4512-984-06664ab

0.1bd_ts_06664 AB_01

2003 Philips Medical SystemsALL RIGHTS RESERVED

4512 984 06664 REV AB

RADIOGRAPHY

LIST OF DOCUMENTATION IN THIS BINDER:

⊗ Subsystem Manual bucky DIAGNOST TS

INALFA non sensing bucky unit

Manual Collimator Ralco

Note: indicates document present

LIST OF ALL BINDERS FOR BUCKY DIAGNOST TS

-- bucky DIAGNOST TS

-- OPTIMUS generator

-- X-ray tube

-- bucky DIAGNOST VE/VT

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1

2

3

4

5

6

7

8

P

Z1-

Z2-

INTRODUCTION AND TECHNICAL DATA

INSTALLATION

FAULT FINDING

REPLACEMENT

PROGRAMMINGS

ADJUSTMENTS

ACCEPTANCE

SERVICE INFORMATION

PARTS LIST

SCHEMATIC DIAGRAMS

WIRING DIAGRAMS

E WPhilipsMedical SystemsDevelopment and Manufacturing Centre

4512 984 06664 REV AB 1bd_ts_06664_AB_titel

SERVICE MANUAL704

SUBSYSTEM

bucky DIAGNOST TS

9848 600 00061 Fix

9848 600 00071 Elevation

9848 600 00081 Tomo

bucky table for routine radiography diagnostics

DMC Hamburg

Printed in HamburgFederal Republic of Germany

2003 Philips Medical SystemsALL RIGHTS RESERVED

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Bucky DIAGNOST TS

4512 984 06664 REV AB 3.1 2003 Philips Medical SystemsALL RIGHTS RESERVEDbd_ts_06664 AB_lopad

SERVICE MANUAL -- SUBSYSTEM

Bucky DIAGNOST TS Author: V. Neumann

Type No: 9848 600 000619848 600 000719848 600 00081

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

File:Bucky Diagnost_TS_06664 AB

List of pages and drawings (LOPAD) Manual Order No: 4512 984 06664

released: 12/2003

0.1 A4 (Rosa Karton)

13.13.2

_________________________________________

1-0.1/0.2 (99.0)

1-1 ... 1-15 (99.0)

1Z--1.1 (99.0) A31Z--1.2 (99.0) A31Z--1.3 (97.1) A31Z--1.4 (99.0) A31Z--1.5 (99.0) A3

1Z--2.1 (99.0) A3

1Z--2.2.1 (99.0) A31Z--2.2.2 (99.0) A3

1Z--3.1 (97.1) A31Z--3.2 (97.1) A3

1Z--4.1 (97.1) A31Z--4.2 (97.1) A3

1Z--5.1 (99.0) A31Z--5.2 (99.0) A3

1Z--6.1 (99.0) A31Z--6.2 (99.0) A31Z--6.3 (00.0) A3

1Z--7 (00.0) A3

1Z--8 (99.0) A3

1Z--9 (99.1) A3

1Z--10 (00.0) A3

Z--50 (00.0) A3 4512 982 00081

_________________________________________

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bucky DIAGNOST TS

4512 984 06664 REV AB3.2 2003 Philips Medical SystemsALL RIGHTS RESERVED

bd_ts_06664 AB_lopad

2-0.1 (99.0)

2-1 ...2- 36 (99.0)

2Z--2.0 (01.0) A4

2Z--10 (b/03.0) A3 4512 983 06151_________________________________________

3-0.1 (99.0)

3-1 ... 3-9 (99.0)_________________________________________

Z0--1 (99.0)

Z1--1 (99.0) A3Z1--1.1 (99.0) A3

Z1--2 (99.0) A3Z1--2.1 (99.0) A3

Z1--3 (99.0) A3Z1--3.1 (01.1) A3

Z1--4 (99.0) A3Z1--4.1 (99.0) A3Z1--4.2 (00.0) A3Z1--4.2 (a/00.0) A3

Z1--5 (a/00.0) A3Z1--5.1 (a/00.0) A3Z1--5.1.1 (00.0) A3

Z1--6.1 (99.0) A3

Z1--7.1 (a/01.0) A3_________________________________________

Z0--2 (99.0)

Z2--1 (00.0) A4

Z2--2.1 (99.0) A3Z2--2.2 (99.0) A3

Z2--3.1 (99.0) A3Z2--3.2 (99.0) A3Z2--3.3 (99.0) A3

Z2--4.1 (99.0) A3Z2--4.2 (99.0) A3

Z2--5 (a/00.0) A3

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bucky DIAGNOST TS INTRODUCTION AND TECHNICAL DATA

bucky DIAGNOST TS (99.0) 1999 Philips Medical Systems

ALL RIGHTS RESERVEDINH

1--0.1

INTRODUCTION AND TECHNICAL DATA

TEXT

Contents 1--0.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1. Technical data 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1. System bucky DIAGNOST TS 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1.1. Standard Table 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1.2. Tomography table 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1.3. X-ray generator 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1.4. Applications 1--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.2. Tubes 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.3. Mechanical data 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.3.1. Dimensions 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.3.2. Movements 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4. Electrical data 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4.1. Table 1--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4.2. X-ray generator OPTIMUS 50 / 65 / 80 1--3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5. Power supply 1--4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5.1. Type of power supply 1--4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5.2. Calculating the mains resistances 1--5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6. Earth-leakage circuit breaker 1--5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.7. Emergency-OFF device 1--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.8. Heat emission 1--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2. Environmental conditions 1--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2.1. Table 1--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2.2. X-ray generator 1--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

3. Measurements and weights 1--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.1. Pre-installed system 1--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.2. Transport data 1--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.2.1. Box dimensions 1--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.2.2. Roadway 1--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.2.3. Unpacking 1--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

4. Scope of delivery 1--10. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.1. ”Fixed table”

9848 600 00061 – bucky DIAGNOST TS with floating table top 1--10. . . . . . . . . . . . . .4.2. Height adjustable

9848 600 00071 bucky DIAGNOST TS with floating table and elevator 1--11. . . . . . . .4.3. Tomography

9848 600 00081 bucky DIAGNOST TSwith floating table and elevator and tomo extension 1--11. . . . . . . . . . . . . . . . . . . . . . . .

4.4. Options 1--11. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.4.1. bucky DIAGNOST TS 1--11. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.4.2. bucky DIAGNOST VE / VT 1--12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

5. Site planning 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.1. Planning data 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.2. Determining the site of installation 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.3. Floor fixing 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.4. Loading capacity of floor 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.5. Height of the room 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5.6. Electrical data 1--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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bucky DIAGNOST TSINTRODUCTION AND TECHNICAL DATA

bucky DIAGNOST TS(99.0)1--0.2 1999 Philips Medical Systems


6. Tools 1--14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7. Installation materials required 1--14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7.1. Cables 1--15. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

DRAWINGS

bucky DIAGNOST TSelevated or tomo version for wall stand left, mechanical dimensions 1Z--1.1. . . . . . . . .bucky DIAGNOST TSelevated or tomo version for wall stand right, mechanical dimensions 1Z--1.2. . . . . . . .OPTIMUS L 50, mechanical dimensions 1Z--1.3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TSfixed table version for wall stand left, mechanical dimensions 1Z--1.4. . . . . . . . . . . . . . .bucky DIAGNOST TSfixed table version for wall stand right, mechanical dimensions 1Z--1.5. . . . . . . . . . . . . .bucky DIAGNOST TSelevated or tomo version, wall clearance 1Z--2.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS fixed table version 1Z--2.2.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS fixed table version 1Z--2.2.2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS for wall stand left with bucky DIAGNOST VEtypical room layout 1Z--3.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS for wall stand right with bucky DIAGNOST VEtypical room layout 1Z--3.2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS for wall stand left with bucky DIAGNOST VErelation data 1Z--4.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS for wall stand right with bucky DIAGNOST VErelation data 1Z--4.2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TSelevated or tomo version, connecting surface / floor fixing 1Z--5.1. . . . . . . . . . . . . . . . . .bucky DIAGNOST TSfixed table version, connecting surface / floor fixing 1Z--5.2. . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS, VE, OPTIMUS L 50standard version, connection diagram 1Z--6.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS, VE, OPTIMUS L 50tomo version, connection diagram 1Z--6.2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS, VE, OPTIMUS L 50earthing diagram 1Z--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .bucky DIAGNOST TS, VEsystem installation and cable length 1Z--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Wall connection box bucky DIAGNOST TS 1Z--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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bucky DIAGNOST TS (99.0) 1--1 1999 Philips Medical Systems

ALL RIGHTS RESERVEDbdts_1_990

1. Technical data

1.1. System bucky DIAGNOST TS

1.1.1. Standard Table

The bucky DIAGNOST TS is installed with the X-raygenerator OPTIMUS L 50. The bucky DIAGNOST TS ischaracterized by:

-- X-ray exposures at the horizontal patient with buckyunit.

-- X-ray exposures at the horizontal patient withoutbucky unit.

-- Patient area of table top2400mm x 600mm (excl. the Alu profile)

-- SID 1000mm to 1250mm.

1.1.2. Tomography table

Linear tomography at the horizontal patient.

-- Angle: 8° ... 40°

-- Time: 0.5 ... 4sec.

-- Layer: 0° ... 250mm

-- SID: 1000 ... 1250mm, 1100mm default

1.1.3. X-ray generator

The X-ray generator OPTIMUS L 50 for radiography is based on computer-controlled converter technology.The converter operates in the non-audible frequency range.Applicational options are essentially achieved by releasing software modules.

1.1.4. Applications

-- Radiography

-- Tomography

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bucky DIAGNOST TS(99.0)1--2 1999 Philips Medical Systems


1.2. Tubes

Versions of the X-ray generator OPTIMUS L 50

50kW 3phase generator for 1 tube.

Recommended standard tubes:RO 17 50 0.6 / 1.3 mm

R type stators only for low speed rotor control.

Compatible tube housings:ROT 350

Optional tubes: SRO 33 100 / ROT350 (for U.S.A. only) 9874 005 16022SRO 33 100 / ROT350 9874 005 09022SRO 25 50 / ROT350 9874 004 23022SRO 09 51 / ROT350 9890 000 64181”SRO” in combination with

High Speed Rotor Control 9848 600 01101

1.3. Mechanical data

1.3.1. Dimensions

Mechanical dimensions for wall stand left see Z--1.1

Mechanical dimensions for wall stand right see Z--1.2

Mechanical dimensions for OPTIMUS L 50 see Z--1.3

1.3.2. Movements

See Z--1.1 or Z--1.2

1.4. Electrical data

1.4.1. Table

Operating voltages: 230 V 10% --15% 50/60 Hz

Power consumption without tomography: appr. 420 WPower consumption with tomography: appr. 420 W

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1.4.2. X-ray generator OPTIMUS 50 / 65 / 80

OPTIMUS 50 OPTIMUS 65 OPTIMUS 80Power dataMains voltage 3 x 400 V ±10% ( 380 V --5%, 415 V +6%)

3 x 400/440/460 V ±10%3 x 480 V --10% +6%

3 x 190...343 V ±10% with external transformer, max. 50 kW (option)

Mains frequency 49 ... 61 HzMax. mains current-- at 400 V 145 A 190 A 230 A-- at 440 V 135 A 180 A 215 A-- at 460 V 125 A 170 A 210 A-- at 480 V 120 A 160 A 205 A-- at 190 V 300 A -- --

Fuse protection (slow–blow) 35 A 50 A 50 A100 A at ≤ 240 V

Mains resistance-- at 400 V ≤ 300 mΩ ≤ 200 mΩ ≤ 200 mΩ-- at 440/460 V ≤ 350 mΩ ≤ 240 mΩ ≤ 240 mΩ-- at 480 V ≤ 400 mΩ ≤ 300 mΩ ≤ 300 mΩ

-- at 480 V, valid for DOD only ≤ 300 mΩ ≤ 240 mΩ ≤ 180 mΩ

Unit supply 230 V / 400 V, max. 5 A

Max. output power 50 kW 65 kW 80 kW

Operating dataTube current 1.0 ... 650 mA 1.0 ... 900 mA 1.0 ... 1100 mA

Tube voltage 40 ... 150kV in steps of 1kV or %mAs product 0.5 ... 850mAsExposure time 1ms ... 6/16sExposure sequency ≤ 12 exp./sNoise level ≤ 40 dBAHeat dissipation 500WInterfacing option for.... door contact, external radiation warning indicator

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1.5. Power supply

1.5.1. Type of power supply

For 50 kW X-ray generator a three-phase system is needed.

The three-phase system must be balanced, i.e. the external conductor voltages against earth must be about equal,see sketch.

For reasons of operational safety and compliance with international rules, operation on three-phase mains that arefloating or unbalanced to earth (e.g. with one phase earthed instead of the neutral point) is impermissible unlessadequate adaptation measures have been taken! Check that the sequence of phases is correct corresponding tothe designations L1, L2, L3.

L1

L2

L3(N)

L1

L1

L2

L2

L3

L3

X-rayinstallation

X-rayinstallation

X-rayinstallation

3 phase WYE

3 phase DELTA,balanced earth or floating

3 phase DELTA,grounded

-- Working range 400 ... 480Vmeasured between phases:L1 -- L2 / L2 -- L3 / L1 -- L3



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1.5.2. Calculating the mains resistances

If possible, the sum of R1 , R2 and R3 should be smallerthan the RXG required.

With higher internal mains resistances the generatoroutput is reduced respectively.

Note that the cross section of lead l3 must not exceed25mm2.

-- R0 designates the mains resistance on the distributor transformer.

-- R1 is dependent upon the length of lead l1 between distributor transformer and main distributor and upon thecross section selected, so:

R1 = l1 x RCu RCu from table-- R2 is estimated to be 15mΩ

EMERGENCY--OFF switch 4mΩ Earth--leakage circuit breaker 5.5mΩ 15mΩFuse 5.5mΩ

-- R3 is dependent upon the length of lead l3 between main distributor and wall junction box and upon the crosssection selected, so:

R3 = l3 x RCu RCu from table

The resistances already consider the go and return line so that the calculation can be based on simple cablelengths.

Copper cross section [mm2 ] Resistance RCu [mΩ/m]16 2.1925 1.435 1.050 0.770 0.595 0.38

120 0.30150 0.24

1.6. Earth-leakage circuit breaker

To be provided between fuse and X-ray installation depending upon local regulations.Siemens earth-leakage circuit breaker FSJ 50 A

Rated fault current 30mA

Rated current 50A

Connection terminals for wire cross sections of up to 25mm2.

R0 + R2

L1L2L3

L1L2L3

l1 l3

357J94

MEX 100

+ R1 + R3 < RXG

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1.7. Emergency-OFF device

To be provided depending upon local regulations.

There are 2 possibilities:

1. All the EMERGENCY-OFF buttons are connected in series and looped into the starting circuit (12V DC) of thegenerator.

2. The EMERGENCY-OFF circuit acts on an external main contactor which switches off the power before it is fedinto the generator.

1.8. Heat emission

Table: 530WX-ray generator: 500W (the generator is air cooled using natural convection)

2. Environmental conditions

2.1. Table

According to PMS standard UXW 13600 class C1 (indoor temperature controlled)

during regular work:

-- Ambient temperature: + 10 °C ... +40 °C-- Relative air humidity: 20% ... 80%

-- Air pressure: 700 ... 1100hPA

during storage / transport:

-- Ambient temperature: --25 °C ... +70 °C

-- Relative air humidity: 5% ... 100%-- Air pressure: 700 ... 1100 hPA

2.2. X-ray generator

according to PMS standard UXW 13600 class C1 (indoor temperature controlled)

during regular work:

-- Ambient temperature: +10 °C ... +40 °C

-- Relative humidity: 0% ... 90%, no condensation-- Air pressure: 700 ... 1100hPA

during storage / transport:-- Ambient temperature: --20 °C ... +50 °C

Note: Electrolytics require less than 40 °C for storage life.

-- Relative air humidity: 0% ... 95%, non--condensing

-- Air pressure: 700 ... 1100hPA

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3. Measurements and weights

3.1. Pre-installed system

Table / column (standard)

Weights (kg) Dimensions (cm) (L/W/H)with shipping box without shipping box with shipping box without shipping box

Box 1Contents: manuals, table,table top, rails, SPS, set ofcable, covers, tube, controlhandle, column, set of tomodevices (option)

870 750 270 x 97 x 196 265 x 89 x 190

X-ray generator 50 kW

Weights (kg) Dimensions (cm) (L/W/H)with shipping box without shipping box with shipping box without shipping box

Box 1Contents: generator cabinet,

operating panel

226 178 210 x 82 x 84195,5 x 55 5243 x 33,5 x 6

Box 2Contents: H.V. generator

1-tube version

100 73 77 x 67 x 80

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3.2. Transport data

3.2.1. Box dimensions

Weight

Gross 870kg

Loading 816kg

Net 750kg

Dimension (L x W x H)

Box 270cm x 97cm x 196cm

Pallet including loading 265cm x 89cm x 190cm

Sub-pallet 140cm x 89cmSub-pallet 125cm x 89cm

3.2.2. Roadway

1 Roadway for the gross palletCanting while moving min 170cm width of the floor

2 Roadway for the sub--pallets

Canting while moving min 115cm width of the floor

min 170cm width of roadwayfor gross pallet

min 115cm

min 170cm

870kg

1

2

min 115cm width of roadwayfor sub--pallet

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3.2.3. Unpacking

The following steps should be done by four persons.

s Dismantle the box, remove the foil.

s 1 Remove the rails from the pallet.

s 2 Remove from the column the box with documentsand distance tool.

s 3 Erect the column.

-- 3a Move the column approximatly 15cm to footdirection of the column.

-- 3b Turn the column base about 90°.The column must be ratched in the cam.

-- 3c Lift up the column and place it.

Lay corrugated paper or somethingsimilar on the floor in the area wherethe column is to be moved.

Apply extreme care when handling theconnection field.

s Remove the wooden carrier where the column waspositioned by unscrewing the colored screws.

Unpacking0.5 h0.5 h0.5 h0.5 h

12

Documents anddistance tool

3a

3b3c

3

90_

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s 4 Remove the box including cables from the table.

s 5 Remove the optional tomo devices from the pallet.

s 6 Remove the tube assembly from the pallet.

s Remove the wooden items by removing the coloredscrews.

NoteThe gross pallet can be splitted in two sub-pallets.

s 7 Remove the table from the pallet.Use the shoulder straps. Do not lift the table bymeans of the table top frame.

s 8 After unscrewing the sub–pallets from the pallet youget access to the table top. Remove the table top.

s Dispose of the package locally.

4. Scope of delivery

4.1. ”Fixed table”9848 600 00061 – bucky DIAGNOST TS with floating table top

-- Table, including column and X-ray tube carriage-- Set of floor fixing material incl. dowels for standard concrete floors

-- X-ray generator OPTIMUS L 50 including operating panel

-- Complete set of cables incl. plugs at both sides

-- Grid

-- X-ray tube-- Collimator

-- Control handle

Cables

4

5

6

74

8

7

Table top deliveredin the pallet bottom

The pallet is deviable

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4.2. Height adjustable9848 600 00071 bucky DIAGNOST TS with floating table and elevator

-- Table, including column and X-ray tube carriage

-- Set of floor fixing material incl. dowels for standard concrete floors-- X-ray generator OPTIMUS L 50 including operating panel

-- Complete set of cables incl. plugs at both sides

-- Grid

-- X- tube-- Collimator

-- Control handle

4.3. Tomography9848 600 00081 bucky DIAGNOST TS with floating table and elevator and tomo extension

-- Table including tomography attachment, column and X-ray tube carriage

-- Set of floor fixing material incl. dowels for standard concrete floors

-- X-ray generator OPTIMUS L 50 including operating panel

-- Complete set of cables incl. plugs at both sides-- Grid

-- X-ray tube

-- Collimator

4.4. Options

4.4.1. bucky DIAGNOST TS

-- wall mounting of operating panel 9890 000 02451-- stand for operating panel 9890 000 02441

-- Amplimat measuring chamber 9890 000 01612

-- extension main rail 4512 590 30491

-- interface for medio CP / SZ3 4512 590 30351-- high speed rotor control 9848 600 01101

-- 3phase extension 9848 600 00122

-- SRO 33/100 / ROT 350 9874 005 09022

-- SRO 25/50 / ROT 350 9874 004 23022

-- SRO 09/51 / ROT 350 9890 000 64181-- SRO 33/100 / ROT 350/HEW (only for U.S.A.) 9874 005 16022

-- bucky unit non sensing left 9848 500 20303

-- bucky unit non sensing right 9848 500 35703

-- manual collimator T303 for TS 9848 600 00172-- manual collimator for TS (HHS) 9848 600 02092

-- APR 9848 600 00201

-- OPTIMUS 50 (standard) three phase

-- OPTIMUS 65 three phase

-- OPTIMUS 80 three phase-- OPTIMUS 30 single or three phase

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-- OPTIMUS 40 single or three phase-- X-ray tube RO 17/50 9874 001 16002

-- grid 36/08 110F TS 9848 600 00821

-- grid 40/12 110F TS 9848 600 00831

-- H.V. cable, lengths = xx m 9806 402 6xx02

-- set of cables generator--column 14 m 9848 600 01871-- set of cables generator--table 20 m 9848 600 01901

-- set of cables table--column 20 m 9848 600 01911

-- set of cables table--column 25 m 9848 600 01921

-- TS control grip tomo and laser 9848 600 02081-- TS control grip standard and laser 9848 600 02071

-- table top Getalit PUR (2.4m) 9890 010 02194

-- table top Getalit (2m) 9890 010 81371

4.4.2. bucky DIAGNOST VE / VT

-- grid 36/8 110F 9860 834 90111

-- grid 36/8 140F 9860 834 90141-- grid 36/8 130F 9860 836 90131

-- grid 36/8 140F 9860 836 90141

-- grid 36/8 180F 9860 836 90181

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5. Site planning

5.1. Planning data

The preliminary planning work is restricted to the selection of the suitable room. The outfit of the room has to beequipped with the conduits and pipes required and, in cases where the loading capacity of the bearing area plusweight of patient insufficient, the floor preparation for the table.

For detailed information about loading area see Z--5.

Where DIN specification are not applicable the minimum wall clearances should be determined in compliance withthe national regulations concerned.

5.2. Determining the site of installation

The choice of the suitable room should be based on the layout plan.

For detailed information see Z--3.1, Z--3.2, Z--4.1, Z--4.2

5.3. Floor fixing

The table is fixed by means of 4 bolts and the column rails are fixed by means of 4 + 2 bolts (ext. rail left or rightpos.) also.

Use e.g. Liebig safety dowels S12 on compound plaster floor concrete class Bn 150 or Upat--PSZ anchor dowelstype B or S12 on compound plaster floor concrete class Bn 250 or other national requirements.

The mounting points on mounting surface have to be suitable for tensile strength of F ≥ 2500N each.

In case of ”computer floors” (stilted floors) an appropriate understructure or staybolts have to be used.For detailed information see Z--5

5.4. Loading capacity of floor

Surface load table and column = 750kg plus 135kg weight of patient.

Surface load X--ray generator = 250kgFor detailed information see Z--5

5.5. Height of the room

For detailed information see Z--1.1 or Z--1.2

5.6. Electrical data

The bucky DIAGNOST TS is supplied incl. all necessary cables incl. plugs with required free length between themain components like X--ray generator and table.

For detailed information see Z--6.1 and Z--7, Z--8, Z--50

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6. Tools

-- Groof key set for column base and transversal tube carriage 4512 590 30362

-- 25mm aluminium for AMPLIMAT adjustment-- chip-ejector for service 2422 487 89772

-- Multimeter

-- Mirror (about 30 x 40 cm)

-- Spring balance 0 ... 200N-- Standard set of tools

-- Fork lift

-- ESD antistatic kit

-- Hammer drill with 12mm carbide drillbits.

-- Spirit level 1m-- Service-PC

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

-- Sub-D Adapter Kit 9/15/25 pole

-- OPTIMUS L 50 utility program for generator programming supplied on a floppy disk with the generator.-- PC-Hardkey to use the OPTIMUS L 50 utility program.

-- Mains resistance measuring instrument.

-- Collimator adjustment tool code No: 4522 980 31521

-- Tomo test tool Code No.: 8112 108 57929

-- PC-XRGSCOPE Cable Code No.: 4512 130 56931 for OPTIMUS generator-- Rail distance tool 4512 590 30501 (included in the delivery)

7. Installation materials required

To be ordered from the service department via PMS Hamburg:

-- Wall junction box for X--ray generator 4512 103 75385inclusive connection block (25 mm2) for mains supply and connection block (10 mm2) for unit supply.

-- Relay for radiation warning indicator 4512 100 452311 interface relay with a floating contact (230 V, 1 A) is included in the scope of delivery for the generator.

-- Grease – Molykote DX 4512 590 30321 (included with the delivery)

-- Set of three colours 4512 590 30031 (included with the delivery)

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7.1. Cables

Cables supplied with the system. Cable length must be ordered via catalogue depending from outfit of the room.

H.V. cables 9806 402 6xx02

plugs: 75kVp federal standard female connectors O3/O3

length: 6 ... 20m in steps of 2 m

capacity: 155pF/m

diameter: 16.5mmThe cable length is indicated at the 9th and 10th digits of the code No.

Thermal contact cable

2-wire screened for one excess temperature switch 4512 100 6615110-wire screened for additional supervision like 0722 215 19005temperature alarm switch, buzzer, selection indicator.

Stator cable 3 x 1.31 mm2 , screened 0722 215 02054

AMPLIMAT cable with Sub-D (15pole)12 m 9890 000 0172116 m 9890 000 0173120 m 9890 000 0174124 m 9890 000 01751

AMPLIMAT cables 9803 507 0xx02 with 3 PLUS plugs at both ends can be connected in the generator via thefollowing adapter for each cable:

Adapter for AMPLIMAT cable 4512 108 09041

The generator includes five adapters, 3Plus--Sub-D (15pole)

Operating desk

cable set 10m 9890 000 0241120m 9890 000 0242130m 9890 000 02431

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Connection diagramStandard version

bucky DIAGNOST TS, VE

A3

00-

09-2

7 O

st./S

chr.

C 2000 Philips Medical SystemsALL RIGHTS RESERVED

(00.0)

temperature switch

H.V. cables

communication

32

3

XA 11 1

2

4TS2:5

XA 1

XF 7020

XA

SA

basic

X-ray tube

bucky examination unit

stator cable, screened

(bk)

(rd)

(wt)

UVW

supply J1

SA

bucky wall stand

amplimat chamber VPX4

7A2:J1 amplimat chamber PHX1

6J2

6J3B

6J3A

X23

X22

X23X22

X7X8

L1N(L2)

L2 (N)

mains fuses

earth lekagecircuit breaker

supply

O3 plugs9HT1

M9f

power supply SNX16

VPX1X3 release

D15f

D9f

D15f

D15m

D15m

X1 SZ1X1

M6

release

OPTIMUS 30 single phase

da

df

dc

dd

db

dd

df

tube housing

7A2:J2

M6f

M12f

D9m

C

PMA

L1/N

SZ1X11 M12

UB1X20 M12

dk control

VE VP

EPMA

XA

S

bucky DIAGNOST TS 1Z-6.3

0014

1z63

4TS2:4

4TS2:3

4TS2:2

4TS2:1

J3 D15m

AEC J57A2:J4D9f D9m

J2 D25f3TS1 223TS1 233TS1 243TS1 363TS1 373TS1 513TS1 523TS1 53

4TS2 44TS2 5 5

45352513736242322 interface

X13X14

switch controllerby emergency switch

emergency switch

L1

230V AC

7X11(door contact)

4

7

7X11810

Power ON bucky TS

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bucky DIAGNOST TSA1/

A3

00-0

7-04

Kö

C 1997 Philips Medizin SystemeALL RIGHTS RESERVED

(00.0)

4,00 mm2SN

XA

S

bucky DIAGNOST TS 1Z-10

X16T1

Earthing diagram

4,00 mm2

4,00 mm2

4,00 mm24,00 mm2

4,00 mm2T261Z1

4,00 mm2

4,00 mm2

4,00 mm2

VASA (right)VA

6,00 mm2 UB6,00 mm2

4,00 mm2

4,00 mm22,50 mm2

2,50 mm2

U

UFUE XA

LA

Table

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bucky DIAGNOST TS INSTALLATION



2--0.1

INSTALLATION

TEXT

Contents 2--0.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Safety regulations 2--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1. Transport data 2--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1. Box dimensions 2--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.2. Roadway 2--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2. Unpacking 2--3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2.1. Removal of column base from column 2--4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3. Mounting the rails 2--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Tomo option only 2--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Coarse Adjustment Tomo option only 2--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.1. Insertion of column to long rail 2--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.2. Installation of tube arm 2--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.3. Final alignment of the column (tomo only) 2--13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.4. Installation of bucky table 2--14. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.5. Installation of Tomo pivot tower (tomo only) 2--16. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.6. Installation of bucky-device extension (tomo only) 2--17. . . . . . . . . . . . . . . . . . . . . . . . . .3.7. Installation of position control switches (tomo only) 2--17. . . . . . . . . . . . . . . . . . . . . . . . .3.8. Installation of OPTIMUS 2--19. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.8.1. Installation of bucky DIAGNOST TS

with tomo and Medio CP/CP-H 2--19. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.8.2. Programming of APR data 2--20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.8.3. Programming tube select at control handle 2--20. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.9. Installation of tabletop 2--21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.9.1. Installation of tabletop in small rooms 2--21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.10. Setting to work 2--22. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11. Adjustment procedure for tomo 2--25. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.1. Adjustment of the table level 2--25. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.2. Correction for tomo layer height = fine adjustment under X-ray condition 2--25. . . . . . .3.11.3. Adjustment of tomo layer height indication 2--26. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.4. Setting the display language 2--27. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.5. Adjustment of the tomo axis 2--28. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.6. Alignment for center line

= center of bucky 2--29. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.11.7. Checking drive and position control switches 2--29. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.12. Tomo adjustment under exposure conditions (tomo only) 2--31. . . . . . . . . . . . . . . . . . . .3.12.1. Measurement of X-ray zone 2--31. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.12.2. Symmetry of tomo axis 2--32. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.12.3. Tomography resolution test 2--33. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.12.4. Tomo layer height 2--34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.13. Final work 2--34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.14. Acceptance test 2--35. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.15. Handing over to customer 2--35. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3.16. Installation for tomo bar parking frame 2--36. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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Safety regulations

Only technically qualified personnel who has received the appropriate instructions and training forradiography equipment in medical applications and in particular for the installation and commissioningof the bucky Diagnost TS are allowed to install, maintain and service this equipment.

Therefore, instructions in this chapter are considered as a supplementary guideline for correctinstallation of the bucky Diagnost TS and are kept very briefly.

Furthermore, all personnel involved must be instructed on safety precautions with respect to radiographyand the related high voltage devices as well as to all other electrical low-voltage equipment. All relevantstandards and regulations must be complied with.

The local service organisation is responsible for the safety and training of personnel and prevention ofmaterial damage.

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bucky DIAGNOST TSINSTALLATION



1. Transport data

1.1. Box dimensions

Weight

Gross 870kg

Loading 816kg

Net 750kg

Dimension (L x W x H)

Box 270cm x 97cm x 196cm

Pallet including loading 265cm x 89cm x 190cm

Sub–pallet 140cm x 89cmSub–pallet 125cm x 89cm

1.2. Roadway

1 Roadway for the gross palletCrossing while moving min 170cm width of the floor

2 Roadway for the sub--palletsCrossing while moving min 115cm width of the floor

min 170cm width of roadwayfor gross pallet

min 115cm

min 170cm

870kg

1

2

min 115cm width of roadwayfor sub-pallet

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2. Unpacking

The following steps should be done by four persons.

S Dismantle the box, remove the foil.

1. Remove the rails from the pallet.

NoteFor transportation in insufficient rooms only. See 2.1”Removal of column base from column”.

The column is supplied with an inserted counterweight.For transport, the counterweight and the transverse armare secured by a screw.

Do not remove these screws beforethe installation of the tube arm.

Loosen the transport screws and safety belts on thepallet.

2. Remove the box with documents and distancetool from the column.

3. Set up the column.-- 3a Move the column approximatly 15cm to foot

direction of the column.

-- 3b Turn the column base about 90°.The column must be ratched in the cam.

-- 3c Lift up the column and place it.

Lay corrugated paper or somethingsimilar on the floor in the area wherethe column is to be moved.

Apply extreme care when handlingthe connection field.

S Unscrew the colored screws from the wooden carrieron which the column was positioned and remove it.

Unpacking0.5 h 0.5 h 0.5 h0.5 h

12

Documents anddistance tool

3a

3b3c

90°

3

Unpacking0.5 h 0.5 h 0.5 h0.5 h

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4. Remove the box including cables from the table.

5. Remove the optional tomo devices from thepallet.

6. Remove the tube assembly from the pallet.

Remove the wooden items by removing the coloredscrews.

NoteThe gross pallet can be splitted in two sub-pallets.

7. Remove the table from the pallet.

NoteUse the shoulder straps. Do not lift the table bymeans of the table top frame.

8. After unscrewing the sub-pallets from the palletyou get access to the table top. Remove the tabletop.

S Dispose the package locally.

2.1. Removal of column base from column

This section is needed if the column is too large to enterthe X-ray room.

Tools required

Groofkey for column base PMS Code No. 4512 590 30362

Spring scale 200 NImbus Key 5mm

Molykote DX PMS Code No. 4512 590 30321

Isotrophy alcohol

1. Dismantle base and column

1.1. Measure the breakaway force with a springscale when the column is in the the lock position.It should measure 110--150 N. Place the hook ofthe spring scale on the screw head.

1.2. Repeat point 1.1, only column must be in freeposition. Should measure ≤ 60 N.

Cables

4

5

6

74

8

7

Table top deliveredin the pallet bottom

The pallet is deviable

P1

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1.3. Release the pressure on the Beta grid (measurethe distance “X” between nut and screwhead.Dimensions needed by the adjustment ofreassembling).

1.4. Remove the 2 Imbus (M5) screws and plate(see P 3).

1.5. Loosen the safety screws (pos. 1) on the groovenut (see P6).

1.6. Remove groove nut and steelring.

1.7. Carefully remove column base from column:

S Remove the teflon ring.

S Clean it and grease it with Molykote DX.

P2

X

P3

M5

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1.8. Clean running surface and thread with Isopropylalcohol (see P4).For transport cover running surface and thread.

NoteThe stop pin pos. 3 can be removed in case ofthe movement of the column is impaired. (Thisstop pin will not be needed any longer.)

2. Assembling of column base and column

2.1. Grease the running surface of the column andcolumn with Molykote(PMS No. 4512 590 30321).

2.2. Insert the teflon ring.

2.3. Assemble the column base onto the column.(The column must be laid down whenassembling the column base. Take extremecare of thread.)

2.4. Assemble the steelring and groove nut.Hand-tighten the groove nut.

2.5. Rotate the column base for functional check.

2.6. Tighten groove nut until the inner steelring(spring) is compressed. Tighten safety screwspos. 1 (see P 6).

2.7. Adjust the beta grid (see P 2 and step 1.3).

2.8. Repeat step 1.1 and step 1.2.The breakaway force should measure 110--150Nm and the free running force should measure≤ 60N.Adjust the force by loosening, resp. tighteningthe groove nut.

P4

3

2

P5

P6

1

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3. Mounting the rails

Before starting, refer to yourplanning room layout! (see PRB.)

S Assemble main rail.

S Depending on the installation of the bucky wall stand(right or left), place the extension rail right or lefthandside to the main rail (see Z--1.1, Z--1.2 and Z--5).

S Insert the screw (supplied with system) with a washerand tighten with a spanner.

Tomo option only

S Loosen the 4 screws of the tomo switch rail (1) and theend switch cams (2) and remove them.

S Place the main rail parallel to the wall.

S Mark the 5 fixing points on the floor.

S Remove the rail.

S Drill the 8 mm holes approximately 75 mm deep in themiddle of the marked area.

S Insert the 5 anchor dowels (supplied with system) intothe holes.

S Move the rail back to the installation position. Levelthe rail using a spirit level. Use the spacer ifnecessary.

S Insert the screws (supplied with system) with thewashers and tighten with a spanner.

position of extension railfor bucky wall stand left

main rail

position ofextension railfor bucky wall stand righ

tpencil

2

1

extension rail

min 314 mm

longitudinal axis table

table position forbucky wall stand left

extension rail

min. 314 mm

longitudinal axis tabletable position forbucky wall stand right

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S Place the short rail parallel to the long rail.

S Insert the tool (1 Rail distance tool) (supplied withsystem) to adjust the distance of the rails.

S Measure the distance of the rails using a rule.

S Mark the 2 fixing points on the floor.

S Remove the rail.S Drill the 8 mm holes approximately 75 mm deep in the

middle of the marked area.

S Insert the 2 anchor dowels (supplied with system) intothe holes.

S Move the rail back to the installation position.

S Level the rail using a spirit level. Use the spacer ifnecessary.

S Insert the screw only with washer (supplied withsystem) to the opposite side where the column is tobe inserted.

S Tighten with a spanner.

Coarse Adjustment Tomo optiononly

S Align front and back rails (2, 3) to same level using thespirit level. Use additional spacers if necessary.

For a good performance with thetomo option it is essential to alignfront and back rail very precisely.An alignment test will be madeafter installation of the column.

S Install the tomo switch rail (1).S Insert both end switch cams (2).

S Insert screws with washers and tighten with Allan key.

716 mm

1

shortlong

short

position forbucky wall stand left

extension rail

716 mm

1

shortlong

short

extension railposition forbucky wall stand right

2

3

2

1

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3.1. Insertion of column to long rail

S Remove buffer (1) from long rail.

S Insert the column into the rail system (2).

Apply extreme care when handlingthe ball bearings and be careful notto damage the microswitches andoptical sensor B1 positioned inarea 3.

S Install buffer (1) to the rail system.

S Check the leveling of the column in both directionsusing a spirit level.

S Use the spacers if necessary.

S Check whether the column moves easily andsmoothly.

S Insert the second screw with washers into the shortrail.

S Tighten with a spanner.

S Mount the longitudinal center switch UB S17 (pos.3)standard, or position control switch assembly fortomo.

3.2. Installation of tube arm

S Remove transport screw (2) from the counterweighton the front of the column.

Loosen transport screw (1) onlyand move the complete blockdownwards.

S Pull down the transverse arm and secure thecounterweight in its maximum top position byinserting transport screw (2).

1

2

2

3

1

2

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S Route the cables from the top of the column to the leftand right of the column (1).

S Open top cover (2) of the transversal tube arm byremoving the 4 screws 1 (Allan key, 2,5 mm).

Do not remove the screws (2) ontop of the cover. These screws arefixing the brake rail!

S Place the pallet with transverse arm, including tubehousing and collimator, next to the column.

S Lift up the arm and insert it into column (3).

S Insert stop screw (1).S Remove the transport screw. The tube arm must be

easily movable in Z-direction.

S Connect the plug UFX38 (2).

1

2

3

2

11

11

1

52

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S Fasten the cable (4) by using a Ty--Rap.

S Connect UFX38 (3)

S Install the cover of transverse arm (3).

S Install the front cover of transverse arm (5)(see previous page).

S Install the cable support into the top of the column.

S Install the wall junction box.

34

5

6

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S Route the cables on the column as shown in thefigure 1.

S Replace top cover of the transversal tube arm.

S Connect X20 / X22 on stand control UB1 for standardversion.

S Connect X20 / X21 / 22 / 23 / 24 on stand control UB1for tomo version.

Figure 1

** All three items, wall box, column cable support undtube arm, should be located as shown in figure 2(design and function, especially cable lenghts).

*1 Location for ceiling suspension junction box. Thisbox is not included in the system. Please, order thisitem locally as an option.(PMS Artikel No. 9848 500 26201 ceiling suspensionbox for CS, this item is not included and must be orderedoptional).

NoteMax. room height with ceiling suspension box = 3.0 m

Figure 2

UB1

*1 = 0.6 meter

**

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3.3. Final alignment of the column(tomo only)

S Move the column to the left end position.

S Check the alignment of the rails by moving thecolumn smoothly to the other end. The columnmust remain steadily upright over the whole length.If necessary, adjust the level of the front rail withspacers as described in Section “Mounting therails”.

The alignment can be done either with the spirit level orwith the following method:

Final adjustment

S Apply a vertical line to the wall on the right--hand side,e.g. with a colored adhesive tape, Check the verticalalignment while moving the column along the rail.

If corrections should be necessary:

S Add adjustment plates (0) under back (1) or front rail(2), or, for vertical correction (5),

S adjust the ball bearing (3). Three different holes areavailable. For easy access move the column to theleft or right end position.

If the column is not vertical (6), the correction can bemade with an eccentric ball bearing (4).

(6)(5)

(3)

(4)

(2)

(1)

(0)

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3.4. Installation of bucky table

NoteFour (4) persons are necessary to lift the table.

The bucky table is supplied as a complete unit.

S Remove the wooden blocks from the longitudinal sideof the pallet and place them at the rear of the pallet.

S Remove the 4 transport screws and push them down.

Do not lift the table by means of thetabletop frame structure.

S Insert the shoulder straps into the loops (1).

S Lift up the table with the shoulder straps (1).

S Remove the pallet and lower the table carefully.S Place the table with rear end towards the short rail.

See room layout plan.

S Insert screws (1) into the short rail and fit the tableto the rail.

S Drill two 12mm holes approximately 75mm deep forscrews (2).

S Insert the 2 anchor dowels (supplied with system)into the holes.

S Use the spacer if necessary.

S Insert screws (2) supplied with system and washersand tighten with a spanner.

S Level the table in both directions using a spirit level.S Use the spacer if necessary.

S Insert screws (2) supplied with system andwashers and tighten with a spanner.

S Install the foot-switch assembly.

1

1

2

1

table position forbucky wall stand right

2

1

table position forbucky wall stand left

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S Remove the red screws (2) of the transport securingdevice of the tabletop carrier on both sides.

S Remove the tie-wraps form the Bucky device (1)

i

Figure 1

S Remove the cassette tray from the bucky.

S Move the tabletop to its maximum front position (ifit is already mounted).

S Loosen 2 screws at the rear (1).

S Tilt the tabletop unit gently as shown in figure 2.

S Secure the tabletop by fixing the lever (2) via thescrew (3).

S Remove the tie-wraps (4) from the arm braces onboth sides (elevation table only).

Figure 2

Always remove cassette tray beforeopening the tabletop. Tilting thetabletop with inserted tray willcause damages to both table andcassette tray.

Tilting the table top beyond theupright position can causedamages to the cover of the tablebase.

1

2

2

1

2

3

4

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3.5. Installation of Tomo pivot tower(tomo only)

S Position tomo pivot tower towards the correspondingmounting holes at the rear side of the table.

S Thread cable W12 (laser cable) through the centerholes of table base and pivot tower base.

S Insert 4 screws together with washers and toothlock washer (supplied with system) from the tableinside and mount the tomo pivot tower.

S Close the tabletop.

S Secure tabletop with the 2 screws at the rear.

S Reinstall the cassette tray.

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3.6. Installation of bucky-deviceextension (tomo only)

S Mount the bucky-device extension and insert the4 screws with washers and tooth lock washers(supplied with system).

Do not support or level the freehanging end of the bucky-deviceextension while tightening thescrews. It will self-align to the filmlevel in a slightly tilted positionwhen the screws are installed.

S Tighten the screws.

3.7. Installation of position controlswitches (tomo only)

Pull corner iron with position control switches out of thecolumn base (they are parked in the column base fortransportation)

S Insert screws with washers (supplied with system)into the column base and fit the position controlswitches as shown in (1).

S Tighten screws with Allan key.

23

14

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Move column with extreme care inorder not to damage or shear off themicroswitches and the magneticsensor while passing the cams ofthe tomo switch rail.

S Adjust microswitches for center position andsafety end:

-- The microswitches (2) (center position) and (3)(safety limit switch) must trigger when passingtheir respective cams, as shown in the figurebelow.

S Adjust the proper alignment of the magneticmeasuring sensor: Slowly move the columnalong the tomo switch rail:

-- the magnetic sensor B1 (1) (angle position)must not touch any of the cams. The distancebetweenmagnetic sensor (1) and cam should be 1mm.

The functional test will be performed after power up (seeSection “Checking drive and position control switches”).The detection of any cam position regarding 40° / 20° /8° is indicated with the red LED located as shown in thefigure.

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3.8. Installation of OPTIMUS

The following items are different from the OPTIMUS generator:- Firmware TDL file- PCB low speed rotor control

For further information contact the Service Innovation Department in Hamburg.

S Place the X-ray generator cabinet in the position shown in the room layout.

S Place the keyboard in the position shown in the room layout.

For detailed information see manual “Installation of OPTIMUS generator”.

S Check cable connectors on all PCBs (Column Controller UB1, Table Controller SZ1).

S Route the cables from the wall connection box of the column to the X-ray generator cabinet.S Route the cables from the bucky table to the X-ray generator cabinet.

Location at generator site

HT cableStator cableExposure release 1 WAX 1Amplimat cable EZX 22 Table

EZX 31 BWS

Tomo release 1 WAX 11Thermo cable EZX 3Earth ConnectionPower suply 230V

3.8.1. Installation of bucky DIAGNOST TSwith tomo and Medio CP/CP-H

For bucky TS with tomo and Medio CP/CP-H, anInterface board SZ3 is needed. The SZ3 board must beordered separately (= option):

Code No.: 4512 590 30351 Medio CPExposure rel.

Bucky TS & Tomo

SZ3 SZ1

see Z1-4--2

X1X2X1

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3.8.2. Programming of APR data

The generator is pre-programmed at factory site.For RGDV programming see 2Z--2.0.If special APR assignements are needed, please, proceed as follows:

S Optimus / Program / Human interface / Predefined assignments

-- without vario focus:AR 46 ENG.TDL = EnglishAR 46 DEU.TDL = GermanAR 46 FRA.TDL = FrenchAR 46 ESP.TDL = Spanish

-- with vario focus for RO 1750:AR 46 V ENG.TDL = EnglishAR 46 V DEU.TDL = GermanAR 46 V FRA.TDL = FrenchAR 46 V ESP.TDL = Spanish

-- and select for Bucky TSRGDV 1 “Bucky GR”RGDV 2 “TOMO BTC” or “TOMO BTS”RGDV 3 “Wall Std GR”RGDV 4 “Free GR”

3.8.3. Programming tube select at control handle

S The tube select signal, e.g. for tube one is selected,is coming from generator as shown in diagram Z1--4with signal RGDV via release decade 1WAX1.

-- Exposure release for RGDV 2 is also coming overthe same 1WAX1 decade.

-- BWS is programmed via 1WAX3 for exposurerelease.

-- Free cassette is programmed via 1WAX4.

S Modification of tube one select for RGDV 3/4:Usually there is no tube select indication whenRGDV 3/4 are selected.If the tube select indication at the control handle isneeded, link X1:5 to X3:5 / X4:5 on 1WA.

In any case the tube 1 select will be present.

X1 X2 X3 X4

1WA

5

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3.9. Installation of tabletop

In rooms with sufficient space on the longitudinal side ofthe table:

S Install the tabletop from the longitudinal side.

S Remove end cover (1) and stoppers from one sideof the tabletop.

S Push the tabletop along the transverse carriage.

Figure 1

Apply extreme care when handlingthe ball bearings.

S Test the easy and smooth movement of thetabletop, if not correct adjust the eccentric bearingbolts.

S Install the stoppers and end cover (1), see figure 1.

3.9.1. Installation of tabletop in small rooms

In rooms without sufficient space on the longitudinalside, the tabletop base unit should be rotated to installthe tabletop.

S Loosen screws (1).

S Remove the locking rings from bolts (2).

S Remove bolts (2).S Rotate the tabletop base unit until the tabletop can

be inserted.

S Remove end cover (1) and stoppers from one sideof the tabletop.

S Insert the tabletop along the transverse carriage.

S Rotate the tabletop unit as required.S Install bolts (2) and secure via locking rings.

S Install the stoppers and end cover (1).

S Fit screws (1).

1

1

2

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3.10. Setting to work

The system is supplied fully prefabricated by the factory.

Before switching on the X-raygenerator:Switch off the auxiliary mainsbreaker for table.

For detailed information see manual installation ofthe OPTIMUS X-ray generator.

S Check the power supply for the table on the PCB SN.

Always remove cassette tray beforeyou open the tabletop. Tilting thetabletop with inserted tray willcause damages to both table andcassette tray.

Tilting the tabletop beyond theupright position can causedamages to the cover of the tablebase.

Figure 1

For access to the table control unit:

S Remove the cassette tray from the bucky.S Move the tabletop to its maximum front position.

S Loosen 2 screws at the rear (1).

S Tilt the tabletop unit as shown in figure 1.

S Secure the tabletop by fixing the lever (2) via thescrew (3).

The table power supply must be 230V, 50Hz or 60Hz.

NoteThere is no programming for 50 or 60Hz. The table canonly operate with 230V (and not with 110V).

1

2

3

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S Follow the setting-to-work procedure described in the manual OPTIMUS X-ray generator XRG 90.

Programming

S Select Registration Devices-- RGDV1

( = registration device of the place for tables 1)

-- RGDV2( = registration device free exposure)

-- RGDV3( = registration device wall stand)

-- RGDV4( = registration device free exposure)

After finishing the described setting-to-work procedure of the OPTIMUS X-ray generator, check the functions belowon the table.

After switching on the auxiliary mains breaker for table

S Check all functions on the table:

-- Green LED on the power pack is on.-- The programmed language.

-- Function of foot-switch assembly.

-- Function of the rocker switches “table up/down”on both sides.

-- Function of end-switch upper position:Motor must stop before mechanical end positionis reached.

-- Function of end-switch lower position:Motor must stop before mechanical end positionis reached.

-- Function of safety switch:Apply about 20 kg of manpower against thetabletop during table down movement.

S Check the strength of upward table movement.S Check whether the range of movement is 270 mm.

S Check the movement of the bucky unit.

S Check the functions of the column:

-- Function of catches in all directions.

-- Function of light on the collimator.

1

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S Check the functions of the bucky unit:-- bucky exposure delay

S Check delay time of grid release with test exposuretime = 4 ... 6 msec.

There must not be visible any grid line.

Note:The X-ray tube has been adjusted at factory site.Do not ADAPT the X-ray tube.

In case the generator was not powered on during alonger period -- e.g. more than 2 months --, werecommend to recondition the X-ray tube. SeeOPTIMUS manual, section Installation, 10.1 Tubeconditioning.

S Check coincidence of X-ray beam and light.-- Make a test exposure.

S Check alignment of the stand.

S Check alignment of the bucky wall stand.

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3.11. Adjustment procedure for tomo

3.11.1. Adjustment of the table level

S Check whether the table-top is precisely levelled.

S Turn on light and laser beam.

S Adjust laser beam levelling:

-- Raise the table to a position somewhat belowmaximum level. The distance from the laser beamto front and to rear frame of the table-top must beequal, i.e. the laser beam must be plane-parallel tothe table-top.

-- If not, turn laser diode slightly with adjusting screw(1).

S Raise table-top precisely to laser beam levelaccording to figure 1. Table-top position must beslightly below the maximum level that can bereached. If not, adjust laser diode height (2).

If not correct:

S Open and secure the table-top. Set the upper lift limitSNV--S7 switch so that the center of the pivot pointmeets the 0-level of table-top.

3.11.2. Correction for tomo layer height = fineadjustment under X-ray condition

If a tomo test exposer (with a test phantom) deviatesfrom the tomo height, the correction can be done asfollows:

Solution 1 -- valid for table serial No. =500

If the 0mm layer height = the top of table-top differencesto the 0 point of the coupling element. The correctioncanbe done on the axis in both directions.

Solution 2 -- valid for table serial No. =499

Correct the tomo layer height = 0 mm via the table heightSNVS7 switch = table height for the most upper tableposition. After the SNVS7 correction follow up withsection 2.13.2 Adjustment of tomo layer height.

Figure 1

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3.11.3. Adjustment of tomo layer height indication

S Set the service switch (1) on the column control boardto service. The following message will appear on thecontrol panel display:

Service mode

Diagnosis: 0

S Press the <TOMO> key on the control panel (1).This will start the calibration menu. Now follow theinstructions on the display:

Service modeMove to h=0

S Raise the table-top up to laser beam level(corresponding to the minimum objective planelevel 0mm).

S Press the <Test> key on the control panel (2). Theposition is now stored in the PLC and the displayshows:

Service mode

Move to h=200

S Lower the table-top to 200 mm, use scale meter(corresponding to the maximum objective planelevel 200 mm).

S Press the <Test> key on the control panel (2). Theposition is now stored in the PLC and the displayshows:

Service modeDiagnosis: 0

You can always quit the calibrationmenu without saving the values bypressing the <TOMO> key again.

1

Figure 2

T

T

2

1

34

Figure 3

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S Leave the service switch on the column control boardin position service to enter the display language.

3.11.4. Setting the display language

S The service switch should be in mode service.

Service modeDiagnosis: 0

S Press the <Tomo angle> key on the control panel (3).The following message will appear on the controlpanel display:

Service mode /V _._Language: english

( V_._ means Softfware--version )

S Press the <Tomo time> key (4) to select anotherlaguage. Repeat until the message appears in thedesired language.

S Press the <Tomo angle> key on the control panel (3)again to quit the menu.

S Set the service switch on the column control boardback to operation.

T

T

2

1

34

Figure 4

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3.11.5. Adjustment of the tomo axis

S Prerequisite: Alignment of standard equipment hasbeen completed.

S Select tomo on control handle.

S Move column, table-top and bucky tray to the centerposition (the center position is reached if the 4LED-indicators on the control handle are lit).

S Move transverse arm to normal position.

S Insert the coupling bar into central and lower swivels(1, 2).

S Fit the coupling bar to the column (3). The locking bolt(4) will be pushed upwards (which will unlock theß-movement axis of the transverse arm).

1. Check that the tomo bar activates the tomo sensorswitch UB S15 when inserted.

2. Adjustment of ball bearing to tomo bar:Ball bearings must be engaged in direct contact tothe tomo coupling bar. So no mechanical clearanceis visible.

2

3

1

4

B

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S Bucky device, light beam localiser and coupling barmust be aligned in a vertical plane.

S If necessary, align the system by adjusting centralswivel (1), lower swivel (2) and position control bar.

3.11.6. Alignment for center line= center of bucky

If the center line 3 is not in center of bucky proceed asfollows.

S The tomo coupling bar is y centered vertical (4).

S Open screws (5) on tomo coupling bar androtate/twist the tube support arm.

S The center line will still be in center of bucky tray (asshown in pos. 3).

3.11.7. Checking drive and position controlswitches

For parameter setting and control please refer to theoperating manual.

Procedure:S Move the column carefully from its center position

towards the left and right end positions and check thefollowing items:

-- the magnetic switch does not touch the positioncams.

-- the micro switches S17/S20 are not damaged orsheared off when passing a cam.

-- the magnetic switch is triggered at each angleposition cam and the end position cams. This canbe checked by observing the red LED on themagnetic switch B1.

2

3

1

5

UBS17

S20

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S Test the safety limit switches: Move the columnmanually to the left and right limit switch positions.The limit switch must be triggered (I/O--LED 35 ontomo controller (PLC) lits) and the system beswitched off.

S Initiate a tomo test cycle on the control panel:Select <Tomo> mode with 40°/4s. Press the <Test>key until the cycle is completed and check thefollowing items:

-- the column moves first to the left (1).

-- the column moves at constant speed and withoutjerks (otherwise check: cable routing, railalignment, dirt on rail surface, spring pressure,driving axle).

-- the eccentric disk operates correctly (otherwisecheck coupling motor (M 3) and position switch UBS16 or both springs are ”fixed too tight”.Therefore, check the distance from screw head tothe nut as shown in the figure. The distance asshown must be 15 ± 0.5mm.

-- the driving wheels grip firmly (otherwise increasespring pressure).

-- the column reverses automatically at the endposition on each side.

-- the bucky device moves smoothly and withoutjerks (otherwise check alignment of the couplingbar).

-- the position control switches (magnetic switch andmicroswitches) operate correctly, see first step.

-- the position of the coupling bar is vertical aftercompletion of a cycle.

-- the distance between control switch B1 and tomoposition cams should be 1mm.

-- If the sequence is aborted, check the function ofthe position control switches (see first step).

-- If the sequence is aborted due to timeout (errorcode 30, see Chapter ”trouble shooting”), increasethe motor supply voltage by switching to the nexthigher transformer tap (see schematic diagramZ1--2).

S Repeat the tomo test cycle with 40°, 20° and 8°sweeps, with high and low speed settings. Again,check whether any anomalities occur during the test.

1

S16

15 ± 0,5mm

M2

M3

Pivot point

Coupling motor

Tomo motor

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3.12. Tomo adjustment under exposureconditions (tomo only)

3.12.1. Measurement of X-ray zone

Two exposures are to be taken on the same film.

First exposure = BuckyS Set the parameters for exposure 1 (without tomo):

-- Small focus

-- SID = tomo SID

-- X-ray area = 200 mm x 200 mm-- Exposure values = 40 kV / 6.3 mAs

Second exposure = Tomo

S Set the parameters for exposure 2 (with tomo):-- Small focus

-- SID = tomo SID

-- X-ray area = 150 mm x 200 mm

-- Tomo height = 130mm-- Exposure values = 40° / 50 kV / 12.5 mA

-- Tomo time = 2 s

S Take the exposure in tomo mode (tomo on) anddetermine the following values:

-- a = _____mm

-- b = _____mm

S Check it these values meet the following conditions:

-- ∆ a, b = ≤ 10 mm

-- Σ a, b = ≤ 80 mm

S If the above conditions are not fulfilled, check whetherthe free movement of the α--drive and bucky moduleis impaired.

S If under-voltage is indicated on the generator controlboard, the motor will supply voltage by switching tothe next higher transformer tap (see schematicdiagram Z1--2).

a b1

2

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3.12.2. Symmetry of tomo axis

S Position the lead plate - 100mm above the X-Raycassette.

The X-ray cassette ist positioned on the table-top.

S Collimate the X-ray field (1) as far as the ”hole” will beexposed during the whole tomo sweep.

S Take an exposure in center position (bucky mode) =70 kV / 10 mAs

S Take an exposure in tomo mode. 70 kV 2 sec 5 mA40° .

The result should look like as shown in the figure:

-- c ≈ d, i.e. the generator should switch off shortlybefore the system.

-- No undervoltage indication should appear on thegenerator.

S Check whether these values meet the followingconditions:

-- |c|--|d| < 5mm.

S If the result is not symmetrical,proceed as follows:-- In case of overvoltage lower the tomo speed by

selecting a higher resistance with jumpers onboard SZ2 = fine adjustment, i.e. reduce the supplyvoltage of the drive or reduce the voltage attransformer T2 side for slow speed = coarse adj.17.5V / 15.5V / 13.5V ore available. For high speedprogr. 31V / 33V or 37V.

-- In case of unsymmetry (c < d) increase the tomospeed by selecting a lower resistance with jumperson board SZ2., i.e raise the supply voltage of thedrive

¯1

X-ray cassette

100mm

∅

Lead plate

Table top

dc

3 4

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S Programming of symmetriy (please fill out the table)-- The following programming is selected:

U OnT2

R = OON SZ2

value for c and d in mm:

High speed 37V O

33V O

31V O

................ O

c = .....................mm

d =.......................mm

Low speed 17.5V O

15.5V O

13.5V O

................ O

c = .....................mm

d =.......................mm

Remarks: ⇒ = coarse adj. = fine adj. tested with 40° 4 sec and40° 2 sec

S If necessary, readjust the tomo axis (see Section3.13.4 Adjusting the tomo axis).

S Repeat the above test.

3.12.3. Tomography resolution test

S Take an exposure with the TOMO test phantom withfollowing parameter:

TOMO angle TOMO time TOMO height Actual valueResolution lp/mm

40° 4 sec 50 mm40° 2 sec 50 mm40° 4 sec 100 mm40° 2 sec 100 mm

-- Minimum resolution = 2.32 lp/mm with smallfocus.

+/-- 5 mm

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3.12.4. Tomo layer height

(Use TOMO test phantom)

S Take the following test exposures with inclined buckytray.

Tomo angle Tomo time TOMO layer height --default= nominal value

Measured TOMOlayer height= actual value

Deviation(+/-- 3mm max.) =nom.--actual value

40° 4 seconds 45 mm mm mm



If the deviation is more than +/-- 3mm, please repeatethe table calibration procedure as follows:

1) Raise the table hight to theeffective (phantom measured)zero-level. In the display you willsee the amont of the deviation.

2) Follow the instruction part 3.13.2Calibration of the level sensor.Note that your table stays on levelzero, do not move the table to zeroas requested in the displayinstruction.

3) Adjust the laser beam.

3.13. Final work

S Install all rail covers.

S Connect the earth wiring to all covers.S Install all column covers.

S Close the X-ray generator cabinet.

S Clean all covers with a mild cleaner e.g. soapsuds.

S Check the labelling (See drawing Z--3).

11

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3.14. Acceptance test

See national regulations as e.g. Röv / DOD / VA

3.15. Handing over to customer

The modified system is handed over

on ( date) ...................

to ( customer) ................................................

by (system engineer) ................................................

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3.16. Installation for tomo bar parking frame

Tomo bar

Wall mounting

65 cm ± 2 cm

10 cm ± 2 cm

Floor

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2Z--2.0

OPTIMUS R. 2.x / 3.x

A4

00--12--04

Re

bdts_2z2_0_010

RGDV programming

E1999 Philips Medical Systems

ALL RIGHTS RESERVED

(01.0)OPTIMUS CDOPTIMUS Rbucky DIAGNOST TS

-Nam

e:

- DataSetA:

Desk:

RGDV1

RGDV2

RGDV3

RGDV4

RGDV5

RGDV6

RGDV7

RGDV8

--Room:

11

11

--Tube:

11

11

--Release

circuitnum

ber:

11

31

--Enablehandsw

itchatgeneratordesk:

yes

yes

yes

yes

--Syncm

asterpresent:

yes

yes

yes

no--Exposuresw

itchtype:

doublestep

doublestep

doublestep

doublestep

--Bucky

formatdensity

correction:

00

00

--Conedensity

correction:

00

00

--Dosemeasurementinput:

EZX21

none

EZX31

none

--Dosemeasurementsensor:

--Tomomovem

ent(Nobreakafterexposureend):

noyes

nono

--Release

delay:

enable

enable

enable

enable

--Mounted

radiographicalcontroller:

none

none

none

none

--Release

circuitadaptionunit:

1WA

1WA

1WA

none

--Mounted

tomoextension:

none

1WA

none

none

--MediumIIformatkV

correction(doseequiv.steps):

00

00

--MediumIIformatdensity

correction(6%steps):

00

00

--MediumIIformatmAscorrection(6%steps):

00

00

--SmallIIformatkV

correction(doseequiv.steps):

00

00

--SmallIIformatdensity

correction(6%steps):

00

00

--SmallIIformatmAscorrection(6%steps):

00

00

DataSetB:

--Usedfortomo:

nono

nono

--Disabletim

eoverride:

nono

nono

--Tube

powerfactor:

100

100

100

100

--kV

steps:

dose

equivalent

dose

equivalent

dose

equivalent

dose

equivalent

--mAssteps:

25%

25%

25%

25%

--mAsteps:

25%

25%

25%

25%

--tim

esteps:

25%

25%

25%

25%

--Densitysteps:

12%

12%

12%

12%

--Densitycorrection(6%steps):

00

00

--Underexposuredisplay:

yes

yes

yes

yes

--Tube

overload

protection:

onon

onon

Bucky/S

copo1W

B/D

ecadeBucky1(W

BX11):

Bucky/Tomo1W

A:DecadeBucky1/2

WAX11

WAX12

Bucky/Tomo1W

A\Tomotime[s]:

Tomomodesw

itch

enable

Tomotim

e1:

Tomotim

e5:

RGDV1[]RGDV2[]RGDV3[]

RGDV4[]

Bucky

RGDV--sw

itchrelated

RGDV1

Tomotim

e2:

Tomotim

e6:

Bucky

RGDV:

RGDV4[]

RGDV5[]RGDV6[]RGDV7[]

Bucky

RGDV

NONE

Tomotim

e3:

Tomotim

e7:

ucy

GRGDV5[]RGDV6[]RGDV7[]

RGDV8[]

Bucky

RGDV

NONE

Tomotim

e4:

Tomotim

e8:

RGDV8[]

TomoRGDV--sw

itchrelated

RGDV2

Timesetting

forinputatW

AX21:1......8

ForWBX11

:9--10

(ready)und1--2(formatsize

correction

contact)

Tomomodesw

itch:X

11:3SL_XG_TO/B

ucky

RGDV:X

11:1Format+:10Bucky

ready/Tom

oRGDV:X

11:1Format+:5Tomoready

switchrelatedX11:3---->

Bucky

--Tomoremotesw

itchoverRGDVs

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Labellingbucky DIAGNOST TSA1

/A3

03-0

2-24

Sch

r.

4512 983 06151 C Philips Medical Systems

(b/03.0) 2Z-10

LASER RADIAT IONDO NOT STARE INT O BEAM

MAX. OUTPUT < 1 mWEMITTED WAVELENGTH 650 nmFDA CLASS II LASER PRODUCT

C A U T I O NLASER RADIATION

DO NOT STARE INT O BEAMCLASS 2 LASER PRODUCT

IEC 825-1: 1993MAX. OUTPUT < 1mW

EMITTED WAVELENGTH 650 nm

LASER RADIAT IONDO NOT STARE INTO BEAMCLASS 2 LASER PRODUCT

IEC 825-1: 1993MAX. OUTPUT < 1mW

EMITTED WAVELENGTH 650 nm

2 3

4a 4b

6d

6c7

9

10

8b, 9, 20

11

5

4a or 4b

4

9, 7, 6c or d

Remove cassette tray andmove tabletop i n the f ront posi tion before tilting the table

11

10

K

B

16; 17 (a, b, c, d or e)

18 19

1

15

14

14

1819

or

12a

12b

12a or b

13a 13b

13a or b5 Kg

or

2 or 3

115

P H I LI P S

type 9848 600 0264.s/n yy.00.nnnTS Family PEI

230V 50/60Hz 5A

PHILIPS

Class I - TYPE BIEC 60601-1

5

PH I LI PS

type 4512 201 0094.s/n yy.00.nnntube stand fixed arm

PHILIPS

8b

8a

Phil ips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Hamburg/Germany

X-RAY TUBE HOUSING ASSEMBLY SRO 33100 ROT 350type 9874 005 16122 150kVs/n xxxxx-xxxxxx

X-RAY TUBE SRO 33100type 9874 206 70102 0,6 IEC 336s/n xxxxxx 1,2 IEC 336

PERMANENT FILTRATION MANUFACTURED 2,5 AL / 75







MANUFACTUREDPERMANENT FILTRATION2,5 AL / 75

X-RAY TUBE HOUSING ASSEMBLY RO 1750 ROT 350type 9890 000 85281 s/n xxxxx-xxxxxx

X-RAY TUBE RO 1750type 9800 000 85271s/n xxxxxx

0,6 IEC 3361,2 IEC 336

150 kV

MANUFACTUREDPERMANENT FILTRATION2,5 AL / 75

X-RAY TUBE HOUSING ASSEMBLY RO 1648 ROT 350type 9890 000 85301 s/n xxxxx-xxxxxx

X-RAY TUBE RO 1648type 9800 000 85291s/n xxxxxx

0,7 IEC 3361,5 IEC 336

150 kV17a

17b

17c

17d

17e

Philips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Ha mburg/Germany

Philips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Hamburg/Germany

type 4512 201 0103.s/n yy.00.nnnbucky device left

type 4512 131 17424casset te tray left

type 9848 600 0209.s/n yy.00.nnn

This product complies with the DHHSrequirements of 21 CFR Sub-Chapter JManufactured: month yyyy

USC®

0,3 Al / 75

v ia Schiapparelli 27 / 33200035 Liss one (M i) Italy

type 9848 600 0017.s/n yy.00.nnnManufactured: month yyyy

USC®

0,3 Al / 75

v ia Schiapparelli 27 / 33200035 Lissone (Mi) Italy

P H ILI P S

type 9848 600 0006.s/n yy.00.nnnbucky table fi x

PHILIPS

PH I LI PS

type 9848 600 0023.s/n yy.00.nnntube stand

PHILIPS




P HILI P S

type 9848 600 0008.s/n yy.00.nnnTOMO Equipment

PHILIPS


This product complies withthe DHHS requirements of21 CFR Sub-Chapter JManufactured: month yyyy

Phil ips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Hamburg/Germany

type 9848 600 0208.s/n yy.00.nnncontrol grip tomo/laser TS

type 9848 600 0207.s/n yy.00.nnncontrol grip laser TS

Philips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Hamburg/GermanyThis product complies wi ththe DHHS requirements of21 CFR Sub-Chapter JManufactured: month yyyy

This product complies wi ththe DHHS requirements of21 CFR Sub-Chapter JManufactured: month yyyy

FP-64/2LF-Ö60-F450-K200-STs/n_ _ _ _ _ _ . _

PHILIPS

USC®

Philips Medical SystemsDMC GmbHRöntgenstr . 24D-22335 Hamburg/Germany

24V 350mA

~

0123

0051 0051

16Philips Medical SystemsDMC GmbHRöntgenstraße 24D-22335 Hamburg/Germany

® LR37323

C US

type 9890 010 8137.s/n yy.00.nnntabletop 2m

PHILIPSPhilips Medical SystemsDMC GmbHRöntgenstraß 24D-22335 Hamburg / GermanyThis product complies withthe DHHS requirements of21 CFR Sub-Chapter JManufactured: month yyyy

type 9890 010 0219.s/n yy.00.nnntabletop

PHILIPSPhilips Medical SystemsDMC GmbHRöntgenstraß 24D-22335 Hamburg / GermanyThis product complies withthe DHHS requirements of21 CFR Sub-Chapter JManufactured: month yyyy

LASER RADIAT IONDO NOT STARE INT O BEAM

MAX. OUTPUT < 1 mWEMITTED WAVELENGTH 650 nmFDA CLASS II LASER PRODUCT

C A U T I O N8a

P H ILI P S

P H ILI P S

type 9848 600 0007.s/n yy.00.nnnbucky table elevation

PHILIPS

Made in GermanyPHILIPSPHILIPS

PH I LI PS

PH I LI PS

STREU STRAH LEN RASTERGRILL E AN TI OFFUS ANTE

Lp/cm

fo(cm)

ratio

X-R AY GR ID

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bucky DIAGNOST TS FAULFINDING


ALL RIGHTS RESERVEDbdts_3_990_inh

3--0.1

FAULTFINDING

TEXT

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

1. Trouble shooting 3--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.1. Safety regulations 3--1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.2. Software and PLC faults 3--2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.3. Hardware and tomographic image problems 3--5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4. Specific instructions for fault elimination 3--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4.1. EPROM replacement 3--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4.2. Setting EPROM configuration jumper 3--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.4.3. Test exposure with inclined bucky tray 3--6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5. PLC input / output allocation 3--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5.1. Digital inputs 3--7. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.5.2. Digital outputs 3--8. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6. Indicator LED’s on table control board 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.1. Standard version 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.1.1. Signal exchange between generator and table control 3--9. . . . . . . . . . . . . . . . . . . . . .1.6.1.2. Power supply 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.2. Additional LED’s for Tomo version 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.2.1. Signals from PLC to table control 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.2.2. Signals from table control to PLC and generator 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . .1.6.2.3. Power supply 3--9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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bucky DIAGNOST TS FAULTFINDING



1. Trouble shooting

1.1. Safety regulations

Only technically qualified personnel who have received the appropriate instruction and training for radiographyequipment in medical applications and for the bucky Diagnost TS in particular are allowed to install, maintain andservice this equipment.

It is presumed that all personnel involved with trouble shooting are familiar with fault finding and repair of standardradiography equipment. Therefore only topics related to the process controller (PLC) and tomo specific problemsare treated in this chapter.

Furthermore, all personnel involved must be instructed on safety precautions with respect to radiography and therelated high voltage devices as well as to all other electric low voltage equipment. All relevant standards andregulations must be complied with.

The local service organisation is responsible for the safety and training of personnel and prevention of materialdamage.

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bucky DIAGNOST TSFAULTFINDING



1.2. Software and PLC faults

s In order to display software error messages, set the service switch on the column control board to service. Thefollowing message indicating an error code will appear on the control panel display:

Service modeDiagnosis: nn

s Follow the relevant suggestions in the table below to eliminate the disturbance.

s Clear error message by pressing . If the system is o.k., he following message will appear:Service modeDiagnosis: 0

s Contact the Help--Desk of your local service organization if the fault cannot be corrected.

Code Fault description Possible cause Suggested remedy Notes

-- Display not active -- RS232 serial link tocontrol panel dis-turbed

Check cable and plugs

-- LED ”supply” (yellow) not on Power supply missing 1. Check if power supply is on2. Check supply cable and

connection

-- LED ”Run” (yellow) not on -- Application programnot loaded

-- EPROM missing

1. Check EPROM2. Download application

program

3. see error code 104

0 no error message

SZ1 X1

X2

X3

X11

VA2X2

E1WA

X1

X11

SPStomo controller

bucky

UE2X30

coupling

M1 M2

tomomotor

tomo

UB1

Table controllerControlhandle

B1

40° 20° 8° 8° 20° 40°

SZ1

X1

X2 E1WA

X1

X11

Tablecontroller

Tomo mode

Tomo ready

Format contact

bucky ready

PO_26V_RE

GND

XG_RD_EX

12345678910

12345678910

RQ_XG_EX

RQ_XG_PR

RG_DV_1

1

1

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Code NotesSuggested remedyPossible causeFault description

1 Communication timeout: noanswer from PIC--proces-sors on table controller (de-centralized I/O)

-- Cable to table con-trol not correctlyconnnected

-- Interface module onPLC defective

-- RS485 bus nor cor-rectly connected

-- Jumpers on RS485interface board notset correctly

-- PIC--processors orinterface module de-fective

-- EPROM defective

1. Check cable and plugs2. Check position of jumpers

on RS485 interface board(must be set to CLOSED,see wiring diagram Z2--6)

3. PLC--reset:

s Turn PLC off

s Disconnect power supplycable of PLC (on thebottom, to the left of the 3LED)

s Switch PLC on

s Wait a few seconds

s Reconnect the powersupply cable

4. Check the hardware andreplace if necessary

2 Incorrect answer from PIC--processors on table control-ler

see code 1 see code 1

30 Tomo sequence timeout (se-quence time limit exceeded)

-- Tomo motor blocked-- Tomo motor is not or

deficiently engaged

-- Speed too low

-- Motor supply voltagetoo low

-- Angle and limit posi-tion control switchdisturbed

-- Center positionswitch disturbed

1. Check tomo drive (motor,driving wheel, eccentricdisk, see Section 4.12.4”Checking drive andposition control switches”)

2. Check motor supplyvoltage:voltager range: ....... If toolow, change tap of supplytransformer

3. 1. Check alignment ofposition control switches(see Section 4.12.4”Checking drive andposition control switches”)

31 Column did not stop in thecenter position after comple-tion of a tomo cycle, i.e. col-umn overran the center posi-tion

-- After running toohigh

-- Center positionswitch disturbed

1. Check function of columnbrake

2. Check center positionswitch (incl. Cable andconnections)and center position cam.

3. Check column stop control

100 PLC system RAM test failure -- PLC hardware fault 1. Replace PLC

101 PLC RAM test failure -- PLC hardware fault 1. Replace PLC

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Code NotesSuggested remedyPossible causeFault description

104 PLC Program EPROM testfailure

-- EPROM defective-- EPROM not cor-

rectly installed

-- PLC configuration in-correct

1. Replace EPROM2. Check EPROM position

(see Section EPROMreplacement)

3. Check EPROMconfiguration (see SectionSetting EPROMconfiguration jumper)

120 PLC serial interface test fail-ure

-- Interface module de-fective

-- PLC hardware fault

1. Replace interface modulein PLC

2. Replace PLC

140 PLC system EPROM testfailure

-- PLC hardware fault 1. Replace PLC

252 Error flag is set -- Error in PLC applica-tion program

1. Check program release(must match PLC versionand generator type)

2. Replace EPROM

253 Index register overflow -- Error in PLC applica-tion program

1. Replace EPROM

254 Program timeout -- Error in PLC applica-tion program

-- PLC defective

1. Replace EPROM2. Replace PLC

255 Software watchdog error orpower supply error

-- Error in PLC applica-tion program

-- PLC defective

1. Replace EPROM2. Replace PLC

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1.3. Hardware and tomographic image problems

Fault description Possible cause Suggested remedy Notes

Tomo sequence aborted -- Tomo speed too low-- see error code 30 in

Section Software andPLC faults

1. See error code 30 in SectionSoftware and PLC faults

Underexposure (indication ongenerator control desk)

Tomo speed too high 1. Check supply voltage andchange transformer tap, ifnecessary

Mains voltage too high 1. Install transductor or voltagestabilizer (contact serviceorganization to order)

Objective plane level not correct -- Calibration maladjust-ment

-- Laser misalignment

1. Check laser alignment (seeSection Adjusting table level)

2. Calibrate level sensor (seeSection Calibrating levelsensor)

3. Check level indicatorpotentiometer in table base:pinion axle must be rectangularto toothed belt

4. Replace level indicatorpotentiometer

Resolution too low with large ob-jective plane levels

-- Coupling bar has toomuch play

-- Uneven motion ofcoupling bar

-- Uneven motion ofbucky device

1. Check coupling bar(movement, fixations, swivels;see Section Adjusting the tomoaxis)

2. Check bucky device:

-- bearings

-- twisted rails

-- dirt on rails-- collision with cables

Generally low resolution, evenwith low objective plane levels

In addition to thepossibil-ities above:-- Column movement

not properly alignedwith bucky device

-- Column jerks

-- Column drive notproperly adjusted

-- Transverse arm yaws(spring pressure forb-axis lock too low)

-- Exposure time toolow or too high

1. Make test exposure withinclined bucky tray (seeSection Test exposure withinclined bucky tray) andevaluate result

2. Make test exposure withgrating evaluate result

3. Check tomo drive (motor,driving wheel, eccentric disk,see Section Checking driveand position control switches)

4. Increase spring pressure forβ-axis lock

5. Check speed adjustment(exposure time coordinationwith generator)

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1.4. Specific instructions for fault elimination

1.4.1. EPROM replacement

s Switch off PLC power supply.

s Wait 1 minute, then remove the cover.

Protection against static electricity:an earth strap must be connected betweenthe wrist and the base of the column beforethe EPROM is removed. The EPROMcould otherwise be destroyed by staticelectricity.

s Replace EPROM, pins 1 and 2 of the socket(see Figure) must be left unused.

s Replace cover and switch power on.

1.4.2. Setting EPROM configuration jumper

s Switch off PLC power supply.

s Wait 1 minute, then remove the cover.

s Set jumper J1 to ”E”.

s Replace cover and switch power on.

1.4.3. Test exposure with inclined bucky tray

s Place bucky tray on table--top as shown in the figure.

s Adjust collimator aperture according to the figure.

s Make test exposures in tomo mode and interpret theresults.

70 Collimator aper

1 mm

max.

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1.5. PLC input / output allocation

1.5.1. Digital inputs

Signification when LED ON

Operation mode Service mode

EA--0

¡ 0 Tomo on Calibration

¡ 1 Tomo test Confirmation of language/level

¡ 2 Set tomo angle Language select

¡ 3 Set tomo time Error reset

¡ 4 Raise table top Raise table top

¡ 5 Lower table top Lower table top

¡ 6 Light beam localiser ON

¡ 7 FFA ok

Operation mode / Service mode

EA--16

¡ 16 x-axis center lock (transverse arm extension)

¡ 17 y-axis center lock (column movement)

¡ 18 Service switch ON

¡ 19 spare

¡ 20 spare

¡ 21 spare

¡ 22 spare

¡ 23 spare

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1.5.2. Digital outputs

Signification when LED ON

Tomo mode Standard mode

EA--32

¡ 32 Radiation ON command 1 (redundant) (permanently on)

¡ 33 Radiation ON command 2 (redundant) (permanently on)

¡ 34 Unlock β--movement axis

¡ 35 Activate brake y-axis (column movement)

¡ 36 Release brake y-axis (column movement)

¡ 37 Disable center position locks

¡ 38 spare

¡ 39 spare

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1.6. Indicator LED’s on table control board

1.6.1. Standard version

1.6.1.1. Signal exchange between generator and table control

H12 (yellow) Signal XG_RD_EX (Exposure) from generator (LED on = signal low)

H15 (yellow) Signal RG_DV (device active) from generator (LED on = signal low)

H16 (red) Signal RQ_XG_EX (Radiation on) to generator (LED on = signal low)

1.6.1.2. Power supply

H17 (green) Supply electronics 24VDC

H18 (green) Supply light beam localiser 24VAC

H20 (green) Supply motors 24VDC

1.6.2. Additional LED’s for Tomo version

1.6.2.1. Signals from PLC to table control

H1 (green) Speed: low motor speed

H2 (green) Dir: motor direction reverse

H3 (green) On1: motor1 on

H4 (green) On2: motor2 on

H5 (green) Laser: objective plane indication on

H6 (green) Bucky_contr: release bucky brake

H7 (green) Bucky_start: trigger bucky device

H8 (green) Tomo_ready: tomo start position reached

H9 (green) Tomo_mode: tomo mode active

H10 (green) Watchdog

1.6.2.2. Signals from table control to PLC and generator

H11 (yellow) Signal RQ_XG_PR (Preparation) from generator

H12 (yellow) Signal XG_RD_EX (Exposure) from generator

H13 (yellow) Coupling bar: coupling bar inserted to PLC

H15 (yellow) Signal RG_DV (device active) from generator

H16 (red) Signal RQ_XG_EX (Radiation on) to generator

1.6.2.3. Power supply

H17 (green) Supply electronics 24VDC

H18 (green) Supply light beam localiser 24VAC



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bucky DIAGNOST TS

bucky DIAGNOST TS (99.0) Z0--1 1999 Philips Medical Systems

ALL RIGHTS RESERVEDbdts_z01_990

Drawings

Block diagram standard version Z1--1

Block diagram tomo version Z1--1.1

Power supply standard version Z1--2

Power supply tomo version Z1--2.1

Table control standard version Z1--3

Table control tomo version Z1--3.1

Bucky control standard version Z1--4Bucky control tomo version Z1--4.1

Exposure Interface SZ3 Z1--4.2

Stand control standard version Z1--5

Stand control tomo version Z1--5.1

Bucky DIAGNOST VE with bucky unit non sensing Z1--6.1

Stand control tomo version Z1--7.1

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bucky DIAGNOST TSStandard version

Block diagramA3

00-

02-2

3 O

st.

bucky DIAGNOST TS C Philips Medical Systems

(99.0) Z1-1

See table control

See table control

ST

H.V. cable

temperature switch

EGH.V. cable


RS

232

PGU

EA0

X30

EA16/32X5XP1

RS 485

X21

X41

X23

X5

X10

X4

X7

X22X20 X31

X22X31 X24

X37

X38

X1X32

X36

X35

X40

X11

X8

X3

X1

X2

X6

X9

X5

X4

X1

X2

X4

X11WAX3

EZX31

SX..EZX21

X21WAX11

EZX3

EX1100

ENX2100

1WAX1

X16

X1

M

SNV

tomo driveUB

UELCD display

PLC

SA

SA

VA

PH

LA

SNSZ1

SC

UB1

UB

SNV

UF

UEXA

PLCtomo control

see Z1-7

see Z1-7

tomo height

table height

UB1stand control stand control

brakes

UBcenteredUB1

brakes

brakes

UF

UE2control handle

centered

brakes

UE

light

UE1

see OPTIMUS manual

stand bucky DIAGNOST TS

see Z1-2

table bucky DIAGNOST TS

PHamplimat chamber

VAbucky module

SNV

brakes

centered

SA

SCfootswitch

table heightand

SA

brakes

table height

power supplySN

bucky moduleVA

amplimat chamberPH

bucky DIAGNOST VEVP

wall connection box

amplimatchamber 2

release 2

amplimatchamber 1

bucky 1

formatcontacts

release 1

XA tube assembly

E generator

mains230V~

Laser (option)

LA manual collimator

field

table controlSZ1

X49

X32

X1

Upgrade kit Center Laser

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bucky DIAGNOST TStomo version

Block diagramA3

00-

02-2

3 O

st.


(99.0) Z1-1.1

H.V. cable

temperature switch

EG H.V. cable


PGU

EA0

X30

EA16/32X5XP1

RS 485

X21

X41

X23

X5

X10

X4

X7

X22X20 X31

X22X31 X24

X37

X38

X1

X1

X49

X32

X36

X35

X40

X11

X8

X3

X1

X2

X6

X9

X4

X1

X2

X4

X11WAX3

EZX31

SX..EZX21

X21WAX11

EZX3

EX1100

ENX2100

1WAX1

X16

X1

M

SNV

tomo driveUB

UELCD display

PLC

SA

SA

VA

PH

LA

SNSZ1

SC

UB1

UB

SNV

UF

UEXA

PLCtomo control

see Z1-7

see Z1-7

tomo height

table height

UB1stand control stand control

brakes

UBcenteredUB1

brakes

brakes

UF

UE2control handle

centered

brakes

UE

light

UE1

see OPTIMUS manual

stand bucky DIAGNOST TS

see Z1-2

table bucky DIAGNOST TS

PHamplimat chamber

VAbucky module

SNV

brakes

centered

SA

table heightand

SA

brakes

table height

power supplySN

bucky moduleVA

amplimat chamberPH

bucky DIAGNOST VEVP

wall connection box

amplimatchamber 2

release 2

amplimatchamber 1

bucky 1

formatcontacts

release 1

XA tube assembly

E generator

mains230V~

Laser (option)

LA hand collimator

field

table controlSZ1

footswitchSC

X5

tomo speedcontrol

SZ21/2

MEDIO CPrelease adapter (option)

SZ3

X1 X2


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Power supplyA3

99-1

1-23

Ost

.

bucky DIAGNOST TSC Philips Medical Systems

(99.0) Z1-2

1.6A slow

F14

H.V. cable

temperature switch

EG H.V. cable


26VAC

28VAC

0VAC

230VAC

230VAC

0VAC

4A slow

X16:3

X16:4

X16:1.1

X16:2.1

EZX3

EX1100

X32:4

X32:3

X31:04

X31:07

X22:04

X22:07

X31:01

X31:12

X22:01

X22:12

+24V

30VAC

0VAC

24VAC

0VAC

X20:06

X20:08

+24VX20:01

X20:12

6.3A slow

6.3A slow

ENX2100:L1

ENX2100:N

5A slow

5A slow

X11:12

X8:5

X11:01

X8:4

X8:6

X8:8

L1.1 X11:06

X11:08

X8:2

X8:3

L1

N.1N

X16:1

X16:2

1L1

5N

24VAC

0VDC

5VDC

0VAC

+24V

24VAC

0VAC

X49:2

X49:1

X1:3

X1:4

Factory adjusted

F6

H17

H18

H20

XA tube assembly

E generator UE control handleUB stand controltable controlSZ

F2

F5

F12

F11

24VDC/5A

T1Z1

mainsfilter

mains230V~

switchingpower supply

G1

LAmanual collimator

SN power supply

X1:1

X1:2

centerlaser(optional)

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bucky DIAGNOST TStomo versionPower supplyA

399

-11-

23O

st.


(99.0) Z1-2-1

0VDC

5VDC

X49:2

X49:1

X1:2

X1:1

F146.3A slow

H.V. cable

temperature switch

EG H.V. cable


+24VDC

GND

15.5VAC

13.5VAC

0VAC0VAC

X8:8

6.3A slow

34VAC

31VAC

26VAC

28VAC

0VAC

230VAC

230VAC

0VAC

4A slow

X16:3

X16:4

X16:1.1

X16:2.1

EZX3

EX1100

X32:4

X32:3

X31:04

X31:07

X22:04

X22:07

X31:01

X31:12

X22:01

X22:12

+24V

30VAC

0VAC

37VAC

17.5VAC

X20:06

X20:08

+24VX20:01

X20:12

6.3A slow

6.3A slow

ENX2100:L1

ENX2100:N

5A slow

5A slow

X11:12

X8:5

X11:01

X8:4

X8:6

X8:7

L1.1 X11:06

X11:08

X8:2

X8:3

L1

N.1N

X16:1

X16:2

1L1

5N

24VAC

0VAC

+24V

31VAC

15.5VAC

X1:3

X1:4

PLC tomo control

H19

F1

Factory adjusted

F6

H17

H18

H20

XA tube assembly

E generator UE control handleUB stand control

table controlSZ

F2

F5

F12

F11

T2

24VDC/5A

T1

mainsfilter

mains230V~

switchingpower supply

G1

LAhand collimator

SN power supply

centerlaser(optional)

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Table controlA3

99-1

1-26

Ost

.


(99.0) Z1-3

k4 Offk4 ON

k1/k2 ONk1/k2 Off

Table downTable up

M-+

1

2

1a

1

1b

1b

1

1a

DOWN

ENABLE

+24V

&

& DOWN

ENABLE

+24V

DOWN

ENABLE

+24V

table motor

X6:10

X6:11

brake

+24V+24V

table on2

1

2 down

1

2 down

1K1

ENABLE

+24V

DOWN

ENABLE

ENABLE

+5V

B

A

1

41

2

B

A

2

1

3

4

footswitch

2

1

X10:3

X10:2

X4:07

X4:06

2

1

1

2

+24V

+5V

U2

+24V

JP1

1

4

1

2 2

1

F6

4A slow

buckycentered

bucky brakerelease

SWGND

X20:09

X20:01

X20:12

X20:06

X20:08

X11:09

0VAC

24VAC

24VAC

0VAC

F5X8:2

6.3A slow

+24V

X8:3

X8:5

X8:4+24VDC

0VAC

0VDC

24VACX11:06

X11:08

+24V

Q10

inactivefootswitch

buckycentered

U6+5V

X4:04

X4:05

X9:1

X9:2

D22

X4:03

X4:02

X7:6

X7:7

X7:5SAS5

+24V

X5:03

X5:02

X6:02

X6:06

X6:07

X6:04

X6:05

X6:03

safety

X7:2

X7:3

X7:4

X4:10

X4:12

X4:11

X11:01

X11:12

table height4on

5off

3

34

5

3

5

4

down

up

24VAC24VAC

0VAC

6.3A slowX8:6

X8:8

X6:08

X6:09

brake bucky module

2

1

X9:3

X9:4

X4:09

X4:08

transverse brakes

longitudinal brake

U7

U6

D5

D4

U7

U6

SNVY7

Q9Q7

Q9

Q3

K4

DK 1.2K2

U6

JP2B

Q11

DC/DCH17

H18

JP3

H20

from

pow

ersu

pply

see

Z1-

2

U1

Q6

D10SAH2

SAS3

D9

D13

SAS2

SCS4

SNVS9

SNVS8SNVS7

SAS22

SAS21

SNVM1K4

K1

0VAC

F2

GL1K2

SAH5

SAY1

SAY3

table control

SAY2b

SZ1

SAY2a

tost

and

see

Z1-

5

lowest range = 540mm

highest range = 810mmsafety switch ~ 200N without load!

Table up / down

SNVS7

SNVS8SNVS9

SAS21/22

Philips

Phili

ps M

edic

al S

yste

ms:

D

EC

LA

SS

IFIE

D C

usto

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Ser

vice

Inte

llect

ual P

rope

rty

Philips

bucky DIAGNOST TStomo versionTable controlA3

01

-09-

19 O

st./S

chr.


(01.1) Z1-3.1k5 ON = fast

k4 Off

K5 Off = Slow

k4 ONk1/k2 ON

= Tomo StartK3 ON

k1/k2 OffTable down

+ TomoTomo Start

Table up

M

M

21

-

+

2

1

4

3

I =2A

slow

fast

1

1

1

1

1

0.5

0.5

1

1

1

1

1

Jumper

SNV H4

SNV S15

coupling barsensor

D

A

+

+5VDC

table potentiometer SNV P1

laserdiode

X5:05

X5:04

X5:06

X5:07

X5:08

500 EX5:09

X5:10

data +

data -X11:02

X11:03

polyswitchRUE700

RXE185polyswitch

X11:07

X11:10

34on

5off

slow

fast3

5

431VACX8:7 6.3A slow

31VAC

-+

1

2

1a

1

1b

1b

1

1a

DOWN

ENABLE

+24V

&

& DOWN

ENABLE

+24V

DOWN

ENABLE

+24V

table motor

X6:10

X6:11

brake

+24V+24V

table on2

1

2 down

1

2 down

1K1

ENABLE

+24V

DOWN

ENABLE

ENABLE

+5V

B

A

1

41

2

B

A

2

1

3

4

footswitch

2

1

X10:3

X10:2

X4:07

X4:06

2

1

1

2

+24V

+5V

U2

+24V

JP1

1

4

1

2 2

1

F6

4A slow

buckycentered

bucky brakerelease

SWGND

X20:09

X20:01

X20:12

X20:06

X20:08

X11:09

0VAC

24VAC

24VAC

0VAC

F5X8:2

6.3A slow

+24V

X8:3

X8:5

X8:4+24VDC

0VAC

0VDC

24VACX11:06

X11:08

+24V

Q10

inactivefootswitch

buckycentered

U6+5V

X4:04

X4:05

X9:1

X9:2

D22

X4:02

X7:6

X7:7

X7:5SAS5

+24V

X5:03

X5:02

up

down

X6:02

X6:06

X6:07

X6:04

X6:05

X6:03

safety

X7:2

X7:3

X7:4

X4:10

X4:12

X4:11

X11:01

X11:12

table height4on

5off

3

34

5

3

5

4

down

up

down

up

17.5VAC

17.5VAC

0VAC

6.3A slowX8:6

X8:8

X6:08

X6:09

brake bucky module

2

1

X9:3

X9:4

X4:09

X4:08

transverse brakes

longitudinal brake

SZ2

U6

Dk5 K5

F4

K6

PIC

-Con

trolle

r

RS485

(tom

o dr

ive)

to s

tand

see

Z1-

7(to

mo

driv

e)to

sta

nd s

ee Z

1-7

F3

K3

H19

K5F1

U6

D5

D4

U7

16

Dk3k3

U6

U6

Tomo Motor

M2

SNVY7

Q9 Q7

Q9

Q3

K4

Dk1.2

K2

U6

JP2B

Q11

DC/DCH17

H18

JP3

H20

from

pow

er s

uppl

y s

ee Z

1-2

U1

Q6

D10SAH2

SAS3

D9

D13

SAS2

SCS4

SNVS9

SNVS8SNVS7

SAS22

SAS21

SNVM1K4

K1

0VAC

F2

GL1 K2

SAH5

SAY1

SAY3

table control

SAY2b

SZ1

SAY2a

to s

tand

see

Z1-

5

lowest range = 540mmhighest range = 810mmsafety switch ~ 200N without load!Table up / down

SNVS7SNVS8SNVS9SAS21/22

1

1

Philips

Phili

ps M

edic

al S

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ms:

D

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LA

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Ser

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Inte

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ual P

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rty

Philips

with bucky Module non sensingbucky DIAGNOST TS

standard versionA3

99-1

1-23

Ost

.


(99.0) Z1-4

1) connector delivered with bucky DIAGNOST TS

1)

1)

JP4

JP5

WAX1:03RQ_XG_PR

X1:03

X1:02

X3:4

X3:3WAX1:02XG_RD_EX

&

+26V XG

+26V XG

+26V XG

+26V XG

ACTIVEX11:11

ACTIVE

bucky ready

tomo ready

tomo mode

format contact

SW BU 1

WAX11:09

WAX11:10

SW SF CFWAX11:01

WAX11:02

SW TO 1WAX11:05

WAX11:06

WAX11:04

SL XG T0WAX11:03

+5V

ACTIVE

+5V

RQ_XG_PR

XG_RD_EX

+5V

+26V XG

+26V XG

XG

XG

+26V XG

WAX1:05RG_DV

X1:04

X1:07

X1:05

X1:01

X1:02

X1:03

X1:05

X1:06

X1:04

FD R CH

FD C CH

PO 15/40V

NG 15V

REL CH

FD L CH X1:01

X1:08

X1:09

X1:10

X1:11

0V PW

screen

RF 0V CH

PO 400V

SIGN CH X1:07

SX11:11

SX11:03

SX11:04

SX11:12

SX11:05

SX11:07

SX11:06

EZX21:05

EZX21:07

EZX21:06

EZX21:11

EZX21:03

EZX21:04

EZX21:12

SX11:13

SX11:01

SX11:08

housing

EZX21:13

housing

EZX21:01

EZX21:08

WAX1:04

WAX1:07GND XG

+26V XG

WAX1:01RQ_XG_EX

24

1

2

1

X23

X28

X21

X20

+24V5

CASS_PR

4

3

X30

+15V

2

1 SYNC

+24V

RESET

X22+15V

321

X24

X25

X26

X27

+24V

X29+15V

+15V

START

X31

X32

X33

2

+24V

1 CASS_PR

+24V

+15V

X2:1

X2:5

X2:6

X2:4

3

5

SYNC

7

6FREE EXPOSURE

X2:3

X2:9

X2:2

X2:7

4

8

X3:1

X3:5

X3:6

X3:2

H16

to stand

bucky controlVA1

see Z1-5

bucky 1

H15

L5

H11

L4

H12

L7

amplimat measuring chamberPH

"bucky"release 1

VA2 sensing

tilt switch

S1

Y1

VA2 sensing

RY2

D1

T2

RY1IC1B

~20stimer

IC1A

timer

P2P1

R4

C7

W1

R2

delay new

D5

T3R13

RY2D6

DC/DC

R12

OC1R13

R11

C8

D2

D3

D4

RY1

RY2

R8

generatorE/WA

table controlSZ1

VAbucky module

Bucky control

Philips

Phili

ps M

edic

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ms:

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LA

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Ser

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Inte

llect

ual P

rope

rty

Philips

bucky DIAGNOST TStomo versionBucky control

A3

99-1

1-23

Ost

.


(99.0) Z1-4-1

1) connector delivered with bucky DIAGNOST TS

JP4

JP5

WAX1:03RQ_XG_PR

X1:03

X1:02

X3:4

X3:3WAX1:02XG_RD_EX

&

Rad on2X11:05

Rad on1

WAX11:08 X2:08

X2:10

X2:09

X2:05

X2:06

X2:04

X2:03

X2:02

X2:01

+26V XG

+26V XG

+26V XG

+26V XG

ACTIVEX11:11

ACTIVE

bucky ready

tomo ready

tomo mode

format contact

SW BU 1

WAX11:09

WAX11:10

SW SF CFWAX11:01

WAX11:02

SW TO 1WAX11:05

WAX11:06

WAX11:04

SL XG T0WAX11:03

+5V

ACTIVE

+5V

RQ_XG_PR

XG_RD_EX

+5V

+26V XG

+26V XG

XG

+26V XG

WAX1:05RG_DV

X1:04

X1:07

X1:05

X1:01

X1:02

X1:03

X1:05

X1:06

X1:04

FD R CH

FD C CH

PO 15/40V

NG 15V

REL CH

FD L CH X1:01

X1:08

X1:09

X1:10

X1:11

0V PW

Screen

RF 0V CH

PO 400V

SIGN CH X1:07

SX11:11

SX11:03

SX11:04

SX11:12

SX11:05

SX11:07

SX11:06

EZX21:05

EZX21:07

EZX21:06

EZX21:11

EZX21:03

EZX21:04

EZX21:12

SX11:13

SX11:01

SX11:08

housing

EZX21:13

housing

EZX21:01

EZX21:08

WAX1:04

WAX1:07GND XG

+26V XG

WAX1:01RQ_XG_EX

24

1

X23

X28

X21

X20

+24V5

CASS_PR

4

3

X30

+15V

2

1 SYNC

+24V

RESET

X22+15V

321

X24

X25

X26

X27

+24V

X29+15V

+15V

START

X31

X32

X33

2

+24V

1 CASS_PR

+24V

+15V

X2:1

X2:5

X2:6

X2:4

3

5

SYNC

7

6FREE EXPOSURE

X2:3

X2:9

X2:2

X2:7

4

8

X3:1

X3:5

X3:6

X3:2

from stand (PLC)

see Z1-7

cont

rolle

r

H16

to stand

bucky controlVA1

see Z1-7

bucky 1

H15

H11

L4

H12

L7


"bucky"release 1

VA2 sensing

tilt switch

S1

Y1

VA2 sensing

RY2

D1

T2

RY1

delay old

IC1B

~20stimer

IC1A

timer

P2P1

R4

C7

W1

R2

delay new

D5

T3

timer~2s

IC2

R13

RY2D6

DC/DC

R12

OC1R13

R11

C8

D2

D3

D4

RY1

R8

generatorE/WA

table controlSZ1

VAbucky module

with bucky Module non sensing

Philips

Phili

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edic

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ms:

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Inte

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ual P

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Philips

and Medio CP /CP-H or SCPbucky DIAGNOST TS /Tomo

Exposure interface SZ3A3

00-0

3-01

Sch

r.


(00.0) Z1-4.2

Interface

1µF40V

1µF40V

1µF40V

1N5060

1N5060

1N5060

EZAX1/2/3/4EMX2/5/12/22EZX1/2MEDIO CP-HMEDIO CPSCP

X1:1

X1:2

X1:3

X1:5

X1:7

X1:4

SZ3

SZ1

bucky TStable

100n 100n

10R

0V

-(24)V

RDGV

PREP

EXPX2:1

X2:2

X2:3

X2:5

X2:7

X2:4

EXP

PREP

RDGV

-(24)V

0V

X1:1

X1:2

X1:3

X1:5

X1:7

X1:4

7924

K4 K4

K3

K2

K1

K3

K2

K1

C2C1m100

63Vm100

63V

10R

10R

10R

10R

Generator

1

2

3

5

7

4

1

2

3

5

7

4

1

2

3

5

7

4

SCP: Programming for EZ X1/2 see EZ106 and EZ102 see B22 and B23 for W40/W41

Philips

Phili

ps M

edic

al S

yste

ms:

D

EC

LA

SS

IFIE

D C

usto

mer

Ser

vice

Inte

llect

ual P

rope

rty

Philips

and Medio CP /CP-H or SCPbucky DIAGNOST TS /Tomo

Exposure interface SZ3A3

00-0

3-02

Sch

r.


(a/00.0) Z1-4.2

Interface

EZAX1/2/3/4EMX2/5/12/22EZX1/2MEDIO CP-HMEDIO CPSCP

X1:1

X1:2

X1:3

X1:5

X1:7

X1:4

SZ3

SZ1

bucky TStable

100n 100n

0V

-(24)V

RDGV

PREP

EXP

X2:1

X2:2

X2:3

X2:5

X2:7

X2:4

EXP

PREP

RDGV

-(24)V

0V

X1:1

X1:2

X1:3

X1:5

X1:7

X1:4

K4

K3

K2

K1K1

C3C1m100

63Vm100

63VGenerator

SCP: Programming for EZ X1/2 see EZ106 and EZ102 see B22 and B23 for W40/W41

1

2

3

5

7

4

1

2

3

5

7

4

1

2

3

5

7

4

K3

K2

R1MP1

C5m100

63V 63V

C2

MP2

V1

V2

V8

A1

V7

C4

63V R10

H5

MP4

MP5RGDV

-24V DC

21

3Vin Vout

GND

PREP

EXPout

EXPin

MP6

MP7

MP8

V3

R2R6

H1

H3

H2 V5

R4

V4

R3R8

R7

C8

C7

V10

V9

K4R9 R5

V6C6H4

0V

-24V AC

Philips

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ual P

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Philips

bucky DIAGNOST TSstandard version

Stand controlA3

00-

02-2

3 O

st.


(99.0) Z1-5

b

y

a

z x

UE control handle

* Optional

column rot.

LED_ b

bLED_

Q1/Q2

X31:9

X22:09X31:09

+24V

+24V

+24V

JP1

U5

+5VX40:12X1:12

+5V

U7

U7

U7

U7

U7

X20:09

X11:11

X11:06

X11:08

X11:01

X11:12

X11:09

SZ1 table control

X20:11

X20:06

X20:08

24VAC

0VAC

ACTIVE

X20:01

X20:12

+24V

see Z1-2/Z1-3

41

2

1

1 2

1 4

1 4

1 4

2

1

2

1

2

1

UF tube arm

stand controlUB1

UB1 stand control

see Z1-2

+24V

ACTIVEX31:05X22:05

U7

ACTIVE = Tube select

X31:09X22:09

D1driver

D1driver

D1driver

D1driver

driverD1

P1time

field

H124VAC

20VAC

1

K1

timerM4

5V DC

X1:2

X1:1

X1:5

X49:1Laser *

LIGHT ON

M3X1:6

M5X1:4

X49:2

X32:4

M6X1:3X32:3

X31:04

X31:07

X31:01+24V

X22:04

X22:07

X22:01

LA manual collimator

X31:12X22:12

a

b

clock

U6

generator

U3

U6

X31:11

X31:02

X31:10

X24:5

X24:6

X24:4

X24:1

X24:3

X24:2

U6

U3

x

U3

U6

U6a

U5

U5

U5

U5

U5

U3

+5V

+5V

+5V

+5V

+5V SID 110 cm

+24V

+24VUBS19X22:11

UBY8

UBS17

X22:02

+24V

X22:10

X37:3

X37:2

X36:7

X36:6

X36:3

X36:2

X37:4

X36:8

X36:4

S13

S14

X37:1+24V

X36:5+24V

X36:1

X38:8

X38:7

X38:6

X38:5

X38:3

X38:4

X38:2a

z

x

y

UE2

UE1

active

DC/DC +5V+24V

U8

+24V

X40:21X1:21+5V+5V

X40:24X1:24

+5V

X1:08 LIGHT ONX40:14S8

LED_ACTIVEX40:07H7

+5V

X1:07

LED_X40:03H3+5V

X1:03

LED_X40:05H5

+5V

X1:05

LED_ZX40:04H4+5V

X1:04

LED_XX40:01H1+5V

X1:01

H2LED_YX40:02X1:02

+5V

UES26

S25

UES25

X35:3

X35:1

X35:7

S22

S23

S20

S12

U4

Y5

X35:6

UES24

X35:4

UES22

X35:5

UES23

X35:2

UES20

UES21Y4

Y6

X38:1+5V

16-b

it m

icro

con

tolle

r

b

X32:5

X32:6

0V

b

b

a

column centered

tube support

column

tube support


Philips

Phili

ps M

edic

al S

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vice

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ual P

rope

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Philips

bucky DAIGNOST TStomo versionStand controlA

3 0

0-02

-23

Ost

.


(99.0) Z1-5.1

0VX1:2

X1:1Laser *

b

y

a

z x

PLC

UE control handle

UE1

display

LCD

PGU:1PGU:9PGU:8PGU:3EA16:0EAO:7EAO:6EAO:5EAO:4EAO:3EAO:2EAO:1EAO:0

5VRTS

RX

lock

X

FFA

ok

light

on

tabl

e do

wn

tabl

e up

tom

o tim

e

tom

o an

gle

tom

o te

st

tom

o on

tom

o on

tomo control handle

(2x10) X34

MAX 232signal converter

X30:15X30:11X30:10

X41:03

X41:06

X41:07

X41:02X41:05X41:04

X30:01X30:09 X30:02 X30:03 X30:12 UE2X30:07 X30:08X30:06X30:05X30:04

EPLD

X41:13 LED_a

X41:11 LED_Z

X41:15 LED_X

bLED_b

LED_b

X31:9

X22:09X31:09

+24V

+24V

+24V

JP1 D1

U5

VCLX41:01

X20:09

X11:11

X11:06

X11:08

X11:01

X11:12

X11:09

SZ1 table control

X20:11

X20:06

X20:08

24VAC

0VAC

ACTIVE

X20:01

X20:12

+24V

see Z1-2/Z1-3

41

2

1

1 4

1 4

1 4

2

1

2

1

2

1

UF tube arm

stand controlUB1

UB1 stand control

see Z1-2

+24V

ACTIVEX31:05X22:05


X31:09X22:09

P1

laser (option)Centering

time

field

H124VAC

20VAC

1

K1

timer

M2

M1M4X1:5

X49:1

LIGHT ON

M3X1:6

M5X1:4

X49:2

X32:4

M6X1:3X32:3

X31:04

X31:07

X31:01+24V

X22:04

X22:07

X22:01

LA hand collimator

X31:12X22:12

clock

U6

generator

U3

U6

X31:11

X31:02

X31:10

X24:5

X24:6

X24:4

X24:1

X24:3

X24:2

U6

U3

x

U3

U6

U6a

U5

U5

U5

U5

U5

U3

+5V

+5V

+5V

+5V

+5V SID 110 cm

+24V

+24VUBS19

X22:11

UBY8

UBS17

X22:02

+24V

X22:10

X37:3

X37:2

X36:7

X36:6

X36:3

X36:2

X37:4

X36:8

X36:4

S13

S14

X37:1+24V

X36:5+24V

X36:1

X38:8

X38:7

X38:6

X38:5

X38:3

X38:4

X38:2 a

z

x

y

DC/DC +5V+24V

U8

+24V

X41:09

LIGHT ONX41:08

LED_ACTIVEX41:13

LED_bX41:12

LED_YX41:14

UES26

S25

UES25

X35:3

X35:1

X35:7

S22

S24

S23

S20

S21

S12

U4

Y5

X35:6

UES24

X35:4

UES22

X35:5

UES23

X35:2

UES20

UES21

Y6

X38:1+5V

b

X32:5

X32:6

DC


* Optional

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Philips

bucky DAIGNOST TSFix tube arm and tomo version

Stand controlA3

00-

03-2

9 O

st./S

chr.


(00.0) Z1-5.1.1

0VX1:2

X1:1Laser *

b

y

a

z x

PLC

UE control handle

UE1

display

LCD

PGU:1PGU:9PGU:8PGU:3EA16:0EAO:7EAO:6EAO:5EAO:4EAO:3EAO:2EAO:1EAO:0

5VRTS

RX

lock

X

FFA

ok

light

on

tabl

e do

wn

tabl

e up

tom

o tim

e

tom

o an

gle

tom

o te

st

tom

o on

tom

o on

tomo control handle

(2x10) X34

MAX 232signal converter

X30:15X30:11X30:10

X41:03

X41:06

X41:07

X41:02X41:05X41:04

X30:01X30:09 X30:02 X30:03 X30:12 UE2X30:07 X30:08X30:06X30:05X30:04

EPLD

X41:13 LED_a

X41:11 LED_Z

X41:15 LED_X

bLED_b

LED_b

X36:9

X22:09X31:09

+24V

+24V

+24V

JP1 D1

U5

VCLX41:01

X20:09

X11:11

X11:06

X11:08

X11:01

X11:12

X11:09

SZ1 table control

X20:11

X20:06

X20:08

24VAC

0VAC

ACTIVE

X20:01

X20:12

+24V

see Z1-2/Z1-3

41

2

1

1 4

1 4

2

1

2

1

UF tube arm

stand controlUB1

UB1 stand control

see Z1-2

+24V

ACTIVEX31:05X22:05


X31:09X22:09

P1

laser (option)Centering

time

field

H124VAC

20VAC

1

K1

timer

M2

M1M4X1:5

X49:1

LIGHT ON

M3X1:6

M5X1:4

X49:2

X32:4

M6X1:3X32:3

X31:04

X31:07

X31:01+24V

X22:04

X22:07

X22:01

LA hand collimator

X31:12X22:12

clock

U6

generator

U3

U6

X31:11

X31:02

X31:10

X24:5

X24:6

X24:4

X24:1

X24:3

X24:2

U6

U3

U3

U6

U6a

U5

U5

U5

U5

U5

U3

+5V

+5V

+5V

+5V

+5V SID 110 cm

+24V

+24VUBS19

X22:11

UBY8

UBS17

X22:02

+24V

X22:10

X37:3

X37:2

X36:7

X36:6

X36:3

X36:2

X37:4

X36:8

X36:4

S14

X37:1+24V

X36:5+24V

X36:1

X38:8

X38:7

X38:6

X38:5

X38:3

X38:4

X38:2 a

z

y

DC/DC +5V+24V

U8

+24V

X41:09

LIGHT ONX41:08

LED_ACTIVEX41:13

LED_bX41:12

LED_YX41:14

UES26

S25

UES25

X35:3

X35:1

X35:7

S22

S24

S23

S20

S21

S12

U4

X35:6

UES24

X35:4

UES22

X35:5

UES23

X35:2

UES20

UES21

Y6

X38:1+5V

b

X32:5

X32:6

DC


* Optional

UE3 Brake amplifier

R2V5

V2

V4R1

V1

X36A:9

X36A:7

X36A:6

X36A:3

X36A:2

X36A:8

X36A:4

X36A:5

X36A:1

X36:9

X36:7

X36:6

X36:3

X36:2

X36:8

X36:4

X36:5

X36:1

Philips

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Inte

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ual P

rope

rty

Philips

with bucky unit non sensingbucky DIAGNSOT VE

A3

99-1

1-22

Ost

.


(99.0) Z1-6.1

X1:02

X1:04

X1:03

X1:01

X1:06

X1:08

X1:07

X1:11

X1:10

X1:09

X1:05

X4:12

X4:04

X4:03

X4:11

X4:06

X4:08

X4:07

X4:01

housing

X4:13

X4:05

REL CH

NG 15V

PO 400V

screen

0V PW

PO 15/40V

FD L CH

FD C CH

FD R CH

SIGN CH

RF 0V CH

EZX22:12

EZX22:04

EZX22:03

EZX22:11

EZX22:06

EZX22:08

EZX22:07

EZX22:01

housing

EZX22:13

EZX22:05

VA2 sensing

VA2 sensing

tilt switchdelay new delay old

D62

1

2

1

78

6

54

3

54

3

2

1

24

1

W1 32

+15V

X31

X29

Y1

S1

VA1bucky control

X28+24V

X30

X21

X22

RY2CASS_PR

X23

X20

X33

X32

+24V

RY2CASS_PR

C7

1

P2

R4

P1

+15V

R2

RY2FREE EXPOSURE

X2:9

X2:7

RESET

X2:3

X2:2

+24V

D1

T2

IC1A

timer

IC1B

timer~20s

X24

X25

+15V

R8

START

~2s

&

D5

T3

X26

X27

+24V

R13

R13

R12

C8

R11

D4

D3

IC2

D2

X2:4

DC/DC

OC1

SYNC

SYNC

timer

+15V

RY1

+15V

+24VX2:1

X2:5

X2:6

RY1

boxconnection

"Inalfa"

not used

RQ_XG_EX

XG_RD_EX

GND XG

+26V XG

"BWS"release 2


generatorE/WA

wallVP

WAX2:04

WAX2:07

WAX2:02

WAX2:01

X1:1

X1:5

X1:6

X1:4

X1:3

X1:2

X1:9

X1:7

VAbucky unit

Philips

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Philips

bucky DIAGNOST TStomo versionStand controlA3

01

-09-

19 O

st./S

chr.


(a/01.0) Z1-7.1

Nikkai/SS-12 SDP2service switch

K2 finder 4061.9024

JP1Jumper

(1W)R3

(DO-41)PS 102RD1

K1

1.85Apolyswitch

F1

100V1.5UC1

100V1.5UC2

(1W)1RR2

(1W)1RR1

100V1.5UC3

100V1.5UC4

GL1

(1W)R4

beta-locksensorS19:

column axisbrake YY8:

lock YsensorS17:

angle sensorB1:

safety end-switchS20:

motortomoM2:

limit switchS16:

motorcouplingM3:

MM

shielding

U finder 1

U finder 2

X31:04

X31:01

X31:07

GNDX31:12

X31:06

24V

locks off

spare

device active

brake Y

X31:08

X31:02

X31:03

X31:05

sensor Y

sensor beta

X31:10

X31:11

X31:09

release brakes

X lock

FFA ok

light on

table down

table up

tomo time

tomo angle

tomo test

tomo on

RS232

RX

RTS

5V

X30:11

X30:15

X30:10

X30:09

X30:03

X30:12

X30:02

X30:04

X30:06

X30:05

X30:08

X30:07

EA16:8

EA16:3

EA16:1

EA16:0

EA16:9

EA0:9

EA0:8

EA0:4

EA0:5

EA0:7

EA0:6

EA0:2

EA0:3

EA0:1

EA0:0

PGU:9

PGU:8

PGU:3

brake Y

release clutch

interrupt2

interrupt1

24VDC

GND

GND

24VDC

Rad on2

Rad on1

data +

data -

EA32:8

EA32:9

XS:11

EA32:0

XS:12

EA32:1

XPI:+

XPI:-

XPI:INB1

XPI:INB2

EA32:5

EA32:4

EA32:3

EA32:2

-+

~~

X22:07

X22:04

X22:01

X22:12

X22:06

X22:08

X22:02

X22:03

X22:05

X22:11

X22:10

X22:09

X21:13

X21:14

X21:01

X21:12

X21:11

X21:10

X21:09

X21:08

X21:02

X21:15

X21:07

X21:03

X21:04

X21:05

X21:06

X23:12X23:11X23:10X23:09X23:07X23:08X23:06X23:05X23:04X23:03X23:02

X20:11device active

X11:11

X20:10Umot 2-

X11:10

X20:07Umt 2+

X11:07

X20:12GND

X11:12

X20:0124VDC

X11:01

X20:08U finder 2

X11:08

X20:06U finder 1

X11:06

X20:05Rad on2

X11:05

X20:04Rad on1

X11:04

X20:03RS485 data +

X11:03

X20:02

X20:09X11:01

RS485 data -

shieldingX11:02

X23:01

W31

W30

UEcontrol handle

W29UE

control handle

PLCtomo control

W27

W27

UB1stand control

W28

W28

S1

rectifier

24V

GND

W20

W23W22W21W24

W25W26

2

1

4

1magnetic sensor

1

2

SZ1table control

1

1R 1R

PGU:1 X30:01shielding

sensor

UB

X24A:1 X24A:2 X24A:5 X24A:6X24A:4X24A:3

X24:1 X24:2 X24:5 X24:6X24:4X24:3

X24:1 X24:2 X24:5 X24:6X24:4X24:3

V1R1

V4Brakeamplifier

UB2

grey

blue

pink

4 4

Philips

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ual P

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Philips

bucky DIAGNOST TS

bucky DIAGNOST TS (99.0) Z0--2 1999 Philips Medical Systems

ALL RIGHTS RESERVEDbdts_z02_990

Drawings

Survey of components tomo version Z2--1

Wiring diagram table standard version Z2--2.1

Wiring diagram table tomo version Z2--2.2

Wiring diagram stand standard version Z2--3.1Wiring diagram stand tomo version Z2--3.2

Wiring diagram stand standard version Z2--3.3

Wiring diagram control handle tomo version Z2--4.1

Wiring diagram control handle standard version Z2--4.2

Eathing diagram Z2--5

Philips

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Philips


Survey of componentsA4

00-

11-1

0 O

st./S

chr.


(00.0) Z2-1

SB

SB

UB

LA

XA

SNV SC SZ1

UE

UF

UB1

UE

VA

SN

SASA PH

SASBSCSNSNVSZ1SZ2SZ3UBUB1UFPH

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

Transverse carriage brakesPivot towerFootswitchPower supplyMotor assy & Motor control switchesTable controlTomo speed controlTomo Medio CP interfaceColumn basementColumn control & Tomo controlColumn and transversal tube support armAmplimat chamber

VA - Bucky carriage brakeUELAXA

---

Control handleCollimatorX-ray tube

SZ3 SZ2

Philips

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Philips


Wiring diagram tableA3

99-1

1-24

Ost

.


(99.0) Z2-2.1

1

8 94 53

6 72

14

2

ywgnbnwt

blpkgy

BN

WH

GNBNWH

BUPKGY

PK

GY

blk

rd

WH

BN

GN

gn

YE

yw

wt

bn

10A slow

10A slow

4A slow

6.3A slow

SNVP1:2SNVP1:1SBH 4SBH 4SBS 15SBS 15SNVS15:1

1WAX2

F1SNT2:17.5VAC

SN

1X8:

3

SN

1X8:

2

230V

AC

SN

1X8:

80V

AC

230V

AC

115V

AC

X16

:4

230V

AC

SN

1X8:

6

+26V XG

H15 = ACTIVEH12 = XG_RD_EXH11 = RQ_XG_PR

+24V 24VAC

S3SZ1X9:2

SZ1X9:1

2

1

412

SAY1

A

1a

1b1

1

B2

121212

4B3

1b11a

Y11

2SZ1X6:11

SZ1X6:10

SNVY7:2SNVY7:1

screenSCS4:1SCS4:2

SAS2:1SAS2:2

screenscreen

SAS5:4

SAS5:3

screen

SAY2a:2SAY2a:1

X5:01X5:02

X5:04X5:05

X5:07X5:08

X5:06

X5:03

X5:10X5:11

X5:13X5:14

X5:12

X5:15

X5:09

X4:14X4:13

X4:15

X4:02X4:01

X4:08X4:07X4:06X4:05X4:04X4:03

X4:10

X4:12X4:11

X4:09

X7:1

X7:3X7:4X7:5X7:6X7:7

X7:2

X7:9X7:8

X6:12X6:11X6:10X6:09X6:08X6:07X6:06X6:05X6:04X6:03X6:02X6:01

X6

X7

X5X4

X9

X10

14

98

1211107

2 3

5 6

151411 12

8 9710

13

65

314

2

151411 12

8 9710

13

65

314

2

4 521

63

7 98

421 3

421 3

H17 H18

H16

H15

H12

H11

JP6

JP3

JP1

JP5

230V

AC

24VAC

F2

F6

JP2B

8

7

6

5

4

3

2

from generator

Z1:

L1

X16

:

+24

V1N

G1: G

1:N

G1:

L1

T2

: T2

:0V

T2

:230

V

T1

:0V

T1

:230

V

X16

Z1:

N

T1:

N

4 3 2.1 1.1

4 3 2 1

L

F11

F12

N.1 L1.1

LOAD

N L1LINE

Z1

L1

0V5

0VA

C

0VA

C

115V

AC

0VA

C

1

T2

X16

:3

X16

:3

X16

:4

SN

1X8:

5

G1

SN

1X8:

4

X16

:3

X16

:4

power supply

T1

SNT1:24VAC

SNT2:0VAC

SNT1:0VAC

SNT2:37VAC

SNG1:+24V

SNG1:0V

S4

UB1X20

1WAX1

SZ1X4:05SZ1X4:04

SZ1X4:10

SZ1X4:12SZ1X4:11

SZ1X4:02SZ1X4:03

SAS21

SAS2/H2

SZ1X7:7

SAS5/H5

SZ1X7:6

1

10

09

08

06

05

04

03

07

01

02

10

09

08

07

06

05

04

03

02

01

X11

JP4

JP2A

F5

X8

X3

X1

SAS22:1b

SAS22:1aSAS22:1

SAS21:1SAS21:1b

SAS21:1a

SNVM1:+SNVM1:-

SNVS8:1SNVS8:2SNVS9:1SNVS9:4

SNVS7:1SNVS7:2

SAY3:1SAY3:2

SZ1X7:3SZ1X7:2

SAS22

SAY3SAY2aSAY2b

SAH5:B

SAS5:3 SAH2:ASAH2:B

VAX2

X1

PHVA

bucky module

VAX2

SZ1X3

generator

SN

-

+SZ1X6:08

SZ1X6:09M1

S8

S7

S9

SZ1X6:04

SZ1X6:05

SZ1X6:02

SZ1X6:03

SZ1X6:07

SZ1X6:06

1

4

2

1

4

2

2

1

4

SNVmotor

SA

Identitication of LED´s see chapter 4 "Trouble shooting"

foot switch

table control

SCSZ1X5:03

SZ1X5:02

SZ1

X2

SZ1X7:5

SZ1X7:4

transverse carriage

SZ

1X10

:3

SZ

1X10

:2

SZ

1X4:

09

SZ

1X4:

08

SZ

1X4:

07

SZ

1X4:

06

H20

SA

Y2a

:1

SA

Y2a

:2

SA

S3

:1

SA

S3

:4

SA

Y1

:2

SA

Y1

:1

Z1:

N.1

Z1:

L1.1

X16

:4

X16

:3

X16

:2.1

X16

:

X16

:1.1

SZ

1X9:

3

SZ

1 X9:

4

Philips

Phili

ps M

edic

al S

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D

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ual P

rope

rty

Philips


Wiring diagram tableA3

99-1

1-25

Ost

.


(99.0) Z2-2.2

SB

1

4

2

2

1

3

1

8 94 53

6 72

14

2

ywgnbnwt

blpkgy

bn

wt

gnbnwt

blpkgy

pk

gy

blk

rd

wt

wt

bn

bn

gn

gn

gn

yw

yw

gn

yw

wt

bn

wt

bl

10A slow

10A slow

4A slow

6.3A slow

H19

H2

H1 H9

H8

H5

H6H4

H7H3 H10 H14

H13

P1

H4

S15

+

-

SZ1X5:06

SZ1X5:07

SZ1X5:05

SZ1X5:04

SZ1X5:10

SZ1X5:09

SZ1X5:08

SNVP1:2SNVP1:1SBH 4SBH 4SBS 15SBS 15SNVS15:1

1WAX2

F1SNT2:17.5VAC

SN

1X8:

3

SN

1X8:

2

230V

AC

SN

1X8:

80V

AC

230V

AC

115V

AC

X16

:4

230V

AC

SN

1X8:

6

+26V XG

H15 = ACTIVEH12 = XG_RD_EXH11 = RQ_XG_PR

+24V 24VAC

S3SZ1X9:2

SZ1X9:1

2

1

412

SAY1

A

1a

1b1

1

B2

121212

4B3

1b11a

Y11

2SZ1X6:11

SZ1X6:10

SNVY7:2SNVY7:1

screenSCS4:1SCS4:2

SAS2:1SAS2:2

screenscreen

SAS5:4

SAS5:3

screen

SAY2a:2SAY2a:1

X5:01X5:02

X5:04X5:05

X5:07X5:08

X5:06

X5:03

X5:10X5:11

X5:13X5:14

X5:12

X5:15

X5:09

X4:14X4:13

X4:15

X4:02X4:01

X4:08X4:07X4:06X4:05X4:04X4:03

X4:10

X4:12X4:11

X4:09

X7:1

X7:3X7:4X7:5X7:6X7:7

X7:2

X7:9X7:8

X6:12X6:11X6:10X6:09X6:08X6:07X6:06X6:05X6:04X6:03X6:02X6:01

X6

X7

X5X4

X9

X10

14

98

1211107

2 3

5 6

151411 12

8 9710

13

65

314

2

151411 12

8 9710

13

65

314

2

4 521

63

7 98

421 3

421 3

H17 H18

H16

H15

H12

H11

JP6

JP3

JP1

JP5

230V

AC

24VAC

F2

F6

JP2B

8

7

6

5

4

3

2

from generator

Z1:

L1

X16

:

+24

V1N

G1:

G1:

N

G1:

L1

T2

:

T2:

0V

T2

:230

V

T1

:0V

T1

:230

V

X16

Z1:

N

T1:

NZ1:L1.1Z1:N.1

4 3 2.1 1.1

4 3 2 1

L

F11

F12

N.1 L1.1

LOAD

N L1LINE

Z1

L1

0V5

0VA

C

0VA

C

115V

AC

0VA

C

1

T2

X16

:3

X16

:3

X16

:4

SN

1X8:

5

G1

SN

1X8:

4

X16

:3

X16

:4

power supply

T1

SNT1:24VAC

SNT2:0VAC

SNT1:0VAC

SNT2:37VAC

SNG1:+24V

SNG1:0V

S4

UB1X20

1WAX1

SZ1X4:05SZ1X4:04

SZ1X4:10

SZ1X4:12SZ1X4:11

SZ1X4:02SZ1X4:03

SAS21

SAS2/H2

SZ1X7:7

SAS5/H5

SZ1X7:6

1

10

09

08

06

05

04

03

07

01

02

10

09

08

07

06

05

04

03

02

01

X11

JP4

H20

JP2A

F5

X8

X3

X1

SAS22:1b

SAS22:1aSAS22:1

SAS21:1SAS21:1b

SAS21:1a

SNVM1:+SNVM1:-

SNVS8:1SNVS8:2SNVS9:1SNVS9:4

SNVS7:1SNVS7:2

SAY3:1SAY3:2

SZ1X7:3SZ1X7:2

SAS22

SAY3SAY2aSAY2b

SAH5:B

SAS5:3 SAH2:ASAH2:B

VAX2

X1

PHVA

bucky module

VAX2

SZ1X3

generator

SN

-

+SZ1X6:08

SZ1X6:09 M1

S8

S7

S9

SZ1X6:04

SZ1X6:05

SZ1X6:02

SZ1X6:03

SZ1X6:07

SZ1X6:06

1

4

2

1

4

2

2

1

4

SNVmotor

SA

Identitication of LED´s see chapter 4 "Trouble shooting"

foot switch

table control

SCSZ1X5:03

SZ1X5:02

SZ1

X2

SZ1X7:5

SZ1X7:4

transverse carriage

SZ

1X4:

07

SZ

1X4:

06

SZ

1X10

:3

SZ

1X10

:2

SZ

1X4:

09

SZ

1X4:

08

SZ

1X9:

3

SZ

1X9:

4

SA

Y2a

:1

SA

Y2a

:2

SA

S3:

1

SA

S3:

4

SA

Y1

:2

SA

Y1

:1

X16

:3

X16

:4

X16

:1.1

X16

:2.1

X16

:

Philips

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Wiring diagram standA3

99-1

1-26

Ost

.


(99.0) Z2-3.1

WHBN

wtbn

GNYE

wtbn

bnwt

UB

S19

:2

UB

S19

:1

UB

Y8:

2

UB

Y8:

1

UB

S17

:1

UB

S17

:4

UB1X24:2UB1X24:1

UB

1X24

:4

UB

1X24

:3

UB1X24:5UB1X24:6

X38:4X38:3

UE2X37:4UE2X37:3

X38

:6

X38

:5

X38:8X38:7

S14:4

S14:1

Y6:2

Y6:1

S12:4

S12:1

Y4:2

Y4:1

UE

2X37

:1

UE

2X37

:2

X38

:2

X38

:1

98

1211107

2 3

5 6

14

98

1211107

2 3

5 6

14

7 98

4 521

63

1 4 2 1 4 2

1 4 2

1 4 2

1 4 2

8

7

6

5

4

3

2

1

21

21

21

21

see Z2-6

see Z2-4

UEcontrol handle

UFtube arm

JP1

X20

y b

y

a

a

z

xx

UB UBS17

UBY8

S19

S12

S13

Y6

S14

UB1stand control

UE2X31

X22

SZ1X11

X24

UE2X36

X38

Y5

Y4

UFtube arm

center position

Philips

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Philips



99-1

1-26

Ost

.


(99.0) Z2-3.2

WHBN

wtbn

GNYE

wtbn

bnwt

UB

S20

:2

INB

1

EA

16:8

XP

I:-E

A32

:5

EA

32:3

XS

:12

EA

32:4

INB

2E

A16

:3

EA

32:1

XP

I:+

EA

32:0

EA

32:2

XS

:11

EA

16:1

UB

M3:

a

UB

S16

:2

UB

B1

UB

B1

UB

B1

UB

S20

:1U

BM

2:b

UB

M2:

aU

BS

16:4

UB

M3:

bU

BS

16:1

UB

S19

:2

UB

S19

:1

UB

Y8:

2

UB

Y8:

1

UB

S17

:1

UB

S17

:4

UB1X24:2UB1X24:1

UB

1X24

:4

UB

1X24

:3

UB1X24:5UB1X24:6

X38:4X38:3

UE2X37:4UE2X37:3

X38

:6

X38

:5

X38:8X38:7

S14:4

S14:1

Y6:2

Y6:1

S12:4

S12:1

Y4:2

Y4:1

UE

2X37

:1

UE

2X37

:2

X38

:2

X38

:1

98

1211107

2 3

5 6

14

98

1211107

2 3

5 6

14

7 98

4 521

63

1 4 2 1 4 2

1 4 2

1 4 2

1 4 2

14

15

13

11

12

52

63

9

8

1 4 7 10

14

15

13

9

8

12

11

107

2

3

5

6

1 4

8

7

6

5

4

3

2

1

21

21

21

21

see Z2-6

X21

X23

see Z2-4

UEcontrol handle

UFtube arm

JP1

X20

y b

y

a

a

z

xx

UB UBS17

UBY8

S19

S12

S13

Y6

S14

UB1stand control

UE2X31

X22

SZ1X11

X24

UE2X36

X38

Y5

Y4

UFtube arm

center position

Philips

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99-1

1-26

Ost

.


(99.0) Z2-3.3

UB S20 UB S16UB B1UB M3

M3

UB M2

XPI

EA32

X5

EA16

EA16

EPROM

PLC

PGUD-SUB 9P.

M2

RS485

241 241

4

+

89

5 13 2

- INB

1

INB

2

1

2

3

45

6

7

0

9

8

11 12 9

7

8

5

6

4

2

3

1

0

9

8

7

5

6

4

3

2

1

0

7 6CLOSED

OPEN

Interface Board

Jumpers (bottom side)

UB1X23:9UB1X23:7

UB1X23:3UB1X23:5UB1X23:4

UB

1X23

:10

UB

1X23

:11

UB

1X23

:12

UB

1X23

:01

UB

1X23

:02

a b+ -

a b+

UB

1X23

:06

-

UB

1X23

:08

UB1X21:02

UB1X21:15

UB1X21:07

UB1X21:08

UB1X21:05

UB1X21:06

UB

1X21

:3

UB

1X21

:4

UEX30:15

UB1X21:11

UB1X21:12

UB1X21:13

UEX30:04

UEX30:05

UEX30:06

UEX30:07

UEX30:08

UEX30:09

UEX30:10

UEX30:11

UB

X30

:01

UB

X30

:03

UB

X30

:02

UB

X30

:12

wtbn

GYPKBU

gn yw

rd gn RD

wt

bnG

N

Limit position

Philips

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Wiring diagram control handleA3

99-1

1-26

Ost

.


(99.0) Z2-4.1

S24

control handle LED's

UE1

UE2control handle basic

S23S22

S21 S20

S26 S25

X31

X32

X35

X41

X40

X1

S8

H1

H2

H6

H3

H4

H5

UB1X22

UE1X1

UE2X40

X36

X30

LAX1

UFX38

X37

24 124 1

24 1

24 124 1

24 1 24 1

35 4

9 8

12

7 6

3

1

2

4

UE

2X35

:6

S23

:4S

26:4

S24

:4S

22:4

UE

2X35

:5

S23

:4S

21:4

UE

2X35

:4

S22

:4S

20:4

UE

2X35

:3

S21

:4U

E2X

35:1

UE

2X35

:2

S24

:4S

25:4

S25

:1

S26

:4

UE

2X35

:7

1

1

S23

:1

S21

:1

S22

:1

S20

:4

S20

:1S

25:1

S24

:1

1

S26

:1

1

UFS13:4

UFS13:1

UFY5:2

UFY5:1

LAX1

Philips

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Philips


Wiring diagram control handleA3

99-1

1-26

Ost

.


(99.0) Z2-4.2

S24

control handle LED's

UE1

UE2

UE1 x 1

control handle basic

S23S22

S21 S20

S26 S25

X31

X32

X35

X41

X40

X1

S8

H1

H2

H6

H3

H4

H5

UB1X22

UE1X1

UE2X40

X36

Tomo control handle

Display

X34

X30

LAX1

UFX38

X37

24 124 1

24 1

24 124 1

24 1 24 1

35 4

9 8

12

7 6

3

1

2

4

UE

2X35

:6

S23

:4S

26:4

S24

:4S

22:4

UE

2X35

:5

S23

:4S

21:4

UE

2X35

:4

S22

:4S

20:4

UE

2X35

:3

S21

:4U

E2X

35:1

UE

2X35

:2

S24

:4S

25:4

S25

:1

S26

:4

UE

2X35

:7

1

1

S23

:1

S21

:1

S22

:1

S20

:4

S20

:1S

25:1

S24

:1

1

S26

:1

1

UFS13:4

UFS13:1

UFY5:2

UFY5:1

LAX1

Philips

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bucky DIAGNOST TSEarthing diagram

A3

00-0

3-28

Ost

./Sch

r.


(a/00.0) Z2-5

SA

T2

SN

G1T1

Z1

X16

M1SNV

SA

UE

LA

XA

UB

UF

U

to generator8.25 mm2

6 mm2

4 mm2

4 mm2

6 mm2

2.5 mm2

2.5 mm2

6 mm2

22.5 mm

22.5 mm

Philips

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