Philips Bucky diagnost.pdf

RADIOGRAPHY

LIST OF DOCUMENTATION IN THIS BINDER: Manual bucky bucky DIAGNOST TS ⊗ Subsystem Manual  INALFA non non sensing bucky bucky unit

Collimator Ralco  Manual Collimator

Note:



indicates document present

E

W

Philips Medical Sys System tem s D evelop evelopment ment and Manufacturing Manufacturing Centr e

INTRODUCTION AND TECHNICAL DAT

SERVICE MANUAL 704 SUBSYSTEM INSTALLATION

bucky DIAGNOST TS 9848 600 00061

Fi x

9848 600 00071

Elevation

9848 600 00081

Tomo

FAULT FAULT FINDING

REPLACEMENT

E

W

Philips Medical Sys System tem s D evelop evelopment ment and Manufacturing Manufacturing Centr e

INTRODUCTION AND TECHNICAL DAT

SERVICE MANUAL 704 SUBSYSTEM INSTALLATION

bucky DIAGNOST TS 9848 600 00061

Fi x

9848 600 00071

Elevation

9848 600 00081

Tomo

FAULT FAULT FINDING

REPLACEMENT

Bucky DIAGNOST TS

SERVICE MANUAL -- SUBSYSTEM Bucky DIAGNOST TS

Type ype No: No:

9848 9848 600 600 0006 00061 1 9848 600 00071 9848 600 00081

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

Author: V.

bucky DIAGNOS 2-0.1

(99.0)

2-1 2-1 ...2 ...2-- 36

(99. (99.0) 0)

2Z-- 2.0

(01.0)

A4

2Z--10 - 10 (b/03.0) A3 4512 983 06151 __________ ________________ ____________ ___________ ___________ ____________ ________ __ 3-0.1

(99.0)

3-1 ... ... 3-9 (99.0) .0) __________ ________________ ____________ ___________ ___________ ____________ ________ __ Z0-- 1

(99.0)

Z1-- 1 Z1-- 1.1

(99.0) (99.0)

A3 A3

Z1-- 2 Z1-- 2.1

(99.0) (99.0)

A3 A3

bucky DIAGNOST TS

INTRODUCTION INTRODUCTIO N AND TECHNICAL

INTRODUCTION AND TECHNICAL DATA TEXT Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 1. 1.1. 1.1.1. 1.1.2. 1.1.3. 1.1.4. 1.2. 1.3. 1.3.1. 1.3.2. 1.4. 1.4.1. 142

Technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . System bucky DIAGNOST TS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Standard Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Tomography table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X-ray generator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Tubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Mechanical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Movements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Electrical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X ray generator OPTIMUS 50 / 65 / 80

INTRODUCTION AND TECHNICAL DATA

bucky DIAGNO

6.

Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1

7. 7.1.

Installation materials required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1

DRAWINGS bucky DIAGNOST TS elev elevat ated ed or tomo tomo vers versio ion n for for wall wall stand stand left, left, mech mechan anic ical al dime dimens nsio ions ns . . . . . . . . . bucky DIAGNOST TS elev elevat ated ed or tomo tomo vers versio ion n for for wall wall stand stand righ right, t, mech mechan anic ical al dime dimens nsio ions ns . . . . . . . . OPTIMUS L 50, mechanical dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . bucky DIAGNOST TS fixe fixed d tab table vers versio ion n for for wall sta stand left left,, mech mecha anica ical dimen mensio sions . . . . . . . . . . . . . . . bucky DIAGNOST TS fixe fixed d tab table vers versio ion n for for wall sta stand rig right, mech mecha anical cal dimen mensio sions . . . . . . . . . . . . . . bucky DIAGNOST TS elevated or tomo version, wall clearance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . bucky DIAGNOST TS fixed table version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1Z1Z1Z 1Z1Z1Z 1Z

bucky DIAGNOST TS

1.

Technical data

1.1.

System bucky DIAGNOST TS

1.1.1. Standard Table

The bucky DIAGNOST TS is installed with the X-ray generator OPTIMUS L 50. The bucky DIAGNOST TS is characterized by: -- X-ray exposures at the horizontal patient with bucky unit. -- X-ray exposures at the horizontal patient without bucky unit. -- Patient area of table top 2400mm x 600mm (excl. the Alu profile) -- SID 1000mm to 1250mm.

INTRODUCTION AND TECHNICAL


1.2.

bucky DIAGNOS

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:

1.3.

Mechanical data

SRO 33 100 / ROT350 (for U.S.A. only) SRO 33 100 / ROT350 SRO 25 50 / ROT350 SRO 09 51 / ROT350 ”SRO” in combination with High Speed Rotor Control

9874 005 9874 005 9874 004 9890 000 9848 600

bucky DIAGNOST TS


1.4.2. X-ray generator OPTIMUS 50 / 65 / 80 OPTIMUS 50 Power data Mains voltage

OPTIM

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%

Mains frequency Max. mains current -- at 400 V -- at 440 V -- at 460 V -- at 480 V -- at 190 V

OPTIMUS 65

with external transformer, max. 50 kW (o 49 ... 61 Hz

145 A 135 A 125 A 120 A 300 A

190 A 180 A 170 A 160 A --

23 21 21 20


1.5.

bucky DIAGNOS

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 ab see sketch.

For reasons of operational safety and compliance with international rules, operation on three-phase mains floating or unbalanced to earth (e.g. with one phase earthed instead of the neutral point) is impermissible adequate adaptation measures have been taken! Check that the sequence of phases is correct correspon the designations L1, L2, L3. L1 3 phase WYE

X-ray installation

-- Working range 400 ... 480V measured between phases:

bucky DIAGNOST TS


1.5.2. Calculating the mains resistances

If possible, the sum of R1, R2 andR3 should besmaller than the RXG required.

R0

+

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

L1

Note that the cross section of lead 25mm2.

L3

l3 must not exceed

R1 + l1

R2

+ R3 l3

< MEX

L2

-- 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 up cross section selected, so: R 1 = l1 x RCu -- R2 is estimated to be 15mΩ

RCu from table


1.7.

bucky DIAGNOS

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 generator. 2. The EMERGENCY-OFF circuit acts on an external main contactor which switches off the power befo into the generator.

1.8.

Heat emission

Table: X-ray generator:

2.

Environmental conditions

530W 500W (the generator is air cooled using natural co

bucky DIAGNOST TS


3.

Measurements and weights

3.1.

Pre-installed system

Table / column (standard) Weights (kg) with shipping box

Box 1 Contents: manuals, table, table top, rails, SPS, set of cable, covers, tube, control handle, column, set of tomo devices (option)

870

Dimensions (cm) (L/W/

without shipping box

750

with shipping box

270 x 97 x 196

without shipp

265 x 89


3.2.

bucky DIAGNOS

Transport data

3.2.1. Box dimensions

Weight Gross

870kg

Loading

816kg

Net

750kg

870kg

Dimension (L x W x H) Box

270cm x 97cm x 196cm

Pallet including loadin


bucky DIAGNOST TS


3.2.3. Unpacking

The following steps should be done by four persons. Unpacking s

Dismantle the box, remove the foil.

s

1 Remove the rails from the pallet.

s

0.5 h 0.5 h

0.5 h

2 Remove from the column the box with documents and distance tool. 1 2

s

3 Erect the column.

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

Documents and distance tool


s

4 Remove the box including cables from the table.

s

5 Remove the optional tomo devices from the pallet.

bucky DIAGNOS

The pallet is deviable

6

4 7

s

s

6 Remove the tube assembly from the pallet.

Remove the wooden items by removing the colored screws.

Note The gross pallet can be splitted in two sub-pallets. s

5

7 Remove the table from the pallet. Use the shoulder straps. Do not lift the table by means of the table top frame. 8 After unscrewi

the sub–pallets from the pallet

7

4 Cables

8

Table top delivered in the pallet bottom

bucky DIAGNOST TS

4.2.


Height adjustable 9848 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.

Tomography 9848 600 00081 bucky DIAGNOST TS with floating table and elevator and tomo extension

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

INTRODUCTION AND TECHNICAL DATA -- OPTIMUS 40

bucky DIAGNOS

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

bucky DIAGNOST TS

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 ha equipped with the conduits and pipes required and, in cases where the loading capacity of the bearing are weight 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 complia the 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


6.

bucky DIAGNOS

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

bucky DIAGNOST TS

7.1.


Cables

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

9806 402 6xx02

plugs:

75kVp federal standard female connectors O

length:

6 ... 20m in steps of 2 m

capacity:

155pF/m

diameter:

16.5mm

The 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 66151

10-wire screened for additional supervision like temperature alarm switch, buzzer, selection indicator.

0722 215 19005

Stator cable 3 x 1.31 mm 2 , screened

0722 215 02054

S XA C

E

PMA

VE

M9f

6J2

M6f

6J3A

supply

M12f 6J3B D9f

communication

7A2:J4 22 3TS1 22 23 3TS1 23 24 3TS1 24 36 3TS1 36 37 3TS1 37 51 3TS1 51 52 3TS1 52 53 3TS1 53 4 4TS2 4 5 4TS2 5

J1

AEC

interface

D9m

J3

D15m

J5

D9m

J2

D25f

basic

L1

earth lekage

switch controller

circuit breaker

by emergency switch X23

mains fuses

PMA

emergency switch

L1

X22

X23

X7 X8

N(L2) 4

Power ON bucky TS

7X11 7

7X11

(door contact)

8 10

da

X13

L2 (N) X22

power supply

230V AC

L1/N

SNX16

M6

X14

supply 4TS2:3

(bk)

4TS2:1

(rd)

4TS2:2

(wt)

XA

tube housing U V W

XA 1 1

1

2

2

3

3

db

stator cable, screened

dc

temperature switch

XF 7020

H.V. cables

XA 1

4TS2:4 4TS2:5 9HT1

O3 plugs

X-ray tube D15m 7A2:J1

SA

X1

dd

amplimat chamber

df

release

PHX1 SZ1X1

D15f

VP

S XA

Table

SN X16

4,00 mm

2

4,00 mm

2

4,00 mm

2

4,00 mm

2

4,00 mm2 4,00 mm

2

6,00 mm

2

T1 T2 61 Z1

VA SA (right) UB

6,00 mm

2

U

2,50 mm2

4,00 mm2

UE UF

2

2,50 mm

4,00 mm

XA

2

LA

bucky DIAGNOST TS

INSTALLA

INSTALLATION TEXT Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Safety regulations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.

Transport data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.1. 1.2.

Box dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Roadway . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2.

Unpacking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2.1.

Removal of column base from column . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

3.

Mounting the rails . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Tomo option only . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Coarse Adjustment Tomo option only . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

3.1. 3.2.

Insertion of column to long rail . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Installation of tube arm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

bucky DIAGNOST TS

INSTALLA

Safety regulations

Only technically qualified personnel who has received the appropriate instructions and traini radiography equipment in medical applications and in particular for the installation and commiss of 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 installation of the bucky Diagnost TS and are kept very briefly.

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

The local service organisation is responsible for the safety and training of personnel and preven material damage.

INSTALLATION

bucky DIAGNOS

1.

Transport data

1.1.

Box dimensions

Weight Gross

870kg

Loading

816kg

Net

750kg 870kg

Dimension (L x W x H) Box


Pallet including loadin


bucky DIAGNOST TS

2.

INSTALLA

Unpacking

The following steps should be done by four persons. Unpacking

S

0.5 h

0.5 h

0.5 h

0.5 h

0.5 h

Dismantle the box, remove the foil.

1. Remove the rails from the pallet. Note For transportation in insufficient rooms only. See 2.1 ”Removal of column base from column”.

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

Unpacking 0.5 h

1

2 Documents and distance tool

INSTALLATION

bucky DIAGNOS

4. Remove the box including cables from the table.

The pallet is deviable

5. Remove the optional tomo devices from the pallet. 6. Remove the tube assembly from the pallet.

6

4 7

5

Remove the wooden items by removing the colored screws. Note The gross pallet can be splitted in two sub-pallets.

7

4 Cables

7. Remove the table from the pallet. Note Use the shoulder straps. Do not lift the table by means of the table top frame.

8. After unscrewing the sub-pallets from the pallet

8

Table top delivered in the pallet bottom

bucky DIAGNOST TS

INSTALLA

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

P2

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

INSTALLATION

bucky DIAGNOS

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

3

Note The stop pin pos. 3 can be removed in case of the movement of the column is impaired. (This stop pin will not be needed any longer.)

2

P4

bucky DIAGNOST TS

3.

INSTALLA

Mou Mounti nting the rails Before starting, refer to your planning room layout! (see PRB.)

S

S

S

Assemble main main rail. Depending Depending on the installation installation of the bucky wall stand (right (right or left), place the the extensio extension n rail right right or lefthand lefthand side to the main rail (see Z--1.1, Z--1.2 and Z--5).

position position of extension extension rail for bucky wall stand left

main rail

Insert Insert the screw screw (supp (supplie lied d with with system system)) with with a washe washerr and tighten with a spanner. pencil

Tomo option only

position ofextensio ofextensio for bucky bucky wall stand

INSTALLATION S

S

Place the short rail parallel to the long rail. rail. Insert the tool (1 Rail distance tool) (supplied with system) to adjust the distance of the rails.

S

Measure the distance of the rails using a rule. rule.

S

Mark the 2 fixing points points on the floor. floor.

S

Remove the rail.

S

S

S

S

S

bucky bucky DIAGNOS

Drill Drill the the 8 mm hole holess appr approx oxim imat atel elyy 75 mm deep deep inthe middle of the marked area.

position for bucky wall stand left

1

extension rail

long short

716 mm

Insert Insert the2 ancho anchorr dowel dowelss (supp (supplie lied d with with system system)) into into the holes. Move the rail back to the installation position. position. Level Level the rail using using a spirit spirit level. Use the spacer spacer if necessary. Insert Insert the screw screw only only with with washe washerr (supp (supplie lied d with with system) to the opposite side where the column is to

position for bucky wall stand right

1

extension extension rail

short

bucky DIAGNOST TS

3.1.. 3.1

INSTALLA

Insertio Insertion n of column column to long rai raill

S

Remove buffer buffer (1) from long rail.

S

Insert the column into the rail system (2). Apply extreme care when handling the ball bearings and be careful not to damage damage the microswitc microswitches hes and optical sensor B1 positioned in area 3.

S

S

S

S

Install buffer (1) to the rail system. Check Check the leveling leveling of the column column in both direction directionss using a spirit level. Use the spacers if necessary. necessary. Che Check ck whet whethe herr the the colu column mn move movess easi easily ly and and

1

INSTALLATION

S

S

bucky DIAGNOS

Route the cables from the top of the column to the left and right of the column (1). Open top cover (2) of the transversal tube arm by removing the 4 screws 1 (Allan key, 2,5 mm). Do not remove the screws (2) on top of the cover. These screws are fixing the brake rail!

1 2 1

S

S

Place the pallet with transverse arm, including tube housing and collimator, next to the column.

1

1 1

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

2

bucky DIAGNOST TS

S

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

S

Connect UFX38 (3)

S

Install the cover of transverse arm (3).

S

INSTALLA

5 4

3

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

6

INSTALLATION

S

S

S

S

Route the cables on the column as shown in the figure 1. Replace top cover of the transversal tube arm. Connect X20 / X22 on stand control UB1 for standard version. Connect X20 / X21 / 22 / 23 / 24 on stand control UB1 for tomo version.

bucky DIAGNOS

bucky DIAGNOST TS

3.3.

S

S

INSTALLA

Final alignment of the column (tomo only)

Move the column to the left end position. Check the alignment of the rails by moving the column smoothly to the other end. The column must remain steadily upright over the whole length. If necessary, adjust the level of the front rail with spacers as described in Section “Mounting the rails”.

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

(6) (5)

INSTALLATION

3.4.

Installation of bucky table

Note Four (4) persons are necessary to lift the table.

The bucky table is supplied as a complete unit. S

S

Remove the wooden blocks from the longitudinal side of the pallet and place them at the rear of the pallet. Remove the 4 transport screws and push them down.

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

bucky DIAGNOS

bucky DIAGNOST TS S

S

INSTALLA

Remove the red screws (2) of the transport securing device of the tabletop carrier on both sides. Remove the tie-wraps form the Bucky device (1)

2

i

Figure 1

1

INSTALLATION

3.5.

S

Installation of Tomo pivot tower (tomo only)

Position tomo pivot tower towards the corresponding mounting holes at the rear side of the table.

bucky DIAGNOS

bucky DIAGNOST TS

3.6.

S

Installation of bucky-device extension (tomo only)

Mount the bucky-device extension and insert the 4 screws with washers and tooth lock washers (supplied with system). Do not support or level the free hanging end of the bucky-device extension while tightening the screws. It will self-align to the film level in a slightly tilted position when the screws are installed.

INSTALLA

INSTALLATION

Move column with extreme care in order not to damage or shear off the microswitches and the magnetic sensor while passing the cams of the tomo switch rail.

S

Adjust microswitches for center position and safety end: -- The microswitches (2) (center position) and (3) (safety limit switch) must trigger when passing their respective cams, as shown in the figure below.

S

Adjust the proper alignment of the magnetic measuring sensor: Slowly move the column along the tomo switch rail:

bucky DIAGNOS

bucky DIAGNOST TS

3.8.

INSTALLA

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.

INSTALLATION

bucky DIAGNOS

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 AR 46 DEU.TDL AR 46 FRA.TDL AR 46 ESP.TDL

= = = =

English German French Spanish

-- with vario focus for RO 1750: AR 46 V ENG.TDL = English AR 46 V DEU.TDL = German

bucky DIAGNOST TS

3.9.

INSTALLA

Installation of tabletop

In rooms with sufficient space on the longitudinal side of the table: S

S

S

1

Install the tabletop from the longitudinal side. Remove end cover (1) and stoppers from one side of the tabletop. Push the tabletop along the transverse carriage.

Figure 1 Apply extreme care when handling the ball bearings.

INSTALLATION

bucky DIAGNOS

3.10. Setting to work The system is supplied fully prefabricated by thefactory. Before switching on the X-ray generator: Switch off the auxiliary mains breaker for table.

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

S

Check the power supply for the table on the PCB SN. Always remove cassette tray before you open the tabletop Tilting the

1

bucky DIAGNOST TS S

INSTALLA

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)

1

INSTALLATION S

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

S

Check delay time of grid release with test exposure time = 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 a longer period -- e.g. more than 2 months --, we recommend to recondition the X-ray tube. See OPTIMUS manual, section Installation, 10.1 Tube conditioning. Check coincidence of X-ray beam and light.

bucky DIAGNOS

bucky DIAGNOST TS

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 below maximum level. The distance from the laser beam to front and to rear frame of the table-top must be equal, i.e. the laser beam must be plane-parallel to the table-top. -- If not, turn laser diode slightly with adjusting screw (1).

S

Raise table-top precisely to laser beam level

INSTALLA

INSTALLATION

bucky DIAGNOST TS

3.11.3. Adjustment of tomo layer height indication S

Set the service switch (1) on thecolumn control board to service. The following message will appear on the control panel display: Service mode Diagnosis: 0

1 S

Press the key on the control panel (1). This will start the calibration menu. Now follow the instructions on the display: Service mode Move to h=0

bucky DIAGNOST TS S

INSTALLA

Leave the service switch on the column control board in position service to enter the display language.

3.11.4. Setting the display language

S

4

The service switch should be in mode service.

3 Service mode Diagnosis: 0 S

Press the key on thecontrol panel (3). The following message will appear on the control panel display:

T

T

Service mode /V

INSTALLATION

bucky DIAGNOS

3.11.5. Adjustment of the tomo axis S

S

S

S

S

S

Prerequisite: Alignment of standard equipment has been completed. Select tomo on control handle. Move column, table-top and bucky tray to the center position (the center position is reached if the 4 LED-indicators on the control handle are lit). Move transverse arm to normal position. Insert the coupling bar into central and lower swivels (1, 2). Fit the coupling bar to the column (3). The locking bolt (4) will be pushed upwards (which will unlock the ß-movement axis of the transverse arm).

4

3 2 1

bucky DIAGNOST TS

S

S

INSTALLA

Bucky device, light beam localiser and coupling bar must be aligned in a vertical plane. If necessary, align the system by adjusting central swivel (1), lower swivel (2) and position control bar.

2 1

3

INSTALLATION

S

S

bucky DIAGNOS 1

Test the safety limit switches: Move the column manually to the left and right limit switch positions. The limit switch must be triggered (I/O--LED 35 on tomo controller (PLC) lits) and the system be switched off. Initiate a tomo test cycle on the control panel: Select mode with 40° /4s. Press the key until the cycle is completed and check the following items: -- the column moves first to the left (1). -- the column moves at constant speed and without jerks (otherwise check: cable routing, rail alignment, dirt on rail surface, spring pressure, driving axle). -- the eccentric disk operates correctly (otherwise ch k li to (M 3) d siti itch UB

Coupling motor

bucky DIAGNOST TS

INSTALLA

3.12. Tomo adjustment under exposure conditions (tomo only) 3.12.1. Measurement of X-ray zone

Two exposures are to be taken on the same film. First exposure = Bucky S

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):

a

1

b

INSTALLATION

bucky DIAGNOS

3.12.2. Symmetry of tomo axis

S

Position the lead plate - 100mm above the X-Ray cassette.

1

Lead p

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

S

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

¯∅

100mm

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

S

Take an exposure in tomo mode. 70 kV 2 sec 5 mA 40 . °

X-ray cassette

Table to

bucky DIAGNOST TS S

INSTALLA

Programming of symmetriy (please fill out the table) -- The following programming is selected: U On T2

High speed

Low speed

R=O ON SZ2

37V

O

33V

O

31V

O

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

17.5V O 15.5V O Þ

= coarse adj.

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

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

13.5V O Remarks:

value for c and d in mm:

= fine adj.

d =.......................mm tested with 40 ° 40°

4 sec and 2 sec

INSTALLATION

bucky DIAGNOS

3.12.4. Tomo layer height

(Use TOMO test phantom) S

Take the following test exposures with inclined bucky tray.

Tomo angle

Tomo time

TOMO layer height -default = nominal value

Measured TOMO layer height = actual value

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

40°

4 seconds

45 mm

mm

40°

4 seconds

130 mm

mm

40°

4 seconds

200 mm

mm

If thedeviati

is

re tha +/- 3m

pl

te

bucky DIAGNOST TS

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)

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

INSTALLA

INSTALLATION

bucky DIAGNOS

3.16. Installation for tomo bar parking frame

Tomo bar

8 V D G R

7 V D G R

6 V D G R

5 V D G R

p e t 4 s e V s o D 1 1 1 e n e 0 0 n o

e e e e l o b n n n n a o o o 0 0 0 0 0 0

o n

t n e l a v i u % % % % 0 s o 0 0 e n q 5 5 5 2 n o

: : : : 5 6 7 8 e e e e m i m i m i m i t t t t o o o o m m m m o o o o : T T T T ] s [ e m i t o m o T \ A W 1 o : : : : m 1 2 3 4 o T e e e e / i m i m i m i m y t t t t k o o o o c m m m m u o o o o B T T T T

bucky DIAGNOST TS

FAULFIN

FAULTFINDING TEXT Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 1. 1.1. 1.2. 1.3. 1.4. 1.4.1. 1.4.2. 1.4.3. 1.5. 1.5.1. 1.5.2. 1.6. 1.6.1.

Trouble shooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Safety regulations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Software and PLC faults . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware and tomographic image problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Specific instructions for fault elimination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . EPROM replacement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Setting EPROM configuration jumper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Test exposure with inclined bucky tray . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PLC input / output allocation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Digital inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Digital outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Indicator LED’s on table control board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Standard version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

bucky DIAGNOST TS

1.

Trouble shooting

1.1.

Safety regulations

FAULTFIN

Only technically qualified personnel who have received the appropriate instruction and training for radiog equipment in medical applications and for the bucky Diagnost TS in particular are allowed to install, mainta service this equipment. It is presumed that all personnel involved with trouble shooting are familiar with fault finding and repair of radiography equipment. Therefore only topics related to the process controller (PLC) and tomo specific are treated in this chapter.

Furthermore, all personnel involved must be instructed on safety precautions with respect to radiography a related high voltage devices as well as to all other electric low voltage equipment. All relevant standar regulations must be complied with.

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

FAULTFINDING

1.2. s

bucky DIAGNOS

Software and PLC faults

In order to display software error messages, set the service switch on the column control board to servic following message indicating an error code will appear on the control panel display: Service mode Diagnosis: 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 mode Diagnosis: 0 s

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

M1

M2

tomo tomo motor coupling

40 20 8 °

°

8 20 40

°

°

B1

°

°

1 Format contact Tomo mode

1 2 3 4

bucky DIAGNOST TS

Code

Fault description

Possible cause

1

Communication timeout: no -- Cable to table conanswer from PIC--procestrol not correctly sors on table controller (deconnnected centralized I/O) -- Interface module on PLC defective -- RS485 bus nor correctly connected -- Jumpers on RS485 interface board not set correctly -- PIC--processors or interface module defective -- EPROM defective

FAULTFIN Suggested remedy

No

1. Check cable and plugs 2. 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 supply cable of PLC (on the bottom, to the left of the 3 LED)

s

Switch PLC on

s

Wait a few seconds

s

Reconnect the supply cable

power

FAULTFINDING

bucky DIAGNOS

Code

Fault description

Possible cause

Suggested remedy

104

PLC Program EPROM test -- EPROM defective failure -- EPROM not correctly installed

1. Replace EPROM

PLC serial interface test fail- -- Interface module deure fective

1. Replace interface module in PLC

2. Check EPROM position (see Section EPROM replacement) -- PLC configuration incorrect 3. Check EPROM configuration (see Section Setting EPROM configuration jumper)

120

-- PLC hardware fault

2. Replace PLC

140

PLC system EPROM test -- PLC hardware fault failure

1. Replace PLC

252

Error flag is set

-- Error in PLC applica- 1. Check program release tion program (must match PLC version

No

bucky DIAGNOST TS

1.3.

FAULTFIN

Hardware and tomographic image problems

Fault description

Possible cause

Suggested remedy

Tomo sequence aborted

-- Tomo speed too low

1. See error code 30 in Section Software and PLC faults

-- see error code 30 in Section Software and PLC faults Underexposure (indication on generator control desk)

Tomo speed too high

Mains voltage too high

Objective plane level not correct

1. Check supply voltage and change transformer tap, if necessary 1. Install transductor or voltage stabilizer (contact service organization to order)

-- Calibration maladjust- 1. Check laser alignment (see ment Section Adjusting table level) Laser misalignment

2. Calibrate level sensor (see

No

FAULTFINDING

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 between the wrist and the base of the columnbefore the EPROM is removed. The EPROM could otherwise be destroyed by static electricity.

s

s

Replace EPROM, pins 1 and 2 of the socket (see Figure) must be left unused. Replace cover and switch power on.

bucky DIAGNOS

bucky DIAGNOST TS

1.5.

FAULTFIN

PLC input / output allocation

1.5.1. Digital inputs Signification when LED ON Operation mode

Service mode

¡ 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

EA--0

FAULTFINDING

bucky DIAGNOS

1.5.2. Digital outputs Signification when LED ON Tomo mode

Standard mode

¡ 32

Radiation ON command 1 (redundant)

(permanently on)

¡ 33

Radiation ON command 2 (redundant)

(permanently on)

EA--32

¡ 34

Unlock b --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

bucky DIAGNOST TS

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

FAULTFIN

bucky DIAGNOST TS

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--4

EX1100


EZX3

temperature switch

H.V. cable

EG

H.V. cable

Laser (option) X41

UE

X49

brakes X35

LCD display amplimat chamber 1

EZX21

SX..

X1

UE

PH

X32

amplimat chamber

UB

brakes

tomo drive release 1

1WAX1

X1

X3

X2

See table control format contacts bucky 1

1WAX11

X40

X36

X38

VA bucky module

X2

centered

UE1

X20

X11

UF

X22

X23

brakes

X37

light

X31

X4

brakes and table height

X31

X22

X24

see Z1-7

X7

SA

UE2

UB1

X4

brakes

stand control

X21

X30

UB1

control handle

stand control

X9

SZ1 table control

X10

centered

SA

X5

See table control

footswitch

SC

2 3 2

RS 485

XP1

X5

S R

EA16/32

stand bucky DIAGNOST TS EA0

M X6

table height

see Z1-7

PLC

PGU

tomo control

SNV see Z1-2 mains 230V~

ENX2100

X16

X8

X5

SN

table height

tomo height

power supply

XA

SNV LA table bucky DIAGNOST TS

Upgrade kit Center La

UF

UE

EX1100


EZX3

temperature switch H.V. cable

EG

H.V. cable

Laser (option) X41

UE

brakes X35

LCD display

X49

UE amplimat chamber 1

EZX21

SX..

X1

X32

PH amplimat chamber

MEDIO CP release adapter (option) release 1 format contacts bucky 1

1WAX1

X1

X2

UB X3

X2

X40

X36

X38

VA bucky module

SZ3 1WAX11

brakes

tomo drive X1

X2

centered

UE1

X20

X11

UF

X22

X23

brakes

X37

light

X31

X4

brakes and table height

X31

X22

X24

see Z1-7

X7

SA

UE2

UB1

X4

brakes

stand control

X21

X30

UB1

control handle

stand control

X9

SZ1 table control

X10

X5

centered

SA

footswitch

RS 485

XP1

X5

EA16/32

SC tomo speed control

stand bucky DIAGNOST TS EA0

M X6

table height

see Z1-7

PLC

PGU

tomo control

1/2

SZ2

SNV

see Z1-2 mains 230V~

ENX2100

X16

X8

X5

SN

Upgrade kit Center La

table height

UF tomo height

power supply

XA

SNV LA table bucky DIAGNOST TS

UE

EX1100


EZX3


EG

H.V. cable

Factory adjusted Z1 ENX2100:L1

X16:1

F11

X16:1.1

L1

5A slow

mains 230V~ ENX2100:N

X16:2

F12

L1.1

X16:3

mains filter X16:2.1

N

F14

T1 230VAC

30VAC

X8:2

28VAC

1.6A slow

F5 6.3A slow

26VAC N.1

X16:4

0VAC

0VAC

X11:06

X20:06

X22:04

X31:04

X32:4

X11:08

X20:08

X22:07

X31:07

X32:3

X22:01

X31:01

X11:01

X20:01

X11:12

X20:12

H18

X8:3

5A slow X49:1

G1 L1

1

X8:4

N

F6

X49:2

+24V 4A slow

switching power supply 24VDC/5A

H17 X22:12

5

+24V

+24V

X31:12

X8:5

F2 230VAC

24VAC

X8:6

6.3A slow 24VAC

H20 0VAC

E

generator

SN

power supply

0VAC

X8:8

0VAC

SZ

table control

UB

stand control

UE

control handle

EX1100


EZX3


EG

H.V. cable

+24VDC GND

PLC

tomo control

Factory adjusted F14 ENX2100:L1

X16:1

F11

X16:1.1

L1

ENX2100:N

X16:2

F12

L1.1

X16:3

T1

6.3A slow 230VAC

30VAC

X8:2

28VAC

5A slow

mains 230V~

mains filter X16:2.1

N

F5 6.3A slow

26VAC N.1

X16:4

0VAC

0VAC

X11:06

X20:06

X22:04

X31:04

X32:4

X11:08

X20:08

X22:07

X31:07

X32:3

X22:01

X31:01

X11:01

X20:01

X11:12

X20:12

H18

X8:3

5A slow X49:1

G1 L1

1

X8:4

F6 H17

X22:12

24VDC/5A N

5

T2

X49:2

+24V 4A slow

switching power supply

+24V

+24V

X31:12

X8:5

F2 37VAC

X8:6

6.3A slow 31VAC

34VAC 230VAC

H20

31VAC 17.5VAC

F1 X8:7

6.3A slow 15.5VAC

15.5VAC 0VAC

E

generator

H19

13.5VAC 0VAC

X8:8

UB 0VAC

stand control

UE

control handle

X10:3

+24V

X10:2 X4:07

D13

SAH5 footswitch inactive SAS5

footswitch

SCS4

X4:10

U6

1

X4:11

1b

X4:12

X4:09

A

X7:7

X4:08

4 3

X7:5 X5:03

2 1

X5:02

+24V

1a

SAS21

ENABLE +24V

& JP1

U7

X7:2

ENABLE

1

X7:3

1b

X7:4

X4:02

D4 D5

2 down

DOWN

DOWN

X6:05

1

U7

K1

1

K2

1

DOWN

2 table on 1

X6:02

K4

+24V

Q7

Q9 Q9

JP3

K1 3

2

0VAC

GL1 down

4

table height on

4

off

5 0VAC

1 X6:11

4

X8:8

X6:10

24VAC

H20

2 1 Z

+24V

Q3

F2 24VAC

X9:3

X9:4

X6:06

6.3A slow

D9 D22

X6:04

X8:6

X4:05

DK 1.2 X4:03

4

safety

X4:04

D10

X6:07

SNVS9

X9:2

U1

2

2 down

ENABLE

2 1

release bucky brake

Q11

1

ENABLE

ENABLE &

SNVS8

SAS2 U6

U6

1

X9:1

Q10 +24V

X6:03

2

Q6

SWGND

+5V

+24V

+24V

ENABLE

JP2B DOWN

SNVS7

U6

+5V

1a

SAS22

X4:06

X7:6 B

5

K2

3

K4

X6:08

+

M

-

SNVM1

brake table motor

SNVY7

U6

7 1 ) e Z i v e r e d s o d m n o t a ( t s o t

X11:02

data -

16 RS485 X11:03

data +

Dk3

k3

X10:2 X4:07

D13

F4 polyswitch RXE185

SAH5

I =2A

footswitch inactive 1

1

SAS5

footswitch 1

1 3

Jumper

SCS4

U6

X10:3

+24V

X4:06

X7:6

X4:09

X7:7

X4:08

B A 4 3

X7:5 X5:03

2 1

X5:02

+ +24V

X4:10

1

Dk5

K5

U6

1a

SAS21

-

ENABLE

X4:11

1b

1

1

1

1

t s a f

4

&

w o l s

+24V

X4:12

U7

X7:2

+5V

1a

SAS22

U6

JP1

ENABLE

1

X7:3

1b

X7:4

SWGND

Q10

+5V

1

X9:1

U6

U6 up

ENABLE

ENABLE

DOWN

DOWN

&

Q6

0.5

0.5

+24V

+24V

X4:02

ENABLE

JP2B DOWN

X6:03

1

1

D4 D5

1

release bucky brake

2 down

K1

1

SAS2

1

Dk1.2 2 down

1

K6

K2

2

Q11

1

X9:2

U1

2

X4:04

SZ2

+24V

X6:05

SNVS7

2

SNVS8

down

1

on 4 1

2

off 5

X6:04

X11:07

3

K3 X11:10

4

safety

1

Tomo Motor

2 table on 1

X6:06 X6:02

K4

+24V

X8:7

6.3A slow

31VAC

H19 F2 31VAC

X8:6

slow 4 fast 5

Q9

3

down 4 up

K1 3

0VAC

+

0VAC

GL1 down 4

SNVY7

A

X5:06 X5:07 X5:08

D +5VDC

table height on 4 5

K2

2

table motor

3

K4

X6:08

+

M

-

SNVM1

X5:04 X5:05

r e l l o r t n o C C I P

brake 1

polyswitch RUE700 off

5 X8:8

X6:10

X6:11

F3

17.5VAC

H20 2 1 Z

+24V

Q7

Q9

K5

JP3

6.3A slow

X9:3

X9:4

7 1 ) e Z i v e r e d s o d m n o t a ( t s o t

Q3 F1

17.5VAC

M2

M

X6:07

SNVS9

X4:05

D9 D22

ENABLE DOWN

2

1

D10

X5:09 X5:10

EZX21:11

SX11:11

FD L CH

X1:01

EZX21:12

SX11:12

FD C CH

X1:02

EZX21:03

SX11:03

FD R CH

X1:03

EZX21:04

SX11:04

REL CH

X1:04

EZX21:05

SX11:05

PO 15/40V

X1:05

EZX21:06

SX11:06

NG 15V

X1:06

EZX21:07

SX11:07

SIGN CH

X1:07

PH

EZX21:08

SX11:08

RF 0V CH

X1:08

amplimat measuring chamber

EZX21:13

SX11:13

0V PW

X1:09

EZX21:01

SX11:01

PO 400V

X1:11

housing

housing

screen

X1:10

VA bucky module

X23 +15V

X22 4

RY2

E/WA

delay new

P1

CASS_PR

P2

generator R2 release 1 "bucky" +26V XG

WAX1:04

W1 X1:04

+26V XG

H16

+26V XG

8 +26V XG

+5V

X1:05

ACTIVE +26V XG

X3:1

+26V XG

X2:1

X20

timer ~20s

RY2

2

D1

RY1

1

T2

+15V

R8

RESET

X24

D2 +24V

X25 +24V

X3:5

+15V

X26

X2:5

+15V

XG

D5

X1:03

H11

SYNC

H15

+5V

L4 RQ_XG_PR

IC1B

timer

C7

DC/DC

WAX1:03

IC1A

FREE EXPOSURE

6

X2:7

RG_DV

7

X28 X21

3

X30

3

X2:9

L5 WAX1:05

2

+24V

+24V

R4 1

5

+26V XG

X3:6

X2:6

D3

R11

R12

C8

R13

X27

T3

R13

RQ_XG_PR

& START

+26V XG

+5V

X3:4

X2:4

OC1

D4 +24V

+15V

X29 X31

L7 XG_RD_EX

WAX1:02

JP4

X1:02

X3:3

H12

XG_RD_EX

GND XG

WAX1:01

X1:01

WAX1:07

X1:07

D6 4

5 3

JP5 RQ_XG_EX

2

X2:3

X3:2

RY1

X2:2

VA1

bucky 1

X32 X33

SYNC

bucky control XG

RY2

1 CASS_PR

EZX21:11

SX11:11

FD L CH

X1:01

EZX21:12

SX11:12

FD C CH

X1:02

EZX21:03

SX11:03

FD R CH

X1:03

EZX21:04

SX11:04

REL CH

X1:04

EZX21:05

SX11:05

PO 15/40V

X1:05

EZX21:06

SX11:06

NG 15V

X1:06

EZX21:07

SX11:07

SIGN CH

X1:07

PH

EZX21:08

SX11:08

RF 0V CH

X1:08


EZX21:13

SX11:13

0V PW

X1:09

EZX21:01

SX11:01

PO 400V

X1:11

housing

housing

Screen

X1:10

VA bucky module

+15V 4

RY2

E/WA

delay new

P1

CASS_PR

P2 delay old

generator R2 release 1 "bucky" +26V XG

WAX1:04

W1 X1:04

+26V XG

H16

+26V XG

RG_DV

8 +26V XG

7

ACTIVE

timer ~20s

X3:1

+26V XG

X2:1

FREE EXPOSURE

6

RY1

1

T2

SYNC +15V

X3:5

X2:5

X3:6

X2:6

+24V

timer ~2s

+15V

XG

D3

R11

R12

C8

R13

+24V

IC2

+15V

D5 T3

R13

RQ_XG_PR +26V XG

R8

D2

X1:03

H11

2

D1

RESET

H15

+5V

L4 WAX1:03

IC1B

timer

C7

DC/DC

RQ_XG_PR

IC1A

+5V

X1:05 +26V XG

3

X2:9

X2:7

WAX1:05

2

+24V

+24V

R4 1

5 3

& START

+26V XG

+5V

X3:4

X2:4

OC1

D4 +24V

L7 XG_RD_EX

WAX1:02

JP4

X1:02

X3:3

H12

GND XG

WAX1:01

X1:01

WAX1:07

X1:07

5 3

X3:2

WAX11:01

X2:01

RY2 1 CASS_PR

RY1 SYNC

X2:2

VA1

bucky 1 SW SF CF

D6 4

JP5 RQ_XG_EX

2

X2:3

XG_RD_EX

+15V

bucky control

SCP EZX1/2 4

MEDIO CP EMX2/5/12/22 4

MEDIO CP-H EZAX1/2/3/4 4

0V

X1:4

X2:4 10R

C1

Generator 7

5

7

7

-(24)V

5

5

RDGV

100 m 63V

X1:7

X1:4

C2

100n

100n

7924 1µF 40V

K4

X1:5

0V

K4

10R

100 m X2:7 63V

X2:5

-(24)V

X1:7

RDGV

X1:5

PREP

X1:3

1N5060

3

3

3

PREP

1µF 40V

K3

X1:3

K3

10R

X2:3

1N5060

2

1

2

1

X1:2

2

1

EXP

X1:1

1µF 40V

K2 1N5060

10R

K1

K2 K1

SZ3 Interface SCP: Programming for EZ X1/2 see EZ106 and EZ102 see B22 and B23 for W40/W41

X2:2

X1:2

10R EXP X2:1

X1:1

SCP EZX1/2 4

MEDIO CP EMX2/5/12/22 4

MEDIO CP-H EZAX1/2/3/4 4

0V

X1:4

V1

MP1 0V

R1

C5 100 m 63V

Generator 7

7

7

-(24)V

X1:7

X2:4 C1 100 m 63V

C2 100n 63V

A1

V2

2 MP2 -24V AC

5

5

5

RDGV

X1:5

3

3

3

PREP

X1:3

2

X1:2

2

EXP

V10

K1

V6

V5

MP6 PREP

K3

V4

K2 R8

MP5 RGDV

K4

X2:5

RDGV

X2:3

PREP

R4

C8

H3 2

MP4 -24V DC

K3 R7

V9

-(24)V

R5

C7

H2

R10 X2:7

K4 R9

V8

H5

C3 100 m 63V

V7

C6

H4

1 GND 3 Vin Vout

C4 100n 63V

0V

MP7 EXPout

K2

X2:2

R3

K1

H1

V3

X1:2

b b

UES21

+5V

U5

+24V

X35:3

z

x

X36:1

X38:1

X36:2

X38:2

X36:3

X38:3

X36:4

X38:4

X36:5

X38:5

X36:6

X38:6

X36:7

X38:7

X36:8

X38:8

U3

+5V

U7

H2

D1

X1:02

X40:02

U6

LED_Y

+24V

driver

a +5V

UES26

+5V

y

X1:12

X40:12

X1:24

X40:24

X1:21

X40:21

+5V +24V +5V

UES25

U3

+5V X35:7

U5

U8

U6

S25 +24V

UES20

+5V X35:2

U5

DC/DC

+24V

X31:9

+24V

U6

U7 D1

X1:01

X40:01

1

+5V

S20

+5V

H1

1

X37:1

U3 X37:2

LED_X

clock

driver

generator

UES23

+5V X35:5

U6

U5

+24V

X37:3

1

X37:4

S23

U4 +5V

U7

H4

D1

X1:04

X40:04

LED_Z

driver

UES24

+5V

r e l l o t n o c

U5

o r c i m t i b 6 1

X35:6

+5V X1:05

X40:05

LED_ a

UES22

+5V see Z1-2

X35:4

X22:11

X31:02

X22:02

X31:10

X22:10

X31:09

X22:09

JP1

U6

U5

S22

+5V

U7

H3

D1

X1:03

X40:03

LED_ b

UB1 stand c

LED_ b

driver +5V

H7

X31:11

U3

U7

H5

Upgrade kit Center Laser

LED_ b

U7 active

D1

X1:07

X40:07

LED_ACTIVE

ACTIVE = Tube select

driver

X49:1

X1:1 5V DC

X49:2

0V X1:2

X32:5

X1:5

M4

X32:6

X1:6

M3

Laser *

+5V

time

Q1/Q2

S8 X1:08

X40:14

LIGHT ON

LIGHT ON

UE1

timer X35:1

b b

UES21

+5V X35:3

U5

+24V

S21

X36:1

X38:1

X36:2

X38:2

X36:3

X38:3

X36:4

X38:4

X36:5

X38:5

X36:6

X38:6

X36:7

X38:7

X36:8

X38:8

U3

x

z

X41:14

a

X41:01

U6

LED_Y

+24V

VCL +24V

UES26

U3

X41:09

y UES25

+5V X35:7

U5

UES20

+5V

U6

U8

S25 +24V

X35:2

U5

DC/DC

+24V

1

+5V X31:9

S20 +24V

X41:15

1

U6

LED_X

X37:1

U3 X37:2

clock

UES23

+5V X35:5

generator

U5

U6

S23

+24V

X37:3

1

X37:4

U4 X41:11

UES24

LED_Z

tomo control handle

+5V X35:6

U5

S24 EPLD LED_b

X41:13


X31:11

X22:11

X31:02

X22:02

X31:10

X22:10

X31:09

X22:09

LED_a

U3

UES22

+5V see Z1-2

X35:4

U5

JP

S22

U6 X41:12

LED_b

X41:13

LED_ACTIVE

X41:08

LIGHT ON

LED_b


UB1 stand c

X41:07

(2x10)

X41:06

UE1

X34

Laser *

X49:1

X1:1 DC

X49:2

0V X1:2

signal converter X41:03

time

MAX 232

LIGHT ON

X32:5

X1:5

M4

X1:6

M3

timer X35:1

X32:6 X41:04

X41:05

X41:02

n o o

b b

UES21

+5V X35:3

U5

+24V

S21

X36:1

V

X36:1

1

U3 X36:2

X36:2

X36:3

X36:3

X36:4

X36:4

X36:5

X36:5

X36:6

X36:6

X36:7

X36:7

X36:8

X36:8

X36:9

X36:9

R1

x

z

X41:14

a

X41:01

U6

LED_Y

+24V

VCL +24V

UES26

UES25

+5V X35:7

U5

UES20

+5V

U6

U8

S25 +24V

X35:2

U5

DC/DC

+24V

R2

+5V

S20 +24V

X41:15

V2

U3

X41:09

y

U6

LED_X

X37:1

UE3

U3

Brake amplifier

X37:2 clock

UES23

+5V X35:5

generator

U5

U6

S23

+24V

X37:3 X37:4

U4 X41:11

UES24

LED_Z

tomo control handle

+5V X35:6

U5

S24 EPLD LED_b

X41:13


X31:11

X22:11

X31:02

X22:02

X31:10

X22:10

X31:09

X22:09

LED_a

U3

UES22

+5V see Z1-2

X35:4

U5

JP

S22

U6 X41:12

LED_b

X41:13

LED_ACTIVE

X41:08

LIGHT ON

LED_b


UB1 stand c

X41:07

(2x10)

X41:06

UE1

X34

Laser *

X49:1

X1:1 DC

X49:2

0V X1:2

signal converter X41:03

time

MAX 232

LIGHT ON

X32:5

X1:5

M4

X1:6

M3

timer X35:1

X32:6 X41:04

X41:05

X41:02

n o o

EZX22:11

X4:11

FD L CH

X1:01

EZX22:12

X4:12

FD C CH

X1:02

EZX22:03

X4:03

FD R CH

X1:03

EZX22:04

X4:04

REL CH

X1:04

EZX22:05

X4:05

PO 15/40V

X1:05

EZX22:06

X4:06

NG 15V

X1:06

EZX22:07

X4:07

SIGN CH

X1:07

PH

VA

EZX22:08

X4:08

RF 0V CH

X1:08


EZX22:13

X4:13

0V PW

X1:09

bucky unit "Inalfa"

EZX22:01

X4:01

PO 400V

X1:11

housing

housing

screen

X1:10

X23

VA2 sensing

X22

RY2

+15V

4

5

CASS_PR

E/WA

VP

generator

delay new

wall connection box

R2

tilt switch X20

2

3

IC1A timer

C7 release 2 "BWS" +26V XG

WAX2:04

WAX2:07

2

IC1B

D1

timer ~20s

T2

RY1

1

SYNC +15V

R8

RESET

X24 X1:1

X2:1

D2

4 +24V

X1:5

X2:6

X1:4

X2:4

X1:3

X2:3

timer ~2s

+15V

D3

R11

R12

C8

R13

X25

2

S1 1

X26

X2:5

X1:6

+24V

IC2

+15V

DC/DC GND XG

X30

+24V

R4

1

X28 X21

P2 delay old

P1

W1

+24V

3

1

D5

Y1 X27

T3

R13

2

& START

XG_RD_EX

WAX2:02

OC1

D4

+15V

+24V

X29

X31 4

RQ_XG_EX

WAX2:01

X1:2

X2:2

5 3

RY1 SYNC

2

D6 1

VA2 sensing

RY2 CASS_PR

X32

shielding

UB1

X11:01

X20:09

X11:02

X20:02

X21:03

X11:03

X20:03

X21:04

XS:12

X11:04

X20:04

X21:05

EA32:0

X11:05

X20:05

X21:06

EA32:1

X11:06

X20:06

X11:08

X20:08

X11:01

X20:01

X11:12

X20:12

stand control

RS485 data RS485 data + Rad on1 Rad on2 U finder 1 U finder 2 24VDC GND

X11:07

device active

XS:11

data data +

EA32:8

W28

EA32:9

Rad on1 Rad on2

PGU:1

PGU:3 PGU:8 PGU:9

24VDC GND

24V

EA0:0 EA0:1

GND

X20:07

Umt 2+ Umot 2-

W27

W27

X21:02

XPI:+

24VDC

X11:10

X20:10

X21:15

XPI:-

X11:11

X20:11

X21:07

XPI:INB1

X21:08

XPI:INB2

X21:09

EA32:2

X21:10

EA32:3

X21:01

EA32:4

X21:14

EA32:5

W20

SZ1

GND interrupt1 interrupt2 release clutch

table control

EA0:2 EA0:3 EA0:4 EA0:5 EA0:6 EA0:7

K2 finder 4061.9024

EA0:8 brake Y

EA0:9

EA16:9 X21:11

EA16:8

X21:12

S1

service switch Nikkai/SS-12 SDP2

PLC tomo control

X21:13

EA16:1 EA16:3 EA16:0

W28

R2

R1

1R (1W)

1R (1W)

C1

C2

1.5U 100V

1.5U 100V

K1

X22:04

W30

X31:04

X22:07

X31:07

X22:01

X31:01

X22:12

X31:12

U finder 1 U finder 2 24V GND

JP1

Jumper

F1

R3 (1W)

PS 102R (DO-41)

C4

C3

1.5U 100V

1.5U 100V

GL1

X22:06

D1

polyswitch 1.85A

R 1

R 1

R4

(1W)

~ ~ rectifier + -

W31

X31:06

X22:08

X31:08

X22:02

X31:02

X22:03

X31:03

X22:05

X31:05

X22:10

X31:10

X22:11

X31:11

X22:09

X31:09

release brakes locks off brake Y spare device active sensor Y sensor beta shielding

UE control handle

X23:01

X23:02

X23:03

X23:04

X23:05

X23:06

X23:08

X23:07

X23:09

X23:10

X23:11

X23:12

X24:1

X24:2

X24:3

X24:4

X24:5

X24:6

X24 1

X24 2

X24:3

X24:4

X24 5

X24 6

bucky DIAGNOST TS

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--3.1

Wiring 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

XA

UE

LA

SB SA

PH

VA

SA

SAY2a

SAY2b

SAS22 1a 1 1b

SZ1X7:2 SZ1X7:3 SZ1X7:4

GY PK BU

2

1

7 0 : 4 X 1 Z

6 0 : 4 X 1 Z

S

PH

VA

3 B 4

VAX2

bucky module

S

SAY1 SZ1X7:5 SZ1X7:6 SZ1X7:7

2

1

3 : 0 1 X 1 Z

2 : 0 1 X 1 Z

WH BN GN

WH BN

SZ1X9:1 SZ1X9:2

SAS21

S

SZ1X3

transverse carriage

S3

4

S

1 8 0 : 4 X 1 Z

SAS2/H2

SA

1

2 9 0 : 4 X 1 Z

S

S

SAS5/H5

SAY3

generator

X1

2

2

1

3 : 9 X 1 Z

4 : 9 X 1 Z S

S

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

SZ1X6:06

1 4

PK

SZ1X6:07

S9

H12

2

10

H15

H11

09

JP2B

JP2A H17 X8 BN

SZ1X6:03

1 4

WH

SZ1X6:02

SNT1:24VAC

2

SNT1:0VAC

S7

SNG1:+24V

1

SNG1:0V SNT2:37VAC SNT2:17.5VAC SNT2:0VAC

2 3 4

H18

+24V

07 06

24VAC

F5

X2

6.3A slow

6

10A slow

05

1WAX2

3 : 6 1 X

4 : 6 1 X

04

H16

03

+26V XG

02

JP5

01

F6 4A slow

F2

8

08

JP1

5 7

H11 = RQ_XG_PR H12 = XG_RD_EX H15 = ACTIVE

X11

UB1X20 1

JP4

SZ1

F1

N.1

Z1

table control

10A slow

N

X10

H20 24VAC

YE

GN

SZ1X6:04

X9

2 : a 2 Y A S

1

2

3

4

1

2

3

4

1 : 3 S A S

4 : 3 S A S

2 : 1 Y A S

1 : 1 Y A S

S8

X6

7

0 1

4

8

8

9

4

5

6

1

2

3

1 1

2 1

LINE L1

5 9

3 : 4 : : 6 6 6 1 1 1 X X X

1 . . : 1 2 6 1 : : 6 1 6 1 X 1 X X

10

X3

09

L1 N

08

VAX2

07

G1

06 05

X5

X1

3 1

4 1

5 1

3 1

4 1

5 1

0 1

1 1

2 1

0 1

1 1

2 1

04 03

7

8

9

7

8

9

7

8

9

4

5

6

4

5

6

4

5

6

1

2

3

1

2

3

1

2

3

1WAX1 3 : 4 : 6 6 1 1 X X

02 01

JP6

1

3 7

1

X7

yw SZ1X6:10 SZ1X6:11 gn

2

6

X4

2 4

1

1 : a 2 Y A S

JP3

SZ1X6:05

L1.1 LOAD

6 : 8

X 1 N S

C C C A A A V V V 0 5 0 3 1 2 1

C A V 0 3 2

T2

Y1

2

SNV

X7:1 X7:2

screen SAS22:1a SAS22:1

X6:01 X6:02

screen SNVS7:1 SNVS7:2

X4:01 X4:02

screen SAS2:1 SAS2:2

X5:01 X5:02

screen SCS4:1 SCS4:2

8 : 8

X 1 N S

C A V 0

SAY2b

SAY2a

SAS22 1a 1 1b

SZ1X7:2 SZ1X7:3 SZ1X7:4

gy pk bl

SZ1X7:5 SZ1X7:6 SZ1X7:7

wt bn gn

2

1

7 0 : 4 X 1 Z S

6 0 : 4

PH

VA

3 B 4

VAX2

bucky module

X 1 Z S

SAS5/H5

SAY1 wt bn

SZ1X9:1 SZ1X9:2

1

2

1

2 : 0 1 X 1 Z S

9 0 : 4 X 1 Z S

8 0 : 4

SAS21

X 1 Z S

SZ1X3

transverse carriage

S3

4

2 3 : 0 1 X 1 Z S

SAS2/H2

SA

1

SAY3

generator

X1

2

2

1

3 : 9

X 1 Z S

4 : 9

X 1 Z S

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

SZ1X6:06

1 4

pk

SZ1X6:07

S9

H1

H3

H5

H7

H9

H10

H12

H14

2

H2

H4

H6

H8

H11

H13

10

H15

09

JP2A H17 X8 bn

SZ1X6:03

4 wt

SZ1X6:02

SNT1:24VAC

2

SNT1:0VAC

S7

SNG1:+24V

1

SNG1:0V SNT2:37VAC SNT2:17.5VAC SNT2:0VAC

1 2 3 4 5 6 7 8

JP2B

H11 = RQ_XG_PR H12 = XG_RD_EX H15 = ACTIVE

H18

wt

bn gn

SZ1X5:09

06

F5

X2

6.3A slow

SZ1X5:10

P1

X11

UB1X20

SZ1X6:05

10A slow

1

SZ1X6:04

10A slow

X10

H19

X9

gn

SZ1X6:11

1

1

1 : a 2 Y A S

2 : a 2 Y A S

1

2

3

4

1

2

3

4

1 : 3 S A S

4 : 3 S A S

2

6

JP5

01

S8

X6

8

9

5

6

1

2

3

JP6

4

8

N.1

L1.1 LOAD

Z1

N

LINE L1

1 . 2 :

1 . 1 :

5 9

10

: 6 6 1 1 X X

09

3 : 4 : : 6 6 6 1 1 1 X X X

6 1 X

L1 N

08

VAX2

07 2 1 : : 1 1 Y Y A A S S

G1

06 05

X5

X1

3 1

4 1

5 1

3 1

4 1

5 1

0 1

1 1

2 1

0 1

1 1

2 1

0 1

1 1

2 1

7

8

9

7

8

9

7

8

9

4

5

6

4

5

6

4

5

6

1

2

3

1

2

3

1

2

3

1

4

3 7

X3

X4

7

SZ1X6:10

3 : 6 1 X

4 : 6 1 X

1WAX2

table control

X7

yw

02

JP4

SZ1

F1

2 4

gn

03

F2

24VAC

yw

H16 +26V XG

F6 4A slow

H20

2

05 04

3 1

07

2 4V AC

JP3 SZ1X5:08

08

JP1 + 24 V

1WAX1

04

3 : : 4 6 6 1 1 X X

03 02 01

C A V 0 3 2

6 : 8

X 1 N S

C C A A V V 5 0 1 1

C A V 0 3 2

T2

Y1

2

SNV

X7:1 X7:2

screen SAS22:1a SAS22:1

X6:01 X6:02

screen SNVS7:1 SNVS7:2

X4:01 X4:02

screen SAS2:1 SAS2:2

X5:01 X5:02

screen SCS4:1 SCS4:2

8 : 8

X 1 N S

C A V 0

X38:7 X38:8 1

4

wt bn

2

S14 1 : 8 3 X

2 : 8 3 X

X38 1

Y4:1

2

Y4:2

3

S12:1

4

S12:4

5

Y6:1

6

Y6:2

1

UE2X37:3 GN UE2X37:4 YE

2

1

7

S14:1

8

S14:4

Y4

4

1 : 7 3 X 2 E U

2 : 7 3 X 2 E U

1

2

2

S13

a Y5 X38:3 X38:4 1

UE2X36

4

wt bn

x

5 : 8 3 X

x

UF

2

S12

UE

tube arm

control handle

see Z2-4

6 : 8 3 X

a 1

2

Y6

UF tube arm

z

SZ1X11

UB1X24:2 UB1X24:1

UB

1

4

2

wt bn

UE2X31

0 1

1 1

2 1

0 1

1 1

2 1

7

8

9

7

8

9

4 1

5 2

6 3

4 1

5 2

6 3

X20

UB1X24:6 WH UB1X24:5 BN

X22 UB

1

4

3 : 4 2 X 1 B U

4 : 4 2 X 1 B U

1

2

UBY8

2

y

X38:7 X38:8 1

4

wt bn

2

S14 1 : 8 3 X

2 : 8 3 X

X38 1

Y4:1

2

Y4:2

3

S12:1

4

S12:4

5

Y6:1

6

Y6:2

1

UE2X37:3 GN UE2X37:4 YE

2

1

7

S14:1

8

S14:4

Y4

4

1 : 7 3 X 2 E U

2 : 7 3 X 2 E U

1

2

2

S13

a Y5 X38:3 X38:4 1

UE2X36

4

wt bn

x

5 : 8 3 X

x

UF

2

S12

UE

tube arm

control handle

see Z2-4

6 : 8 3 X

a 1

2

Y6

UF tube arm

z

SZ1X11

UE2X31

a : 3 M B U

0 1

1 1

2 1

7

8

9

4 1

UB

1

4

2

wt bn

5 2

X20

6 3

2 : 0 2 S B U

1 B B U

1 4

7

10

13

2 5

8

11

14

6

9

3

UB1X24:2 UB1X24:1

2 : 6 1 S B U

12

15

1 : b a 4 : 1 : : : 6 0 b : 6 3 2 1 2 2 1 1 1 S M M S S M B B B B B B B B B B U U U U U U U U 4 : 2 3 A

2 1 : S X

1 B N

3 : 2 3 A

8 : 6 1 A

X23

0 1

1 1

2 1

7

8

9

4 1

5 2

6 3

UB1X24:6 WH UB1X24:5 BN

X22 UB

1

4

3 : 4 2 X 1 B U

4 : 4 2 X 1 B U

1

2

UBY8

2

y

0

UEX30:04

1

UEX30:05

2

UEX30:06

3

UEX30:07

4

UEX30:08

5

UEX30:09

UB1X21:07

6

UEX30:10

UB1X21:08

7

UEX30:11

XPI 1 2 B B + - N I N I

PLC

UB1X21:02

EA16

UB1X21:15

8 9

UB1X21:05

0

UB1X21:06

1

PGU D-SUB 9P. Jumpers (bottom side)

2 3 4 5

9

CLOSED OPEN

5

8 4

7 3

6 2

UEX30:15

1

UB1X21:11

2 3

1

RS485

EA32

0

UB1X21:12

4

EA16

Interface Board

6 7 8

X5

9

1 2 1 1

3 : 1 2 X 1 B U

2 1 : 0 3 X B U

2 0 : 0 3 X B U

3 0 : 0 3 X B U

1 0 : 0 3 X B U

5 6 7 8

EPROM

UB1X21:13

9

4 : 1 2 X 1 B U

0 1 2 1 : 1 : 1 : 3 3 3 2 2 2 X X X 1 1 1 B B B U U U

n g 1 0 : 3 2

w y 2 0 : 3 2 X 1 B U

X 1 B U

UB1X23:9 wt UB1X23:7 bn 1

4

2

1

4

UB1X23:3 GY UB1X23:5 PK UB1X23:4 BU 2

+ d r

t w 6 0 : 3 2 X 1 B U

n b 8 0 : 3 2 X 1 B U

-

a

+ b

M3

n g

D R

-

a

b

M2

UB M3 UB S20

UB B1

UB S16

UB M2

N G

X31

UB1X22

X30 X36

1

X37 4 3

UFX38

2 1

1

UFS13:4

X41

UFS13:1 UFY5:2

1

UFY5:1

X32 X35 LAX1

5

UE2

1

control handle basic X40

1 : 3 2 S

4

3

2 7

1

9

8

6

1 : 2 2 S

1 : 1 : 1 : 1 : 4 : 1 5 0 4 0 2 2 2 2 2 S S S S S

UE1X1

S8 H6 H1

H5

UE1

H2

H4

control handle LED's

X1

H3

UE2X40 6 : 5 3 X 2 E U

4 : 4 : 6 3 2 2 S S

4

S24

2

5 : 5 3 X 2 E U

4 : 4 : 4 2 2 2 S S

4 : 5 3 X 2 E U

4 : 4 : 3 1 2 2 S S

1 4

S23

2

4

1 4

S22

2

1

S21

1 : 5 3 4 : X 1 2

3 : 5 3 X 2 E U

4 : 4 : 2 0 2 2 S S

2

1

2 : 5 3 X 2 E U

2 E S U

4

S20

2

1

X34 X31 Display

UB1X22

X30 X36

1

X37 4 3

UFX38

2 1

1

UFS13:4

X41

UFS13:1 UFY5:2

1

UFY5:1

UE1 x 1

X32

Tomo control handle

X35 LAX1

5

UE2

1

control handle basic X40

1 : 3 2 S

4

3

2 7

1

9

8

6

1 : 2 2 S

1 : 1 : 1 : 1 : 4 : 1 5 0 4 0 2 2 2 2 2 S S S S S

UE1X1

S8 H6 H1

H5

UE1

H2

H4

control handle LED's

X1

H3

UE2X40 6 : 5 3 X 2 E U

4 : 4 : 6 3 2 2 S S

4

S24

2

5 : 5 3 X 2 E U

4 : 4 : 4 2 2 2 S S

4 : 5 3 X 2 E U

4 : 4 : 3 1 2 2 S S

1 4

S23

2

4

1 4

S22

2

1

S21

1 : 5 3 4 : X 1 2

3 : 5 3 X 2 E U

4 : 4 : 2 0 2 2 S S

2

1

2 : 5 3 X 2 E U

2 E S U

4

S20

2

1

Philips Bucky diagnost.pdf

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