 [ ] Data Set changes / Input ok

AEC

TDC

[]=A hardware key is required

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--4

OPTIMUS_C_3_a021

OPTIMUS C

Adjust

FAULT FINDING

Tube Adaptation

CAN Auto Configuration Area Exposure Product (not applicable)

Specific Yield of Tubes

Specific Yield of Tubes 1 ... 3

Add Filter Correction T ables

2mmAl

1mmAl+0.1mmCU

1mmAl+0.2mmCU

Wedge Filter Correction Table

Wedge 1

Wedge 2

Finger Wedge

Dose Rate Control [ ]

TDC AMPLIMAT (Do not change the values without order from DMC Hamburg!)

Amplification Gain

TDC

CONT

CONT kV mA manual

Boost Adaptation [ ]

Backup [ ]

CU Complete

Restore [ ]

CU Complete

Inspect

Tube 1 Statistic

Show Tube Statistic

Reset Tube Statistic [ ]

Tube 2 ... 3 Statistic (Tube 2 and 3 not applicable)

Show Tube Statistic

Reset Tube Statistic [ ]

Generator Statistic

Type of Tube 1 Type of Tube 2 ... 3 (Tube 2 and 3 not applicable)

OPTIMUS C (a/02.1) 3--5

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

Faultfind []

Power ON Results

Options

Internal CAN Configuration

SW/HW-Versions

Logging Table

Error Log

X-Ray Log

CU Trace

OPTIMUS CFAULT FINDING

Error Log Index

Select Error Detail

Error Log Detail

---> Error Detail of CU

Error Info Program Trace

---> Error Detail of kV

Error Info Error Trace Error HW Set Values Error Read HW Values Error Specific Information

---> Error Detail of mA

Error Info Actual Status Status Trace HW Set Values Read HW Values Specific Information

Error Log Clear

Tube Temperature Supervision Logging

Tube Temperature Supervision Temperature Log

Tube Temperature Supervision Load Log

Tube Temperature Supervision Error Log

Dose Rate Control Logging

Read Actual Status

None Automatic Technique Calculation

AEC

AEC Calculation AEC Trace

TDC

TDC Calculation TDC Trace

CONT

CONT Calculation Start Value CONT Calculation Curve CONT Trace

Quit

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--6

OPTIMUS_C_3_a021

OPTIMUS C

FU-kV []

Adjust

IGBT Pulse Width Correction

Faultfind

Power ON Results

Logging Tables

Functional Test

Monitoring

Quit

FAULT FINDING

Read Configuration

Read Trace Read Error (Only at current error with contents)

Error: Info

Error: Trace

Error: HW Set Values

Error: Read HW Values

Error: Specific Information

Test Watchdog

Test DAC-ADC

Test Converter

Switch Error Handling

Measure Temperatures

kV Measurements

Converter Measurements

Read8BitPort

Read 16 Bit Port

Read Memory

OPTIMUS C (a/02.1) 3--7

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

FU-mA []

Program

Read Focus Limits

Faultfind

Logging Tables

Functional Tests

Monitoring

Read I

Adaptation Results

Read Actual Status

Read Status Trace Read Error (Only at current error with contents)

Error: Info

Error: Actual Status

Error: Status Trace

Error: HW Set Values

Error: Read HW Values

Error: Specific Information

Test Watchdog

Read I

Nominal

Actual

Read Intermed Circuit Voltage

Read I

Measurement Trace

Read8BitPort

Read 16 Bit Port

Read Memory

Corrections

Select Adaptation Table for Reading

Read Previously Selected Adaptation Table

OPTIMUS CFAULT FINDING

Quit

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--8

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

4.4. Saving data on disk and restoring data

All configuration data and logging tables are stored in battery-buffered CMOS areas of the CU board.

Therefore, these data have to be saved on disk as a backup.

In case data get lost they can easily be restored in the CMOS areas after the error source has been eliminated.

Note

In case of mailing CU complete download files or any other xxx.tdl files use a zipped file format. These files are ASCII files which might be destroyed while being mailed.

4.4.1. Saving of data

S Select menu:

ACCEPT/ BACKUP/ CU COMPLETE

S Store the data on floppy disk ”Generator configuration data“ found in the service documentation:

Default file name: cubackup.tdl

Recommended file name: s/n of the generator, e.g. 016012.tdl

File size: approx. 500--700kB

Transfer time: approx. 8min.

S Recommendation:

Additionally save the programmings for the film/screen combinations via the menu: PROGRAM/ DOSE RATE CONTROL/ AMPLIMAT/ CHAMBER 1 +2/ DATA SET 1 ... 5 (manual processing)

Store them with the SAVE function <F3>--key on floppy disk.

Recommended file name: drc##.tdl ## = chamber and data set number

4.4.2. Restoring of data

S Select menu:

ACCEPT/ RESTORE/ CU COMPLETE

S Restore the data from floppy disk.

Transfer time approx. 15min ... 50min.

S Reset the generator.

S Program date and time.

Most of the programmings and logging tables can also be stored via the SAVE function <F3>--key of XRGSCOPE. Some programmings can be restored via the LOAD-function <F4>--key.

S For service use, only keep the latest version of the backup.

Note

Never use a complete backup for a different generator, only if the hardware, firmware and option configuration are identical.

OPTIMUS C (a/02.1) 3--9

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

5. Initialization phase of the generator

Start-up sequence

Switch ON of the generator.

V Pulling-up of ENK2.

V Selftest of ...

| ... central unit EZ139

| ... kV control EZ130 ------> voltage E is measured in the D.C. intermediate circuit

| ... mA control EZ119

| ... basic interface EZ150

| ... rotor control EY

OPTIMUS CFAULT FINDING

| Indicating device: The red status LED of the associated printed-circuit board or assembly is illuminated. |

V After successful selftest the status LEDs blink.

The central unit establishes connection to each functional unit via the CAN bus.

| Indicating device: The red status LED of the associated printed-circuit board or assembly grows dark. |

V ENK1 is switched ON.

The generator is internally ready.

The external ready circuits are checked ------> unit ready, door contact closed, thermal contact of the tube

| closed, tube not overloaded

The green READY lamp in the operating desk is illuminated.===>

E 2002 Philips Medizin Systeme

The generator is in the READY state.

OPTIMUS C(a/02.1)3--10

OPTIMUS_C_3_a021

OPTIMUS C

6. Switch ON problems

6.1. Switch ON not possible

See drawings: Z1--2.x

Z2-- 2.x.y

FAULT FINDING

H1 on PCB EN100 is

not illuminated

Error sources: -- ENF1 was released.

For fault finding look in the error buffer.

-- ENF1 is not switched ON.

-- Mains voltage, especially phase L3, is not present.

-- ENF2 was released.

Check: Low-voltage supply

Filament circuit

Tube extension

Rotor control

External current consumers

-- ENF2 is not switched ON.

-- PCB EN100 or its connections are not okay.

H1 on PCB EN100 is

illuminated

Error sources: -- The emergency--OFF circuit is open.

-- The operating desk is not connected.

6.2. No start up

Error sources: -- EN100 V1 is defective.

The generator receives a continuous reset via signalbus: reset sw/. All red LEDs of the generator are illuminated. Also see Z1--2.1.

-- No boot PROM present: EZ139 D3 (see 5Z--1).

-- Flash PROMs EZ139 D4/D5 not correctly loaded.

OPTIMUS C (a/02.1) 3--11

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

7. Error numbers

7.1. Error classification

Errors:

-- Errors are indicated by 4 digits.

-- The first two digits indicate the Functional Unit FU reporting the error.

Example: 00xx = CU--functional unit is concerned 02xx = kV--functional unit is concerned 03xx = mA--functional unit is concerned

-- The last two digits indicate the error symptom.

Displayed errors (ERROR and FATAL ERROR):

-- These errors are indicated on the display of the operating desk for the customer.

Not all fatal errors come up on desk, use PC.

-- The customer must call the service.

The customer can inform the service about the respective error number and the service can order the spare parts needed at an early stage of the maintenance procedure.

Not displayed errors (WARNING):

-- These errors are not relevant for the customer.

-- In case an error of this category occurs frequently within a certain period of time, a displayed error can be

generated.

Note

No WARNINGs, but only ERRORs are displayed on the COCKPIT control desk.

7.2. Error list

Sources of error codes indicated in the first two digits decimally (hexadecimally):

Error code dec (hex) FU (Function Unit) Description

00xx CU -- central unit EZ139

01xx FU_DRC -- dose rate control, control physically located on CU EZ139

-- parts of basic interface FU_CIE EZ150 also involved (Amplimat)

-- FU_DRC also handles fluoro kV control EZ130

02xx FU_kV -- kV control EZ130

03xx FU_mA_a -- 1stmA control EZ119

-- handles 2 filaments

07xx FU_CIE -- central interface extension EZ150 basic interface

10xx (0Axx) FU_RC_a -- 1strotor control high speed EY100

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--12

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error classes: FATAL ERROR, ERROR, WARNING

1. Errors as they occur in the error trace, XRGSCOPE and on the COCKPIT control desk, sorted by alphanumerical code.

Error Code

Error

Class

Error Text FU

00B0 6106648 ERROR CPU: Error in application data service interface CU

00B9 6106657 ERROR AD: Message from unknown function unit (FU) CU

00BP 6106680 ERROR AD: Unknown message from system controller CU

00BZ WARNING AD: Select mode of an unused buffer CU

00CB WARNING CONF: Received IIM #1#2H unknown CU

00CC WARNING CAN: Frame--repeat--counter overflow (IIM #1#2H) CU

00CD WARNING CAN: FU #1H not addressable CU

00CE WARNING CAN: rx--signal conflict (FU #1H) CU

00CF WARNING CAN: No RTR from FU #1H CU

00CG WARNING CPU: Domain tx response Mailbox type wrong CU

00CH WARNING CPU: Invalid tbdor--Parameter FU_type CU

00CJ WARNING CAN: Auto configuration successful (#1H) CU

00CK WARNING CAN: Auto configuration without success (#1H) CU

00CL WARNING CAN: FU #1H not addressable CU

00CM WARNING CAN: FU #1H sent event and did not answer RTR CU

00CP WARNING CAN: Max FU count exceeded CU

00CX WARNING CAN: Last--only--repeat--counter overflow (IIM #1#2H) CU

00DA 6106865 ERROR

No CPU--Access to CAN--chip CU

WARNING

00DD WARNING CAN--chip DPRAM check failed CU

00DE 6106869 ERROR

Unexpected CAN--chip int--pointer CU

WARNING

00DG WARNING CAN--chip error--active after passive #1H CU

00DH WARNING CAN--chip state error--passive #1H CU

00DI 6106873 ERROR CAN--chip state bus--OFF #1H CU

00DL 6106876 ERROR Unexpected CAN--chip interrupt CU

00DM WARNING CAN: Frame error (code #1H) CU

00E0 6106948 ERROR iRMX exception #2#1H occurred. CU

00FA WARNING CPU: CAL(CS)--Errorcode: #2#1H CU

00FB WARNING CPU: CS: Fast Domain Error CU

00G0 WARNING Variable in case statement has undefined value CU

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--13

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

00G1 6107149 ERROR Condition_code <> OK after CALL to send CU

00G2 WARNING Condition_code <> OK after CALL to init CU

00I2 WARNING No interrupt reason on sig--bus CU

00I3 WARNING No interrupt reason on XS--bus CU

00I4 6107352 ERROR OneFUhasaWD--error CU

00J1 6107449 ERROR DI: unknown IIM #1H CU

00J2 6107450 ERROR DI: rx LWDR param out of range FS= #1H PID= #2H CU

00J3 6107451 ERROR DI: rx LWDR message corrupted FS= #1H PID= #2H CU

00J4 6107452 ERROR DI: Internal table lookup failed FS= #1H PID= #2H CU

00J5 WARNING DI: tx LWDR param out of range FS= #1H PID= #2H CU

00J6 6107454 ERROR DI: tx L WDR param error FS= #1H PID= #2H ER= #3H CU

00J7 6107455 ERROR DI: LWDR message creation failed CU

00J8 WARNING DI: Unknown X--ray mode. No run data provided CU

00J9 WARNING DI: Message from suspended device ignored CU

00JA WARNING DI: No interface version received, message ignored CU

00JB 6107466 ERROR DI: Unknown LWDR message received FS= #1H CU

00JC 6107467 ERROR DI: tx LWDR message size invalid FS= #1H CU

00L1 6107649 ERROR GC: Checksum error CU

00L2 6107650 ERROR GC: Data access error CU

00L3 6107651 ERROR GC: Limit data error CU

00L4 6107652 ERROR GC: Limits inconsistent CU

00L5 6107653 ERROR GC: Calculation error CU

00L6 6107654 ERROR GC: Function not implemented CU

00M0 6107748 ERROR Unable to initialize FU(s) #1H, #2H, #3H, #4H, #5H, #6H CU

00M1 6107749 ERROR Configuration key is missing or defective CU

00M3 6107751 ERROR No response at all from FU(s) #1H, #2H, #3H, #4H, #5H, #6H CU

00M4 6107752 ERROR Function value from SE out of range CU

00M5 6107753 ERROR Procedure index from SE out of range CU

00MA WARNING Limit for allocated memory exceeded CU

00MB WARNING Limit for available memory exceeded CU

00MC WARNING Limit for borrowed memory exceeded CU

00MD WARNING Allocated memory is increasing CU

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C(a/02.1)3--14

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

00ME WARNING Available memory is decreasing CU

00MF WARNING Borrowed memory is increasing CU

00MG WARNING NVRAM: Main control, NV checksum error CU

00MH 6107772 ERROR Job incorrectly identified CU

00PA WARNING CPU: IIM/MSC number unknown CU

00PB WARNING CPU: Technique mode unknown CU

00PC WARNING CPU: V alue limit overflow CU

00PD 6108068 ERROR PC comm.: Unknown TDL proc id CU

00PE WARNING NVRAM: DRC NV checksum error CU

00PF WARNING CPU: Equal kV--sets from CU comes twice CU

00PG WARNING CPU: kV sequence does not increase CU

00PH WARNING CPU: EDL is not possible, min_mA limit CU

00PI WARNING CPU: DCALC Dr_curve has only one element CU

00PJ WARNING CPU: DCALC Dr_curve has strange values CU

00PK WARNING CPU: Equal kV--sets from CU with equal mA CU

00PL WARNING CPU: Dose digits disturbance CU

00S* SERVICE PC comm.: Service access trace CU

00S? 6108363 ERROR PC comm.: Unexpected error CU

00S0 6108348 ERROR PC comm.: Tube programming error CU

00SA 6108365 ERROR PC comm.: Not enough space at destination segment CU

00SC 6108367 ERROR PC comm.: Value too large CU

00SD 6108368 ERROR PC comm.: Terminator not found CU

00SE 6108369 ERROR PC comm.: Error in description CU

00SF 6108370 ERROR PC comm.: Item type unknown CU

00SG 6108371 ERROR PC comm.: Internal type unknown CU

00SH 6108372 ERROR PC comm.: Value negative CU

00SJ 6108374 ERROR PC comm.: Syntax wrong CU

00SK 6108375 ERROR PC comm.: String too long CU

00SL WARNING PC comm.: String truncated CU

00SM WARNING PC comm.: TDL segment overflow CU

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--15

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

00SN 6108378 ERROR PC comm.: FU reference table full CU

00SO 6108379 ERROR PC comm.: Node ID unknown CU

00SP 6108380 ERROR PC comm.: FU code unknown CU

00SQ 6108381 ERROR PC comm.: Syntax error in node ID CU

00SR WARNING PC comm.: No node ID found CU

00SS 6108383 ERROR PC comm.: Request not performed CU

00ST 6108384 ERROR PC comm.: RMX error CU

00SU WARNING PC comm.: Enumeration element not found CU

00SV 6108386 ERROR PC comm.: Mail corrupted CU

00SW 6108387 ERROR PC comm.: Procedure ID unknown CU

00SX 6108388 ERROR PC comm.: FU mA incompatible CU

00SY 6108389 ERROR PC comm.: FU Off request failed CU

00SZ 6108390 ERROR PC comm.: Wrong response CU

00T? 6108463 ERROR TTS: Unexpected error CU

00TA 6108465 ERROR TTS: Received message unknown CU

00TB 6108466 ERROR TTS: Tube supervision error from FU kV CU

00TC 6108467 ERROR TTS: Internal TTS error CU

00TD 6108468 ERROR TTS: Tube number unknown CU

00TE 6108469 ERROR TTS: NVRAM checksum error CU

00TF 6108470 ERROR TTS: NVRAM unavailable CU

00TG 6108471 ERROR TTS: Tube overheated CU

00TH WARNING TTS: Load data supply inconsistent CU

00X0 6108848 ERROR CPU: Wrong timer id CU

00X1 6108849 ERROR CPU: Wrong timer mode CU

00X2 6108850 ERROR CPU: Wrong message type CU

00X3 WARNING CPU: DWORD does not fit into BYTE3 CU

00X4 6108852 ERROR

Timeout of X--ray backup timer CU

WARNING

00X5 WARNING Timeout of X--ray rotation timer CU

00X6 WARNING Timeout setting FUs, response missing CU

00X7 WARNING CPU curve token is NO_TOKEN CU

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C(a/02.1)3--16

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

00XB WARNING NVRAM tube data rotation invalid CU

00XC WARNING NVRAM watch dog invalid CU

00XD WARNING NVRAM confi table invalid CU

00XE WARNING NVRAM test data invalid CU

00XF WARNING NVRAM RoCo data invalid CU

00XI 6108873 ERROR Init with FU--RoCo not OK CU

00XJ 6108874 ERROR

Exposure time too short CU

WARNING

00XK WARNING CPU: FUmA refuses set data CU

00XL WARNING NVRAM tube yield table invalid CU

00XM WARNING NVRAM add filter corr table invalid CU

00XN WARNING NVRAM wedge filter corr table invalid CU

00XO 6108879 ERROR Exposure time too long CU

00XP WARNING Exposure time too long CU

00XQ WARNING NVRAM tube statistic data invalid CU

00XR WARNING CU

00XS WARNING Tube no in CU and FUkV different CU

00XT WARNING Rotation in CU and FURoCo FUCIE diff. CU

00XU 6108885 ERROR Transition endless loop CU

00XV WARNING NVRAM HW test flags invalid CU

00XW 6108887 ERROR EN_X active in startup CU

00XX 6108888 ERROR RD_PR_X stays active after prep CU

02AB WARNING Procedure called with wrong parameter FU_kV

02AC 6126567 ERROR Wrong index for table access FU_kV

02AD 6126568 ERROR Wrong do case entry FU_kV

02AE WARNING Unknown IIM received FU_kV

02AF WARNING IIM parameter out of range FU_kV

02CA WARNING Error in CASE selector FU_kV

02CB WARNING A CAN message with wrong IIM--no (no recipient defined) received FU_kV

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--17

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

02CC WARNING Multiple reception of the same CAN frame (transmitter ill) FU_kV

02CE WARNING Unexpected signal value in CAN rx task FU_kV

02CF WARNING CAN bus timeout while domain transmission FU_kV

02CG WARNING Token of CAN response mailbox is not a mailbox token FU_kV

02CX WARNING Multiple rx of the same CAN last/only frame (transmitter ill) FU_kV

02CY WARNING Aborted CAN domain receive (because of timeout or wrong signal) FU_kV

02CZ WARNING Unexpected CAN domain frame received (outside IIM--reception) FU_kV

02DA WARNING No CPU access to the CAN controller FU_kV

02DB WARNING Reset or release of the CAN controller was not acknowledged FU_kV

02DD WARNING Check of the DPRAM of the CAN controller failed FU_kV

02DE WARNING Unexpected interrupt pointer in the CAN controller FU_kV

02DF WARNING CAN controller state undefined FU_kV

02DG WARNING CAN controller state ERROR ACTIVE after ERROR PASSIVE FU_kV

02DH WARNING CAN controller state ERROR PASSIVE FU_kV

02DI WARNING CAN controller state BUS OFF FU_kV

02DJ WARNING CAN controller state DPRAM ERROR FU_kV

02DK WARNING CAN controller state DPRAM ERROR and ERROR PASSIVE FU_kV

02EA 6126965 ERROR Interrupt 0: Divide by zero FU_kV

02EB 6126966 ERROR Interrupt 1: Single step FU_kV

02EC 6126967 ERROR Interrupt 2: NMI FU_kV

02ED 6126968 ERROR Interrupt 3: Breakpoint FU_kV

02EE 6126969 ERROR Interrupt 4: Overflow exception FU_kV

02EF 6126970 ERROR Interrupt 5: Array bounds exception FU_kV

02EG 6126971 ERROR Interrupt 6: Unused opcode FU_kV

02EH 6126972 ERROR Interrupt 7: ESC opcode FU_kV

02EI 6126973 ERROR CAN connection to CU lost FU_kV

02GA WARNING Interpolation not possible FU_kV

02HA WARNING kV nominal value out of range FU_kV

02HB 6127266 ERROR kV nominal value out of range FU_kV

02HC WARNING Z nominal value out of range FU_kV

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--18

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

02HD 6127268 ERROR Z nominal value out of range FU_kV

02HE WARNING kV value during standby too large FU_kV

02HF 6127270 ERROR kV value during standby too large FU_kV

02HG WARNING kV actual value out of range FU_kV

02HH 6127272 ERROR kV actual value out of range FU_kV

02HI WARNING E value during standby out of range FU_kV

02HJ 6127274 ERROR E value during standby out of range FU_kV

02HK WARNING E value during high tension out of range FU_kV

02HL 6127276 ERROR E value during high tension out of range FU_kV

02HM WARNING Converter 1 temperature out of range FU_kV

02HN 6127278 ERROR Converter 1 temperature out of range FU_kV

02HO WARNING Converter 2 temperature out of range FU_kV

02HP 6127280 ERROR Converter 2 temperature out of range FU_kV

02HQ WARNING High voltage tank temperature out of range FU_kV

02HR 6127282 ERROR High voltage tank temperature out of range FU_kV

02HS WARNING Divider test cathode out of range FU_kV

02HT 6127284 ERROR Divider test cathode out of range FU_kV

02HU WARNING Divider test anode out of range FU_kV

02HV 6127286 ERROR Divider test anode out of range FU_kV

02HW WARNING kV asymmetrical FU_kV

02HX 6127288 ERROR kV asymmetrical FU_kV

02MA 6127765 ERROR State request not accepted because of grid mode FU_kV

02MB 6127766 ERROR State request not accepted because of error state FU_kV

02MC WARNING State requested by CU unknown FU_kV

02OA 6127965 ERROR RMX error: Timeout FU_kV

02OB 6127966 ERROR RMX error: Memory FU_kV

02OC 6127967 ERROR RMX error: Busy FU_kV

02OE 6127969 ERROR RMX error: Limit FU_kV

02OF 6127970 ERROR RMX error: Context FU_kV

02OG 6127971 ERROR RMX error: Exist FU_kV

02OH 6127972 ERROR RMX error: State FU_kV

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--19

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

02OI 6127973 ERROR RMX error: Not configured FU_kV

02OJ 6127974 ERROR RMX error: Interrupt saturation FU_kV

02OK 6127975 ERROR RMX error: Interrupt overflow FU_kV

02OL 6127976 ERROR RMX error: Transmission FU_kV

02OM 6127977 ERROR RMX error: Divide by zero FU_kV

02ON 6127978 ERROR RMX error: Overflow FU_kV

02OO 6127979 ERROR RMX error: Type FU_kV

02OP 6127980 ERROR RMX error: Parameter FU_kV

02OQ 6127981 ERROR RMX error: Bad call FU_kV

02OR 6127982 ERROR RMX error: Array bound FU_kV

02OS 6127983 ERROR RMX error: NDP error FU_kV

02OT 6127984 ERROR RMX error: Illegal opcode FU_kV

02OU 6127985 ERROR RMX error: Emulator trap FU_kV

02OV 6127986 ERROR RMX error: Interrupt table limit FU_kV

02OW 6127987 ERROR RMX error: CPU xfer data limit FU_kV

02OX 6127988 ERROR RMX error: Wrap around FU_kV

02OY 6127989 ERROR RMX error: Check exception FU_kV

02OZ 6127990 ERROR RMX error: Unknown FU_kV

02RA WARNING Grid mode changeover requested during preparation FU_kV

02RB WARNING Tube switch requested during preparation FU_kV

02RC WARNING Requested P out of range FU_kV

02SA WARNING Not enough space at the destination FU_kV

02SB WARNING Base out of range FU_kV

02SC WARNING PC comm..: Value too large FU_kV

02SD WARNING Terminator not found FU_kV

02SE WARNING PC comm.: Error in description FU_kV

02SF WARNING PC comm.: Item type unknown FU_kV

02SG WARNING PC comm.: Internal type unknown FU_kV

02SH WARNING PC comm.: Value negative FU_kV

02SI WARNING PC comm.: No space at dest. buffer FU_kV

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--20

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

02SJ WARNING PC comm.: Syntax wrong FU_kV

02SK WARNING PC comm.: String too long FU_kV

02SL WARNING PC comm.: String truncated FU_kV

02SO WARNING PC comm.: Unknown table ID received FU_kV

02SP WARNING PC comm.: Access level to low FU_kV

02SQ WARNING PC comm.: Unknown action requested FU_kV

02SR WARNING PC comm.: Routing or message corrupt FU_kV

02SS WARNING Source buffer to small for incoming message FU_kV

02ST WARNING CAN buffer to small for outgoing message FU_kV

02SU WARNING PC comm.: Access. level is N_A FU_kV

02UA 6128565 ERROR HW configuration identifier wrong FU_kV

02UB WARNING Set up request received during preparation FU_kV

02WA WARNING Wrong tube selected FU_kV

02WB 6128766 ERROR Wrong tube selected FU_kV

02WC WARNING EN X C signal faulty FU_kV

02WD 6128768 ERROR EN X C signal faulty FU_kV

02WE WARNING Wrong grid mode selected FU_kV

02WF 6128770 ERROR Wrong grid mode selected FU_kV

02WG W ARNING Tube arcing detected FU_kV

02WH 6128772 ERROR Tube arcing detected FU_kV

02WI WARNING kV over voltage detected FU_kV

02WJ 6128774 ERROR kV over voltage detected FU_kV

02WK WARNING Measuring not stable FU_kV

02WL 6128776 ERROR Tube supervision error FU_kV

02WM 6128777 ERROR Tube supervision error FU_kV

03AA WARNING Internal parameter error FU_mA

03AB WARNING Wrong parameter from CU FU_mA

03AC WARNING Ie--regulation active on two filaments FU_mA

03AI WARNING Wrong IIM received FU_mA

03BA WARNING Coordinates not monotonous FU_mA

03BB WARNING No measurement values for adap. found FU_mA

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--21

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

03CA WARNING Error in CASE selector FU_mA

03CB WARNING A CAN message with wrong IIM--no (no recipient defined) received FU_mA

03CC WARNING Multiple reception of the same CAN frame (transmitter ill) FU_mA

03CE WARNING Unexpected signal value in CAN rx task FU_mA

03CF WARNING CAN bus timeout while domain transmission FU_mA

03CG WARNING Token of CAN response mailbox is not a mailbox token FU_mA

03CX WARNING Multiple rx of the same CAN last/only frame (transmitter ill) FU_mA

03CY WARNING Aborted CAN domain receive (because of timeout or wrong signal) FU_mA

03CZ WARNING Unexpected CAN domain frame received (outside IIM--reception) FU_mA

03DA WARNING No CPU access to the CAN controller FU_mA

03DB WARNING Reset or release of the CAN controller was not acknowledged FU_mA

03DD WARNING Check of the DPRAM of the CAN controller failed FU_mA

03DE WARNING Unexpected interrupt pointer in the CAN controller FU_mA

03DF WARNING CAN controller state undefined FU_mA

03DG WARNING CAN controller state ERROR ACTIVE after ERROR PASSIVE FU_mA

03DH WARNING CAN controller state ERROR PASSIVE FU_mA

03DI WARNING CAN controller state BUS OFF FU_mA

03DJ WARNING CAN controller state DPRAM ERROR FU_mA

03DK WARNING CAN controller state DPRAM ERROR and ERROR PASSIVE FU_mA

03EA 6136965 ERROR CPU interrupt 0 FU_mA

03EB 6136966 ERROR CPU interrupt 1 FU_mA

03ED 6136968 ERROR CPU interrupt 3 FU_mA

03EE 6136969 ERROR CPU interrupt 4 FU_mA

03EF 6136970 ERROR CPU interrupt 5 FU_mA

03EG 6136971 ERROR CPU interrupt 6 FU_mA

03EH 6136972 ERROR CPU interrupt 7 FU_mA

03EI 6136973 ERROR CAN is unable to send an error to CU FU_mA

03FA WARNING NVRAM: Invalid checksum FU_mA

03FB WARNING NVRAM: Standby filament not found FU_mA

03FC 6137067 ERROR No NVRAM plugged in FU_mA

03FD WARNING NVRAM empty FU_mA

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C(a/02.1)3--22

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

03GA 6137165 ERROR Limit error FU_mA

03GB WARNING Real math. error: Real underflow FU_mA

03GC WARNING Real math. error: Real overflow FU_mA

03GD WARNING Real math. error: Dword overflow FU_mA

03GE WARNING Real math. error: Integer overflow FU_mA

03GF WARNING Real math. error: Word overflow FU_mA

03GG WARNING Singular matrix FU_mA

03HA 6137265 ERROR Unknown hardware FU_mA

03HB 6137266 WARNING

Intermediate circuit voltage < 200V FU_mA

ERROR

03HF WARNING Undefined analog input channel FU_mA

03HG WARNING If--actual out of tolerance FU_mA

03HH 6137272 ERROR If setpoint to large FU_mA

03HI 6137273 ERROR If--actual out of tolerance FU_mA

03HJ 6137274 ERROR If--actual out of tolerance FU_mA

03HK WARNING If--nominal out of tolerance FU_mA

03HL 6137276 ERROR If--nominal out of tolerance FU_mA

03HM 6137277 ERROR If--nominal out of tolerance FU_mA

03HN 6137278 ERROR No retrigger received from CU FU_mA

03IA WARNING Adaptation can not be completed FU_mA

03IC WARNING No Ie--adaptation measurement values FU_mA

03ID WARNING Ie--adaptation values not evolvable FU_mA

03KA WARNING Condi.--X--Ray mode without mAs parameter FU_mA

03MA WARNING Undefined status FU_mA

03MB WARNING Status change not allowed FU_mA

03MC WARNING FU init data not expected FU_mA

03OA 6137965 ERROR RMX exception: E$TIME FU_mA

03OB 6137966 ERROR RMX exception: E$MEM FU_mA

03OC 6137967 ERROR RMX exception: E$BUSY FU_mA

03OD 6137968 ERROR RMX exception: E$LIMIT FU_mA

03OE 6137969 ERROR RMX exception: E$CONTEXT FU_mA

03OF 6137970 ERROR RMX exception: E$EXIST FU_mA

03OG 6137971 ERROR RMX exception: E$STA TE FU_mA

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--23

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

03OH 6137972 ERROR RMX exception: E$NOT$CONFIGURED FU_mA

03OI 6137973 ERROR RMX exception: E$INTERRUPT$SATURATION FU_mA

03OJ 6137974 ERROR RMX exception: E$INTERRUPT$OVERFLOW FU_mA

03OK 6137975 ERROR RMX exception: E$TRANSMISSION FU_mA

03OL 6137976 ERROR RMX exception: E$ZERO$DIVIDE FU_mA

03OM 6137977 ERROR RMX exception: E$OVERFLOW FU_mA

03ON 6137978 ERROR RMX exception: E$TYPE FU_mA

03OO 6137979 ERROR RMX exception: E$PARAM FU_mA

03OP 6137980 ERROR RMX exception: E$BAD$CALL FU_mA

03OQ 6137981 ERROR RMX exception: E$ARRAY$BOUND FU_mA

03OR 6137982 ERROR RMX exception: E$NDP$ERROR FU_mA

03OS 6137983 ERROR RMX exception: E$ILLEGAL$OPCODE FU_mA

03OT 6137984 ERROR RMX exception: E$EMULATOR$TRAP FU_mA

03OU 6137985 ERROR RMX exception: E$INTERRUPT$TABLE$LIMIT FU_mA

03OV 6137986 ERROR RMX exception: E$CPUXFER$DATA$LIMIT FU_mA

03OW 6137987 ERROR RMX exception: E$SEG$WRAP$AROUND FU_mA

03OX 6137988 ERROR RMX exception: E$CHECK$EXCEPTION FU_mA

03OY 6137989 ERROR Unknown RMX exception FU_mA

03PA 6138065 ERROR Ie zero measured FU_mA

03PB WARNING Ie out of tolerance FU_mA

03PC 6138067 ERROR Ie out of tolerance FU_mA

03PD WARNING Setpoint for Ie--regulation incorrect FU_mA

03PE 6138069 ERROR Emergency OFF, grid not closed! FU_mA

03PF 6138070 ERROR No kV discharged due to missing Ie FU_mA

03SC WARNING PC comm.: Value too large FU_mA

03SE WARNING PC comm.: Error in description FU_mA

03SF WARNING PC comm.: Item type unknown FU_mA

03SG WARNING PC comm.: Internal type unknown FU_mA

03SH WARNING PC comm.: Value negative FU_mA

03SI WARNING PC comm.: No space at dest. buffer FU_mA

03SJ WARNING PC comm.: Syntax wrong FU_mA

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C(a/02.1)3--24

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

03SK WARNING PC comm.: String too long FU_mA

03SL WARNING PC comm.: String truncated FU_mA

03SO WARNING PC comm.: Unknown Table ID Received FU_mA

03SP WARNING PC comm.: Access Level to Low FU_mA

03SQ WARNING PC comm.: Unknown Action Requested FU_mA

03SR WARNING PC comm.: Routing or Message Corrupt FU_mA

03SU WARNING PC comm.: Access. level is N_A FU_mA

07CA 6176765 ERROR CAN: Case--selector error FU_CIE

07CB WARNING CAN: Invalid CAN ID %u FU_CIE

07CC 6176767 ERROR CAN: Frame rep. overflow IIM%u FU_CIE

07CD 6176768 ERROR CAN: No RTR from CU FU_CIE

07CE 6176769 ERROR CAN: rx signal conflict IIM%u FU_CIE

07CF 6176770 ERROR CAN: tx timeout FU_CIE

07CI WARNING CAN: IMPOSSIBLE ERROR FU_CIE

07CP WARNING CAN: CPU: PXerr %d %s(%d) FU_CIE

07CR WARNING CAN: CPU: message request fail FU_CIE

07CS WARNING CAN: CPU: message send error FU_CIE

07CY 6176789 ERROR CAN: rx abort IIM%u FU_CIE

07CZ WARNING CAN: Unexpected frame (IIM%u) FU_CIE

07DA 6176865 ERROR CAN: Chip access error FU_CIE

07DB 6176866 ERROR CAN: Chip reset error FU_CIE

07DC 6176867 ERROR CAN: Chip reset release error FU_CIE

07DE WARNING CAN: Illegal interrupt pointer FU_CIE

07DF 6176870 ERROR CAN: Chip state undefined FU_CIE

07DG WARNING CAN: Chip err act. after pass. FU_CIE

07DH WARNING CAN: Chip state error passive FU_CIE

07DI WARNING CAN: Chip state bus--OFF FU_CIE

07DJ 6176874 ERROR CAN: Chip DPRAM error FU_CIE

07DK WARNING CAN: Chip DPRAM error&passive FU_CIE

07DL WARNING CAN: Unexpected interrupt FU_CIE

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--25

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Class

Error Text FU

07LA WARNING CV received IIM unknown FU_CIE

07LB WARNING RC stator number out of range FU_CIE

07LC WARNING RC stator not available FU_CIE

07LD 6177668 ERROR RC stator 1 readback failed FU_CIE

07LE 6177669 ERROR RC stator 2 readback failed FU_CIE

07LF 6177670 ERROR RC stator 3 readback failed FU_CIE

07LG WARNING RC speed value out of range FU_CIE

07LH 6177672 ERROR RC speed set timeout FU_CIE

07LI WARNING RC maximal stator load exceeded FU_CIE

07LJ 6177674 ERROR RC maximal rotation time exceeded FU_CIE

07LK WARNING AM amplimat chamber number out of range FU_CIE

07LL WARNING AM amplimat field number out of range FU_CIE

07LM WARNING AM amplimat delay value out of range FU_CIE

10CA 6156765 ERROR CAN: Case--selector error FU_RC

10CB WARNING CAN: Invalid CAN ID %u FU_RC

10CC 6156767 ERROR CAN: Frame rep. overflow IIM%u FU_RC

10CD 6156768 ERROR CAN: No RTR from CU FU_RC

10CE 6156769 ERROR CAN: rx signal conflict IIM%u FU_RC

10CF 6156770 ERROR CAN: tx timeout FU_RC

10CI WARNING CAN: IMPOSSIBLE ERROR FU_RC

10CP WARNING CAN: CPU: PXerr %d %s(%d) FU_RC

10CR WARNING CAN: CPU: message request fail FU_RC

10CS WARNING CAN: CPU: message send error FU_RC

10CY 6156789 ERROR CAN: rx abort IIM%u FU_RC

10CZ WARNING CAN: Unexpected frame (IIM%u) FU_RC

10DA 6156865 ERROR CAN: Chip access error FU_RC

10DB 6156866 ERROR CAN: Chip reset error FU_RC

10DC 6156867 ERROR CAN: Chip reset release error FU_RC

10DE WARNING CAN: Illegal interrupt pointer FU_RC

10DF 6156870 ERROR CAN: Chip state undefined FU_RC

10DG WARNING CAN: Chip err act. after pass. FU_RC

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C(a/02.1)3--26

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Class

Error Text FU

10DH WARNING CAN: Chip state error passive FU_RC

10DI WARNING CAN: Chip state bus--OFF FU_RC

10DJ 6156874 ERROR CAN: Chip DPRAM error FU_RC

10DK WARNING CAN: Chip DPRAM error & passive FU_RC

10DL WARNING CAN: Unexpected interrupt FU_RC

10FB 6157066 ERROR Short circuit detected FU_RC

10FT WARNING Overcurrent detected FU_RC

10IF WARNING Initialization failed FU_RC

10LA WARNING Acceleration count limit exceeded FU_RC

10LH 6157672 ERROR Phase current %u mA (>%u) FU_RC

10LL 6157676 ERROR Phase current %u mA (<%u) FU_RC

10LO 6157679 WARNING

Intermediate voltage %u V (>%u) FU_RC

ERROR

10L T 6157684 ERROR Temperature limit exceeded FU_RC

10LU 6157685 WARNING

Intermediate voltage %u V (<%u) FU_RC

ERROR

10LZ 6157690 ERROR T emperature sensor failure FU_RC

10OE WARNING CPU: PXROS error %d FU_RC

10OF WARNING CPU: PXROS error %d %s(%d) FU_RC

10RC 6158267 ERROR Rotation check failed FU_RC

10RI 6158273 ERROR Invalid rotation request: %u FU_RC

10RT 6158284 ERROR Rotation request timeout FU_RC

10TD 6158468 ERROR Invalid data for tube %u FU_RC

10TE 6158469 ERROR Stator %u hardware error FU_RC

10TF 6158470 ERROR Stator %u switching failed FU_RC

10TI 6158473 ERROR Invalid stator request: %u FU_RC

10TR 6158482 ERROR Stator change with rotating anode FU_RC

10UI WARNING Unknown message from CU: IIM %u FU_RC

10UM WARNING Unexpected message from CU: IIM %u FU_RC

10WT WARNING CPU: Watchdog timeout FU_RC

10XX WARNING IMPOSSIBLE ERROR FU_RC

1) As it occurs in the error log and within XRGSCOPE.

2) As it occurs on the COCKPIT desk.

OPTIMUS C (a/02.1) 3--27

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

2. Errors as they occur on the COCKPIT control desk, in the error trace and in XRGSCOPE, sorted by numerical code.

Error Code

Error

Code

Error Class

Error Text FU

6106648 00B0 ERROR CPU: Error in application data service interface CU

6106657 00B9 ERROR AD: Message from unknown function unit (FU) CU

6106680 00BP ERROR AD: Unknown message from system controller CU

6106865 00DA ERROR

No CPU--Access to CAN--chip CU

WARNING

6106869 00DE ERROR

Unexpected CAN--chip int--pointer CU

WARNING

6106873 00DI ERROR CAN--chip state bus--OFF #1H CU

6106876 00DL ERROR Unexpected CAN--chip interrupt CU

6106984 00E0 ERROR iRMX exception #2#1H occurred CU

6107149 00G1 ERROR Condition_code <> OK after CALL to send CU

6107352 00I4 ERROR OneFUhasaWD--error CU

6107449 00J1 ERROR DI: Unknown IIM #1H CU

6107450 00J2 ERROR DI: rx LWDR param out of range FS= #1H PID= #2H CU

6107451 00J3 ERROR DI: rx LWDR message corrupted FS= #1H PID= #2H CU

6107452 00J4 ERROR DI: Internal table lookup failed FS= #1H PID= #2H CU

6107454 00J6 ERROR DI: tx LWDR param error FS= #1H PID= #2H ER= #3H CU

6107455 00J7 ERROR DI: LWDR message creation failed CU

6107466 00JB ERROR DI: Unknown LWDR message received FS= #1H CU

6107467 00JC ERROR DI: tx LWDR message size invalid FS= #1H CU

6107649 00L1 ERROR GC: Checksum error CU

6107650 00L2 ERROR GC: Data access error CU

6107651 00L3 ERROR GC: Limit data error CU

6107652 00L4 ERROR GC: Limits inconsistent CU

6107653 00L5 ERROR GC: Calculation error CU

6107654 00L6 ERROR GC: Function not implemented CU

6107748 00M0 ERROR Unable to initialize FU(s) #1H, #2H, #3H, #4H, #5H, #6H CU

6107749 00M1 ERROR Configuration key is missing or defective CU

6107751 00M3 ERROR No response at all from FU(s) #1H, #2H, #3H, #4H, #5H, #6H CU

6107752 00M4 ERROR Function value from SE out of range CU

6107753 00M5 ERROR Procedure index from SE out of range CU

6107772 00MH ERROR Job incorrectly identified CU

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

OPTIMUS C(a/02.1)3--28

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Code

Error Class

Error Text FU

6108068 00PD ERROR PC comm.: Unknown TDL proc id CU

6108348 00S0 ERROR PC comm.: Tube programming error CU

6108363 00S? ERROR PC comm.: Unexpected error CU

6108365 00SA ERROR PC comm.: Not enough space at destination segment CU

6108367 00SC ERROR PC comm.: Value too large CU

6108368 00SD ERROR PC comm.: Terminator not found CU

610836 00SE ERROR PC comm.: Error in description CU

6108370 00SF ERROR PC comm.: Item type unknown CU

6108371 00SG ERROR PC comm.: Internal type unknown CU

6108372 00SH ERROR PC comm.: Value negative CU

6108374 00SJ ERROR PC comm.: Syntax wrong CU

6108375 00SK ERROR PC comm.: String too long CU

6108378 00SN ERROR PC comm.: FU reference table full CU

6108379 00SO ERROR PC comm.: Node ID unknown CU

6108380 00SP ERROR PC comm.: FU code unknown CU

6108381 00SQ ERROR PC comm.: Syntax error in node ID CU

6108383 00SS ERROR PC comm.: Request not performed CU

6108384 00ST ERROR PC comm.: RMX error CU

6108386 00SV ERROR PC comm.: Mail corrupted CU

6108387 00SW ERROR PC comm.: Procedure ID unknown CU

6108388 00SX ERROR PC comm.: FU mA incompatible CU

6108389 00SY ERROR PC comm.: FU OFF request failed CU

6108390 00SZ ERROR PC comm.: Wrong response CU

6108463 00T? ERROR TTS: Unexpected Error CU

6108465 00TA ERROR TTS: Received message unknown CU

6108466 00TB ERROR TTS: Tube supervision error from FU kV CU

6108467 00TC ERROR TTS: Internal TTS error CU

6108468 00TD ERROR TTS: Tube number unknown CU

6108469 00TE ERROR TTS: NVRAM checksum error CU

6108470 00TF ERROR TTS: NVRAM unavailable CU

6108471 00TG ERROR TTS: Tube overheated CU

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

OPTIMUS C (a/02.1) 3--29

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Code

Error Class

Error Text FU

6108848 00X0 ERROR CPU: Wrong timer id CU

6108849 00X1 ERROR CPU: Wrong timer mode CU

6108850 00X2 ERROR CPU: Wrong message type CU

6108852 00X4 ERROR

Timeout of X--ray backup timer CU

WARNING

6108873 00XI ERROR Init with FU--RoCo not OK CU

6108874 00XJ ERROR

Exposure time too short CU

WARNING

6108879 00XO ERROR Exposure time too long CU

6108885 00XU ERROR Transition endless loop CU

6108887 00XW ERROR EN_X active in startup CU

6108888 00XX ERROR RD_PR_X stays active after prep CU

6126567 02AC ERROR Wrong index for table access FU_kV

6126568 02AD ERROR Wrong do case entry FU_kV

6126965 02EA ERROR Interrupt 0: Divide by zero FU_kV

6126966 02EB ERROR Interrupt 1: Single step FU_kV

6126967 02EC ERROR Interrupt 2: NMI FU_kV

6126968 02ED ERROR Interrupt 3: Breakpoint FU_kV

6126969 02EE ERROR Interrupt 4: Overflow exception FU_kV

6126970 02EF ERROR Interrupt 5: Array bounds exception FU_kV

6126971 02EG ERROR Interrupt 6: Unused opcode FU_kV

6126972 02EH ERROR Interrupt 7: ESC opcode FU_kV

6126973 02EI ERROR CAN connection to CU lost FU_kV

6127266 02HB ERROR kV nominal value out of range FU_kV

6127268 02HD ERROR Z nominal value out of range FU_kV

6127270 02HF ERROR kV value during standby too large FU_kV

6127272 02HH ERROR kV actual value out of range FU_kV

6127274 02HJ ERROR E value during standby out of range FU_kV

6127276 02HL ERROR E value during high tension out of range FU_kV

6127278 02HN ERROR Converter 1 temperature out of range FU_kV

6127280 02HP ERROR Converter 2 temperature out of range FU_kV

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

E 2002 Philips Medizin Systeme

OPTIMUS C(a/02.1)3--30

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Code

Error Class

Error Text FU

6127282 02HR ERROR High voltage tank temperature out of range FU_kV

6127284 02HT ERROR Divider test cathode out of range FU_kV

6127286 02HV ERROR Divider test anode out of range FU_kV

6127288 02HX ERROR kV asymmetrical FU_kV

6127765 02MA ERROR State request not accepted because of grid mode FU_kV

6127766 02MB ERROR State request not accepted because of error state FU_kV

6127965 02OA ERROR RMX error: Timeout FU_kV

6127966 02OB ERROR RMX error: Memory FU_kV

6127967 02OC ERROR RMX error: Busy FU_kV

6127969 02OE ERROR RMX error: Limit FU_kV

6127970 02OF ERROR RMX error: Context FU_kV

6127971 02OG ERROR RMX error: Exist FU_kV

6127972 02OH ERROR RMX error: State FU_kV

6127973 02OI ERROR RMX error: Not configured FU_kV

6127974 02OJ ERROR RMX error: Interrupt saturation FU_kV

6127975 02OK ERROR RMX error: Interrupt overflow FU_kV

6127976 02OL ERROR RMX error: Transmission FU_kV

6127977 02OM ERROR RMX error: Divide by zero FU_kV

6127978 02ON ERROR RMX error: Overflow FU_kV

6127979 02OO ERROR RMX error: Type FU_kV

6127980 02OP ERROR RMX error: Parameter FU_kV

6127981 02OQ ERROR RMX error: Bad call FU_kV

6127982 02OR ERROR RMX error: Array bound FU_kV

6127983 02OS ERROR RMX error: NDP error FU_kV

6127984 02OT ERROR RMX error: Illegal opcode FU_kV

6127985 02OU ERROR RMX error: Emulator trap FU_kV

6127986 02OV ERROR RMX error: Interrupt table limit FU_kV

6127987 02OW ERROR RMX error: CPU xfer data limit FU_kV

6127988 02OX ERROR RMX error: Wrap around FU_kV

6127989 02OY ERROR RMX error: Check exception FU_kV

6127990 02OZ ERROR RMX error: Unknown FU_kV

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

OPTIMUS C (a/02.1) 3--31

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

OPTIMUS CFAULT FINDING

Error Code

Error

Code

Error Class

Error Text FU

6128565 02UA ERROR HW configuration identifier wrong FU_kV

6128766 02WB ERROR Wrong tube selected FU_kV

6128768 02WD ERROR EN X C signal faulty FU_kV

6128770 02WF ERROR Wrong grid mode selected FU_kV

6128772 02WH ERROR Tube arcing detected FU_kV

6128774 02WJ ERROR kV over voltage detected FU_kV

6128776 02WL ERROR Tube supervision error FU_kV

6128777 02WM ERROR Tube supervision error FU_kV

6136965 03EA ERROR CPU interrupt 0 FU_mA

6136966 03EB ERROR CPU interrupt 1 FU_mA

6136968 03ED ERROR CPU interrupt 3 FU_mA

6136969 03EE ERROR CPU interrupt 4 FU_mA

6136970 03EF ERROR CPU interrupt 5 FU_mA

6136971 03EG ERROR CPU interrupt 6 FU_mA

6136972 03EH ERROR CPU interrupt 7 FU_mA

6136973 03EI ERROR CAN is unable to send an error to CU FU_mA

6137067 03FC ERROR No NVRAM plugged in FU_mA

6137165 03GA ERROR Limit error FU_mA

6137265 03HA ERROR Unknown hardware FU_mA

6137266 03HB WARNING

Intermediate circuit voltage < 200V FU_mA

ERROR

6137272 03HH ERROR If setpoint to large FU_mA

6137273 03HI ERROR If--actual out of tolerance FU_mA

6137274 03HJ ERROR If--actual out of tolerance FU_mA

6137276 03HL ERROR If--nominal out of tolerance FU_mA

6137277 03HM ERROR If--nominal out of tolerance FU_mA

6137278 03HN ERROR No retrigger received from CU FU_mA

6137965 03OA ERROR RMX exception: E$TIME FU_mA

6137966 03OB ERROR RMX exception: E$MEM FU_mA

6137967 03OC ERROR RMX exception: E$BUSY FU_mA

6137968 03OD ERROR RMX exception: E$LIMIT FU_mA

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

OPTIMUS C(a/02.1)3--32

E 2002 Philips Medizin Systeme

OPTIMUS_C_3_a021

OPTIMUS C

FAULT FINDING

Error Code

Error

Code

Error Class

Error Text FU

6137969 03OE ERROR RMX exception: E$CONTEXT FU_mA

6137970 03OF ERROR RMX exception: E$EXIST FU_mA

6137971 03OG ERROR RMX exception: E$STATE FU_mA

6137972 03OH ERROR RMX exception: E$NOT$CONFIGURED FU_mA

6137973 03OI ERROR RMX exception: E$INTERRUPT$SATURATION FU_mA

6137974 03OJ ERROR RMX exception: E$INTERRUPT$OVERFLOW FU_mA

6137975 03OK ERROR RMX exception: E$TRANSMISSION FU_mA

6137976 03OL ERROR RMX exception: E$ZERO$DIVIDE FU_mA

6137977 03OM ERROR RMX exception: E$OVERFLOW FU_mA

6137978 03ON ERROR RMX exception: E$TYPE FU_mA

6137979 03OO ERROR RMX exception: E$PARAM FU_mA

6137980 03OP ERROR RMX exception: E$BAD$CALL FU_mA

6137981 03OQ ERROR RMX exception: E$ARRAY$BOUND FU_mA

6137982 03OR ERROR RMX exception: E$NDP$ERROR FU_mA

6137983 03OS ERROR RMX exception: E$ILLEGAL$OPCODE FU_mA

6137984 03OT ERROR RMX exception: E$EMULATOR$TRAP FU_mA

6137985 03OU ERROR RMX exception: E$INTERRUPT$TABLE$LIMIT FU_mA

6137986 03OV ERROR RMX exception: E$CPUXFER$DAT A$LIMIT FU_mA

6137987 03OW ERROR RMX exception: E$SEG$WRAP$AROUND FU_mA

6137988 03OX ERROR RMX exception: E$CHECK$EXCEPTION FU_mA

6137989 03OY ERROR Unknown RMX exception FU_mA

6138065 03PA ERROR Ie zero measured FU_mA

6138067 03PC ERROR Ie out of tolerance FU_mA

6138069 03PE ERROR Emergency OFF, grid not closed! FU_mA

6138070 03PF ERROR No kV discharged due to missing Ie FU_mA

6156765 10CA ERROR CAN: Case--selector error FU_RC

6156767 10CC ERROR CAN: Frame rep. overflow IIM%u FU_RC

6156768 10CD ERROR CAN: No RTR from CU FU_RC

6156769 10CE ERROR CAN: rx signal conflict IIM%u FU_RC

6156770 10CF ERROR CAN: tx timeout FU_RC

3) As it occurs on the COCKPIT desk.

4) As it occurs in the error log and within XRGSCOPE.

OPTIMUS C (a/02.1) 3--33

OPTIMUS_C_3_a021

E 2002 Philips Medizin Systeme

Philips Optimus C User manual

Specifications and Main Features

Frequently Asked Questions

User Manual

OPTIMUS C

INTRODUCTION AND TECHNICAL DATA

1. Product information

1.1. Applications

1.2. Options

2. Compatibility

2.1. Generator components

2.2. Tubes

2.3. System components

3. Mechanical data

4. Environmental data

4.1. Electrical environment

4.2. Climatic conditions

4.3. Emission

5. Electrical data

5.1. Power data and mains conditions

5.2. Power supply for application

5.3. Operating data

5.4. Power supply

6. Tools

7. Traceable items

8. Preparation

8.1. Installation material

8.2. Cables

8.3. Manpower

9. Planned maintenance

INSTALLATION

1. Installing the wall junction box

2. Mounting the H.V. generator in the cabinet

2.1. Mounting of the H.V. generator in the cabinet

2.2. Electrical connection of the H.V. generator

3. Installing the operating panel

4. Electrical connection

4.1. Earthing

4.2. Mains con n ectio n

4.3. Stator connection

4.4. Signal cables

4.5. H.V. cables generator side

4.6. Emergency--OFF circuit

5. Hardware programming

6. Switch--ON of the generator

7. Installation software XRGSCOPE

7.1. PC and generator settings to avoid problems during up/downloading of CU complete files

7.2. Installation procedure

8. Setting-to-work overview

8.1. Configuration

8.2. Tube adjustment

8.3. Dose rate control

8.4. Application limits

8.5. Area exposure product calculation (option)

8.6. Acceptance test

8.7. Backup of all configuration data

9. Labels

10. Final installation work

2Z--4

2Z-10

FAULT FINDING

1. Tools

2. Notes

3. Strategy

4. Service-PC

4.1. Connection

4.2. Operation

4.3. Menu structure

4.4. Saving data on disk and restoring data

5. Initialization phase of the generator

6. Switch ON problems

6.1. Switch ON not possible

6.2. No start up

7. Error numbers

7.1. Error classification

7.2. Error list