Siemens Mammomat 3000 Modular Wiring Diagrams

Wiring Diagrams

Register 6
RX B7-230.051.03.03.02 english

Replaces: RX B7-230.051.03.02.02 03.98

Weitergabe sowie Vervielfältigung dieser Unterlage, Verwertung und
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Proprietry data, company confidential. All rights reserved.
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Confiado como secreto industrial. Nos reservamos todos los derechos.

X041E 0-1

TABLE OF CONTENTS

This document is valid from serial No. 5200

1 System Overview..................................................1-1

2 Stand Overvie w. .. .. ................. ... ................ ... ......... 2-1

Placement of PC-boards and Components, Stand ...........................2-1

List of Boards and Fuses, Stand.......................................................2-2

List of Switches and Components, Stand..........................................2-3

List of Signals and Testpoints, Stand ................................................2-6

List of Voltages and Testpoints, Stand ............................................2-12

3 Stand Functional Diagrams...................................3-1

Block Diagram Cable Connections....................................................3-1

Grounding Connections ....................................................................3-2

Mains Connection, Power Supply CPU.............................................3-3

Power Supply Motor Control .............................................................3-4

Display ..............................................................................................3-5

CPU Board Internal, Generator Interface..........................................3-6

Tube, Temperature Monitoring..........................................................3-7

Lift and Rotation................................................................................3-8

Lift and Rotation Motor Drive.............................................................3-9

Lift and Rotation Switches...............................................................3-10

Compression Measurement Signals ...............................................3-11

Compression Motor Drive................................................................3-12

Tube Angle Measurement, Pot. Return, Tilt Signal.........................3-13

Collimator 1.....................................................................................3-14

Collimator 2.....................................................................................3-15

Object Table 1 + 2...........................................................................3-16

Automatic Exposure Control (AEC).................................................3-17

4 Generator Overview..............................................4-1

Mains Voltage Connection ................................................................4-1

List of PC-Boards and Components, Generator................................4-2

List of Fuses, Generator....................................................................4-3

Placement of PC-Boards and Components, Generator....................4-4

Control Panel Functions....................................................................4-5

List of Switches and Components, Generator...................................4-6

List of Signals and Testpoints, Generator..........................................4-8

Signal Diagram ...............................................................................4-14

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

0-2 X041E

TABLE OF CONTENTS

5 Generator Functional Diagrams............. .. .. ...........5-1

Block Diagram. ............................................. .....................................5-1

Ground, 0V and Protection Ground Distribution................................5-2

Line Input ..........................................................................................5-3

Back Plane D700 ..............................................................................5-4

Principle Diagram, Master.................................................................5-5

Principle Diagram, Tube Filament.....................................................5-6

Principle Diagram, Focus Selection Board........................................5-7

Principle Diagram, Inverter Control and KV Regulation....................5-8

Principle Diagram, Inverter................................................................5-9

Principle Diagram, Control Panel....................................................5-10

Principle Diagram, Iontomat............................................................5-11

6 Generator PC Board Overview.............................6-1

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 1-1

SYSTEM OVERVIEW

STAND

GENERATOR

MAMMOMAT 3000 installation with pivoted object-table arm and
generator with integrated control panel and radiation shield.

Alternatively, the control panel and the radiation shield can be separ ated from

the generator, see overleaf.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

1-2 X041E

SYSTEM OVERVIEW

Free-standing radiation shield with
separate control console

SIEMENS

Mammomat 3000

530

Separate generat or

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-1

x

PLACEMENT OF PC-BOARDS AND COMPONENTS, STAND

M6

K7-K9

S867, M5

D807 Right side
D807 Left side

S865
S866
M4
M7

M2 (Compression)
Strain gauge

D804

Object table
S1
S2
M

Tube

Lamp

S897

S868

S890

R861

X874

S883
S884

D805

S896

D803

S895

X858
X870

S891
X891

D810

S892
X892

M (Lift)
R871
S882

S881
D801

D809
S880
S896
D806*
With Photo transistor

S869
M3 (Rotation)
D802

S894
D808 Right side
D808 Left side

R803
S860

R805
X880

X881
X885
K801
T801
T802
X899
F801-805
Z801

MAM00079

Incoming mains

* D806 not used with

software v2.1 or higher

Stand with pivoted object-table arm

SIEMENS

·

Fi

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-2 X041E

LIST OF BOARDS AND FUSES, STAND

PCB OVERVIEW

D801 CPU BOARD
D802 MOTOR CONTROL BOARD
D803 DISPLAY BOARD
D804 FORCE AMPLIFIER BOARD
D805 WING BOARD
D806 ANGLE DETECTOR BOARD, (not used with software v2.1 o r h igher)
D807 BOARD FOR LIFT, ROTATION AND LAMP SWITCHES
D808 BOARD FOR LIFT AND ROTATION SWITCHES
D809 THICKNESS ADAPTER BOARD
D810 TILT SWITCH BOARD

FUSES OVERVIEW

PCB FUSE FUSED VOLTAGE

D801 F1 2 AT +5V, +5V_REF, +5V_DSP, +7V
D801 F2 1 AT +5V_MPS
D802 F1 5 AT +5V, +5V_M, +14V, D805/+5V
D802 F2 3.15 AT +24VF, +15V
D802 F3 6.3 AT +24V
D802 F5 5AT 17VAC (LAMP)
D802

Chassis-mounted
fuses

F4 1 AT 24VACF (FAN)

F801 2 AT 11 VAC
F802 1 AT 11 V_MPS
F803 5 AT 14 VAC
F804 5 AT 17 VAC
F805 6.3 AT 24 VAC

NOTE! See spare parts list for replacement fuses.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-3

LIST OF SWITCHES AND COMPONENTS, STAND

SWITCHES

Switch Page Description

S1/D801 3-6/1D Reset switch for stand CPU.
S1/Object table 3-16/2A Grid out switch located in the object table.
S1-1-4/D802 3-9/3D Current limit switches: 1=+3%, 2=+6%, 3=+12%, 4=+24%.
S1-5/D802 3-9/3D Tacho On/Off switch for rotation motor drive.
S1-S6/D807 3-10/2A Control switches for lamp, lift- and rotation movement. Left and right side.
S1-S4/D808 3-10/4B Control switches for lift- and rotation movement. Left and right side.
S2/Object table 3-16/2A Cassette inserted switch.
S860 3-16/3C Stereo lever switch
S861 3-12/2G Compression limit switch, compression unit.
S862 3-12/2G Decompression limit switch, compression unit.
S865 3-15/2E 18 x 24 Collimator optoswitch
S866 3-15/3E 24 x 30 Collimator optoswitch
S867 3-15/4E Filter position, optoswitch
S868 3-15/5E Focus position optoswitch
S869 3-8/3G Tacho optoswitch
S880 3-4/2B Emergency stop, switches of 24VAC and 14VAC, machine blocked.
S881 3-9/2G Lift up limit switch, rotating unit.
S882 3-4/2A Limit switch, distance tube head - floor <50 mm, switches off 24VAC,

machine blocked.

S883 3-8/4B Collision protection switch, risk of collision when tubehead is less than

120 mm from the floor.
S884 3-9/2G Lift down limit switch, rotating unit.
S890 3-16/3C AEC in position switch (Wing 1).
S891 3-16/3C Object table locked in position (Wing1).
S892 3-16/2C Object table locked in position (Wing 2).
S894 3-16/3C Select wing 1 switch
S895 3-16/3C Select wing 2 switch

0

S896 3-13/5B Tilt opto-switch. 0° or ±10

S897 3-15/2G Diaphragm switch.
S3 3-12/5F Decompression button (only with separate control console).

used with stereo option.

POTENTIOMETERS

Potentiometer Page Description

R803 3-13/2A Tube angle, 2k.
R861 3-11/3E Preset force, 10k.
R863 3-11/3E Thickness, 2k.
R871 3-13/2A Preset angle, 10k.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-4 X041E

LIST OF SWITCHES AND COMPONENTS, STAND

MOTORS

Motor Page Description

M 3-16/2A Grid motor, placed in object table with grid.
M1 3-9/2G Lift motor.
M2 3-12/2G Compression motor.
M3 3-9/3G Rotation motor.
M4 3-15/3D Collimator stepping motor.
M5 3-15/4D Filter stepping motor.
M6 3-7/4E Fan, tube cooling.
M7 3-14/4G Mirror magnet
M8 3-15/5D Focus stepping motor.
M9 3-9/5G Rotation brake.
M10 3-9/5G Rotation brake.

MISCELLANEOUS

Misc. Page Description

COMP. UNIT 3-11, 3-12 Compression unit.
CABLE DUCT 3-2/3A Generator to stand cable protection.
GROUND RAIL 3-2/1E System grounding terminal.
K7 3-7/4E Fan thermostat.
K8 3-7/4E Tube overtemperature thermostat.
K9 3-7/4E Tube housing overpressure switch.
K801 3-9/4G Brake relay
L801 - L809 VHF choke (EMC)
LAMP 3-14/5G Field light lamp.
R805 3-9/5G Brake resistor, 6.2Ω.
R806 3-9/5G Brake varistor
R807 3-9/2G Lift motor varistor.
R860 3-11/2A Strain gauge (R=300-400 Ω)
T801 3-3/2C Mains transformer.
T802 3-3/3C Insolation transformer
Z801 2-1/3B Stereo mains filter, stand

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-5

LIST OF SIGNALS AND TEST POINTS, STAND

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Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-6 X041E

LIST OF SIGNALS AND TEST POINTS, STAND

Page Signal Name Origin Via Destination Testpoint LED

3-9/1C ACT_SPEED TACHO D802 ACT_SPEED
3-16/3C AEC_POS S890 D801 D801
3-10/2A ANGLE_MEM A.M. -pot D805 D801
3-6/2B AR VH D801 GENERATOR D 801 AR
3-11/3B BR_OPEN D804 D804.X843 pin 8 V2
3-11/3B BR_RET D804 D804.X843 Pin 7
3-9/4B
3-9/4E
3-9/4E
3-15/3C C_LA D805 M4
3-15/3C C_LB D805 M4
3-9/4E C_LIM D802 V11
3-15/3C
3-15/3C
3-15/3C
3-15/3C
3-12/2D C_PWM D802 M2 D802
3-16/1A CASS_LOADED OBJ. TABLE D805 D801
3-16/2C
3-16/2C
3-16/3E COLL_POS_18X24 18x24 switch D805 D801 COLL_P1
3-16/4E COLL_POS_24X30 24x30 switch D805 D801 COLL_P2
3-12/1E COMP D802 D805 COMP. UNIT
3-12/1B
3-11/2F COMP_ FORCE D804 D801 D804.X843 pin 5
3-12/3E COMP_OK D802 D801 D802 V2

3-12/1E COMP_PROT D802 D801 D802
3-12/1B

3-12/4F COMPRESS PEDAL D805 D801, D802
3-9/2D D_PWM D802 D802
3-12/1E DECOMP D802 D805 COMP. UNIT
3-12/4F DECOMPRESS PEDAL / ** D801
3-9/3B
3-9/4F DRIVE_OK D802 D801 D802 V24

3-9/1E DRIVE_PROT D802 D801 D802
3-15/3D FI_LA D805 M5
3-15/3D FI_LB D805 M5
3-15/3D

BRAKE D801 D802

*

BRAKE_RET D802 M9, M10 D802

*

BRAKE_RELAY D802 K801

*

C_PA1 D805 M4

*

C_PA2 D805 M4

*

C_PB1 D805 M4

*

C_PB2 D805 M4

*

COLL_DIR D801 D805 D805 COLL_D

*

COLL_STEP D801 D805 D801, D805 COLL_ST

*

COMP_DIR D801 D802 D802 COMP_D

*

COMP_SPEED D801 D802 D801, D802

*

DIR D801 D802 D802

*

FI_PA1 D805 M5

*

COMP_SP

COMP_ERR

DRIVE_ERR

“*SIGNAL” = “SIGNAL” active low
**plus decompression button on separate control console.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-7

LIST OF SIGNALS AND TEST POINTS, STAND

Signal Name Description

ACT_SPEED Test point for frequency to voltage converted tacho signal.
AEC_POS AEC-detector in position near breast.
ANGLE_MEM Operator control signal for preset stop angle.
AR Signal given to generator as exposure request. If grid used, grid has started.
BR_OPEN Bridge open, compression force strain gauge not working correctly.
BR_RET Compression force strain guage return line (appr. 0V)
*BRAKE Control signal to brake reversing relay.
*BRAKE_RET O utput to the brakes for max or min braking when active.

BRAKE RELAY Output to brake reversing relay, max brake if *BRAKE_RET active.

*

C_LA Output line A. Collimator stepping motor M4
C_LB Output line B. Collimator stepping motor M4
C_LIM Rotation and fast-acting current limit

C_PA1 Output Phase A1. Collimator stepping motor M4

*

C_PA2 Output Phase A2. Collimator stepping motor M4

*

C_PB1 Output Phase B1. Collimator stepping motor M4

*

C_PB2 Output Phase B2. Collimator stepping motor M4

*

C_PWM Pulse Width Modulated power output to compression motor.
CASS_LOADED Cassette inserted in object table.

COLL_DIR Direction Control signal . For the filter stepping motor.

*

COLL_STEP Step control signal for the collimator stepping motor.

*

COLL_POS_18X24 Signal from the 18 x 24 collimator optoswitch
COLL_POS_24X30 Signal from the 24 x 30 collimator optoswitch
COMP Power output via compression limit switch to compression motor.

COMP_DIR Controls compression motor to compress (moving down)

*

COMP_FORCE Analog signal indicating compression force.
COMP_OK Compression motor working correctly, no over current.

COMP_PROT Compression relay K1 is working correctly, checked 1s after pedal release.

COMP_SPEED Pulse Width Modulated signal to control speed of compression motor (20kHz).

*

COMPRESS Operator control signal to move compression plate down.
D_PWM Pulse Width Modulated power output to rotation or lift motor.
DECOMP Power output via decompression limit swit ch to compression motor.
DECOMPRESS Operator control signal to move compression plate up.

DIR Selecting direction of rotation or lift motor.

*

DRIVE_OK Rotation and lift motor are working correctly, no over current, approx. 1.5 s delay.

DRIVE_PROT DMG relay K3 is working correctly, checked 3s after rot/lift button is released.
FI_LA Output line A. Filter stepping motor M5
FI_LB Output line B. Filter stepping motor M5

FI_PA1 Output phase A1. Filter stepping motor M5

*

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-8 X041E

LIST OF SIGNALS AND TEST POINTS, STAND

Page Signal Name Origin Via Destination Testpoint LED

3-15/4C
3-15/4C
3-15/4C
3-15/2C
3-15/2B FILTER_POS Filter switch D805 D801 FILT_P
3-15/2C
3-15/5C FO_LA D805 M8
3-15/5C FO_LB D805 M8
3-15/5C
3-15/5C
3-15/5C
3-15/5C
3-15/1C
3-15/1B FOCUS_POS Focus switch D805 D801 FOCUS_P
3-15/1C
3-16/3B GRID_MOTOR_N D802 D805 OBJ. TABLE D802 GRID_M
3-16/2A GRID_OUT OBJ. TABLE D805 D801 D801 GRID_O
3-16/2G
3-11/3D I1_OUT D804 D804.X843 pin 6
3-6/2B

3-14/5G LAMP D807 D805 D801
3-14/4C
3-14/5F LAMP_V D802 LAMP D802 LAMP
3-8/3D LED D802 TACHO switch
3-15/2E LED_1 D805 18 x 24 switch
3-15/3E LED_2 D805 18 x 24 switch
3-15/4E LED_3 D805 Filter switch
3-15/5E LED_4 D805 Filter switch
3-10/2A LIFT_DOWN D807, D808 D805 D801, D802
3-10/2A LIFT_UP D807, D808 D805 D801, D802
3-14/4F
3-6/3B MPS D801 GENERATOR D801
3-7/4C OKT1_ TUBE/K8 GENERATOR
3-7/4C OKT2_ TUBE/K9 GENERATOR
3-9/2C PGM_SPEED D802 PGM_SPEED
3-13/2D POT_RETURN POT D801
3-11/2E PRES_FORCE R861 D801
3-13/1A PRESET_ANGLE R871 D805 D801

FI_PA2 D805 M5

*

FI_PB1 D805 M5

*

FI_PB2 D805 M5

*

FILTER_DIR D801 D805 D805 FILT_D

*

FILTER_STEP D801 D805 D805 FILT_ST

*

FO_PA1 D805 M8

*

FO_PA2 D805 M8

*

FO_PB1 D805 M8

*

FO_PB2 D805 M8

*

FOCUS_DIR D801 D805 D805 FOCUS_D

*

FOCUS_STEP D801 D805 D805 FOCUS_DT

*

GRID_SPEED D801 D802 D801 GRID_SP

*

KVA D801,D701

*

LAMP_CTRL D801 D802

*

MIRROR_MAGNET D802 M7 D802 MIRROR

*

D702, D705

D700
(GENERATOR)

D801
(D705, X715)

“*SIGNAL” = “SIGNAL” active low

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-9

LIST OF SIGNALS AND TEST POINTS, STAND

Signal Name Description

FI_PA2 Output phase A2. Filter stepping motor M5

*

FI_PB1 Output phase B1. Filter stepping motor M5

*

FI_PB2 Output phase B2. Filter stepping motor M5

*

FILTER_DIR Control signal . For the filter stepping motor.

*

FILTER_POS Signal from the filter pos collimator optoswitch

FILTER_STEP Step control. For the filter stepping motor.

*

FO_LA Output line A. Focus stepping motor M8
FO_LB Output line B. Focus stepping motor M8

FO_PA1 Output Phase A1. Focus stepping motor M8

*

FO_PA2 Output Phase A2. Focus stepping motor M8

*

FO_PB1 Output Phase B1. Focus stepping motor M8

*

FO_PB2 Output Phase B2. Focus stepping motor M8

*

FOCUS_DIR Control signal for the focus stepping motor.

*

FOCUS_POS Signal from the focus pos collimator optoswitch.

FOCUS_STEP Step control signal for the focus stepping motor.

*

GRID_MOTOR_N Grid motor return line.
GRID_OUT Active when the grid is not in stand by position.

GRID_SPEED Pulse Width Modulated signal control speed of grid motor.

*

I1_OUT Output signal from compression force preamplifier.

KVA Signal to terminate exposure. WIRED-OR line, see generator.

*

LAMP Operator control signal for the field l ight lamp.

LAMP_CTRL Signal to switch on the field light lamp.

*

LAMP_V Output to the field light lamp.
LED Output to the LED in the tacho opto switch in the rotation motor.
LED_1 O utput to the LED in the 18 x 24 collimator opto switch.
LED_2 O utput to the LED in the 24 x 30 collimator opto switch.
LED_3 Output to the LED in the filter collimator opto switch.
LED_4 O utput to the LED in the focus collimator opto switch.
LIFT_DOWN Oper ator control signal to move compression plate down.
LIFT_UP Operator con trol signal to move compr ession plate up.

MIRROR_MAGNET Output to mirror magnet. Enabled via *LAMP_CTRL.

*

MPS Multi processor serial communication for information exchange Master - Slaves.
OKT1_ Signal from temperature switch K8 on the tube.
OKT2_ Signal from the over pressure switch K9 on the tube.
PGM_SPEED Test point for duty cycle to voltage converted programmed speed signal.
POT_RETURN Return line for potentiometers connected to 0VA via a 20Ω resistor.
PRES_FORCE Analog signal as preset value for maximum compression force.
PRESET_ANGLE Analog signal as preset value for requested rotation angle.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-10 X041E

LIST OF SIGNALS AND TEST POINTS, STAND

Page Signal Name Origin Via Destination Testpoint LED

3-12/2D PU D802 PU
3-9/4B
3-6/1E
3-6/1E

3-6/1E RESET_SW D801
3-10/3A ROT_CW D807, D808 D805 D801, D802
3-10/3A ROT_CCW D807, D808 D805 D801, D802
3-13/4A ROT_POS** D806** D801
3-6/3D RXD GEN. D801 D801
3-9/3B
3-16/3C SELECT_WING1 S891 D801
3-16/4C SELECT_WING2 S892 D801
3-9/2B
3-15/2C
3-15/1B STEREO_COLL S897 D801
3-16 STEREO_LEVER S860 D805 D801
3-14/1B TABLE_CONFIG OBJ.TABLE D805 D801
3-8/3G TACHO Tacho switch D802 D802 TACHO
3-11/3E THICKNESS R863 D801
3-11/5E THICKNESS_B THICKNESS D809
3-11/5F T HICKNESS_STE-

3-13/5B TILT S896/D810 D805 D801 D810 V8
3-13/2A TUBE_ANGLE R803 D801
3-6/4D TXD D801 GENERATOR D801 TXD
3-6/3B VH GEN . D801
3-11/3C ZERO D804 D804.X843 pin 4

RELEASE D801 D802 D802

*

RESET D801

*

RESET_HW D801

*

SEL_ROT D801 D802 D802 SEL_ROT

*

SPEED D801 D802 D801, D802 SPEED

*

STEP_ENABLE D801 D805 D805 STEP_EN

*

D809 X885

REO

“*SIGNAL” = “SIGNAL” active low.
** Not used with software v2.1 or higher.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-11

LIST OF VOLTAGES AND TEST POINTS, STAND

Signal Name Descr i ption

PU Pull up signal for error comparators = +15V, +5V, +24V voltages OK.

RELEASE Control signal to release the brakes from min or max to permanent magnet braking.

*

RESET Reset signal to the CPU.
RESET_HW Reset signal from the CPU to the reset cicuit, caused by slave restart and CPU watchdog

reset.
RESET_SW Signal from the reset switch to the CPU via the reset circuit.
ROT_CW Operator control signal to rotate the x-ray system clockwise.
ROT_CCW Operator control signal to rotate the x-ray system counter clockwise.
ROT_POS Low level signal pulse indicating +10 or -10 degrees of rotation.
RXD Input for receiving data via MPS.

SEL_ROT Low level signal selects the rotation drive to be controlled.

*

SELECT_WING1 Signal from select wing 1 switch. Wing 1 selected.
SELECT_WING2 Signal from select wing 2 switch. Wing 2 selected.

SPEED Pulse Width Modulated signal to control speed of rotation or lift motor (20 kHz).

*

STEP_ENABLE Control signal to enable all stepping motors.

*

STEREO_COLL External diaphragm switch, diaphragm in place. For stereo or spot diaphragm.
STEREO_LEVER Signal from stereo lever switch, indicating lever not in stereo position.
TABLE_CONFIG 4 inputs from object table, see table configuration .
TACHO Signal from rotation motor tachometer.
THICKNESS Analog signal indicating the compression thickness.
THICKNESS_B Buffered output to the thickness adapter board D809 (Stereo option)
THICKNESS_STE-

REO
TILT Indicates that the stereo angle is 0° or ±10°. Visible through vent opening behind tube.

TUBE ANGLE Analog signal indicating the rotation angle.
TXD Output for sending data via MPS.
VH The stand is informed that the generator has completed its preparation.
ZERO Used for adjusting offset of the compression force amplifiers.

Isolated analog signal indicating compression thickness for stereo evaluation unit.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-12 X041E

LIST OF VOLTAGES AND TEST POINTS, STAND

Page Voltage Origin Supplied

from

3-3/4E +5V D801 11V Digital IC,

3-3/4E
3-11/3B

3-3/3E +5V_DSP D801 11V D803, Display 5V_DSP V6 D801/F1

3-3/2E
3-10/3B

3-3/3E +5V_MPS D801 11V_MPS Generator

3-3/3D 0VD GND D801/X811 Digital IC 0VD1,OVD2
3-3/3D

3-10/3B
3-6/5D 0V_MPS D700/GND Generator inter-

3-3/2C 11V T801 230VAC +5V, +5V_DSP,

3-6/5B 11V_MPS T801 230VAC +5V_MPS D801/F2

3-4/3D +5V D802 14VAC Digital IC 5V V57 D802/F1

3-4/4E +5V_M D802 +5V D801-D802

3-2/5C 0V_W D801 D805/X856 Optointerface
3-2/4C 0V_M D801 D802/X822 Optointerface
3-4/3D +14V D802 14VAC +5V, D805 14V D802/F1

3-4/2D +15V D802 +24VF T ransistor

3-4/2C +24V D802 24VAC +15V D802/F3

3-4/2D +24VF D802 +24V Switches,

3-4/3A 14VAC T801 230VAC +14V D802/F1

3-14/5B 17VAC T801 230VAC LAMP 17VACF D802/F5

3-14/4E 17VACF D802 17VAC LAMP 17VAC_RET D802/F5

3-14/4D 0V_L D802 D802 Lamp control
3-14/5D -V_L D802 17VACF Lamp control
3-4/2A 24VAC T801 230VAC D802/F3

3-4/2E 24VACF D802 24VAC Fan D802/F4
3-4/3B 0V GND D802/X821 Ground 0V, 0V1
3-4/2F +5V D 80 5 D802/+14V Digital IC 5V V17 D802/F1

3-4/2G +5V_R D805 +5V User switches D802/F1

+5V_REF D801 +5V Pots.

+7V D801 11V Analog IC,

0VA 0VD D801 Analog IC

Supply for Test LED Fuse

5V V7 D801/F1

+5V_REF

D804

D804

interface

D804

face ground

+7V

opto interface

drivers M1,M3

relays, etc

5V_REF
X843 pin 2

7V
X843 pin1

5V_MPS V26 D801/F2

0VA1
X843 pin 3

D801 MPS

15V V16 D802/F2

24VF D802/F2

V5 D801/F1

V57 D802/F1

F801
D801/F1

F801

F801

F801

F802

D801/F1
F801

F802

F803

F803

F803

F805

F803

F804

F804

F805

F803

F803

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-13

LIST OF VOLTAGES AND TEST POINTS, STAND

Voltage Description ( typical value)

+5V Regulated DC voltage, 4.75V < +5V < 5.25V

+5V_REF DC voltage, +5V -5% < +5V_REF < +5V

+5V_DSP Regulated DC voltage, 4.75V < +5V_DSP < 5.25V

+7V Regulated DC voltage, 6.60V<+7V<7.25V

+5V_MPS Regulated DC voltage, 4.75V < +5V_MPS < 5.25V

0VD Digital ground
0VA Analog ground

0V_MPS Generator interface ground. Floating, grounded by generator.

11V AC supply voltage, 11VAC

11V_MPS AC supply voltage, 11VAC

1) 2)

1) 2)

+5V Regulated DC voltage, 4.75V < +5V < 5.25V

+5V_M Regulated DC voltage, 4.75V < +5V_M < 5.25V for optointerface D801-D805

0V_W Digital ground optointerface D801 - D805
0V_M Digital ground optointerface D801 - D802
+14V Unregulated DC voltage, 18V

1)

+15V Regulated DC voltage, 14.25V < +15V < 15.75V

+24V Unregulated DC voltage, 32V

+24VF Unregulated DC voltage, 32V

14VAC AC supply voltage, 14 VAC

17VAC AC supply voltage, 17 VAC

1)

1)

1) 2)

1) 2)

17VACF AC su ppl y f or lamp

0V_L Floating ground for LAMP voltage regulation

-V_L Unregulated supply voltage for lamp control circuit
24VAC AC supply voltage, 24VAC

24VACF AC supply voltage for the fan 1)

1)2)

1)2)

1)2)

1) 2)

2)

0V Circuit ground
+5V Regulated DC voltage, 4.75V < +5V < 5.25V

+5V_R Regulated DC voltage, 4.40V < +5V_R < 5.25V

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-14 X041E

LIST OF VOLTAGES AND TEST POINTS, STAND

Page Voltage Origin Supplied

from

3-3/2B 230VAC Generator D711/X14 Stand X881/2,3
3-3/1C P.E. Stand X899 Inc. mains voltage Whole system X899/PE
3-3/1C N Stand X899 Inc. mains voltage Whole system X899/N
3-3/1C L1 Stand X899 Inc. mains voltage Whole system X899/L1
3-3/1C L2 Stand X899 Inc. mains voltage Whole system X899/L2
3-3/1C L3 Stand X899 Not used X899/L3

1)

STANDBY TYPICAL VALUE, 230VAC INPUT

2)

Floating voltage. Measure with digital multimeter or differential amplifier.

Supply for Test LED Fuse

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 2-15

Voltage Description ( typical value)

230VAC Stand mains voltage input, 207VAC < 230VAC < 253VAC
P.E. Protective earth terminal, incoming mains
N Neutral line terminal, incoming mains
L1 Line 1 terminal, incoming mains voltage
L2 Line 2 terminal, incoming mains voltage
L3 Not used

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

2-16 X041E

This page intentionally left blank.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 3-1

BLOCK DIAGRAM CABLE CONNECTIONS

123

FILTER

MIRROR

18X24

24X30

M7

X852

M4

X853

SPOT

STEREO

LAMP

X854

X877

M5

X866

X867

X878

X894

PRESET

M1

CASS IN PLACE

M

GRID OUT

GRID

X887

D804

COMPRESSION

M6

FAN LIFT

SET WING 1

AEC IN_POS

STEREO

TUBE TEMP, PRESSURE

X895

X895

COMPRESSION

OBJECT TABLE 2

COLLIMATOR

FOCUS

X890

OBJECT TABLE 1

M8

X879

T. IN POS

TABLE BASE 1 OBJECT TABLE 1

4

5

D810

D806*

ANGLE

DETECTOR

TILT

STEREO LEVER

TACHO

BRAKE

ROTATION

ROTATION

X888

X868

X868

M9, M10

X824

X826

X823

* D806 not used with software v2.1 or higher.

X874

FORCE

COMPRESSION

FORCE

X841 X861

F

M2 M3

USER INTERFACE

Z801

STAND

D803

X883

X884

X891

X892

X808

X807

COMP

DECOMP

ROT CW

230 VAC

To stereo

ROT CCW

LIFT UP

LIFT DOWN

X893

X823

X824

X822

X825

X823

X824

X816

X851

X857

X859

X865

X869

X871

X889

X856

X863

X868

+5V_R

D805

WING BOARD

X855

X856

X858

LAMP

ANGLE MEM

X870

X860

X809

X824

+5V +/4V

D802

MOTOR CONTROL

X812

X813

X814

D809

80C535

T802

X802

X885

Stereo (option)

D801

CPU BOARD

X813

X814

DISPLAY

17V AC

+24V +15V

+14V +5V

+7V +5V

+5V_MP

X801

X821

INCOMING MAINS

110, 208, 230, 240, 277 OR 400V

X811

X886

X886

SINGLE OR TWO PHASE

X899

T801

230V FROM GENERATOR

X886

ABCDEFG

GENERATOR

X10

.

GEN

X11

X1 X815

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-2

GROUNDING CONNECTIONS

123

TUBE

PLATE

BELLOWS RING

TUBE

CHASSIS

COMPRESSION

UNIT

H3

X896

PATIENT

HANDLE

PATIENT

HANDLE

X041E

X885

252423

5

22

TUBE_ANGLE

NOTE

DOTTED CONNECTIONS INDICATE

SHIELDED CABLES WITHOUT

0V CONNECTION

R871

PRESET_ANGLE

R803

2k

X86856

10k

X863

1

4

FRONT

COVER

TUBE

REAR

COVER

X897

FILAMENT

4

ROTATION

X870

HOUSING

FERRIT SLEEVE

4

DETECTOR

X1

X891

4X883

FERRIT SLEEVE

Stereo

option

0V_RDL

X2 X893

25
24
23

22

X884

6

6

4

X858

X892

WING 2

WING 1

X859

X871

INCOMING MAINS

X899

STAND

STAND

P.E.

GROUND RAIL

CURTAIN

UPPER

4

X880

FOR FOOT SWITCHES

LIFT

CARRIAGE

LOWER

58
2

X821

4

3

X811

87

X860

D805

WING

X860

X823

D802

MOTOR

BOARD

1234568

X822

1234568

X812

151617

X816

D801

CPU

151617

X801

D803

DISPLAY

BOARD

5

8

0V

0V A

X809

X809

DETECTOR

SHLD

4

5

3

X855

POT_RET

9

17

20

0V_A

13

3

0V

D801

0V_A

7

13

13

SHLD_1

0V

18

18

252729

12

X855

0V

0V_M

0V D

0V D

30

X856

2

X841

D804

COMPRESSION

FORCE

THICK-

NESS

2k

R863

726

10k

COMPRESSION

1

2

33

34

X813

1

137

8

X815

X874

UNIT

PRES_FORCE

R861

141615

0V_W

X814

0V_MPS

36

X813

4

X861

0V

D806*

ANGLE

X893

CABLE

CABLE

DUCT

X885

ABCDEFG

L1

L2

GENERATOR

X14

X9

X8

X11

4

P

X10

8

6

8

4

6

0V_RDL

X1

136

11

GND

with software

* D806 not used

v2.1 or higher

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-3

MAINS CONNECTION, POWER SUPPLY CPU

123

X811

F1

2AT

0VA1

0VD2

7V

V5

D801

0VA

7V

V5

7V

0VA1

0VD

+5V_DSP

V6

0VD2

5V_DSP

0VD1

5V_REF

5V_REF

5V

5V_DSP

V6

+5V

+5V_REF

6.8

5V

4

F2

1AT

5V_MPS

V26

0V_MPS

V7

0VD2

0VD

V7

0VD1

5

~

0VD

F1

2AT

0VA

=

D801

6

7

GND

1

Z801

(SEE PAGE 3-6)

X802

1

2

X880-4

2

T802

3

X802

4

NL2

SINGLE PHASE

INCOMING MAINS

110,208,230,240 OR 277V

P.E. L1 L3

X899

F10

GROUND RAIL

P.E.

1

X881

GENERATOR STAND

GENERATOR STAND

INCOMING MAINS

208,230,240,277, OR 400 V

TWO PHASE

9

X811

3

X886

F801

GROUND RAIL

3

X886A

RD

2 AT

48

4

11V

GN

11V_MPS

T801

YE

1

P.E. N L1 L2 L3

X899

P.E.

1

X881

X886A

1

X886

2

2

YE

2

2

3

3

230V AC

Z3

F10

F20

3

SURGE-

ARRESTER

V

V

T10

X14

VARISTOR

D711

1

ABCDEFG

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-4

POWER SUPPLY MOTOR CONTROL

123

+5V_R

+5V

0V

50

V35

0V

5V

X041E

4

X866

X864

X865

5V

0V

V35

D805

X868

X855

X872

X869

X856

X857

5

X873

X871

X859

X860

D805

X824

+14V

5V

UREG

F
V

4
2
+

X822

V
0

D802

4

X860

R

F

F

F

V

C

C

F

4

A

A

V

2

V

V

4

+

4

4

2

2

2

+

9

14

12

18

X823

6

5

T
L
O
V

_
R

F

F

O

V

V

T

4

4

O

2

2

M

+

+

11

17

7

X822

V
5

1
+

6

1
V

V
5
1

F
V
4

2

V

V

4

0

2
+

G

E
R
U

T
A

2
F

V

0

8

X823

1
V

V

0

0

V
0

V
0

V
5

1

5

1

.

3

X824

15V

V

4
1
+

9

X823

X82210X824

V

V

4

5

1

V

5
+

V

0

X823

24VF

V16

0V

M
_

V

V

5

5

+

+

11

7
5

V

V

0

G
E

V
5

R
U

14V

V57

5V

0V1

X821
5AT
1AT

6.3AT

3.15AT
5AT

14VACR

F1 F2 F3 F4 F5

T

4

A

F

1

T
A

3

3

F

.

2
0
8

D

1
2
8

X

6
8

8
X

A
6

8
8

X

ABCDEFG

6

6

3
1

5
0

8
F

3
1

Y

G

1
0

T8

1

Y
C
N
E

0
8

G

8
S

R

P

E

O

M

T

E

S

2
8

8
S

T
A
3

.

6

6

8

4

VAC

8

1

4

X

2

A
6

4

8

1

8
X

T
V

=

~

V
0

1
2

2

5

8
X

E
Y

6
8

1

8
X

1

2
8

8

X

6
8
8
X

A
6
8

8
X

)
3

­3

E

E

G

Y

A
P

2

E
E
S

(

=

~

R
C

T

1

A

A

F

V

5

4

1

4

3

0

8
8

S

0

9

1

3

T

0

A

8

5

F

0

9

1

AC
V

K

H

4

B

W

1

AC
V
7

)
3
1

­3

E
G
A
P
E
E
S

1

(

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-5

DISPLAY

123

OK

OPCOM

x8

0123456

BIN/OCT

124

x8

ENC11D

ADDRESS

DATA

D7

8

9

10

0V

151617

+5V_DSP

STROBEA3A2

2

1

19

18

20

141112

D803

0VD

D0D1D2D3D4D5D6

34567

X801

4

THICKNESS

7

&

0VD

A1

13

X801

FORCE

D803

5

OK

ANGLE

OPCOM

DATA

X816

34567

D0D1D2D3D4

POWER SUPPLY

8

9

10

D6D7D5

DATA

151617

0VD1

0V

2

1

19

18

20

+5V_DSP

ADDRESS

141112

5V_DSP

STROBE

13

A3A2A1

ADDRESS

X816

CPU

V6

0VD1

D801

D801

5V_DSP

ABCDEFG

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-6

CPU BOARD INTERNAL, GENERATOR INTERFACE

123

X041E

4

5

S1

RESET

COMP

RESET SW

X813

X812

AR

KVA

COLL_ST

GRID_SP

COMP_SP

SPEED

FILT_P

ROT_POS

FOCUS_P

X816

PROM

0VD2

COLL_P2

COLL_P1

V1V2V3

GRID_0

V4

X814

J1

CPU

TXD

RXD

0VA1

7V

V5

X811

F1

5V_REF

5V_DSP

0VD1

5V

V7

V6

D801 TESTPOINTS AND LED’s

V1

V2

V3

V4

RESET

STATUSLED’s

X112MHz

J1

KVA

*

*

DATA AND ADDRESS

PROM RAM EEPROM

128k x 8 32k x 8 8k x 8

CPU

80C535

AR

*

RXD

0VA

0VD

0VD1

RESET

*

<4.6V

*

+5V

RESET_HW

*

0VD

F2

X815

V26

5V_MPS

MPS

0V_MPS

S1

RESET SWITCH

TXD

5V_MPS

STATUS LED’s DURING STARTUP:

0V_MPS

+5V_MPS

0V_MPS

PROM/RAM TEST V1, V4 LIT.

V2, V3 LIT IF PROM CHECKSUM ERROR.

V3, V4 LIT IF RAM ERROR.

ALL TESTS PASSED, V1-V4 ARE DARK.

V26

=

X811

~

GENERATOR INTERFACE

F2

1AT

1

2

FLOATING, GROUNDED BY GENERATOR

56

1AT

F802

X886

BUBN

11V_M PS

56

X886A

T801

D801

+5V_MPS

0V_MPS

6

X815

KVA

*

12

X1

4

137

5

AR

VH

5

0V_MPS

6

314

MPS

0V_MPS

8

11

2

MPS

2

GENERATOR STAND

GND

D700

ABCDEFG

BACKPLANE

COMMUNICATION

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-7

TUBE, TEMPERATURE MONITORING

123

IOII

K7

K9

TUBE

K8

FAN

FRONT VIEW

TO H1

H11

TUBE

K8 K9 K7

h2W

h1W

h2M

h1MH3G

W

M

TUBE

0

X897

I

II

2

1

0

h3

h1M

X896

1

0

START FAN

START WARNING BLINK

ON PANEL

INHIBIT EXPOSURE

TOP VIEW

K7K8K9

K9

P

G

h2M

h1W

h2W

4

3

4

2

G

1

X815

6

X895/H11.X1

D802

4

X824

1

X895/H11.X1

2

K7

K8

ϑ

ϑ

FAN

1

5

X821

F3 F4

M6

X815

D801

5

2

3

18

X824

9

+24V

0V

F4

1AT

X821

S880

S882

X886A

~

F3

1

14

X886

24VAC RN

14

VT

6.3AT

6

EMERGENCY

STOP

13

F805

24VAC

13

GR

6.3AT

0V_MPS

ROTATION

1

0

FILAMENT

1

2

3

0

2

4

D801

D802

+15V_EXT

OKT2_TUBE_

GENERATOR STAND

OKT1_TUBE_

9X95

8

X9

H1

HIGH VOLTAGE

GENERATOR

12

C51

3

1

X8

0V_FIL

4

1

2

5

6

SM_FOC2

SM_FOC1

LG_FOC1

K5

K4

LG_FOC2

BIAS

9X13

GND

7

8

10 +15V_EXT

ABCDEFG

T801

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-8

LIFT AND ROTATION

123

X041E

4

5

D802

0V1

L807

RD

S884

10

*

14

RDBKWHBUGN

TACHO S869

L808

X888

2

X887

DOWN LIMIT

7

SERVO

S1

1234 5

+3%+6%+12%+24%

0V

0V1

SEL_ROT

*

11

R805

X898

V801

K801

BK

RD

M

L809

1

3

CURRENT LIMIT

2

ROTATION

MOTOR

M3

6

17

15

24VF

+24VF

BRAKE_RET

+5V

(FACTORY ADJUSTED)

0V

0V

RDBKWHBUGN

12345

1

X825 X826

235

LED

0V

TACHO

GND

0V

+5V

BRAKE_RELAY

*

8

X824

DRIVE_OK

1

5

10

X824

*a)

X823

15

BRAKE_RETURN

*

22

26

2513

16

X822

2

R806

M9

RD BU

12

M10

BRAKE

17

*b)

*a) and *b):

Two versions of wiring of rotation brake

exist:

a) Rotation brake connected via relay K801

but with relay not operating.

b) Rotation brake connected directly to

p.c.b D802. Relay K801 is not included.

X824

V11

C_LIM

V24

DRIVE_ERR

ACT_SPEED

S1

DIR*SPEED*SEL_ROT

*

DRIVE_PROT

X822

X825

TACHO

PGM_SPEED

LIFT MOTOR

X887

X822

21

DRIVE_PROT

ACT_SPEED

D802

TACHO

X825

BRAKE_RET

LAMP

K2 K3

X823

0V

D_PWM

M1

L806

GN

M

R807

1

S881

UP LIMIT

4

X823

13

D_PWM

PGM_SPEED

DIR

SPEED

*

4

X822

17

SPEED*DIR

*

X812

17

0VD

0VD1

(TABLE IN

D801

ABCDEFG

DRIVE_PROT

21

X813

X812

SPEED

*

CPU

(X4)

PLACE)

TABLE_CONFIG

SEE PAGE 3-14

20KHz

PWM

ANGLE_MEM

COLLISION

8

31

25

X814

X813

TUBE_ANGLE

COMP_FORCE

SEL_ROT

*

14

11

S883

COLLISION

M1/M3

ANGLE_MEM

ROT_CCW

ROT_CW

X813

LAMP

SPEED

*

SEE PAGE

+24VF

LAMP

DRIVE_OK26LIFT_UP

LIFT_DOW

ROT_CCW

ROT_CW

13

X812

25

22

13

16

X812

LIFT_UP

LIFT_DOWN

3-10

0VD1

D801

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-9

LIFT AND ROTATION MOTOR DRIVE

123

RD

M

ROTATION

MOTOR

+5V

COMPYX X>Y

34

2
1

S1

TACHO

BK

L809

2

M3

*a) and *b):

Two versions of wiring of rotation brake

exist:

a) Rotation brake connected via relay K801

but with relay not operating.

b) Rotation brake connected directly to

p.c.b D802. Relay K801 is not included.

22

V24

DRIVE ERROR

(OVERCURRENT)

D

> C1

+5V

CURRENT LIMIT

+3% +6% +12% +24%

0V

DRIVE_OK

C_LIM

+5V

0V

R

0V

+5V

0V

M1

L806

GN

LIFT MOTOR

1

X887

S881

UP LIMIT

4

21

X823

X822

+24V

L807

RD

M

R807

2

X887

S884

DOWN LIMIT

13

+24VF

+24VF

7

10

+24VF

K3

+24VF

K7

D_PWM

K6

0V

PWM

L808

1

X888

3

6

+24VF

K2

PU

0V

&

(OVER

CURRENT)

V801

4

K801

*a)

R805

X898

12

5

R806

M9

RD BU

M10

BRAKE

X823

15

BRAKE_RELAY

BRAKE_RETURN

*

*

8

1517X824

+24VF

BRAKE_RELAY

V11

BRAKE_RET

0V

*

+24VF

0V

0V

+24VF+5V

17

*b)

0V

0V

0V

+24VF

0V

+

–

ACT_SPEED

F/V

TACHO

4

X825

TACHO

0VD

0VD1

CPU

DRIVE_PROT

D802

SEE PAGE

3-8

ABCDEFG

CPU

PGM_

SPEED

0V

MUX

0V

SPEED

*

17

X822

X812

17

SPEED

*

20KHz

PWM

5

S1

SERVO

SEL_ROT

DIR*RELEASE

*

*

11

14

11

14

BRAKE

*

18

15

15

18

X824

2

5

1

10

LIFT_UP

LIFT_DOWN

ROT_CCW

ROT_CW

DRIVE_OK

16

25 13
26

X822

CPU

SEE PAGE

3-8

D801

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-10

LIFT AND ROTATION SWITCHES

123

X041E

4

S6

5

X807

S6S5

S3

S4S1

D808

S2

S3

S4S1

S2

X808

(NOT USED)

S3 S4 S5

S2

LIFT_B

X865

0V

X851

X889

D805

X856

D807

S1

LIFT_A

TO D801, D802, S883

X856

SEE PAGE 3-8

LIFT_DOWN

LIFT_UP

+24VF

16

15

13

14

+24VF

ROT_CW

12

22

10

POSITION

LEFT S.B. L_DOWN L_UP ROT_CW ROT_CCW ANGLE_MEM LAMP

FUNCTIONAL TABLE FOR

S1-S6 ON D807, D808

LAMP

ROT_CCW

ANGLE_MEM

7

34

20

RIGHT S.B. L_UP L_DOWN ROT_CW ROT_CCW ANGLE_MEM LAMP

36

+5V_R

LIFT_DOWN

LIFT_UP

ROT_CW

LIFT_B

4

7

ROT_CW

ROT_CCW

567

9

111315

SPARE 1

ROT_CCW

S4

8

SPARE 2

SPARE 3

D805

+5V_R

LIFT_DOWN

LIFT_UP

ROT_CW

1234567

X851

ROT_CCW

LIFT_DOWN

+5V_R

LIFT_UP

SPARE

ANGLE_MEM

LAMP

8

1234567

X865

ROT_CW

LAMP

ROT_CCW

SPARE

ANGLE_MEM

8

123

X889

135

X808

+5V_R

LIFT_A

S1S2S3

D808

264

X808

1234567

X807

ROT_CW

+5V_R

LIFT_A

LIFT_B

S1S2S3S4S5

ROT_CCW

8

ANGLE_MEM

LAMP

SPARE

S6

1234567

X807

+5V_R

ROT_CW

LIFT_A

LIFT_B

S1S2S3S4S5

ROT_CCW

8

ANGLE_MEM

LAMP

SPARE

S6

X808

1

+5V_R

ABCDEFG

D807

LEFT

SIDE

BOARD

D807

RIGHT

SIDE

BOARD

D808

X808

2

357

LIFT_A

LIFT_B

S1S2S3

648

8

ROT_CW

101214

9

111315

SPARE 1

ROT_CCW

S4

101214

16

SPARE 2

SPARE 3

RIGHT SIDE BOARD LEFT SIDE BOARD

16

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-11

COMPRESSION MEASUREMENT SIGNALS

123

11

X814

1

1

POT_RETURN

20

0VA

+7V

13

POT_RETURN

SEE PAGE 3-13

12

X885

X893

+5V

X809

5

D809

2

X809

X874

1-20

X816

CPU

0VA

1

1

0VD

+5V_REF

+7V

A/D

1

D801

3

8

10

16

X814

COMP_FORCE

6

781

4

6

4

3

PRES_FORCE

+5V_REF

10k

15

5

2

2k

THICKNESS

R863

POT_RETURN

R861

1

7

THICKNESS_STEREO

678

+

+

THICKNESS_B
1

4

13

7

-

-

4

see page 3-16

13

0V

CMR SHIELD

3

5

1-20

X801

THICKNESS

OK

FORCE

OPCOM

D803

213

X841

+7V

0VA

+5V_REF

COMPRESSION UNIT

+5V_REF

D804

1

4

X842

ABCDEFG

+5V_REF

F

R860

2

R

R

4

GAIN

20k

V2

+5V_REF

(BR OPEN)

OFFSET

20k

0VA +5V_REF

3

RR

STRAIN GAUGE

11_OUT
COMP_FORC

X816

0VA

0.1V

0VA

ZERO

4

0VA

BR_OPEN

0VA
+7V
+5V_REF

BR_RET

X843 27138 56

D801

X842

GAIN OFFSET

BR_OPEN
BR_RET
I1_OUT
COMP_FORCE

D804

X843

ZERO
0VA
5V_REF
+7V

X841

TEST CONNECTOR

V2

X814

0VA1

5V_REF

7V

X809

D809

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-12

COMPRESSION MOTOR DRIVE

123

X041E

4

5

S861

S862

COMP_LIMIT

COMPRESSION UNIT

4

1

3

2

X872

D805

1

3

X860

COMP_LIMIT

DECOMP_LIMIT

23

X822

COMP_PROT

+14V

1

2

X823

0V

K4

M2

COMP

MOTOR

GN

DECOMP_LIMIT

L804

X873

X873

+14V

6

9

+14V

BK

M

L805

RD

BK

NOT USED

1

X873A

2

1

+24VF

7

4

12

+24VF

0V

3

2

2

X876

+24VF

0V

5

8

3-2

SEE PAGE

8

+5V

PU

3

1

X875

+24VF

X856 31 32

33

X856

COMPRESS

3

X824

0V

24

X822

V2

COMP ERROR

(OVER CURRENT)

COMP_OK

+24VF

X823 14

0V

L801

L802

L803

X880

BK

BK

COMPRESSION PEDALS

WH

WH

RD

RD

3

2

1

2

4

X803

COMP.

3

1

4

DECOMPRESSION BUTTON (ONL Y

+24 VF

ON SEPARATE CONTROL CONSOLE)

S3

+5V

+24VF

K5

+14V

C_PWM

0V

1

D802

COMP_PROT

(LOW = COMPRESS)

COMP_SP

COMP_D

9

X822

X812

COMP_

COMP_

*

SPEED

*

DIR
9

COMP_SP

CPU

D801

ABCDEFG

23

X812

864

X814

THICKNESS

COMP_FORCE

PRES_FORCE

SEE PAGE 3-11

PU (SEE PAGE 3-8)

0V

0V1

+15V

+5V

0V

0V

COMP

Y

COMP

X X>YYX X>Y

DC1R

+5V

0V

0V

COMP_OK

DECOMPRESS

COMPRESS

D805

X872

X868

X869

X855

X873

X871

X859

X856

X857

X860

&

(OVERCURRENT)

20

20

20KHz

COMPRESS

X813

PWM

29

0VD

0VD1

0VD

0VD2

TABLE_CONFIG

DECOMPRESS

COMP_OK

TABLE IN PLACE

27

24

X812

X813

(SEE PAGE 3-14)

(x4)

X880

X822

1 23

X812

COMP_D

+15V

4

X824

V16

COMP_SPPUCOMP_PROT

10

0VD2

COMP_SP

X823

0V

C_PWM

X814

0V1

D801 D802

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-13

TUBE ANGLE MEASUREMENT, POT. RETURN, TILT SIGNAL

123

THICKNESS

FORCE

D803

X813

OK

ANGLE

OPCOM

1-20

X801

1-20

X816

D801 TESTPOINTS AND LED’s

X863

D805

X816

PROM

X809

D809

CPU

ROT_POS

1

X855 X868

X856

0VA1

X814

7V

V5

X860

4

X811

F1

5V_REF

0VD2

5V_DSP

0VD1

V6

X861 X862

D806

31

5

5V

V7

S1

RESET SWITCH

X80

X81

LED

X82

X83

D810

A/D

0VD

0VA

0VA 0VA

ROT_POS

1

+5V_REF

20

0VA

POT_RETURN

2

9

15

17

3

1

6

3

8
X

0V_M

M
_
V
5
+

X813 35 36

TILT

8

software v2.1 or higher

* D806 not used with

TILT

X856

17

+24VF

D801

CPU

5V_REF

+5V_REF

X814

1

5

1

18

D805

(SEE PAGE 2-3)

6

2

10

X855

+5V_REF

PRESET_ANGLE

D805

321

ABCDEFG

X863

R871

10k

PRESET ANGLE

1

3

4

5

3

5

1

X874

X868

8

TUBE ANGLE

TUBE_ANGLE

POT_RETURN

675

R803

2k

COMPRESSION

POT_RETURN

2 POT_RETURN

THICKNESS

PRES_FORCE

2k

R863

10k

R861

+/- 10°

UNIT

M3

X861

D806*

1

X862

ROT_POS

1

3

2

4

0V

YE

RD

9

X868

X83

+24VF

0V_M

D810

1

X80

RDBKWHBNBU

4

2

X860

X82

X81

TILT

V8

+5V

2

345

6

YE

S896

0°, ±10°

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-14

COLLIMATOR 1

123

X041E

4

5

D801 D802

D805

X822

X812

COLL_ST

FOCUS_ST
FOCUS_D
FILT_ST
FILT_D
COLL_ST
COLL_D
STEP_ENV

X851

LAMP

MIRROR

X813

FILT_P

FOCUS_P

X823

COLL_P2

COLL_P1

X821

17VACF

F5

17VAC_RET

5V/DIV

X856

X860

50ms/DIV

COLLIMATOR

0V

MIRROR

X878

X823

+24VF

M7

MIRROR

MAGNET

1

12

2

X824

6

MIRROR

0V

V52

0V

17VACF

0V

R131

SET LAMP_V

LAMP

Phase

angle

0V

+

0V_L

-V_L

LAMPL1

1

1

X894

16

X823

LAMP_V

control

angle

RMS

U

RMS

/DC

–

2

3

18

17VAC_RET

-V_L

0V_L

F5

5AT

7

X821

9

12

11

X886

5AT

F804

12

11

X886A

17VAC

OG

YE

D805

1234568

D802

X822

7

X856

+5V_R

LAMP

7

1

X851

7

1

X865

X860

15

24VF

4

X812

CPU

12

X822

12

X812

0V_M 0V

LAMP_CTRL

*

T801

1

X807

1

7

LAMP

7

X807

LAMP

D801

X813

LAMP

13

29

ABCDEFG

D807

LEFT SIDE BOARD

S6

S6

D807

LAMP ON

RIGHT SIDE BOARD

COMPRESS

SEE PAGE 3-11

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-15

COLLIMATOR 2

123

X877X877

21

COLLIMATOR

S897

+24VF

16 X856

+5V

EXTERNAL

D805

123

X807

LED_10V+5V

RDBKWHBUGN

+5V

COLL_POS_18X24

+5V

0V

0V

+5V

4

5

6

COLLPOS_18X24

0V

123

LED_20V+5V

RDBKWHBUGN

+5V

COLL_POS_24X30

+5V

0V

0V

4

5

6

COLLPOS_24X30

0V

+5V

+5V

123

LED_30V+5V

RDBKWHBUGN

4

FILTER_POS

+5V

0V

0V

+5V

4

5

6

FILT_POS

0V

5

X856716

+5V

FOCUS_POS

+5V

0V

123

4

LED_40V+5V

FOCUS_POS

RDBKWHBUGN

12

8

13

0V

5

6

0V

18 X 24 S865

17

FILTER STEP*FILTER DIR*STEP_ENABLE

*

18

21

30

COLL STEP

COLL DIR

*

*

COLL_ST

28

2220X813

FOCUS STEP

FOCUS DIR

*

*

24 X 30 S866

OGYEBN BK

COLLIMATOR

RDYEOGBKBN

6

54123

X854

C_LA

+14V

C_PA1

C_PA2

M4

GN

C_LB

C_PB2

C_PB1

8

7

X867

+14V

FILTER S867

M5

YE

BK OGBN

FILTER

RDYEOGBKBN

65412

FI_LA

FI_PA1

FI_PA2

FI_PB2

GN

FI_LB

FI_PB1

CPU

+14V

FOCUS_P

(X4)

(TABLE IN

PLACE)

STEP

DRIVE

FILT_P

COLL_P2

COLL_P1

5

24

12

26

D805

D801

X813

STEREO COLL

15

ABCDEFG

MOTOR

COLL_D COLL_ST

21

23

X856

+14V

STEP

DRIVE

MOTOR

STEP_EN

FILT_D

FILT_ST

28

19

26

FOCUS S868

YE

FOCUS

RDYEBKBNOG

X879854217

873

FO_LA

+14V

FO_PA1

FO_PA2

+14V

M6

BN BK

OG

GN

3

6

FO_LB

FO_PB2

FO_PB1

0V

0V

0V

0V

STEP

DRIVE

MOTOR

FOCUS_STFOCUS_D

24

35

TABLE_CONFIG

SEE PAGE 3-16

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-16

OBJECT TABLE 1 + 2

123

X041E

4

5

19

X812

0VD

0VD2

GRID_SPEED

GRID_SP

20KHz

PWM

GRID_O

D801

1

2

7109144

X813

* ONE TABLE OPTION (FIXED OBJECT-TABLE ARM): OBJECT TABLE 2,

CONNECTOR X892 WITH CABLING, S892, S894 AND S895 ARE OMITTED.

X868-2 IS JUMPERED TO X868-10.

TABLE_CONFIG_0

TABLE_CONFIG_1

TABLE_CONFIG_2

TABLE_CONFIG_3

1

235

X856

4

3

16

CASS_LOADED

GRID_OUT

AEC_POS

8

6

252729

0V_W

23

33

34

STEREO_LEVER

30

0V

*

11

SELECT_WING_1

9

18

GRID_M

GRID_MOTOR_N

D802

19

X822

8

7

X860

12

X824

-1.25

U

0V

0VA

0V UREG

+24VF

+24VF

+24VF

GRID_SP

0V

0V

0V

0V

K8

1

X868

X869

X876

X875

I

0V

0V

X872

X873

X871

X859

X855

X856

X857

D805

(SEE

1

AEC_POS

+24VF

STEREO_LEVER

8

5

6

10711

1

X859

S890

GRID_OUT

CASS_LOADED

6

0

BELOW)

S1

GRID_OUT

S891

8

7

9

GRID_MOTOR_N

M

1

10

X868

S860

1

25

X893

MOTOR AND GRIDOUT SWITCH

OMITTED IF NO GRID

K1

SELECT_WING_2

3

*

S895

SEE PAGE

3-11

3

1

OBJECT TABLE

CONNECTOR

0V

S894 *

REAR VIEW

X824

X822

GRID_SP

GRID_MOTOR_N

SELECT_WING_1
2

11

X856

STEREO

(OPTION)

1

X885

97

TABLE CONFIGURATION

D802

25

D801

TABLE TYPE

3210

NC NC NC NC NO TABLE LOCKED IN PLACE

TABLE_CONFIG

NC NC NC 24V 18X24 WITH GRID

GRID_M

X813

X812

GRID_SP

NC NC 24V NC 24X30 WITH GRID

NC NC 24V 24V 18X24 WITHOUT GRID

NC 24V NC NC 24X30 WITHOUT GRID

NC 24V NC 24V MAGNIFICATION 1. 5

1

D805

7

12345

X869

X892 *

+24VF

ABCDEFG

1

2

123

TABLE

CONFIG

S2

CASS

LOADED

8

S892 *

5

3

4

0

(SEE

BELOW)

S1

GRID_OUT

M

1

11

10

X871

7

8

6

9

GRID_MOTOR_N

OBJECT TABLE 2 *

1

X857

12345

X891

123

+24VF

S2

CASS

OBJECT TABLE 1

234

TABLE

CONFIG

LOADED

X860

0V

GRID_0

0VD2

NOT USED__

(18x24)

X__

X__

X__

NC 24V 24V NC STEREOTAXI MOUNTED

NC 24V 24V 24 V M AGNIFICATION 1.8

24V__

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 3-17

AUTOMATIC EXPOSURE CONTROL (AEC)

123

TRA2

RDL2

N15V_ION

P15V_ION

0V_TRA

0V_RDL

B23

B24

A25

B25

C24

C23

TRA1

RDL1

A23

A245

X701

D700 D701

7

8

52416

3

X11

8

7

2

3

X10

D700 D701

X701

X10

TRA1

RDL1

A23

A245

3

2

416

4

416

5

TRA2

RDL2

N15V_ION

P15V_ION

0V_TRA

0V_RDL

B23

B24

A25

B25

C24

C23

7

8

X11

352

1

6

4

8

7

STAND GENERATOR

X858

4

2

5

3

1

6

4

2

5

X870

3

6

1

OPTION

RDL1

TRA1

0V_RDL

P15V_ION

N15V_ION

2

3

4

1

X883

RDL

TRA

5

-15V

+15V

0V_RDL

RDL2

TRA2

0V_RDL

P15V_ION

N15V_ION

2

3

4

1

X884 *

RDL

TRA

5

-15V

+15V

0V_RDL

X858

2

4

1

5

3

6

4

2

5

X870

3

6

1

OPTION

RDL1

TRA1

0V_RDL

P15V_ION

N15V_ION

2

3

4

-15V

5

+15V

0V_RDL

1

X883

RDL

TRA

RDL2

TRA2

0V_RDL

P15V_ION

N15V_ION

*

234

1

X884

RDL

TRA

-15V

5

+15V

0V_RDL

DETECTOR WING 1

DETECTOR WING 2 *

DETECTOR WING 1

DETECTOR WING 2 *

ABCDEFG

* ONE TABLE OPTION (FIXED OBJECT-TABLE ARM): DETECTOR WING 2 AND X894 WITH CABLING ARE OMITTED

ALTERNATIVE AEC CABLING

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

3-18

X041E

123

This page intentionally left blank.

4

5

ABCDEFG

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98

64 60 476

X041E 4-1

MAINS VOLTAGE CONNECTION

The system is factory connected for 400V 2-phase mains. For other voltages see note below and page 5-3.

Note

For 1-phase connection:

– Move wire N/L2 from X899 L2 to X899 N (stand). Connect incoming phase to L1 and 0V to N.
– F20 in the generator must be short circuited with the jumper included in the installation kit.
– D711/F5 must be short circuited with the brass plug included in the installation kit.

For 240V mains connection:

– The fuse in position D711/F2 (4AT) shall be moved to position D711/F3. F2 shall be left open.

Caution:

When changes are made , the fu se va lues must b e cha nged t o the c orrect value s with l abels incl uded i n the i nstal lati on ki t.
A triangle shall be placed adjacent to each open or short circuited fuse and shall cover any existing fuse value.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-2 X041E

LIST OF PC-BOARDS AND COMPONENTS, GENERATOR

Subassembly and PC board overview

Baugruppen und Platinenübersicht

H1 High-voltage generator

Hochspannungserzeuger

V1-V4 Transistor module

Tra ns is torm odu l

C51 Phase shift capacitor for rotary anode

Phasenschieberkondensator für Drehanode

D700 Back plane board

Rückwand

D701 Iontomat board

Iontomat

D702 Master board

Master

D704 Power supply board

Netzteil

D705 Filament control b oard

Heizung

D706 Focus selection board
D710 Inverter board (without V1-V4)

Wechselrichter (ohne V1-V4)

D711 Power input board

Netzeingang

D740 Control panel board

Bediendeck

D741 Power switch board
T1 Transformer for power supply

Transformator für Spannungsversorgung

T2 Transformer for power supply

Transformator für Spannungsversorgung

T3 Transformer for power supply of D740
T10 Line voltage transformer

Netzspannungstransformator

Z1 Mains filter

Netzfilter

Z2 Mains filter

Netzfilter

Z3 Transient protection filter

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-3

LIST OF FUSES, GENERATOR

Fuses

LOCATION FUSE FUSED VOLTAGE

Incoming mains F10 20 AT (35 AT) /500 V L1
Incoming mains F20 20 AT/500 V L2
D711 F1 Not used
D711 F2 4 AT/250 V 230V_T1
D711 F3 4 AT/250 V 240V_T1
D711 F4 4 AT/250 V 230V_STAND
D711 F5 4 AT/250 V N_T1
D711 F6 1.5 AT/250 V PRIM1_T2
D711 F7 1 AT/250 V 19V_T1
D711 F8 1.5 AT/250 V UZ
D711 F9 1.5 AT/250 V N_UZW

1)

1)

1)

1)

1)

T2 F3 6.25 AT/250 V U1_HEIZ
T2 F4 0.5 AT/250 V U2_24V
T2 F5 1 AT/250 V U2_13V
T2 F6 1.5 AT/250 V U2_+5V
T2 F7 1.5 AT/250 V U2_+15V
T2 F8 1.5 AT/250 V U2_-15V
T3 F1 1 AT/250 V 24V_AC1

NOTE! See spare parts list for replacement fuses.

1)

See note on page 4-1.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-4 X041E

PLACEMENT OF PC-BOARDS AND COMPONENTS, GENERATOR

D741 *

D710

H1

V4

D740 *

C51/R51

V2

V3 V1

X9

S1

D711

F9

F8

S2

X42
s1

Z2

D701

X11

X10

D700

D702

X41

X14

F6

F1...F5

T1

* Included in the separate control console, if generator separately installed.

Z1

F20

X40

T3
F1

D705

D704

X1

X5

X32

D706

X8

X999

X998

F8...F5

T2

F7

F3
F4

Z3

6 5 4 4 3 2 1 1

T10

F10

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-5

14 15 16 17 18 19 20 211

CONTROL PANEL FUNCTIONS

WARNING

This X-ray unit may
be dangerous to
patient and operator
unless safe exposure
factors and operating
instructions are
observed.

kV mA s AEC

HD

Mo Mo W
Mo Rh Rh

Program. Auto Lim.

3 4 5 6 7 8 9 10 11 2 12

1 Mammomat 3000 ON/OFF
2 Exposure releas e buttons with gre en lig hts. Bot h butto ns mu st be p resse d during th e enti re exp osure. This is

3 +/- kV selection and display
4 +/- mAs selection and display. In AEC mode (Automatic Exposure Control), the display remains dark before

5 +/- film density adjustment and display.
6 AEC. These buttons are used to activate AEC mode (Automatic Exposure Control) and to select screen/film

7 Buttons for selection of anode/filter combination in manual mode.
8 Buttons for selection of one of four pre-programmed exposure parameter settings.
9 Button for storing exposure parameter (see 8).
10 Button to select/deselect auto mode.
1 1 Button to select/des elect auto matic de compress ion after e xposure. W hen of f, use foot s witch or the knobs for

12 Limit but ton (ackno wled gement). Serv es to re set the syste m after errors , indic ated by an error cod e, or faul ty

13 Limit lamp. Flashing: Tube temperature is above normal. Lit: Limit error (see 12).
14 Cassette is missing or needs to be replaced (it has already been exposed).
15 Object table or object table arm is not locked in position.
16 Risk of collis ion between tube head and floor (limit switch is actuated).

17 AEC detector not in chest wall position (only in stereotactic mode).
18 Diaphragm not in correct position. In stereotactic mode: External diaphragm not in position.
19 Focal spot indication. Indicates focus in operation. Small focus is automatically selected, when a

20 Green light indicates that the unit is ready for exposure. This indicator has the same function as the green

21 Yellow light and an acoustic signal indicate radiation ON.

to ensure that the operator is standing behind the radiation shield during the exposure.

exposure. After the exposure, the mAs value reached during radiography is indicated.

system. H stands for high speed and D for detail screens.

manual decompression.

exposures (limit errors), indicated also by the limit lamp and acoustic signal (e.g limit mAs, dose monitoring,
interrupted exposure).

In stereotactic mode: The tube head is not in 0° or ± 10° position.

magnification table is used.

lights on the stand display and the exposure release buttons.

Decompression button (only on separate control console, see overview on next page).

132

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-6 X041E

LIST OF SWITCHES AND COMPONENTS, GENERATOR

Mo

W

WARNING

kV

AECmAs

Mo
Rh Rh

Mo

Program

Auto

Lim.

Separate control console

Decompression button

Switches

Switch Page Origin Description

S1 5-5/2D D702 UZW OFF/ON ON=Upper position
S2 5-5//2D D702 SS OFF/ON ON=Upper position
S3 5-5/3D D702 For service PC conn ection:

ON= Upper p osition
For serial printer connection:

OFF=Lower position
S1 5-7/1E D706 Manual activation of Power aid unit
S1 5-3/2F D711 System ON (Parallell with D741/S2)
S2 5-3/2F D711 System OFF (Parallell with D741/S1)
S27A, S27B 5-10/3A D740 Preparation and exposure release buttons
S1 5-3/2G

5-10/1B

S2 5-3/2G

5-10/1B

S3 3-12/5F Separate contro l

D741 System OFF

D741 System ON

Decompressio n button

console

Potentiometers

Potentiometers Page Origin Description

R5 5-7/3D D706 Adjustment of bias voltage for Molybden (Mo)
R4 5-7/3D D706 Adjustment of bias voltage for Tungsten (W)

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-7

LIST OF SWITCHES AND COMPONENTS, GENERATOR

Component overview (generator)

Bauteileübersicht (Generator)

Component Page Origin Description

K8 5-11/3F D701 Iontomat software controlled drift measurement (NOT USED)

Iontomat Software gesteuerte Drift Messung (NOT USED)

K1 5-6/3F D705 Small/large focus changeover

Umschalten kleiner/großer Fokus

K2 5-8/2D D705 Inverter frequency changeover

Umschalten der Wechselrichterfrequenz

K3 5-8/3D D705 Control for brakes

Ansteuerung für Bremsen

K1 5-7/3D D706 MO/W bias voltage changeover
K2 5-7/3D D706 Connects bias voltage to tube
K3 5-7/4E D706 MO/W filament current changeover for large focus
K4 5-7/2E D706 Bias voltage monitoring
K5 5-7/4E D706 MO/W filament current changeover for small focus
K6 5-7/1D D706 Relay output for xray indication
K1 5-9/3E D710 SS relay

SS-Relais

K2 5-9/1C D711 By-passes intermediate circuit charging resistors

Überbrückt Zwischenkreis Ladewiderstände

K3 5-3/2E D711 Switches on generator and stand

Schaltet Generator und Stativ ein

K4 5-9/3F D711 Starting rotary anode

Anlauf Drehanode

K5 5-9/3F D711 Starting and braking, rotary anode

Anlauf und Bremsen Drehanode

K6 5-3/2E D711 System ON

System EIN

K7 5-3/2E D711 System supply OFF

System AUS

K8 5-6/3C D711 Filament intermediate circuit ON

Heizungs-Zwischenk reis EIN

K9 5-6/3C D711 By-passes charging resistors of the heating

Überbrückt Ladewiderstände Heizung

K10 5-3/2E D711 Switches on P24V

Schaltet Trafo P24V ein

K11 5-9/1B D711 Intermediate circuit ON

Zwischenkreis EIN

K12 5-9/1B D711 Intermediate circuit ON

Zwischenkreis EIN

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-8 X041E

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Page Signal name Origin Destination Testpoint LED

5-5/1E
5-7/3C

5-5/2E
5-7/3E

5-5/2C AR X1.4 STAND => X702.C13 D702.V2.GN

ANODE_W_ X702.A19 => X706.B8

ANST2_ X702.B16 => X705.B15

5-5/3E
5-8/1B

5-5/1E BS_ X702.B8 => D711.X3.12 D702.X984.BS

5-8/4E CNT X705.A11 => X702.A13 D702.X966.CNT

5-5/1E DS_ X702.C7 => D711.X3.13 D702.X982.DS

5-5/2E FOKUS_ X702.B10 => X705.B8

5-5/3E IHREG X702.A11 => X705.A9 D702.X968.IHREG

5-5/4F
5-6/4B

5-5/4C
5-6/4B

5-8/2E IMAX_WR D710.X2.10 => X705.C12 D705.V40.GE

5-8/4E ISCHWING1 D710.X2.18 => X705.A12 D705.X710

5-5/4E
5-8/1B

BRAKE_ X702.C8 => X705.C6 D705.X717 D702.V4.GN

IHSOLL X702.C23 => X705.C27 D705.X705

IHref. 1 V=1A

IHIST X705.C28 => X702.C24 D705 .X704

IHact. 1V=1A

WR

AUSTAST

I Swing 1V=10A

KVA_ X701.C9X

702.C9X70

5.C7

D705.X715

5-5/4E
5-8/1B

5-8/3C KVIST D710.X73 =>

“SIGNAL_” = ”SIGNAL” is active low

KVE_ X702.B9 => X701.B9

X705.B15
X705.B11 D705.X711

X702.A24

D705.X714 D702.V3.GN

kVact. 1V = 5kV

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-9

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Signal name Explana tions

ANODE_W_ Activates relays K1, K3 and K5 on D706. Selects filament current and bias voltage for

tungsten (W)

ANST2 Blocks V2 and V3 of the inverter at braking.

Blockiert V2 und V3 des Wechselrichters beim Bremsen.

AR Signal given to generator as exposure request. If grid used, grid has started.

Rasterkontrakt vom Aufnahmetisch zum Einschalten der Aufnahme.

BRAKE_ Anode braking after exposure end.

Abbremsen der Drehanode nach dem Ende der Aufnahme.

BS_ Controls the relay K5 on D711 for braking. K5 is also energized at boost of anode rotation.

Steuert Relais K5 auf D711 an zum Abbremsen. K5 ist aber auch beim Anlauf det Drehanode
angesteuert.

CNT Enables the MASTER to count the periods of the inverter at anode rotation boost.

Ermöglicht dem MASTER das Zählen der Schwinungen des Wechselrichters beim Hochlauf.

DS_ Controls the relay K4 on D711 to start anode rotation boost.

Steuert Relais K4 auf D711 an zum Anlassen der Drehanode.

FOKUS_ Controls the relay K1 on D705 to select, large focus.

Steuert Relais K1 auf D705 an zur Anwahl, großer Fokus.

IHREG Turns the filament regulator on. The regulator is on at standby, preparation and exposure, i.e.

always after the power-on initialisation of the generator.

Schaltet den Heizungsregler ein. Der Regler ist EIN in STANDBY, Vorbereitung und Aufnahme,
das heißt immer, wenn der Generator initialisiert hat.

IHSOLL The reference value for the filament current is given from the MASTER to the regulator.

Der Heizstrom - Sollwert wird vom MASTER zum Regler gegeben.

IHIST The actual value for the filament current can be read by the MASTER.

Der Heizstrom - Istwert kann vom MASTER gelesen werden.

IMAX_WR The maximum current of one of the 4 POWER MOS-FET modules is exceeded.

Der maximale Strom von einem der 4 POWER MOS-FET in dem Wechselrichter ist
überschritten.

ISCHWING1 The output current in the inverter is measured at anode rotation boost, exposure and braking.

Der Schwingstrom im Wechselrichter wird gemessen bei Hochlauf, Aufnahme, Bremsen.

KVA_ WIRED-OR line is “1” during the exposure and can be pulled to “0” at any time during the

KVE_ Output signal from the MASTER start the exposure.

KVIST The kVactual value is given by the D710 to the MASTER and to the regulator D705.

exposure by D701 or D702, or D705. During the anode rotation boost, exposure, braking the
KVA signal is “1” to enable the inverter.

ATTENTION: The signal is inverted at measuring point D705.X715

WIRED-OR Leitung ist “1” währe nd der Aufnahm e und kann jederzeit v on D701 ode r D702 oder
D705 “0” gezogen werden zum Abschalten der Aufnahme. Während Hochlauf, Aufnahme,
Bremsen ist KVA “H” damit der Wechselrichter freigegeben ist.

ACHTUNG: Am Meßpunkt D705. X715 ist das Signal invertiert.

Signal ausgegeben von MASTER zum Einschalten der Aufnahme.

Der kVist Wert wird vom D710 zum MASTER gegeben und zum Regler D705.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-10 X041E

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Page Signal name Origin Destination Testpoint LED

5-5/4F
5-8/2B

5-5/3C
5-8/3D
5-11/1C

KVSOLL X702.A23 => X705.A27 D705.X712

kVref. 1V = 5kV

KV>17 X705.B10 => X702.B12 D705.V39.GE

5-5/3C
5-7/4E

5-6/5B MAIST D710.X2.22 => X705.B28 D705.X707

5-5/5C
5-65B

5-5/3E
5-6/4B

5-5/4F
5-6/4B

5-5/5E MPS MASTER: SLAVES:

5-5/2E NSE1_ X702.A7 => X711.X3. 11 D702.X980

5-5/1E NSE 2_ X702.B7 => D711.X3.7 D702.X981

KV>50 X705.C10 => X702.C12 D705.V41.GE

1V = 40mA

mAact

.

MAIST_CAL X705.B29 => X702.B25

MAREG X702.B11 => X705.B9 D702.X969.MAREG

MASOLL X.702.B23 => X705.B27 D705.X706

X702.A17(Master) <=> X5.4 (Control Panel)

X701.A17 (Iontomat)
X1.2 (Stand)

mAref

1V=40mA

.

5-5/1C OKT1_ X1.9 STAND VIA D706 X702.A15

5-5/1C OKT2_ X1.8 STAND VIA D706 X702.B15

5-5/2C PH1_ D710.X2.2 => X702.A14

5-11/4D
5-11/4D

5-5/3E
5-8/4B

5-5/2E
5-8/2E

“SIGNAL_” = ”SIGNAL” is active low

RDL_1
RDL_2

RESET_FF_ X702.C11 => X705.C9

SS_ X702.A8 => X705.A6

X10.3
X11.3

=> X701.A23

X701.C23

D710.X6.1

D701.X341 (RDL)

D702.X983

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-11

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Signal name Explana tions

KVSOLL The kVreference value is given by the MASTER to the regulator D705.

Der kVsoll Wert wird vom MASTER zum Regler D705 gegeben.

KV>17 As soon as kVactual value exceeds 17kV, this will be considered as “X-Ray on” and is reported

KV>50 If kVactual value exceeds 50 kV this is considered as a faul and latched on the D705 in a FLIP-

MAIST The actual value of the tube current is given to the regulator D705.

MAIST_CAL This value is fed to the MASTER and it calculates the mAs-product for exposure termination,

to the MASTER.

Sobald kVist 17 kV überschritten hat, wird dies als “Strahlung vorhanden” bewertet und dem
MASTER gemeldet.

FLOP.

Überschreitet kVist 50 kV so wird dies als Fehler bewertet und auf der D705 in einem FLIP­FLOP gespeichert.

Der mA ist wert wird zum Regler D705 gegeben.

when the requested mAs are reached. For Iontomat mode the mAs product is calculated.

Dieser Wert wird dem MASTER zugefürhrt und dieser bildet daraus das mAs-Produkt zum
Abschalten wenn die gewünschten mAs erreicht wurden, respektiv zur mAs-Nachanzeige bei
lontomat B etrieb.

MAREG If X-rays are present, an tu be current re gulato r is ad ditiona lly c onnected to the fi lamen t regul ator.

Sobald Strahlung vorhanden ist, wird dem Heizstromregler noch zuzätzlich der
Röhrenstromregler aufgeschaltet.

MASOLL The reference value for mA is given from the Master to the regulator D705.

MPS Multi processor serial communication interface. For information exchange Master-Slaves.

NSE1_ Power-on of the intermediate voltage UZ by relays K11 and K12 through damping resistors.

NSE 2_ Controls the relay D711. K2, bypassing the damping resistors.

OKT1_ Overtemperature of the tube housing is announced to the MASTER.

OKT2_ Overpressure of the tube housing is announced to the MASTER. In serial with door switch and

PH1_ Overpressure of the HT generator tank is announced to the MASTER.

RDL_1
RDL_2

RESET_FF_ Reset of the fault latching flip-flop kV>50 by the MASTER.

SS_ On board D705 the relay K2 switches the frequency to ROT - ANODE 160Hz. On board D710

Der mA-Sollwert wird vom Master zum Regler D705 gegeben.

Serieller Datenaustausch Master-Slave.

Einschalten der Zwischenkreisspannung UZ durch Relais K11 und K12 über
Dämpfungswiderstände.

Steuert das Relais D711. K2, welches die Dämpfungswiederstände überbrückt.

Übertemp. Strahlergehäuse wird dem MASTER gemeldet.

bias voltage monitoring. (D706).

Überdruck im Strahlergehäuse wird dem MASTER gemeldet.

Überdruck Hochspann un gstrafo wird dem MASTER gemeldet.

Power of dose signal, comes from the double detector, is only used on board D701.

Dosisleistung, kommt vom Doppeldetektor, wird nur auf der D701 Platine verarbeitet.

Zurücksetzen des Fehlerspeicher - FLIP-FLOP kV>50 durch den MASTER

the relay K1 disconnects the H. V. transformer.

Auf D705 schaltet K2 die Frequenz um auf Rot - Anode 160Hz. Auf D710 schaltet K1 den
Hochspannungstrafo ab.

Signal

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-12 X041E

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Page Signal name Origin Destination Testpoint LED

5-11/5D
5-11/5D

TRA_1
TRA_2

X10.5
X11.5

=> X701.A24

X701.C24

D701.X342 (TRA)

5-5/2C
5-8/5E

5-8/1F UZIST D710.X2.8 => X702.A29

5-5/2C VH X702.B13 => X1.5 GERÄT D702.X967.VH

5-5/3E
5-6/4B

5-8/3E WR_ANST1 X705.A13 => D710.X6.14

5-8/3E WR_ANST2 X705.B13 => D710.X6.15

5-5/3C
5-8/1E

5-5/3E
5-8/1B

5-5/2E
5-6/3B

5-5/2E
5-6/3B

U_ANST_ D710.X2.26 => X702.A18

D705.X713

X705.A25

WENDEL_ X702.A10 => X705.A8

WR_AUSTAST_ X705.A10 => X702.A12 D705.V40.GE

ZBL_ X702.A9 => X705.A7 D705.X716 D702.V1.GN

ZK_HEIZ1_ X702.C10 => D711.X3.1

ZK_HEIZ2_ X702.A16 => D711.X3.4

UZ IST 1V = 50V

D710.V24.RT

“SIGNAL_” = ”SIGNAL” is active low

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 4-13

LIST OF SIGNALS AND TEST POINTS, GENERATOR

Signal name Explana tions

TRA_1
TRA_2

U_ANST_ Check if +15V to control the POWER - MOS modules is present.

UZIST Actual value of the inverter intermediate voltage. The LED V24 on board D710 is on at UZ>30V.

VH The stand is informed that the generator has completed its preperation.

WENDEL_ The filament regulator on board D705 is informed which fil ame nt i s co nne cted. From this results

WR_ANST1 Control of POWER - MOS module V1 and V4.

WR_ANST2 Control of POWER - MOS module V2 and V3.

WR_AUSTAST_ By exceeding of Imax in the inverter, the inverter control is disabled during 200ms.

ZBL_ The MASTER enables the power section (e. i. inverter) to make preparation.

ZK_HEIZ1_ The relay K8 switches th e filament intermediate circuit on through damping resistors.

ZK_HEIZ2_ The relay K9 by passes the damping resistors.

Signal of the double detector to evaluate the object tranparency. Is used only on board D701.

Signal von Doppeldetektor zum Ermitteln der Transparenz des Objektes. Wird nur auf der D701
Platine verarbeitet.

Überwachung ob +15V zum Ansteuern der POWER MOS - Module vorhanden ist.

Ist - Wert Zwischenkreisspannung Wechselrichter. LED V24 auf D710 ist an bei UZ>30V.

Dem Gerät wird mitgeteilt, daß der Generator die Vorbereitung beendet hat.

the limitation of IHmax to 5,8A or 8,3A.

Dem Heizungsregler auf D705 wird mitgeteilt welcher Heizfaden angeschlossen ist. Daraus
ergibt sich die Bergrenzung von IHmax bis 5,8A oder 8,3A.

Ansteuerung POWER MOS - Module V1 und V4.

Ansteuerung POWER MOS - Module V2 und V3.

Bei Überschreiten von Imax im Wechselrichter wird die Ansteuerung für 200ms unterbrochen.

Der MASTER gibt den Leistungsteil (d. h. Wechselrichter) zu Vorbereitung frei.

Relais K8 schaltet den Heizungszwischenkreis über Dämpfungswiderstände ein.

Relais K9 überbrückt die Dämpfungswiderstände.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

4-14 X041E

SIGNAL DIAGRAM

POWER-ON SEQUENCE

EINSCHALTSEQUENZ

MEASURING POINT SIGNAL

MESSPUNKT

D702 X980 NSE1

D702 X981 NSE2

___ ZKH1

___ ZKH2

Power on 50ms 90ms 490ms 550ms

LED MEASURING POINT SIGNAL

MESSPUNKT

___ D702 X984 BS
___ D702 X982 DS
___ D702 X983 SS

D702 V1 GN D705 X716 ZBL

___ ___ ANST2

___ D702 X967 VH

___ D705 X715 KVA

D702 V4 GN D705 X717 BRAKE
D702 V2 GN ___ AR
D702 V3 GN D705 X714 KVE
D705 V39 YE ___ kV>17

___ D702 X969 mA REG

___ D702 X966 CNT

Stand-by

Ruhezustand

Preparation

Vorbereitung

~40ms

Exposure
Aufnahme

Braking
Bremsen

Stand-by

Ruhezustand

Grid contact

Rasterkontakt

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-1

BLOCK DIAGRAM

123

D706

40-80V

FOCUS SELECTION

BOARD (5-7)

STEP UP

CONVERTER

24V_FOC

III0

H1

MAISTKVIST

4

INPUT

D

SERVICE-PC

RS 232C

A

IHIST

5

STAND

µP

CONTROL

PANEL

BOARD

(5-10)

D740

µP

IHSOLL
MASOLL
KVSOLL

µP

D

A

OUTPUT

24V_AC

MASTER BOARD

(5-5)

µP

F

U

IONTOMAT BOARD

(5-11)

X11

X10

D701

OBJECT

TABLE 2

OBJECT

TABLE 1

DOUBLE

DETECTOR

POWER

INPUT

BOARD

(5-3, 5-9)

D711

=

D702

INVERTER BOARD

D710

(5-8, 5-9)

D705

FILAMENT

CONTROL

BOARD

(5-6)

=

POWER INPUT

BOARD

Z3

SURGE-

V

ARRESTER

V

VARISTOR

T10

65432

400V

D711

Z1

1

277V

230V

208V

110V

20ATL1

F10

230V

208V

T2

~230 V

T3

24V_AC

TO STAND

===

=

POWER SUPPLY

BOARD

=

VCC

(5-3)

D704

T1 240V

20AT

F20

L2/N

(5-3)

=

P15V

N15V

24V_FOC

ABCDEFG

N

PE

STAND

INCOMING MAINS

110, 208, 230, 240, 277 OR 400V

SINGLE OR TWO PHASE

L1

L2

L3

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

5-2

GROUND, 0V AND PROTECTION GROUND DISTRIBUTION

123

0V_SHIELD

4

X041E

5

X104

0V

X103

X21 3 5 7 9 1113 15 171921 2324 25

16

GND

GND
GND

GND

1143

X6 3X2 4X1 1X6

X5 3 6

11

0V_SHIELD

X701...X706

AGND

0V_SHIELD

AGND

GND

X701...X706

X21 3 5 7 9 111315171921232425X6 12 13 6 3

0V_SIGNAL

0V_24V

0V_PWR
P

D710

X1 1

INVERTER

BOARD

H1

STAND

D801

0V_REL_T1

6

34

X32

98

X3 10

D741

0V_REL

X32 3 4

66

X6 6

0V_LAST

0V_LAST_T1

GENERATOR

CHASSI

=

GND

X702

0V_REL

0V_REL

X815 1 3 7 8

X896 h3

X899

PE GROUND RAIL

GENERATOR CHASSIS

0V_TUBE

0V

X102

X705

X706

0V_BIAS

X704, X706

0V_FOC

ABCDEFG

BACK PLANE BOARD

0V_INV

0V_FIL

0V_FIL

1213

X6

X8 3

D711

POWER

INPUT

BOARD

36

GND

X5

D740

Z1

3

0V_P

X30

CONTROL

PANEL

BOARD

TOP COVER

TRANSFORMER

CONNECTION

← REMOTE CONTROL CONSOLE (OPTION)

T1 T2 T10

3

X30

D700

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-3

LINE INPUT

123

N_T1

31

X32X32

ON

*

YE

F5

S2

1

1

6
6

K6

K7

K3 K10

4AT

K3

230V_STAND

X14

X881X886

STAND

T801 YE

F2

4AT

X81Z1X82

(5-10/1B)

S1

2

2

OFF

*

5

5

S1

YE

V13

K6

K7

X21

V9

+24V

K6

0V_LAST

K3

4AT

F4

N_STAND

3

1

21

23

YE

230V

(F5)

3

3

0V_REL

8

9

10

8

9

10

0V_LAST

0V_LAST_T1

S2

K7

X22

GND/0V

RD

=

D740

X30

X706

ABC27

X706

ABC29

24V_FOC

0V_FOC

D700

X704

ABC27

X16

24V

0V_24V

5-10/3A

1

2

24V

V40

∼

24V_AC1

24V_AC2

1AT

1.5AT
1

2

X30

F6

F7

F1

1 AT

0V_WECHSEL_T1

19V_T1

PRIM1_T2

PRIM2_T2

5

14

X13

1

13

T3

ϑ

3

1

X31

230V

D711

F2

F5

4AT

X81

X82

D711

4AT

F2

X81

D704D700

∼

X704

ABC23

U1_24V

7

X4

7

T2

1

0V

230V

F5

4AT

X82

∼

230V(240V)

D711

X81

Z3

SURGE-

V

T10

6Z154321

P24V

(5-9/3D)

55

ABC27

24V_REL

16
16

P24V

K10

4ATF2

(F3)

240V_T1

230V_T1

9

7113

32 4

19V

D741

V11

208V_T1

231

D711

D710

X6X6

X702

D700

X3
X3

X82

X13

T1

ARRESTER

V

VARISTOR

4

X701 X702 X705 X706

ABC1,2

X11

U REG

+15V

2

X6

ABC5

ABC31

ABC5 ABC5 ABC5

ABC31 A BC31 ABC31

X701 X702 X705 X706

P15V

ABC31

+15V

X12

AGND

V38

YE

V39

-15V

+15V

U REG

=

1

3, 6

X5

X5

ABC3,4

ABC1,2

X705 X706

ABC1,2 ABC1,2 ABC1,2

ABC3,4 ABC3,4 ABC3,4

X701 X702

X701 X702 X705 X706

VCC

GND

ABC29

X17

YE

5V

X14

U REG

+5V

ABC3,4

5V

GND

X15

GND

P15V

YE+5V

V41

=

∼

ABC7

ABC25

U2_24V

8

0.5 AT

F4 8

4AT

ABC9

ABC13

ABC15

U1_+5V

U2_+5V

U1_+15V

1

2

3

1.5 AT

F6 34

33

D711

F3

35

230V

4AT

240V

F5

(F2)

X81

4AT

X82

U1_-15V

U2_+15V

4

1.5 AT

F7 36

37

5

3

X6

ABC32

ABC32 ABC32

ABC32

X701 X702 X705 X706

AGND

AGND

N15V

YE

-15V

4

X6

ABC30

ABC30 ABC30

ABC30

X701 X702 X705 X706

N15V

ABC32

X13

ABC30

-15V

=

∼

ABC19

ABC21

U2_-15V

5

6

1.5 AT

F8 38

230V

D711

F5

F2

4AT

X81

X82

(5-6/2B)

5

4AT

(5-8/5C)

6.25 AT

F3 6

1 AT

F5 32

31

20AT

400V

2 PHASE

F10 20AT

L1

L2(N) F20

PE

N

L1

STAND

ABCDEFG

X899

L2

INCOMING MAINS

110, 208, 230, 240,

277 OR 400V

SINGLE OR TWO

PHASE

T10

65432

1

L3

35AT

110V

1 PHASE

F10

Z1

T10

65432

1

20AT

208V

2/1 PHASE

(F20)

F10

Z1

T10

65432

20AT

F20

1

20AT

230V

2/1 PHASE

F10

Z1

T10

65432

20AT

F20

1

20AT

F10

240V

20AT

2/1 PHASE

F20

Z1

T10

65432

20AT

F10

277V

1

20AT

2/1 PHASE

F20

NOTE: READ PAGE 4-1 BEFORE CH ANGING

MAINS CONNECTION

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

5-4

BACK PLANE D700

123

D706

Focus selection board

DOOR SWITCH

X40

1 DOOR_

3OKT2_DOOR_

XRAY INDICATION

X41

1X_IND1

3X_IND2

POWER AID

A4 B4 C4 VCC

A4 B4 C 4 VCC

A5 B5 C5 D15V

A5 B5 C 5 D15V

A6 B6 C6 nc

A6 SS_

C7 DS_

B8 ANODE_W_

A7 B7 nc

A8 SS_

C6 BRAKE_

C7 KVA_

B7 KVE_

A7 ZBL_

D706

A1 B1 C1 GND

A2 B2 C2 GND

A3 B3 C3 VCC

Focus selection board

X706

D705

Filament control board

A1 B1 C1 GND

A2 B2 C2 GND

A3 B3 C 3 VCC

X705

X041E

7NSE2_

80V_REL

90V_REL_T1

10 0V_REL_T1

H11

5

D741

D740

11 NSE1_

12 BS_

(Filament)

X102 0V

X103 0V

ON

OFF

*

Power switch board

X32

1

2

Control panel boardX51VCC

2ZB_HW

13 DS_1415

X8

1SM_FOC1

2LG_FOC1

X104 GND

*

16 24V_REL

3OV_FIL

30V_REL

3GND

4BIAS

40V_REL

4MPS56GND

5SM_FOC2

6LG_FOC2

4

X42

2PA1

3PA2

C8 nc

C9 POWER_AID_

C10 D15V_EXT

C11 nc

B9 nc

B10 OKT2_TUBE_

B11 OKT1_TUBE_

A9 FOKUS_

A10 OKT2_

A11 OKT1_

A12 B12 C12 SM_FOC1

A13 B13 C13 SM_FOC1

A14 B14 C14 SM_FOC2

A15 B15 C15 SM_FOC2

A16 B16 C16 LG_FOC1

A17 B17 C17 LG_FOC1

A18 B18 C18 LG_FOC2

A19 B19 C19 LG_FOC2

A20 B20 C20 SM_FOC

A21 B21 C21 SM_FOC

A22 B22 C22 LG_FOC

A23 B23 C23 LG_FOC

A24 B24 C24 nc

A25 B25 C25 BIAS

A26 B26 C26 nc

A27 B27 C27 24V_FOC

A28 B28 C28 0V_BIAS

A29 B29 C29 0V_FOC

A30 B30 C30 N15V

A31 B31 C31 P15V

A32 B32 C32 AGND

D711

Power input boardX31ZK_HEIZ1_

C8 ZB_HW

C9 RESET_FF_

C10 KV>50

C11 KVIST_-

C12 IMAX_WR

C13 IMAX_0V

C14 SINGLE_PULS_

B8 FOKUS_

B9 MAREG

B10 KV>17

B11 KVIST_+

B12 ISCHWING2

B13 WR_ANST2

B15 ANST2_

A8 WENDEL_

A9 IHREG

A10 WR_AUSTAST_

A11 CNT

A12 ISCHWING 1

A13 WR_ANST 1

A16 B16 C16 ZK_HZ+

A17 B17 C17 ZK_HZ+

A18 B18 C18 ZK_HZ-

A19 B19 C19 ZK_HZ-

A20 B20 C20 0V_FIL

A21 B21 C21 0V_FIL

C26 IHMAX

C27 IHSOLL

C28 IHIST

C29 ISCHWING

B27 MASOLL

B28 MAIST

B29 MAIST_CAL

A22 B22 C22 SM_FOC

A23 B23 C23 SM_FOC

A24 B24 C24 LG_FOC

A25 B25 C25 LG_FOC

A27 KVSOLL

A28 KVIST

A29 UZIST

A30 B30 C30 N15V

A31 B31 C31 P15V

2ZK_HEIZ+

3ZK_HEIZ-

A32 B32 C32 AGND

OFF

4ZK_HEIZ2_

5

ON

*

*

6

C8 BRAKE_

A17 MPS

A15 B15 C15 U2_+15V

A9 ZBL_

C17 RES_N15V

B17 RES_P15V

A19 B19 C19 U1_-15V

A21 B21 C21 U2_-15V

A23 B23 C23 U1_24V

A25 B25 C25 U2_24V

A27 B27 C27 24V_FOC

A29 B29 C29 0V_FOC

A30 B30 C30 N15V

A31 B31 C31 P15V

A32 B32 C32 AGND

D710

Inverter boardX21 0V_SHIELD

2PH1_

3 0V_SHIELD

C9 KVA_

C10 ZK_HEIZ1_

C11 RESET_FF_

C12 KV>50

C13 AR

B9 KVE_

B10 FOKUS_

B11 MAREG

B12 KV>17

B13 VH

B14 TH1_

A10 WENDEL_

A11 IHREG

A12 WR_AUSTAST_

A13 CNT

A14 PH1_

C23 RDL 2

C24 TRA 2

B23 0V_RDL

B24 0V_TRA

B25 N15V_ION

A23 RDL1

A24 TRA1

A25 P15V_ION

A30 B30 C30 N15V

A31 B31 C31 P15V

A32 B32 C32 AGND

C16 SINGLE_PULS_

C17 RES_N15V

B15 OKT2_

B16 ANST2_

B17 RES_P15V

A15 OKT1_

A16 ZK_HEIZ2_

A17 MPS

A18 U_ANST_

C23 IHSOLL

C24 IHIST

B19 POWER_AID_

B23 MASOLL

A19 ANODE_W_

A23 KVSOLL

B25 MAIST_CAL

A24 KVIST

A25 UZIST

4GND

C25 IHMAX

D710

Inverter boardX61SS_

2P15V

3AGND

4N15V

5 24V_REL

60V_REL

7 U1_13V

8 U2_13V

9FOKUS_1011 0V_SHIELD

12 0V_TUBE

13 0V_INV

14 WR_ANST1

15 WR_ANST2

16 0V_SHIELD

5 0V_SHIELD

6TH1_

7 0V_SHIELD

8UZIST

9 0V_SHIELD

10 IMAX_WR

11 0V_SHIELD

12 IMAX_0V

13 0V_SHIELD

14 KVIST_+

15 0V_SHIELD

16 KVIST_-

17 0V_SHIELD

18 ISCHWING1

19 0V_SHIELD

20 ISCHWING2

21 0V_SHIELD

22 MAIST

23 0V_SHIELD

24 0V_SHIELD

25 0V_SHIELD

26 U_ANST_

Stand

1GND

2MPS

3GND

4GND

5VH

6AR

7 D15V_EXT

8 OKT2_TUBE_

9OKT1_TUBE_

10 D15V_EXT

11 GND

7 U1_24V

5TRA2

60V_RDL

8 U2_24V

9 U1_13V

70V_TRA

80V_RDL

12 KVA_

10 U2_13V

X1

T2

1U1_+5V

2U2_+5V

3U1_+15V

4U2_+15V

5U1_-15V

X11

1P15V_ION

2 N15V_ION

3RD2

6U2_-15V

40V_RDL

X4

A27 B27 C27 24V_REL

A29 B29 C29 0V_REL

A30 B30 C30 N15V

A31 B31 C31 P15V

A32 B32 C32 AGND

Double detector

D704

Power supply board

A1 B1 C1 GND

A2 B2 C2 GND

A3 B3 C3 VCC

A4 B4 C4 VCC

A5 B5 C5 D15V

A7 B7 C7 U1_+5V

A9 B9 C9 U2_+5V

6DSR78

A7 NSE1_

B9 KVE_

A13 B13 C13 U1_+15V

9

C7 DS_

B7 NSE2_

B8 BS_

A8 SS_

C9 KVA_

B12 KV>17

X704

D702

Master Board

RS232C Interface

X99012RXD

3TXD

4DTR

5GND

D702

A1 B1 C1 GND

A2 B2 C2 GND

A3 B3 C3 VCC

A4 B4 C4 VCC

Master Board

X702

D701

ABCDEFG

Iontomat board

X701

A5 B5 C5 D15V

A1 B1 C1 GND

A2 B2 C2 GND

A3 B3 C3 VCC

A4 B4 C4 VCC

A5 B5 C5 D15V

Double detector

X10

1P15V_ION

2N15V_ION

3RDL1

40V_RDL

5TRA1

60V_RDL

70V_TRA

80V_RDL

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-5

PRINCIPLE DIAGRAM, MASTER

123

PA2

PA1

3

X42

2

(5-7)

(5-7/3D)

(5-7/1D)

(5-9/1C)

(5-9/3F)

(5-9/3F)

(5-6/3C)

(5-6/3C)

(5-9/1B)

(5-9/1B)

K11

K12

11

11

A7

NSE1_

X983

>1>1>1

SS

(5-9/3E)

(5-8/2D)

(5-8/3D)

D705

X705

B16

ANST2_

(5-6/3F)

K2K3K1

A6

B15

B10

FOKUS_

(5-6/4B)

(5-6/4B)

B8A8A9

A10

IHREG

WENDEL_

X968

X969

(5-6/4B)

(5-8/4B)

(5-8/1B)

(5-8/1B)

(5-8/1B)

B9

C9A7C6

B11

A11

C11

MAREG

RESET_FF_

B7

A9

C8

ZBL_

BRAKE_

GNBRAKE

GNZBL

P24V

K1

D710

1

X6

1

X6

A8

SS_

S2

S1

D706

X706

D700

X702

POWER_AID_

D15V

K6

K2

P24V

K2K4K5

A9C7A8

D711

7

X3

7

X3

B7

NSE2_

X981

X982

K1,K3,K5

B8

C9

B19

A19

ANODE_W_

K8

K9

4

1

12

13

4

1

12

13

B8

C7

DS_

BS_

X984

ZK_HEIZ1_

ZK_HEIZ2_

A16

C10

X980

S1

UZW

X705

D701

KVE_

B9

B9

GNKVE

4

STAND

(5-8/1B)

(5-8/2B)

(5-6/4B)

(5-11/3G)

D705

C9

C7

10

X1

X705

KVA_

KVSOLL 1V⇔5KV

C9

KVA_

D

R43

(5-6/4B)

A27

B27

C27

MASOLL 1V⇔40mA

IHSOLL 1V⇔1A

B23

A23

C23

D702 C

A

A

A

D

D

5

STAND

(5-10/5B)

(5-11/1C)

D740

44

X5

D701

X5

A17

X701

I 1

J39

TIMER

32 K RAM

128 K EPROM

2

X1

MPS

A17

MPS

J50

CALENDER

NON V.RAM

CPU

X962

X961

F

U

R13

X960

ANA

MUX

+10V

B25

1V⇔100mA

B29

(5-5/4B)

RS 232C

INTERFACE

NOTE: POTENTIOMETERS R11, R13 AND R43 ARE FACTORY ADJUSTED

MAIST_CAL

X990

9

SERVICE

PC

D705

X965

X964

F

U

R11

X963

ANA

MUX

IHIST

KVIST

UZIST

A24

A25

C28

1V⇔50V

1V⇔1A

1V⇔5kV

A29

A28

X705

(5-9/1G)

C24

(5-8/3C)

(5-6/5B)

GNV2

S3

TEST

X966

X867

VH

AR

A15

10

C13

9

8

6

OKT1_TUBE_

OKT2_TUBE_

DOOR

OKT1_

D702

3

SWITCH

X40 1

OKT2_

B15

X702

A10

K4

B11 A11
B10

C10

X706

D706

D15V

X1

D15V_EXT

STAND

7

D15V_EXT

ABCDEFG

PHI_

U_ANST_

B13

A14

A18

WR_AUSTAST_

A12

CNT

kV>50

kV>17

B12

C12

D700

OVER PRESSURE H .V.TANK H1

5

X2

X2

D710

X101

2

4

26

A10

B10

X705

2

4

26

(5-7/5E)

X102
2P

H1 1

D705

(5-8/1E)

C10

(5-8/3E)

(5-8/4E)

(5-8/4E)

PR.RUN

REC.DATA

TR.DATA

K.TEST

RD RD RD RD

V6 V6 V7 V7

STATUS

V5

GN

A13

8

X2X2

A11

8

(5-9/1F)

D710

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

5-6

PRINCIPLE DIAGRAM, TUBE FILAMENT

123

X041E

4

SEE PAGE 5-7

5

D705

D700

D702

FOKUS_

X705

X702

(5-5/2E)

LG_FOC

SM_FOC

D700

X705

D15V

K1

B8

X705

ABC16

B10

ABC23

ABC22

KL_FOK

K1

ABC1833

ABC17

2

X3

2

X3

ZK_HEIZ-

ZK_HEIZ+

RD

V16

=

ABC25

ABC24

GR_FOK

ABC19

0V_FIL

ABC21

ABC20

0.022R
R4

IHIST

PWM

30kHz

IHMAX LIMIT

M300 P49-8.3A

1V⇔1A

D700

P24V

K9

P24V

K8

1

4

X3

1

4

X3

ZK_HEIZ1_

ZK_HEIZ2_

A16

C10

X702

(5-5/2E)

(5-5/2E)

D702

X121

K9

K9K8

K8

D711

U1_HEIZ

U2_HEIZ

15

X81

6

1

4AT

6.25 AT

5

1.5AT

K3

(5-3/2E)

F5

1

16

35

1

K3

4AT

X82

F20

L2

INCOMING MAINS

see page 5-3

X13

F3

T2

X13

F6F2

D711

SEE PAGE 5-3 (1C)

ABCDEFG

Z3/Z1

T10

65432

F10

L1

IHIST

IHSOLL

5.8A

X704 1V⇔1A

8.3A

X705

X706

MASOLL

1V⇔40mA

1V⇔40mA

X707

mAIST

D705

A9

C28C24

X705

IHIST

IHREG

A11

X968

(5-5/4C)

(5-5/3E)

A8

B9

B27

C27

1V⇔1A

IHSOLL

0⇔8.3A

MAREG

WENDEL_

A10

C23

X969

(5-5/4F)

(5-5/3E)

(5-5/3E)

B29

MASOLL

1V⇔40mA

1V⇔100mA

MAIST_CAL

B11

B23

B25

(5-5/4F)

(5-5/5C)

D710

B28

MAIST

1V⇔200mA

2222

X2 X2

(5-9/5F)

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-7

PRINCIPLE DIAGRAM, FOCUS SELECTION BOARD

123

1

X706

D706

R5 (MO)

X41

S1

X42

1

light

Exposure

X_IND1

X_IND2

X41

3

1

1

DOOR

SWITCH

PA1

PA2

X42

3

2

S1

X40

1

X40

R4 (W)

D700

BIAS

P15V_FOC

0V_FOC

V1

5-5/1C

OKT2_TUBE_

OKT2_

A10

X706

B10

K4

P15V_FOC

0V_FOC

X8

4

0V

BIAS

ABC25

ABC28

ABC29

X706

BIAS

0V_BIAS 0V_ BIAS

24,9k

0V_FOC

K2

K2

1

3

4

X896

G

h1M

h2M

h1Wh3h2W

1

3

20BK

6

2

5

1

SM_FOC1

SM_FOC2

LG_FOC1

LG_FOC2

ABC13

ABC14

ABC16

ABC17

ABC18

ABC12

ABC15

D15V

K5

D15V

D15V

K5

ABC19

K3

K3

5

3

0V_FIL

40-80V

P15V_FOC

0V_FOC

STEP UP

CONVERTER

0V_FOC

R5

V1

U REG

+15V

24V_FOC

27

5-3/?

24V_FOC

0V_FOC

29

0V_FOC

R4

W

D15V

MO

K1

ANODE_W_

FOKUS_

B8

A9

X706

X702 B10 A19

X706

ABC21

ABC22

ABC20

X705

ABC22

D15V

X705 B8

ABC23

SM_FOC

LG_FOC

ABC23

ABC24

ABC25

K1

D705

0V

ABC20

ABC21

R4

D15V

D700 D706

K6

P15V_FOC

K6

24V_FOC

DS_

X706

X702

SS_

C7

C7

POWER_AID_

A8

A8

C9

B19

ABCDEFG

D702

5-5/1E

5-5/2E

5-5/1E

5-5/1E

5-5/2E

SEE PAGE 5-6

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

5-8

PRINCIPLE DIAGRAM, INVERTER CONTROL AND KV REGULA -

123

2

2

IMAX1 (5-9/1D)

IMAX2 (5-9/1F)

IMAX3 (5-9/2D)

IMAX4 (5-9/2F)

1

(5-9/2D)

4

V1

3

BU

RD

X11

X13

G1

S1

1

(5-9/2F)

4

V4

3

RD

X41

X42

G4

S4

2

BU

X21

4

1

(5-9/1F)

V2 4

3

BU

RD

X22

G2

S2

X041E

5

1

2

(5-9/2D)

+15V

V3 4

3

BU

RD

X31

X32

G3

S3

OSC

D710

D700

X5

15

14

10X212

(5-5/3C)

D702

10X212

A12

X702

WR_AUSTAST_

WR_AUSTAST_

KVA_

&

>1

IMAX_WR

A10

X705

C12

Fmax

BLOCK

X712

KVSOLL

1V⇔5kV

(5-5/2E)

D702

A8

X702

SS_

IMAX_0V

C13

A6

P15V

K2K2

F ANODE ROT.

160Hz

R136

Fmax

HT

X6

(5-5/2E)

(5-5/4C)

(5-5/3C)

(5-5/3C)

D702

15

14

X6

WR_ANST2

WR_ANST1

A13

B13

FACTORY

ADJUSTED

K3

B16

X702

ANST2_

B15

K3

P15V

B12

A24

KV>17

KVIST

A28

B10

kV>17

YE

F

U

X711

KVIST

1V⇔5kV

>50kV

(5-5/3C)

C12

CNT

KV>50

C10

kV>50

YE

X710

Q

Q

R

ISCHWING

18

20

X2

18

X2

A13

ISCHWING2

ISCHWING1

A11

A12

7

8

X6

20

7

X6

U2_13V

U1_13V

9

X4

B12

26

X2

8

26

X2

U_ANST_

10

A18

X702

(5-5/2C)

D702

50R

1AT

F5 32

1V⇔10A

31

T2

(5-3/5D)

X715

X717

X714

X716

0VA0VD

X709 X708

B7

A7

C7

C6

X705

ZBL_

KVA_

KVE_

BRAKE_

A9

B9

C8

C9

X702

A27A23

KVSOLL

B11

C11

KVIST_-

KVIST_+

1V⇔10kV

14

X2

16

14

X2

C9

RESET_FF_

C11

X702

ABCDEFG

(5-5/4E)

(5-5/3E)

(5-5/4E)

D702 D700 D705

(5-5/3E)

(5-5/4F)

(5-8/4F)

R+

H1

X73

20K

D710

D702

(5-5/3E)

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-9

D705. ISCHWING

HOCHLAUF P49 MO-G

ANODE ROTATION RUN-UP

T =6.25ms

0

D705. ISCHWING

AUFNAHME 3,6kW P49 MO-G

EXPOSURE

D705. ISCHWING

BREMSEN P49 MO-G

BRAKING

500mV

2ms

24A

2V

84A

T =6.25ms

0

500mV

2ms

10A

20µs

TION PRINCIPLE DIAGRAM, INVERTER

123

1V⇔50V

UZIST

X713

D705

X705

D700

X2

X2

UZIST

V24

D710

X7

X7

(5-5/4C)

(5-5/1E)

D702

X702

A25

A29

(5-5/1E)

X702

B8

C7

H11

II

D700 D702

8

8

S4

S2

G2

Imax2

2

X20

1

2

UZ>30V

RD

1,4

7,10

1,4

7,10

BU

RD

X22

X21

3

V2

1

UZ

2

2

X10

1

1

Imax1

3, 6

9, 12

3, 6

9, 12

G4

Imax4

BU

21

X41

3

X40

2

WR2

X62

300V..330V

X61

WR1

1

V1

BU

X13

RD

X11

G1S1(5-7/2G)

BU

X42

V4

4

1

2

12

3

X30 X201 X202

4

X31

G3S3(5-7/4G)

Imax3

X3

12

13

X3

12

13

DS_

BS_

K4

K5

D711

P24V

1X100

1

V3

RD

T10

2

1

BU

X32

ISCHWING2

ISCHWING1

X2

18

X2

18

X911289

II

CPH

K4

1

2

K5

34

X12 X12

33

DA1

2X100

K1 4

24V

SS_

20X65

20X65

C51

I

I

4

3

1

K1

1

1

I

0

K4

1

2

DA2

0

5

K5

11

C48

C49

C50

H1

4

5

H11

(5-8/3C)

X705

B11

KVIST_+

1V⇔10kV

D700 D705

X2

14

X2

14

KVIST_+

X73

R+

R+

200M

V

X71

U

X72

HIGH VOLTAGE GENERATOR

MAIST

X707

1V⇔40mA

3

B28

MAIST

1V⇔200mA

X2

22

X2

22

mAs

20k

SNX74

S

5R

X4 X3

X75

N

X8

0V

D700

X6

12

P

X6 12

D700

X705

1V⇔10A

ISCHWING

X710

D705

24A

=

X89

X87

K2

34

1.5AT

F8

X85

Z2

LINE

X83

K11

14

D711

X81

SEE PAGE 5-3 (1C)

Z3/Z1

T10

65432

F10

1

F20

L1

INCOMING MAINS

see page 5-3

ABCDEFG

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000

1.5AT

F9

X86

X84

14

K12

X82

L2

X810

X88

12

K2

K11

P24V

K2

P24V

K12

7

11

X3

NSE2_

NSE1_

7

X3

11

D700D702

A7

B7

X702

(5-5/2E)

(5-5/1E)

24V

A12

B12

A6

A8

X702

50R

K2

(5-8/2D)

(5-8/4C)

D702

(5-5/2E)

D15V

84A

Solna, Sweden 03.98 64 60 476

5-10

PRINCIPLE DIAGRAM, CONTROL PANEL

123

X041E

4

5

1

X1

KV_1

KV_0

TBL CAS

TILT

COLL AEC

FOC_L FOC_S

MAS_2

MAS_1

MAS_0

X30

DEN_2

DEN_1

DEN_0

AEC_H

X5

AEC_D

AF_2

AF_3 AF_1

PROG_1

PROG_2

PROG_3

PROG_4

MPSGNDVCC

U
P

V6

C
M
O

V4

R
P

M

A

V3

R

V2

PWR

S1 0V_P 5V_P

EPROM

CAS

DECOMP

LIM

XRAY

OK

AEC_D

AEC_H

PROG_2

PROG_1

AEC

TILT

TBL

LED_3

AF_3

AF_2

AF_1

LED_2

AUTO

PROG_4

PROG_3

LED_1

FOC_S

FOC_L

COLL

LED_0

S27B

S27A

X27A.4

X27A.3

X27B.3

R113

UREG

+18V

EN

OK

24V_P

X27B.4

120R

OV_P

DEN_0

DEN_1

DEN_2

EEPROM

8K x 8

MAS_1 MAS_0

RAM

MAS_2

KV_0

KV_1

32K x 8

EPROM

128K x 8

S6

S12

AF>

KV+

S5

KV-

S4

KV+

MEMBRANE SWITCH PAN EL

S3

KV-

X1

S19

DEC

S11

AF<

S18

AUTO

S10

P4

S16

AEC_D

S9

P3

AEC_H

S15

S8

D+

P2

S14

D-

S7

4

LIM

S20

P1

S13

3

S17

MEM

1

2

J1

56789

11

12

X412MHz

10

XRAY OK

D740

X27A X27B

LIM DECOMP AUTO

* S3, DECOMPRESSION SWITCH INCLUDED IN THE SEPARATE CONTROL CONSOLE, SEE 3-12/5F.

S2 S1

X32

1

D741

V2

5V_P

5V_P

PWR

5V_P

0V_P

PWR

0V_P

EXP

U REG

+5.1V

24V_P

CPU

80C535

S1

RESET

TXD

RXD

RAM ROM CPU

V3 V4 V6

=

S2

S1

D741

4

3

2

1

X32

ON

OFF

*

*

0V_REL

1

2

X32

4

ABCDEFG

D700

(5-3/2G)

D740

24V_AC1

X30 X30

F1

T3

0V_P

1

2

3

24V_AC2

TOP PLATE

1

2

3

1AT

24V_P

1

2

X27A

S27A

1

2

X27B

S27B

MPS

VCC

GND

6

3

4

2

X5

2

4

11

3

X5

MPS

ZB_HW

VCC

6

GND

GND

ϑ

5-5/5F

D700

SEPARATE CONTROL

CONSOLE

(5-3/3D)

*

5-3/4G

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 5-11

PRINCIPLE DIAGRAM, IONTOMAT

123

KVA_

C9

(5-5/4E)

X701

INT1

60% DOSE

1

KVA_

IONTOMAT µP- BUS

+15V

MPA6

X26

VOSCTL

S&H

S&H

VOSCTL

MPA4

AGND

X2 1

UDL

X24

IONTOMAT µP-BUS

TRANSMIT-DATA

DATEN-SENDEN

MASTER-SLAVE

PROCESSOR

RUN

RD

V102V102

RD

KERN_TEST

RD RD

RECEIVE-DATA

DATEN-EMPFANG

SLAVE-MASTER

J113 J103

V101 V101

PROCESSOR

STATUS

KERNEL-TEST

PROM

2

EPROM E

IONTOMAT µP-BUS

X2 4

S&H

VOSCTL

X2 6

X2 2

102

EVENT COUNTER

X2 5

F

U

BR8

R137

K8

K8

FACTORY

ADJUSTED

X2 7

EVENT CNTR

01

MPA3

MPA2

X222 X23

4

MPA5

X25

+15V

MPB6

F

U

R30

FACTORY

ADJUSTED

X226

S&H

VOSCTL

MPB4

X224

5

MPB5

X225

+15V

F

U

U

MPB3

R230

FACTORY

ADJUSTED

VOSCTL

MPB2

X222 X223

D701

X701

MPS

D700

X702

D702

MPA1

3X2

VOSCTL

KVA

60% DOSE

X21

X221

IONTOMAT µP-BUS

MPB1

X221

IONTOMAT µP-BUS

CPU

7

6

6

TRA

X342

MUX

TRA1

8

X11

X8703524

-15V

TRA2

A24

543

2

TEST

C24

6

7

8

1

1

6

X341

0VA

X343

-15V

TEST

C23

3

2

5

4

1

1

RDL

123

X114

X114

1-2=NORMAL OPERATION

N15V_ION

P15V_ION

0V_RDL

0V_TRA

X343

A17

B12

kV>17 kV>17

3

2

5

GENERATORSTAND

X10

35241

X858

X705

A17

B10

(5-8/4E)

(5-5/5F)

D705

B23

B24

1

6

4

7

6

B25

A25

8

2-3=WITHOUT DOSE-MONITOR

3

2

5
X11

X8703524

4

MUX

RDL1

RDL2

A23

1

6

7

8

X10

1

6

X8583524

12345

X883

X8841234

5

ABCDEFG

TRA

RDL

-15V

+15V

0V_RDL

ONE TABLE OPTION (FIXED OBJECT-TABLE

ARM): OBJECT TABLE 2 AND X894 WITH

DOUBLE DETECTOR

OBJECT

TABLE 1

CABLING OMITTED.

*

TRA

RDL

-15V

+15V

0V_RDL

DOUBLE DETECTOR

OBJECT *

TABLE 2

ALTERNATIVE AEC CABLING.

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

5-12

X041E

123

This page intentionally left blank.

4

5

ABCDEFG

Siemens-Elema SPS-UD RX B7-230.051.03.03.02 MAMMOMAT 3000
Solna, Sweden 03.98 64 60 476

X041E 6-1

CONTACT LOCATION

123

4

5

X966

X968

IHREG

J50

D702

I 1

J39

S1

UZW

CALENDAR CHIP

RAM

EPROM

D702 C

S3

S2

V1V2V3V4V5

V6

TEST

V7

ZBL

SS

X965

X962

X967

X980

X981

X983

X982

VH

SSBSGND

N SE1

N SE2

DS

AR

KVE

BRA KE

STA TUS

X702

X969

MAREG

X961

X964

X984

X963

R11

R43

R13

X960

X985

X990

1

D704

X1

V39

V38

-15V

+15V

V40

V41

5V

0V

24V

GND

AGND

X701

TRA-LV2 X105

J103

J113

X343

MP0VA

MPTRA X342

X222

MPB2

D701

X104

X103

MPB4 X224

X128

X127

MPB6 X226

R30

R230

R137

X221

X223

X23

X25

X225

MPB1

MPA5

MPB3

MPB5

MPA3

J119

X114

V101

V102

1

3

X341

MPRDL

X22MPA2

MPA1 X21

D705

X24

X26MPA6

MPA4

X2

X118

7

1

1

2

BR8

V39

kV>17

X706

X707

X705

X704

X713

X710

X712

X711

V41

V40

kV>50

MAIST

IHSOLL

MASOLL

WR_AUS

X708

0VA

IHIST

UZIST

KVIST

KVSOLL

ISCHWING

X703

R136

X714

X715

X716

X717

X709

ABCDEFG

Siemens-Elema
Solna, Sweden

SPS-UD RX B7-2 30.051.03.03.02

03.98

MAMMOMAT 3000
64 60 476

6-2 X041E

CONTACT LO CA TION

123

D

S

V1

X61

X202

U

X71

X12

V

X72

D710

S

D

V3

D

S

V2

D

S

V4

4

X13

S1

X11

G1

X10

X32

S3

X31

G3

X30

X201

X22

S2

X21

G2

X20
X42

S4

X41

G4

X1

N

R+

X75

X73

PH1

mAs

X3 X4

X101

2

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1

5

3

1

X7

12

16

v24

S

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X103

X102

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26

1

25

25

26

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1

1

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2

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116X3

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Siemens-Elema
Solna, Sweden

X104

X102

X103

SPS-UD RX B7-230.051.03.03.02

03.98

MAMMOMAT 3000
64 60 476