SERVICE MANUAL
Prosound 2
VOLUME 2
English Edition
Document Number : MN2-2037
Document Revision : 0
Copyright©
VOLUME 2
MN2-2037 Rev.0
ProSound 2 Service Manual
Contents of ProSound 2 SERVICE MANUAL VOLUME 2
PAGE
Chapter 1 SYTSTEM OPERATION
1-1
System control unit
‥‥‥‥‥‥‥‥
1-1
1-2
Tx/Rx unit
‥‥‥‥‥‥‥‥
1-7
1-3
Digital Imaging Unit
‥‥‥‥‥‥‥‥
1-11
1-4
Power supply unit
‥‥‥‥‥‥‥‥
1-16
1-5
Viewing LCD monitor IPF-1001
‥‥‥‥‥‥‥‥
1-20
Connection Diagram
‥‥‥‥‥‥‥‥
2-1
USI-158 Cables
‥‥‥‥‥‥‥‥
2-3
Operation Panel PNL-PROSOUND2
‥‥‥‥‥‥‥‥
2-10
PANEL PCB
‥‥‥‥‥‥‥‥
2-11
PANEL-STC PCB
‥‥‥‥‥‥‥‥
2-21
Power Supply EU-6041
‥‥‥‥‥‥‥‥
2-24
Power Supply UN1 PCB EP5469
‥‥‥‥‥‥‥‥
2-25
Power Supply UN2 PCB EP5468
‥‥‥‥‥‥‥‥
2-29
Chapter 2 SCHEMATICS
Chapter 3 SERVICE INFORMATION
3-1
Introduction
‥‥‥‥‥‥‥‥
3-1
3-2
Use with Crack of CTRL key
‥‥‥‥‥‥‥‥
3-1
3-3
Maintenance Menu
‥‥‥‥‥‥‥‥
3-8
3-3-1 Method of starting Maintenance Menu
‥‥‥‥‥‥‥‥
3-8
3-3-2 Function of System-1
‥‥‥‥‥‥‥‥
3-9
3-3-3 Function of System-2
‥‥‥‥‥‥‥‥
3-11
3-3-4 Function of Up Grade
‥‥‥‥‥‥‥‥
3-12
3-3-5 Function of INFORMSTION
‥‥‥‥‥‥‥‥
3-13
3-3-6 Function of DB Manage
‥‥‥‥‥‥‥‥
3-14
3-4
Confirm method of Device version(Program version) ‥‥‥
3-15
3-5
Input/setting of serial number
‥‥‥‥‥‥‥‥
3-17
3-6
Setting of IPF-1001
‥‥‥‥‥‥‥‥
3-18
3-7
Inducing ground setting method
‥‥‥‥‥‥‥‥
3-19
3-7-1 Setting of Probe Group
‥‥‥‥‥‥‥‥
3-20
3-7-2 Setting of OB Measurement
‥‥‥‥‥‥‥‥
3-20
3-7-3 TV specification setting
‥‥‥‥‥‥‥‥
3-20
3-7-4 Initialization of device
‥‥‥‥‥‥‥‥
3-20
‥‥‥‥‥‥‥‥
3-20
3-8
System reset method
1/4
MN2-2037 Rev.0
ProSound 2 Service Manual
3-9 Software install method to CF card
3-9-1 Preparation equipment
‥‥‥‥‥‥‥‥
3-21
‥‥‥‥‥‥‥‥
3-21
3-9-2 USB thumb drive for the installation is made form the installation model.
3-21
3-9-3 It installs it from USB thumb drive for the installation to CF in the device.
‥‥････‥‥‥‥
3-22
3-9-4 Confirming the operation
‥‥‥‥‥‥‥‥
3-22
3-9-5 End of work
‥‥‥‥‥‥‥‥
3-22
‥‥‥‥‥‥‥‥
3-23
‥‥‥‥‥‥‥‥
3-23
3-11 Directory structure and each file in CF card
‥‥‥‥‥‥‥‥
3-25
3-12 Type name of battery
‥‥‥‥‥‥‥‥
3-31
‥‥‥‥‥‥‥‥
4-1
3-10 Method displaying TEST Pattern
3-10-1 Setting method
Chapter 4 ADJUSTMENT
4-1
Introduction
Chapter 5 PARTS LIST
5-1
Contents of the Parts List
‥‥‥‥‥‥‥‥
5-1
5-2
Application of the Parts List
‥‥‥‥‥‥‥‥
5-2
5-3
Outline of the Parts List
‥‥‥‥‥‥‥‥
5-2
5-4
Explanation of Parts List
‥‥‥‥‥‥‥‥
5-3
5-5
Attention
‥‥‥‥‥‥‥‥
5-4
5-6
Parts List
‥‥‥‥‥‥‥‥
5-5
‥‥‥‥‥‥‥‥
1/2
Revision History of the Service Manual
Revision History of VOLUME 2
2/4
MN2-2037 Rev.0
ProSound 2 Service Manual
Contents of ProSound 2 SERVICE MANUAL VOLUME 1
Chapter 1 INTRODUCTION
Chapter 2 SERVICE PROCESS
Chapter 3 INSTALL/DISASSEMBLE
Chapter 4 PRINCIPLE OF SYTSTEM OPERATION
Chapter 5 TROUBLE SHOOTING
Chapter 6 PERFORMANCE CHECK
Revision History of the Service Manual
3/4
MN2-2037 Rev.0
ProSound 2 Service Manual
(Blank page)
4/4
Chapter 1
SYTSTEM OPERATION
APPENDIX
MN2-2037 Rev.0
Chapter1 System Operation
1 System operation principle
1-1 System control unit
BEM board (MPU)
The MPU (general-purpose computer) on the BEM PCB controls the whole system. The
BEM PCB comprises the CPU, with its u-iTRON operating system, the scan converter, and
the video processor. The CPU controls the entire system and the CF cards and USB.
The MPU communicates with the front end PCBs via the SH (CPU) bus and the local bus
and communicates with the main panel via serial communications.
The actual system is run by the programs stored in flash memory on the BEM PCB.
The Compact Flash card on the BEM PCB store the following programs.
¾
¾
¾
¾
¾
¾
Initial Program Loader: The program loader at startup
ALOKA appreciation: A ProSound2 program
Version Up program: Updater program
FPGA data: Field programmable gate array
Probe data*: Transmission voltage control data for each probe, focus data and
puncture guideline drawing data.
* However, probe data is not stored in flash memory.
User data: Preset data, initial configuration setup and serial numbers.
The CPU transmits probe specific data from the Compact Flash card to each PCB as
required also when the system is running.
Main panel unit PNL-PROSOUND2* (operation panel unit)
The main panel loads operation panel switches, controls, full keyboard, track ball and
other information to the CPU PCB via the Bus Bridge using serial communications.
The following addresses and data buses are provided to control the address bus and data bus.
Local bus:
This bus is generated by the SH bus on the BEM PCB and is used for
front end control.
Front end DMA bus:
This bus controls the front end. It is repeatedly synchronized with
ultrasound waves and transmits data during blank periods.
Rx parameter bus:
This bus corresponds to a conventional UAT bus. It is used for clock
and timing signals required by ultrasound wave signal transmission.
The timing signal is generated by RxBF.
DBF local bus:
This bus controls the Digital Beam Former unit. It is repeatedly
synchronized with ultrasound waves and is used for DMA
transmission of control signals and transmission of reception focus
data from BEM.
1
-
1
MN2-2037 Rev.0
Chapter1 System Operation
CPS control bus:
It is synchronized with the front end DMA and is used for
transmission of channel reduction control data.
VGA control bus:
It is synchronized with the front end DMA and is used for
transmission of VGA (variable gain amplifier) control data.
HVS control bus:
It is synchronized with the front end DMA and is used for
transmission of HVS (high voltage switch) control data.
Status read bus:
It is repeatedly synchronized with ultrasound waves and is used for
transmitting probe data, PSEL reduction data, TxRx revision data to
the RxBF.
ADC control bus:
This bus is used to control the AD converter from the CPU.
On the BEM, there is a bus bridge between the SH bus and the local bus that the CPU uses
to access the transmitter unit. This connection between the two busses, which occurs only
when the CPU accesses the transmitter unit, prevents CPU noise from leaking into the
transmitter unit.
1
–
2
MN2-2037 Rev.0
Chapter1 System Operation
BEM
EP5467
Interface
RS-232C
(J5)
SH-4
*1
Flash
Memory
SH Bus
[32]
10/100Mbps Ethernet
(J4)
Ethernet
Clock with battery backup
Flash memory is on board
Mass
Memory
Control
CF card
Status Control Bus
USB Hub
HVS Control Bus
USB
Memory
＊１TIME_BAT
＊２Flash Memory
USB 1.1 (Type A)
(J4)
VGA Control Bus
Interface
CPS Control Bus
LAN CTRL
TRX
EP5464
Front End DMA Bus
Video
Process
USB 1.1 (Type A)
(J9)
Pict Bridge
*2
RTC
with
Battery
ADC Control Bus
Operation Panel
PNL-PROSOUND2
RS-232C
(J302)
LOCAL BUS
DA [16], AD [24]
Bus Bridge
Interface
DBF Local Bus
Rx Parameter Bus
RXBF
EP5465
*TIME_BAT
*Flash Memory
ProSound 2
System Control
1/1
1
-
3
MN2-2037 Rev.0
Chapter1 System Operation
(Blank page)
1
-
4
Main body
Main panel
ProSound 2
ProSound 2 PCB list
Unit
PSC-143
(1/2)
PCB name
RX BF
BackEnd
EP5465
EP5467
PNL-PROSOUND2
EP5480
PANEL
EP5487
PANEL-STC
EP5464
TRX
PCB No.
Operation panel with track ball connected to the CPU via serial transmission.
Mode keys, full keyboard and interface PCB
STC slide control
Probe switching. HVS control and probe code interface using a cross point
switch to reduce 32 ch to 16 ch, 16-ch preamplifier circuit, VGA circuit, probe
transmission control circuit and transmission voltage monitor circuit.
A/D conversion of received echo signals, RX signal shaping (digital delay/adder
circuit) RX signal processing (VBPF/straight detection/LOG/signal processing),
B/W beam processing (filter/line interpolation/frame correlation), transmission
circuit, transmission high voltage application, DBF unit control.
Scan converter, VPU, MPU, BUS bridge, startup/end control.
Mass memory for B/W with capacity to store and control US line 65536
records. Parameter generated by scan converter for 2D interpolation, basic DIU
clock generation, B/W line interpolation, frame correlation, scan converter (2D
interpolation), video memory, B/W data and graphic signal overlay, conversion
of internal RGB video to DVI and output to monitor. Generation of analog
video (composite) from internal video signals. System overall control, graphic
data generation, start up of operating system and application programs from CF
card, storage of user data, startup/end sequence control, +3.3 V generation,
(DVI, USB, network), (analog video, RS-232C transmission)
Description
Applicable S/N: M00101 ~
MN2-2037 Rev.0
Chapter1 System Operation
5
1
IPF-1001
Viewing LCD monitor
Power supply unit
Unit
(2/2)
ProSound 2
ProSound 2 PCB list
Power Supply unit
UN1
UN2
EP5468
PCB name
EU-6041*
EP5469
PCB No.
AC: 100 V AC or 200 V AC system input
DC: +5.1 V, ±5.0 V, ±12 V, transmission HV (±80 V/±50 V), HVS (±100 V)
10.4 Inch TFT Progressive LCD monitor (VGA640×480)
Description
Applicable S/N: M00101 ~
MN2-2037 Rev.0
Chapter1 System Operation
6
1
MN2-2037 Rev.0
Chapter 1 System Operation
1-2 Tx/Rx unit
Tx/Rx unit consists of;
TRX pcb which combined Probe Connector part and Tx/Rx part.
RXBF pcb which have “Digital Beam Former part” and “Beam Processor part”
Probe Connector part and Tx/Rx part both in TRX pcb.
The TRX board has connectors for electronic probes (Linear, Convex probe) and it is
equipped with HVS (High Voltage Switch) that selects the channels of
transmission/reception from the entire transducers when Linear/Convex probe is
connected. This board has the control of HVS.
The ±90V from the power supply is adjusted to ±80V with the power supply circuit for the
transmitter then, transmits the ultrasound for electronic probes based on the control signals
from RxBF board and the transmission trigger signals (Delayed Triggers).
The received echo passes “Channel Reduction circuit”, and it amplified by “Pre Amp
circuit”, then it go through “Variable Gain Amp”. (VGA circuit) in order to adjust the
signal level to the A/D converter at the input of the Rx BF board.
Digital Beam Former (DBF) part in RXBF pcb.
The reception signal (analog) passed from “Variable Gain Amp”. is converted to digital
signal. Then the signal for each channel is delayed in accordance with the Rx focus data
and added into an ultrasound beam.
¾ The delay is processed digitally as a readout from FIFO memory is delayed by
processing clock etc., that makes it possible to have accurate delays continuously.
(Dynamic reception focusing). It also has the functionality that it adjusts the
weighting of each reception signal continuously that makes the Rx beam sharper.
This is digital signal so that it makes possible to do parallel processing by time
sharing operation. Then it is able to improve the frame rate.
Rx Pixel Focusing
(Rx continuous dynamic focusing)
Delay
Delay-Depth
deal delay
Analog Beam former
Digital Beam former
Depth
¾ It implements two RXBF boards that consist of 16ch circuitry each as the Delay &
Adder.
¾ This system does not have the trouble that shows brightness difference in every 1cm
depth caused by one of the Rx focus boards (Delay and Adder circuit), like
SSD-650, 1200, and 2000 etc.
Beam Processor part in RXBF pcb.
Bema Processor part receives the RF signal from DBF part then the processing of RF
signal is applying VBPF; in order for picking up the frequency component that matches up
1
-
7
MN2-2037 Rev.0
Chapter 1 System Operation
to the depth of the US image. After that processing of ExPHD is done, if it selected.
The RF signal is interpolated (line interpolation), and then it uses the signal that has gone
through the RF processing then, applying detection, logarithmic compression, AGC, Relief
and Contrast processing. There are 2 channels of the same circuitry in order for realizing
the parallel processing. Then, spatial filtering, Frame Correlation, and send the data to
DIU part via Bus LVDS.
Tx & Rx part also has the following circuitry:
The generator of control signal for Rx signal, such as Pre STC and STC signal.
Timing/Control signal generator for Tx/Rx unit.
Voltage detecting circuit, Voltage monitoring circuit
1
-
8
MN2-2037 Rev.0
Chapter1 System Operation
EP5464 TR X
EP5465 R XB F
R x Focus
D a ta M e m o ry
[8 0 ]
R e la y
[8 0 ]
HVS
[32 ]
T x V o lta g e
p ro te c tio n
[1 6 ]
[3 2 ]
C h R e d u c tio n
P re A M P w ith
STC
P re S T C
[8 0 ]
P re S T C
C o n tro l
R e la y
[1 6 ]
V a ria b le G a in
AMP
A .A . F ilte r
A /D
D e la y &
Adder
VBPF
ExPH D
L in e
C o rre la tio n
D B F C o n tro l
VCATG C
VGA
C o n tro l
DYNTGC
F IX T G C
S ta tu s B u s
In te rfa c e
P re T G C
HVS
C o n tro l
TG C
G e n e ra to r
D e te c t
STC
G e n e ra to r
LO G AM P
+HV
C h R e d u c tio n
C o n tro l
Adder
G a in
C o n tro l
R e lie f
C o n tra st
AGC
A .A .F ilte r
A /D
R e s a m p le
V o lta g e
M o n ito r
Tx
Front End DMA Bus
C o n v e x o r L in e a r
G a in
STC
-H V
T x T rig g e r
G e n e ra to r
+HV
-H V
Tx Focus
D a ta M e m o ry
T im in g
G e n e ra to r
S ta tu s B u s
In te rfa c e
S p a tia l
F ilte r
&
F ra m e
C o rre la tio n
T im in g
C o n tro l
F ra m e
C o rre la tio n
M e m o ry
+H V
-H V
F ro m
P ow er S up p ly
E U -6 04 1
+90V
-90 V
LVDS
Tx
T x V o lta g e
P o w e r S u p p ly
LO CA L B US
To
D IU
T x V o lta g e
C o n tro l
P ro S o u n d 2
T x R x U n it
V e r.1 .0 .0 , 1 .0 .7
T x /R x m o d u le
D ig ita l B e a m F o rm e r
D B P m o d u le
S p a tia l F ilte r & F ra m e c o rre la tio n m o d u le
B L O C K D IA G R A M
1
-
9
1 /1
MN2-2037 Rev.0
Chapter1 System Operation
(Blank Page)
1
-
10
MN2-2037 Rev.0
Chapter1 System Operation
1-3 Digital Imaging Unit
The digital imaging unit is comprised of the following units and has the characteristics
described below.
A CPU that controls the entire ultrasound diagnostic system
Mass memory for storing ultrasound data
Scan converter for converting ultrasound data for output to an LCD monitor
Interface between peripheral devices
¾ 2 D interpolation scan converter
¾ RGB ÅÆ NTSC/PAL codec through digital processing
Mass memory unit
The right side and left side for storing B images each has a mass memory with a capacity
of 65536 records (lines) that is used for real-time display, cine memory search, store and
review. Video memory for M images can store 2,048 records.
8 bits
Mass Memory for
B mode (Right side)
512
pixels
B mode
65536 lines
8 bits
Mass Memory for
B mode (Left side)
512
pixels
B mode
65536 lines
8 bits
Video Memory for M mode
512
pixels
M mode
2,048 lines
1
-
11
MN2-2037 Rev.0
Chapter1 System Operation
Scan converter unit
Data from the mass memory undergoes 2D interpolation for conversion to a display format
and is loaded into a display memory (video memory).
2D interpolation using 4 points
Video process unit
Gray scale bar and heart mark is added, display priority is determined, monochrome
images are enhanced and after combined processing of characters/graphics and ultrasound
images the data is output as image display data to a monitor for observation. After RGB is
converted to DVI signals and output as digital signals (DVI-D) from PCB connectors to
the monitor.
Signals to peripheral equipment are down scan converted, undergo digital to analog
conversion before being supplied as composite video signals.
Signals to external printers are output by PCB connectors.
CPU
The CPU controls the entire ultrasound diagnostic system.
The CPU controls the system and is connected to the transmitter unit via the local bus. It is
also connected to the panel unit through serial communications.
Timing unit
The BEM PCB generates the TV display timing. It also generates vector data for 2D
interpolation.
1
-
12
MN2-2037 Rev.0
Chapter1 System Operation
1
-
13
MN2-2037 Rev.0
Chapter1 System Operation
（Blank page）
1
-
14
MN2-2037 Rev.0
Chapter1 System Operation
(Blank page)
1
–
15
MN2-2037 Rev.0
Chapter1 System Operation
1-4 Power supply unit
The EU-6041 power supply unit is comprised of Unit 1 EP546900 and Unit 2 EP546800 and
supplies the system with the required power.
When the circuit breaker is On, BEM and the operation panel are continuously supplied with +5
Vstb and when BEM notifies that the POWER switch on the operation panel has been pressed,
all other units are supplied with power to start up the unit.
The next page shows a block diagram of the power supply unit for
ProSound2.
○ Power control unit
The microcontroller in the power control unit controls power on and off as described below.
¾ Power On sequence
1) When the circuit breaker is turned on, only +5 Vstb is provided and the POWER switch
on the operation panel lights orange (standby status).
2) Pressing the power switch on the operation panel in standby status causes the power
switch to light green. The BEM PCB senses that the POWER switch has been pressed
and outputs a “High” PWR_ON signal to the power supply unit.
3) The power supply unit receives the PWR_ON signal from the BEM PCB and outputs all
power supplies other than the +5 Vstp supplies.
¾ Power Off sequence
1) When the POWER switch is pressed, the BEM PCB senses this event and requests the
software to prepare for shutdown. Upon receiving this request, the software, if ready for
shutdown, gives the BEM PCB permission to shut down the system. The software
displays “Shutdown in progress” on the observation monitor until it is ready for
shutdown.
2) When the BEM PCB receives permission to shut down from the software, it outputs a
“Low” PWR_ON signal to the power supply unit.
3) When the power unit receives the “Low” PWR_ON signal from the BEM PCB, it shuts
down all power supplies except the +5 Vstb supply and causes the power switch to light
orange to indicate standby status.
Holding down the POWER switch for 4 seconds or more when the system is running causes
the power to be forcibly turned off when detected. Then the power unit outputs a “Low”
PWR_ON signal, but the BEM PCB does not request the software to shut down.
1
-
16
MN2-2037 Rev.0
Chapter1 System Operation
1
-
17
MN2-2037 Rev.0
Chapter 1 System Operation
(Blank page)
1
-
18
MN2-2037 Rev.0
Chapter1 System Operation
(Blank Page)
1
-
19
MN2-2037 Rev.0
Chapter1 System Operation
1-5 IPF-1001 observation TV monitor
Observation LCD monitor: The IPF-1001 is a 10.4 inch monitor with a DVI-D input.
It is powered by 12 V DC.
Use the switches on the front panel to adjust brightness, contrast and backlighting.
This LCD monitor (VGA, 640 x 480 display) is a TFT progressive type display.
IPF-1001
D
3
C
A
Keypad(3 keys)
12V DC
LCD Panel
4
Filter/Fuse
DVI Receiver Scale Driver
6
LVDS Output
B
Controller/DC-DC
1
7
Inverter
2
12 V DC Input
DVI Input
Part names and functions
NO
Name
A
B
LCD PANEL
Inverter
C
PCB
D
Key Pad
Description
LCD panel
Inverter
CPU, AD, 12 V DC, Filter/Fuse, DVD Receiver,
Scale Driver, ALOKA Logo generated by this
PCB which appears on the LCD to indicate
video signal input.
Menu Key PCB
1
-
20
MN2-2037 Rev.0
Chapter1 System Operation
+90V
-90V
+5V
TDA (0-79)
Probe 1
(J100)
TXRX (0-31)
From RXBF
P1
TD (0-79)
Relay
(x40)
High
Voltage
Switch
(x10)
TXRX (0-31)
to TRX 2/2
Rx Limit
TDB (0-79)
Probe 2
(J101)
SWCLK(0-3)
HVSD (0-3)
SWLEL (1-0)
PIDA(0-6)
Probe Code
Inter face
PIDB(0-5)
DIP
SW
PCB Rev
Inter face
PCB Rev.
TITLE
to
Status Bus
STATUS(0-7)
MODEL
TRX
1/2
EP5464**
1
-
21
MN2-2037 Rev.0
Chapter1 System Operation
(Blank Page)
1
-
22
MN2-2037 Rev.0
Chapter1 System Operation
RX(0-15)N
TXRA (0-31)
From
TRX 1/2
Rx Limit
(x32)
LIMIT (0-31)
CPSOUT (0-15)
Ch Reduction
(32 to 16)
Pre AMP
(x16)
PREOUT (0-15)
VGA
RX(0-15)P
+3V
1.5A Low
Dropout
Positive
Regulators
STC(0,1)P
STC(0,1)N
+5V, -5V
Connector
P2
from RXBF
+90V, -90V
Connector
P1
TXRX0
TXRX1
・
・
・
・
・
TXRX31
To RXBF
P2
+5V
STATUS(0-7)
TO TRX1/2
RX(0-15)N
RX(0-15)P
to RXBF
EP5465
TITLE
PRETGC
Pre STC
Buffer
Generator
MODEL
TRX
EP5464**
1
-
23
2/2
MN2-2037 Rev.0
Chapter1 System Operation
(Blank Page)
1
-
24
MN2-2037 Rev.0
Chapter1 System Operation
To EP5464 (TRx PCB)
LVDS
+HVTX 0
J1
TxPO
Tx 0 N
TxRx 0
Tx CCT
Buffer
Tx 0 P
IC 175 (½)
TxNO
Tx Triger
GENERATOR
0～１５
-HVTX 0
+HVTX 0
Tx 15 N
TxRx 15
Tx CCT
Tx 15 P
-HVTX 0
SYSTEM CTRL
+HVTX 1
Tx 16 N
TxRx 16
Tx CCT
Buffer
Tx 16 P
16～31
-HVTX 1
+HVTX 1
Tx Focus
DATA MEMORY
Tx 31 N
TxRx 31
Tx Focus
DATA MEMORY
Tx CCT
Tx 31 P
-HVTX 1
POFF
HVCHANGEL
+90v
CHKHVTX+
Tx vc 0～5
+HVTx
D/A
+HVTX 0
CHKP
0
Tx Voltage
CHKN
0
-HVTx
NOFF
REFERENC
VOLTAGE
2.5v
-90v
-HVTX 0
CHKHVTX-
+HVTX 1
PoFF
CHKP 1
NoFF
CHKN 1
-HVTX 1
HVCHECKH
TITLE
MODEL
RxBF
EP5465**
1
-
25
1/2
MN2-2037 Rev.0
Chapter1 System Operation
(Blank page)
1
-
26
MN2-2037 Rev.0
Chapter1 System Operation
From EP5464(TRX)
DBF ADR 0～13
J2
Rx 0～7
12bit
A/D
DBF CD 0～15
Lv DS
SD 0～7
SUMD A 0～2
Rx Beam
Former
SUMD B
2
0～2
Dynamic Filter
3
Digital Beam
Processor
0
MA 0～14
12bit
A/D
SD 8～15
DBF CD
0～15
BF Controll
1
Rx 8～15
DBF ADR
0～13
Rx BF ITF
8192×５１２×１６
bit
SYNCRONOUS
DRAM
AMEM AD
SRAM
From EP 5465
(TRX)
IC 175
(2/2)
BPD OUT
0～11
OT DT 0
J3
Frame
Correlation
A MEM D
0～15
To EP5467
(Pack End)
LVDSTX OUT
OT DT 23
SAR
DES
TGCD 0～7
TX
DYN TGC
CHK 90v+
CHM 90v-
Line
Correlation
VOLTAGE
CHECK
CHK TxHv+
CHK TxHv-
Special Filter
PRESTC
GATE
System CTRL
TGCD 0～7
AD 7908 D0
PRE TFC
TITLE
MODEL
RxBF
EP5465**
1
-
27
2/2
MN2-2037 Rev.0
Chapter1 System Operation
(Blank page)
1
-
28
MN2-2037 Rev.0
Chapter1 System Operation
1
-
29
MN2-2037 Rev.0
Chapter1 System Operation
(Blank page)
1
-
30
Chapter 2
SCHEMATICS
APPENDIX
MN2-2037 Rev.0
Chapter2 SCHEMATICS
(Blank page)
2
-
1
PS2 Connection diagram
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
2
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
3
MN2-2037 Rev.0
Chapter2 SCHEMATICS
Cable connection 1
A
Cable color
Cable connection 2
B
A
Cable color
B
1
ORANGE with Long RED dot
1
1
ORANGE with two Short RED dots
1
2
ORANGE with Long BLACK dot
2
2
ORANGE with two Short BLACK dots
2
3
GRAY with Long RED dot
3
3
GRAY with two Short RED dots
3
4
GRAY with Long BLACK dot
4
4
GRAY with two Short BLACK dots
4
5
WHITE with Long RED dot
5
5
WHITE with two Short RED dots
5
6
WHITE with Long BLACK dot
6
6
WHITE with two Short BLACK dots
6
7
YELLOW with Long RED dot
7
7
YELLOW with two Short RED dots
7
8
YELLOW with Long BLACK dot
8
8
YELLOW with two Short BLACK dots
8
9
PINK with Long RED dot
9
9
PINK with two Short RED dots
9
10
10
10
PINK with Long BLACK dot
2
-
4
PINK with two Short BLACK dots
10
MN2-2037 Rev.0
Chapter2 SCHEMATICS
Black
Orange
2
-
5
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
6
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
7
MN2-2037 Rev.0
Chapter2 SCHEMATICS
(Blank page)
2
-
8
MN2-2037 Rev.0
Chapter2 SCHEMATICS
（Blank Page）
2
-
9
MN2-2037 Rev.0
Chapter2 SCHEMATICS
USM-33
BackEnd
EP5467
CBL02
J302
P302
J100
L-TB-13
J103
PANEL
EP5480
J101
L-RE-7
(GAIN)
J103
P501
J501
PNL-STC
EP5480
EP5487
J102
L-RE-7
(MENU)
PANEL
connection diagram
PNL-PROSOUND2
PNL-PROSOUND2
2
–
10
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
–
11
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
12
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
–
13
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
14
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
–
15
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
16
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
–
17
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
18
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
–
19
MN2-2037 Rev.0
Chapter2 SCHEMATICS
（Blank Page）
2
-
20
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
21
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
22
MN2-2037 Rev.0
Chapter2 SCHEMATICS
（Blank Page）
2
–
23
Power supply unit
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
24
UN1 : AC IN, AC OUT
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
25
UN1 : +3.3v, OFF
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
26
UN1 ： +5v → -5v , +12v → -12v
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
27
UN1 ： ±90v → OUT ±90v(Stabilizer)
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
28
UN2 : PFC(Power Factor Correction), +380v
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
29
UN2 : +5sb (Standby)
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
30
UN2 : SWITHING REGULATOR CONTROL,
+380v → +12v, +5v, ±900，Power ON Logic
MN2-2037 Rev.0
Chapter2 SCHEMATICS
2
-
31
MN2-2037 Rev.0
Chapter2 SCHEMATICS
（Blank Page）
2
-
32
Chapter 3
SERVICE INFORMATION
APPENDIX
MN2-2037 Rev.0
Chapter3 Service Information
3-1
Introduction
This service information provides information that a service engineer needs to know when
performing repairs as well as information that is useful to know.
3-2
CTRL key role and function
The CTRL key when combined with the keys listed below has the following functions.
CTRL + 0: (O) Initial Config & System Preset
CTRL + P: Terminates continuous printout from video printer.
CTRL + R: Initializes data backed up in the system.
CTRL + S: Opens the Maintenance screen
CTRL + T: Extracts items whose settings have been changed.
CTRL + 3: Opens the IPS edit screen.
CTRL + 7: Opens the Equipment Conditions screen. (Not supported in Ver 1.0)
These functions are enabled only in a specific screen or under a specific condition.
3
-
1
MN2-2037 Rev.0
Chapter3 Service Information
1) CTRL + 0 (O)
Function: Opens the Initial Config & System Preset screen.
Method: Press CTRL + 0 in the Preset Setup screen.
Press System Page-1 in this screen to open the Initial Config & System Preset screen.
3
-
2
MN2-2037 Rev.0
Chapter3 Service Information
2) CTRL + P
Function: Terminates continuous printout from video printer.
Method: Press CTRL + P during continuous printout.
3) CTRL + R (Ver. 1. 0)
Function: Press CTRL + R key in the Preset Set-Up menu. However, Initial Config & System
Preset Control are excluded.
Method: Press CTRL + R in the Preset Setup screen.
This initializes all preset data and the fetal development table.
Like SSD-1000, all data is deleted.
However, serial number, Probe Group setting, 0B measurement settings and TV specification
settings remain.
3
-
3
MN2-2037 Rev.0
Chapter3 Service Information
4) CTRL + R (Ver. 2.0 to)
Method: Press CTRL + R in the Preset Setup screen.
Select any of the following combinations to perform the next initialization.
[*] Preset & Back Up Data (all set presets and stored data)
[*] Patient DB & Store Data (patient database and stored image data)
[*] Trend Data (The data used for plotting past statistic data on maternity growth curves is
deleted.)
3
-
4
MN2-2037 Rev.0
Chapter3 Service Information
5) CTRL + S This function is not released to users.
Function: Open the maintenance menu.
Method: Press CTRL + S in the Preset Setup screen.
6) CTRL + T
Function: This function can be used to identify settings that have been changed and return them
to their original setting (toggle operation).
Method: Press CTRL + T key in any Preset register screen.
3
-
5
MN2-2037 Rev.0
Chapter3 Service Information
7) CTRL + 3
Function: This combination opens the IPS edit screen when the IPS edit function is set to 0n.
Method: CTRL + "0” (O) changes the “IPS" setting in Initial Config & System Preset to “ON.”
Return to the US image and use CTRL + “3” to open the menu shown below.
3
-
6
MN2-2037 Rev.0
Chapter3 Service Information
8）CTRL + 7
Function: Opens the Equipment Conditions screen. (Not supported in Ver 1.0).
Method:
Message screen
* This function is not supported in Ver. 1.0.
3
-
7
MN2-2037 Rev.0
Chapter3 Service Information
3-3 Maintenance menu
The maintenance menu contains functions that assist service engineers in performing repairs and
making inspections and functions for making software upgrades. This function is not available to
users.
Note: The power must be turned off to disable the maintenance functions. Be sure to restart
after using the maintenance functions.
3-3-1 Starting up the maintenance menu
1)
Press the Menu switch and choose Next Æ Next Æ Next Æ Preset Set-Up switch.
2)
Open the Preset List.
3)
Press CTRL + S. (Open the Maintenance Set-Up screen.)
Set-Up screen
Model: The model name of the system appears.
Serial No.: The serial number of the system appears.
MAC address: To connect to Ethernet, a unique ID number assigned to the system appears.
(Media Access Control Address)
3
-
8
MN2-2037 Rev.0
Chapter3 Service Information
3-3-2
System-1 function
Press the System-1 switch in the Set-Up screen.
1) System-1 screen
Serial No.
: System serial number This indicates that the serial number is M00001.
MAC address
: The MAC address is generated from the serial number.
- Software System
: This is the overall system version. It indicates Ver. 1.0.7.
Operating system : The version of the operating system.
It indicates Ver. 1.0.0.
Database
: This is the version for probe parameters.
The version indicated here is 1.0.0 (12 Mar).
PCPf
: This is the PC platform version.
The version indicated here is 1.0.7 (13 May).
3
-
9
MN2-2037 Rev.0
Chapter3 Service Information
- Probe No.1: Indicates the probe model connected to the No. 1 probe connector and the code. "N.C." (Not
connected) here shows that no probe has been connected.
No.2: Indicates the probe model connected to the No. 2 probe connector and the code. Here we can see that
UST-945B or UST-974-5 is connected and that the probe code is the “3C” following “0x03.”
Æ USB
: Pressing this button outputs a text file of the displayed content to an external memory
device (USB memory or USB-FDD).
Æ Up Date
: Pressing this button updates displayed data to the most recent version.
Since connection status for probes are not automatically updated when replaced, an
update operation will update and display connection status.
3
-
10
MN2-2037 Rev.0
Chapter3 Service Information
3-3-3
System-2 function
Press the System-2 switch in the System-1 screen.
１） System-2 screen
This screen shows the level of the hardware used by the system.
PC Connect: It shows the model names, revision, firmware version and other information of
connected PCBs.
3
-
11
MN2-2037 Rev.0
Chapter3 Service Information
3-3-4
Up Grade function
Press the Up Grade switch in the System-1 screen.
1) Up Grade screen
1)–1 Back-Up Data Save
The following data can be batch saved to an external medium.
・ All PRESET settings, patient data, inspection data and data stored in the system
1)-2
Back-Up Data Restore
The Back-Up Data Save function makes it possible to restore data stored on external
media to the system.
1)-3
Version Up
USB or FD (floppy disk) can be used to update software versions.
PRESET and other settings and Package Software mask/unmask Settings stay the same
after a version up operation.
1)-4
Package software
Enter the floppy disk key to read in the data to unmask or mask the package software.
* Prosound2 does not contain package software (SOP) settings in V1.
3
-
12
MN2-2037 Rev.0
Chapter3 Service Information
3-3-5
Information function
Information is a function specifically designed for service engineers. This function is not
available to users.
Press Next Page and press the Information switch.
1) Information screen
Information 2: This function shows current power control related data on the screen.
Auto Test: This is a function for running tests from a PC via RS-232C.
As an example, by running a program on a PC key operations following a specific order can be
repeated and the key log can be obtained as a log file via RS-232C.
Remote: Switches the system to remote control mode to enable or disable remote control of the
system.
Log: Obtains log files
3
-
13
MN2-2037 Rev.0
SECTION 11 Service Information
3-3-6
DB Manage function
Press the DB Manage switch.
1) DB Manage screen
Database Reconstruct
: This function reconstructs the patient database based on image
information.
3
-
14
MN2-2037 Rev.0
Chapter3 Service Information
3-4 Method for confirming unit version (program version)
Use the following steps to confirm version numbers.
［Steps］
① MENU → 6 (Next Menu) → 6 (Next Menu) → 6 (NextMenu) →
2 (Preset Set-Up) → CTRL ＋ S （press simultaneously)
② Press 4 (SYSTEM1) to view unit version.
③ After confirming, press 1 (Exit Menu) to exit the screen.
・
Example showing version of an actual unit
Serial No.00010
MAC Address: 00018561000A
-SoftwareSystem:
**-*.*.*
Database:
**-*.*.*(ddmmm)
OS:
**-*.*.*
PCPf:
**-*.*.*(ddmmm)
Note: Enter 2-digit numerals (01 to 31) for dd (date), 3 alphabetic characters such as Jan, Feb, …
Nov or Dec for mmm (month). ddmmm indicates the data updated by Database or Pcpf.
Serial No.
： A unit serial number of “M01234c” is entered and displayed as “01234.”
MAC Address
： MAC (Media Access Control address) is a number generated from the serial number and
used for identifying devices on a network.
System
： This is the overall system version.
OS
： The version of the operating system.
Database
： This is the version for probe parameters.
PCPf
： This is the PC platform version.
3
-
15
MN2-2037 Rev.0
Chapter3 Service Information
（Blank page）
3
–
16
MN2-2037 Rev.0
Chapter3 Service Information
3-5 Entering and setting the serial number
Connect the UST-9137.
Turn the power on and enter the serial number according to the following steps.
［Steps］
① MENU → 6 (Next Menu) → 6 (Next Menu) → 6 (NextMenu) →
2 (Preset Set-Up) → CTRL ＋ S （Prss simultaneously）
② Move the cursor to the Serial No input field and press SET .
③ Enter the Serial No and press SET to confirm.
Note: Be sure to enter the Serial No correctly as it is difficult to make later corrections.
* An incorrectly entered Serial Number may cause the following problems.
Duplicate MAC addresses may be generated.
It may not be possible to properly connect to a network.
* Failure to enter a Serial Number may lead to the following problems.
Sending images to a network ends in an error and prevents transmission.
Previously used SOP cannot be used.
④ Make sure that the Macaddress has been automatically entered correctly. (For details,
see below)
⑤ Press 1 (Exit Menu) to exit the Set up screen.
Note: The Mac address is assigned as described below.
① It is a 12-digit alphabetic string.
② The leftmost 7 digits are a fixed 0001856.
③ The 8th digit from the left is a 1.
④ The 4 digits on the right are hexadecimal notation for the serial number.
(It is automatically calculated from the entered Serial No.)
Example showing how to check MAC address
If the serial number is M01234C, ignore the M and the C.
Enter “01234.”
The MAC address becomes “0001856104D2.”
“000185” indicates ALOKA and is a fixed value.
“6” is “PS6,” “PS2” is for our corporate group.
“1” is for ProSound2.
"04D2" is the hexadecimal for “1234,” which has been prefixed by “0”.
3
-
17
MN2-2037 Rev.0
Chapter3 Service Information
3-6 Setting IPF-1001
Set up the LCD monitor. All LCD monitor settings can be performed by pressing the M switch
to open the Setup screen and perform the settings as described below.
Brightness
Contrast
Backlight
Exit
２
２
５
Setup screen
［Steps］
Press M →
or
and set Brightness to “2.”
Press M
or
and set Contrast to “2.”
Press M →
or
and set Backlight to “5.”
Press M →
(Exit) to exit the Setup screen.
3
-
18
MN2-2037 Rev.0
Chapter3 Service Information
3-7
Method for setting destination
Set as required depending on destination. The table below lists the items and destination settings
that should be set.
Destination
Probe Group
OB Measurement
TV Type
For Japan
DOMEST
JSUM
NTSC
V1.0.0
Export to NTSC region
Export
USA base
NTSC
V1.0.0
Export to PAL region
Export
HANSMAN
PAL
V1.0.0~
A.A. destination
USA
USA base
NTSC
V1.0.0
Destination
Probe Group
OB Measurement
TV Type
Power Limit2
For Japan
DOMEST
JSUM
NTSC
ON
*1
*1：V1.0.7~
Export to NTSC region
Export
USA base
NTSC
ON
*1
*1：V1.0.7~
Export to PAL region
Export
HANSMAN
PAL
ON
*1
*1：V1.0.7~
A.A. destination
USA
USA base
NTSC
ON
*1
*1：V1.0.7~
[Steps]
① MENU
→
→
6 (Next Menu)
6 (Next Menu)
→
6 (Next Menu)
→
2 (Preset Set-Up) → CTRL ＋ O (Press simultaneously)
The “Initial configuration & System Preset Control” screen appears.
② After setting and checking, press 2 (System Page-1) to exit.
The “Initial configuration & System Preset Control” screen appears where all destination
settings can be made.
The next page describes Probe Group, OB measurement and TV specification settings.
3
-
19
MN2-2037 Rev.0
Chapter3 Service Information
3-7-1
Probe Group setting
Set probe group as required by each destination.
[Steps]
① Use the track ball to move the cursor to the Probe Group and use SET or MARK REF to
confirm.
② Select DOMEST, Export or USA probe group depending on the destination and use
SET or MARK REF to confirm.
3-7-2
OB Measurement setting
Make OB Measurement setting as required by destination.
[Steps]
① Use the track ball to move the cursor to OB Measurement and use SET or MARK REF
to confirm.
② Select the setting as required by the destination from the list and use SET or MARK REF
to confirm.
3-7-3
TV specification setting
Set NTSC or PAL for the external Video signal output specification as required by the destination.
[Steps]
① Use the track ball to move the cursor to TV Type and use SET or MARK REF to confirm.
② Select NTSC or PAL as required by the destination and use SET or MARK REF to
confirm.
③ Press 1 (Exit Menu) to exit the INITIAL CONFIGURATION screen.
3-7-4
Initializing the unit
When all items from 1 to 11 have been confirmed, use the steps below to initialize the unit.
This operation does not change serial number or destination so they need not be set again.
3-7-5
Power Limit2 setting
This item was added from Ver.1.0.7.
3-8
System reset steps
[Steps]
① MENU → 6 (Next Menu) → 6 (Next Menu) → 6 (Next Menu) → 2 (Preset Set-Up)
② CTRL ＋ R (Press simultaneously) → SET → Power Off → Power On
→ Make sure that the image in screen B screen has the correct image format.
→ Power Off
Note: Press the Standby switch
on the operation panel to turn the power off.
Note that it takes about 1 or 2 minutes for the system to be shut down after the switch is pressed. Do not
disconnect the power cable before the unit has been shut down.
3
–
20
MN2-2037 Rev.0
Chapter3 Service Information
3-9
Installing software from a CF card
The following sections describe how to use CD-R, DVD or other media for SSD-Prosound2 to create
a USB memory device for installation to install software on the CF card in the system.
3-9-1
Required equipment
· PC: Use a general-purpose computer, not available to an indiscriminate number of people to reduce
the likelihood of virus infection, capable of copying files from a CD-R or DVD to USB.
· CD-R, DVD and other media: CD-R or DVD that contain MFS-PROSOUND2-
is available as a
separately purchased upgrade kit
· USB memory: A 512 MB USB memory device that can be formatted using FAT32.
· SSD-PROSOUND2 system unit: The PCBs, power supply and LCD monitor of the unit should work
normally and not be affected by connection or assembly problems and should be able to start up
without a hitch.
3-9-2
Creating installation USB memory device from install model
① Insert the USB memory device in the PC.
② Format the USB memory device using FAT32 to delete all files and directories (including hidden
ones).
③ Connect the install model to the PC.
④ Copy the entire content of the install model to the USB memory device.
* Use the copy function provided by the operating system to copy files and directories without
changing their structure.
3
–
21
MN2-2037 Rev.0
Chapter3 Service Information
3-9-3
Installing software from the installation USB memory device to the internal CF card
① Make sure that power plug of the SSD-PRSOUND2 unit is disconnected from the wall outlet and
that the unit is powered down.
② Connect the power plug of the SSD-PROSOUND2 to its designated wall outlet.
③ Connect the installation USB memory device created according to the instructions in section 3 to the
USB connector on the right front panel of the unit.
④ Press the power switch
on the SSD-PROSOUND2 panel to start it up.
⑤ Software installation will start automatically. Wait until the following screen appears.
⑥ Hold down the POWER switch
on the SSD-PROSOUND2 panel for 4 or more seconds to power
down the unit.
⑦ Press the power switch
3-9-4
Operation check
① Press the
② Choose
PRESET1
MENU
→
2 (Preset Set-Up)
③ Press
on the SSD-PROSOUND2 panel to start it up.
Ctrl
+
S
button and set preset to “Abdom.”
6 (Next Menu)
→
6 (Next Menu)
→
6 (NextMenu)
→
to open the Preset menu.
to open the service menu.
④ Make sure that the software version in the service menu matches the system version listed in the
documentation supplied with the separately purchased upgrade kit and service pack.
⑤ Make sure that the serial number is correct.
⑥ Make sure that the system configuration is correct.
3-9-5
Ending installation
To complete the installation process, press the POWER switch
powered down.
3
–
22
and make sure that the unit is
MN2-2037 Rev.0
Chapter3 Service Information
3-10
Displaying TEST Pattern
The SSD-PROSOUND2 has a "TestPattern” function in the menu that enables BEM to display a test
pattern on the LCD screen.
3-10-1
Set up procedure
① Open the Preset setup menu.
② Select Menu Edit from Next Page.
③ Use the cursor to select an unassigned button and use the Set button to assign TestPattern to it.
④ Exit the Preset mode, select TestPattern from the menu and press Display On to display it.
3
–
23
MN2-2037 Rev.0
Chapter3 Service Information
（Blank Page）
3
–
24
MN2-2037 Rev.0
Chapter3 Service Information
3-11 CF card directory structure and card files
The following describes the directory structure and file types used on a CF card.
The following is an example for Version 1.0.0.
FILE-FOLDER NAME
BYTE ATTRIBUTE DATE
TIME
───────────────────────────────────────
VOL_200803281130
< Dir > ---- 2008/06/20 13:16:10
├ ssd
< Dir > R--- 2008/06/20 13:16:44
│ ├ pc_data
< Dir > R--- 2008/06/20 13:16:50
│ │ ├ paramem
< Dir > R--- 2008/06/20 13:16:56
paramem Parameter memory
│ │ │ ├ 073_02000025_FDAP.000
36,884 R--A 2008/06/20 13:16:55
073‥‥‥‥‥‥‥Prosound 6
02‥‥‥‥‥・Electric Probe
25‥‥‥Probe Code UST-586-5/5820-5/587I-5
FDAP Parameter of transmission Voltage limitation
│ │ │ ├ 073_02000025_PNCP.000
310 R--A 2008/06/20 13:16:55
PNCP Parameter of Puncture guide line graphics
│ │ │ ├ 073_02000025_PRBP.000
5,922 R--A 2008/06/20 13:16:55
PRBP Parameter of probe for transmission,
Focus, Circulation of MI, TI
│ │ │ ├ 073_02000028_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000028_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000028_PRBP.000
5,922 R--A 2008/06/20 13:16:55
28 ‥‥‥Probe Code UST-5044-3.5/5049-3.5
│ │ │ ├ 073_0200002A_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_0200002A_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_0200002A_PRBP.000
5,922 R--A 2008/06/20 13:16:55
2A ‥‥‥Probe Code UST-5711-7.5
│ │ │ ├ 073_0200002E_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_0200002E_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_0200002E_PRBP.000
5,922 R--A 2008/06/20 13:16:55
2E ‥‥‥Probe Code UST-5512U-7.5/556I-7.5/556T-7.5
556TU-7.5/660-7.5
│ │ │ ├ 073_02000031_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000031_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000031_PRBP.000
5,922 R--A 2008/06/20 13:16:55
31 ‥‥‥Probe Code UST-935N-5
│ │ │ ├ 073_02000033_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000033_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000033_PRBP.000
5,922 R--A 2008/06/20 13:16:55
33 ‥‥‥Probe Code UST-934N-3.5
│ │ │ ├ 073_02000034_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000034_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000034_PRBP.000
5,922 R--A 2008/06/20 13:16:55
34 ‥‥‥Probe Code UST-9137
│ │ │ ├ 073_02000036_FDAP.000
36,884 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000036_PNCP.000
310 R--A 2008/06/20 13:16:55
│ │ │ ├ 073_02000036_PRBP.000
5,922 R--A 2008/06/20 13:16:56
3
-
25
MN2-2037 Rev.0
Chapter3 Service Information
FILE – FOLDER NAME
BYTE ATTRIBUTE
DATE TIME
───────────────────────────────────────
36 ‥‥‥Probe Code UST-5551
│ │ │ ├ 073_0200003C_FDAP.000
36,884 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003C_PNCP.000
310 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003C_PRBP.000
5,922 R--A 2008/06/20 13:16:56
3C ‥‥‥Probe Code UST-945B-5/974-5
│ │ │ ├ 073_0200003D_FDAP.000
36,884 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003D_PNCP.000
310 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003D_PRBP.000
5,922 R--A 2008/06/20 13:16:56
3D ‥‥‥Probe Code UST-94B-3.5
│ │ │ ├ 073_0200003E_FDAP.000
36,884 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003E_PNCP.000
310 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_0200003E_PRBP.000
5,922 R--A 2008/06/20 13:16:56
3E ‥‥‥Probe Code UST-981-5/9111-5
│ │ │ ├ 073_lang00.par
62 R--A 2008/06/20 13:16:56
073_lang00.par Probe type(UST, ASU, Convex, Linear, PA,MEC,SEC,RAD,IND)
│ │ │ ├ 073_LANG01.PAR
118 R--A 2008/06/20 13:16:56
073_LANG01.PAR Probe No.(9137, 5551, 5820/586/587/588, 5044 3.5, 5711 7.5,
5512U/556/660 7.5, 935N 5, 934N 3.5, 945B/974 5, 944B 3.5, 981/9111)
│ │ │ ├ 073_MANAGE.PAR
10 R--A 2008/06/20 13:16:56
│ │ │ ├ 073_SEARCH.PAR
198 R--A 2008/06/20 13:16:56
│ │ │ └ 073_VER.PAR
20 R--A 2008/06/20 13:16:56
073_VER.PAR VERSION information 00-1.0.0(12Mar)
│ │ ├ predef
< Dir > R--- 2008/06/20 13:16:54
Predef
Preset default
│ │ │ ├ xa071
< Dir > R--- 2008/06/20 13:16:54
Xa071 Prosound6
│ │ │ │ ├ pre_abd_dp.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_abd_hf.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_abdomen.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_cardiac.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_carotid.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_com.dat
9,466 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_gyn.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_gyntv.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_hipjnt.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_intes.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_kidney.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_obst.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_obsttv.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_ope.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_orthope.dat
1,244 R--A 2008/06/20 13:16:54
│ │ │ │ ├ pre_prostat.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ │ ├ pre_smpart.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ │ ├ pre_sys.dat
30 R--A 2008/06/20 13:16:55
│ │ │ │ ├ pre_test1.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ │ ├ pre_test2.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ │ ├ pre_test3.dat
1,244 R--A 2008/06/20 13:16:55
3
-
26
MN2-2037 Rev.0
Chapter3 Service Information
FILE – FOLDER NAME
BYTE ATTRIBUTE DATE TIME
───────────────────────────────────────
│ │ │ │ ├ pre_test4.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ │ └ pre_vein.dat
1,244 R--A 2008/06/20 13:16:55
│ │ │ └ xa073
< Dir > R--- 2008/06/20 13:16:54
xa073 Prosound2
│││
├ pre_abd_dp.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_abd_hf.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_abdomen.dat
1,254 R--A 2008/06/20 13:16:53
│││
├ pre_cardiac.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_carotid.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_com.dat
9,466 R--A 2008/06/20 13:16:54
│││
├ pre_gyn.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_gyntv.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_hipjnt.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_intes.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_kidney.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_obst.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_obsttv.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_ope.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_orthope.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_prostat.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_smpart.dat
1,254 R--A 2008/06/20 13:16:54
│││
├ pre_sys.dat
30 R--A 2008/06/20 13:16:54
│││
├ pre_test1.dat
1,244 R--A 2008/06/20 13:16:54
│││
├ pre_test2.dat
1,244 R--A 2008/06/20 13:16:54
│││
├ pre_test3.dat
1,244 R--A 2008/06/20 13:16:54
│││
├ pre_test4.dat
1,244 R--A 2008/06/20 13:16:54
│││
└ pre_vein.dat
1,254 R--A 2008/06/20 13:16:54
│ │ ├ regsdt
< Dir > R--- 2008/06/20 13:16:52
│ │ │ ├ diufpg73.B01
273,840 R--A 2008/06/20 13:16:50
│ │ │ ├ diufpg73.B02
48 R--A 2008/06/20 13:16:51
│ │ │ ├ fltprc73.rbf
856,076 R--A 2008/06/20 13:16:51
│ │ │ ├ frnfpg73.B01
1,546,492 R--A 2008/06/20 13:16:51
│ │ │ ├ frnfpg73.B02
20 R--A 2008/06/20 13:16:52
│ │ │ ├ VbpFilter_0.datout
5,248 R--A 2008/06/20 13:16:52
VbpFilter_0.datout Variable band pass filter
│ │ │ ├ VbpFilter_1.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_10.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_11.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_12.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_13.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_14.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_15.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_16.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_17.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_18.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_19.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_2.datout
5,248 R--A 2008/06/20 13:16:53
3
-
27
MN2-2037 Rev.0
Chapter3 Service Information
FILE – FOLDER NAME
BYTE ATTRIBUTE DATE TIME
───────────────────────────────────────
│ │ │ ├ VbpFilter_20.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_21.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_22.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_23.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_24.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_25.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_26.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_27.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_28.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_29.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_3.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_30.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_31.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_4.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_5.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_6.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_7.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ ├ VbpFilter_8.datout
5,248 R--A 2008/06/20 13:16:53
│ │ │ └ VbpFilter_9.datout
5,248 R--A 2008/06/20 13:16:53
│ │ ├ usrom
< Dir > R--- 2008/06/20 13:16:52
Usrom ROM Date of Ultra sound system
│ │ │ └ rom0005.dat
2 R--A 2008/06/20 13:16:50
│ │ └ vupmsg
< Dir > R--- 2008/06/20 13:16:50
vumsg Messages which displayed at version up screen
││
├ MsgBAR1.bmp
138 R--A 2008/06/20 13:16:49
││
├ MsgBAR2.bmp
294 R--A 2008/06/20 13:16:49
││
├ MsgBAR3.bmp
294 R--A 2008/06/20 13:16:49
││
├ MsgBarBox1.bmp
149,622 R--A 2008/06/20 13:16:49
││
├ MsgBarBox2.bmp
18,294 R--A 2008/06/20 13:16:49
││
├ MsgBE.bmp
4,854 R--A 2008/06/20 13:16:49
││
├ MsgCFEr0.bmp
1,014 R--A 2008/06/20 13:16:49
││
├ MsgCFEr1.bmp
1,014 R--A 2008/06/20 13:16:49
││
├ MsgCFEr2.bmp
1,014 R--A 2008/06/20 13:16:49
││
├ MsgCFEr3.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr4.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr5.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr6.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr7.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr8.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFEr9.bmp
1,014 R--A 2008/06/20 13:16:50
││
├ MsgCFErA.bmp
28,854 R--A 2008/06/20 13:16:50
││
├ MsgCFErB.bmp
7,974 R--A 2008/06/20 13:16:50
││
├ MsgCFErC.bmp
9,654 R--A 2008/06/20 13:16:50
││
├ MsgCOPY.bmp
4,854 R--A 2008/06/20 13:16:50
││
├ MsgEnd.bmp
103,266 R--A 2008/06/20 13:16:50
││
├ MsgFE.bmp
4,854 R--A 2008/06/20 13:16:50
││
├ MsgIPL.bmp
4,854 R--A 2008/06/20 13:16:50
3
-
28
MN2-2037 Rev.0
Chapter3 Service Information
FILE – FOLDER NAME
BYTE ATTRIBUTE DATE TIME
───────────────────────────────────────
││
├ MsgPCPF.bmp
4,854 R--A 2008/06/20 13:16:50
││
├ MsgPicture.bmp
921,654 R--A 2008/06/20 13:16:50
││
├ MsgReset.bmp
102,534 R--A 2008/06/20 13:16:50
││
├ MsgSame.bmp
9,094 R--A 2008/06/20 13:16:50
││
├ MsgStrat.bmp
95,814 R--A 2008/06/20 13:16:50
││
└ MsgVUP.bmp
4,854 R--A 2008/06/20 13:16:50
│ ├ pc_prog
< Dir > R--- 2008/06/20 13:16:44
pc_prog PC program
│ │ ├ iplver.ini
12 R--A 2008/06/20 13:16:43
│ │ ├ jsp.S
109,410 R--A 2008/06/20 13:16:43
│ │ ├ pcpf.ini
1,237 R--A 2008/06/20 13:16:43
│ │ ├ pcpfdate.ini
14 R--A 2008/06/20 13:16:43
pcpfdate.ini PCPF date Information 20071225151413
│ │ ├ pcpfver.ini
8 R--A 2008/06/20 13:16:43
pcpfver.ini PCPF Version Information 00-1.05
│ │ ├ vupver.ini
23 R--A 2008/06/20 13:16:43
vupver.ini VerUp program version information 00.1.0.0 20071225181534
│ │ ├ xa071.B01
7,375,520 R--A 2008/06/20 13:16:43
│ │ └ xa071vup.B01
617,044 R--A 2008/06/20 13:16:49
xa071vup.B01 Version up Program
│ ├ osver.ini Version up of OS
8 R--A 2008/06/20 13:16:43
│ └ sysver.ini System version information
8 R--A 2008/06/20 13:16:43
├ pcpfdir.ini
562 R--A 2008/06/20 13:16:43
└ versionup.ini
7,803 R--A 2008/06/20 13:16:43
───────────────────────────────────────
10 FOLDERs and
163 FILEs 12,988,907 Byte.
3
-
29
MN2-2037 Rev.0
Chapter3 Service Infomation
(Blank Page)
3
-
30
MN2-2037 Rev.0
Chapter3 Service Information
3-12 Parts number of battery.
BATTERY （for RTC） : M4T32-BR12SH1
Same as below
SSD-500 Battery on EP519900 CPU
SSD-3500 Battery on EU-9090 CPU
Prosound6 Battery on EP538900 CPU
RTC(Real time clock)IC : M48T35AV-10MHL
3
-
31
MN2-2037 Rev.0
Chapter3 Service Information
3-13 Power OFF
To avoid damage of files in the CF card, Please follow below.
1) You should "Turn OFF the POWER"by standby switch
on the operation panel.
2) Never remove the AC power cable during the "Start Up" or "Turn OFF".
3) Never press the standby switch
on the operation panel to "Turn OFF the POWER"during the
"Start Up".
If you need "Turn OFF the POWER", wait until system complete start up, after that press the standby
switch
to "Turn OFF the POWER".
4) After change the setting destination, Turn OFF will take One or Two minutes, Never remove the AC
power cable during Turn OFF.
5) After change the Initial configuration or System Preset Control, Turn OFF will take One or Two
minutes, Never press the standby switch
during Turn OFF.
3
-
32
Chapter 4
ADJUSTMENT
APPENDIX
MN2-2037 Rev.0
Chapter4 ADJUSTMENT
4-1 Introduction
ProSound 2 is fully digitized machine, so there is no part requires to be adjusted at the field.
4
-
1
MN2-2037 Rev.0
Chapter4 ADJUTMENT
(Blank Page)
4
-
2
Chapter 5
PARTS LIST
APPENDIX
MN2-2037 Rev.0
Chapter 5 Parts List
5-1 Contents of Parts List
Parts are separately shown as each portion of equipment. When you find the part, firstly choose the
portion the part belonged, then open the page suggested with “INDEX”.
MAIN BODY
SEE INDEX 01
USM UNIT
SEE INDEX 04
POWER SUPPLY UNIT
SEE INDEX 03
OPERATION PANEL
SEE INDEX 02
SCREW / SMALLPARTS
/ LABEL
SEE INDEX 05
5
-
1
MN2-2037 Rev.0
Chapter 5 Parts List
5-2 Appliance of Parts List
This Parts List consists of the parts for technical service and maintenance.
Therefore, the parts model name (PARTS No.) is only valid to the technical support. When you order
the parts shown in the List, please apply to our technical support section.
You are supposed to understand well that it is not valid to refer any of the description in this document
for other purpose than maintenance.
5-3
Outline of Parts List
This Parts List shows many parts which are selected for the technical support and maintenance, and
made with the illustrations and Lists. These parts are selected based on the guidelines below,
‹
For the surface of the equipment such as Cover and Connector
‹
Machinery and things to be broken without difficulty
‹
Operation panel including the Knob and Switch
‹
Cables
Excluding one soldered to the other part directly
‹
PCB
Please refer to the History which has been issued separately, because almost of the PCBs have
the revisions.
‹
The things to be replaced frequently such as the variable resistor for the panel
‹
Things to be needed additionally for the technical support.
5
-
2
MN2-2037 Rev.0
Chapter 5 Parts List
5-4
Explanation of Parts List
This Parts List is divided into some blocks (INDEX), and each block consists of the illustration and list.
Index number linked to drawing
Range of serial numbers to apply
Model name of Index
Description of Index
INDEX
01
Item
UNIT
USI-148
MAIN BODY
Code
Part number
Description
Serial
Number
1*
A200876 SAP-1700-01-01
COVER:TOP
(2)
A120026 PSC-116#7
INTERMEDIATE DECK COVER
~6200030
2*
A120027 PSC-116#7B
INTERMEDIATE DECK COVER
6200031~
3
A800041 L-CABLE-216
CABLE:J705-J607
S/N
Spec.
For OPTION
Part description for each item
Range of serial numbers to apply
Part number for each item
Specification for each item
Part Code (currently not used)
Item number linked to drawing
21 *
A120033 PSC-116#8
PROBE HOLDER
INDEX
The INDEX number represents individual Parts List (illustrations and Lists) that is
divided into several parts that correspond to the blocks in the illustration of whole
equipment at the beginning.
UNIT
The name of this block (or unit) indicated by INDEX.
If the same block or unit will be revised, it will be distinguished with this and next S/N
S/N
If the same block or unit will be revised, it will be distinguished with UNIT, and this
shows the beginning of production change.
Item
Relation numbers between illustration and List.
If the item number were in brackets ”()”, this may not be available. Instead, please
choose the substitution shown with the same item number.
Code
Code number applied to each part. However, it is not in use.
Part number
This is the part number.
Serial Number Applicable serial numbers.
If it shows “xxxxx~ “, the part is available to the serial number or after. On the other
hand, “~xxxxx” means that is valid to the serial number and before. No description
means it is serial number independent.
Spec.
The specification, some differences on shipment, and the other remarks are shown.
5
-
3
MN2-2037 Rev.0
Chapter 5 Parts List
5-5
Attention
z
Do not use previous versions of Parts List.
The part number may be changed between previous and current version even with the same parts.
You therefore need to use the current one.
z
Refer to the “History” information for ordering of PCB.
This Parts List does not mention the PCB revision (Or it would not be the latest). Therefore, when
you order a PCB, please consult to the “History” information issued separately.
z
Any part that is not described in this parts list will not be provided.
5
-
4
MN2-2037 Rev.0
Chapter 5 Parts List
5-6
Parts List
The Parts List is shown from next page that is arranged by the order of “INDEX”. Please refer to the
figure in the page 10-1 for the location in the equipment.
5
-
5
MN2-2037 Rev.0
Chapter5 Parts List
01 MAIN BODY
USI-158*
S/N
4
1
2
3
5
-
6
MN2-2037 Rev.0
Chapter5 Parts List
01 MAIN BODY
S/N
USI-158*
6
7
28
8
5
9
10
13
11
14
15
16 ×2
12
5
-
7
×2
MN2-2037 Rev.0
Chapter5 Parts List
01 MAIN BODY
PSC-143*
S/N
22
20
21
18
19
17
5
-
8
MN2-2037 Rev.0
Chapter5 Parts List
01 MAIN BODY
PSC-143**
S/N
23
※ラベル 29 を含み 27 を含まない。
Including Label 29 , Excluding cushion 27 .
29
27 ×2
25
24
26
5
-
9
MN2-2037 Rev.0
Chapter5 Parts List
01 MAIN BODY
PSC-143**
30
28
5
-
10
S/N
MN2-2037 Rev.0
Chapter5 Parts List
INDEX
DESCRIPTION
UNIT
01
Item
Code
MAIN BODY
Part number
Description
1
SAP-PS2-01-01
2
SAP-PS2-01-02
Probe holder -ASSY(1)
3
PSC-116(53)
Cushion
4
SAP-PS2-01-04
Probe holder -ASSY(2)
5
SAP-PS2-01-05
FRONT-COVER
6
SAP-PS2-01-06
HANDLE-ASSY
7
SAP-PS2-01-07
HANDLE-COVER(1) : top
8
SAP-PS2-01-08
HANDLE-COVER(2) : side
9
SAP-PS6-07-04
SW key top for OSD switch
10
SAP-PS2-01-10
OSD PCB
11
SAP-PS2-01-11
BACK-COVER-ASSY
12
SAP-PS2-01-12
CONNECTOR-WINDOW
13
SAP-PS2-01-13
FILTER-COVER
14
SAP-PS2-01-14
AIR FILTER
15
SAP-PS2-01-15
PROBE-CABLE-HOOK
16
SAP-PS2-01-16
POWER-CABLE-HOOK
17
SAP-PS2-01-17
BASE
18
SAP-PS2-01-18
ARM(1) : POWER Switch side
19
SAP-PS2-01-19
ARM(2) : STC side
20
L-KI-942
Free stop hinge
21
L-KI-943
Click hinge
22
SAP-PS2-01-22
USB-COVER
23
SAP-PS2-01-23
BOTTOM-COVER
24
L-KI-944
Panel click hinge(1)
25
SAP-PS2-01-25
PANELCABLE-COVER
26
SAP-PS2-01-26
HINGE-ASSY(1)
Probe holder -COVER(1)
S/N
USI-157
Serial number
Specification
Purple cover
Body
Jelly cup
5
-
11
Complete
MN2-2037 Rev.0
Chapter5 Parts List
INDEX
DESCRIPTION
01
Item
Code
UNIT
MAIN BODY
Part number
Description
27
PSC-143(16)
Cushion(2)
28
IPF-1001
29
SAP-PS2-01-29
Viewing monitor unit :including
OSD pcb、SW key top
Logo plate (prosound)
30
IPF-1001complete
LCD-complete ASSY (with escutcheon,
handle)
5
-
12
S/N
USI-157
Serial number
Specification
MN2-2037 Rev.0
Chapter5 Parts List
(Blank Page)
5
-
13
MN2-2037 Rev.0
Chapter5 Parts List
02 OPERATION PANEL
1
S/N
PNL-PROSOUND2
Operation Panel
※ ②③④⑤⑥⑦⑧⑨⑩⑪は含み
⑫は含まない
※ Including ②③④⑤⑥⑦⑧⑨⑩⑪,
Excluding,⑫
12
Label
2
×6
13
10
×4
4
3
10
5
-
14
MN2-2037 Rev.0
Chapter5 Parts List
02 OPERATION PANEL
S/N
PNL-PROSOUND2
9
×2
7
8
PCB
STC PCB
※STC スライドボリュームを含む
Including Slide Variable Resister
6
5
11
5
-
15
×2
MN2-2037 Rev.0
Chapter5 Parts List
(Blank Page)
5
-
16
MN2-2037 Rev.0
Chapter5 Parts List
INDEX
DESCRIPTION
02
Item
Code
UNIT
OPERATION PANEL
Part number
Description
1
USI-158-PANEL
Operation Panel unit
2
SP-4143
STC knob
3
SP-4144
Knob(Small)
4
SP-4145
Knob(large)
5
L-TB-13
Track ball
6
L-RE-7
Rotary encoder
7
EP548000**
PANEL main PCB
8
EP548700**
PANEL-STC PCB
9
PNL-PROSOUND2(2)
Rubber key pair
10
PNL-PROSOUND2(4)
Cushion(1)
11
DHCDF-8/36-P1.00-BT14 Cable : for Track bal
12
SAP-PS2-02-12
Title plate : (prosound2)
13
SAP-PS2-02-13
Panel upper cover : purple
5
S/N
PNL
Serial number
Specification
With out cable
-
With cable and connecter
Not supply full key part or
mode part independently.
17
MN2-2037 Rev.0
Chapter5 Parts List
03 POWER SUPPLY PARTS
S/N
EU-6041*
1
5
×2
2
FAN
※ケーブル、コネクタを含む
Including Cable and Connector
3
4
5
-
18
MN2-2037 Rev.0
Chapter5 Parts List
INDEX
DESCRIPTION
03
Item
Code
UNIT
POWER SUPPLY PARTS
Part number
Description
1
EU-6041*
Power supply unit
2
CO-EU6041-D-01C5
3
EP546800**
Cable harness
(with Fan, cable, connector P5)
Power supply UN2 PCB
4
EP546900**
Power supply UN1 PCB
5
215002XEP
FUSE (F1, F2) with lead
5
-
S/N
EU-6041*
Serial number
Specification
Input
AC100~AC240V
19
T2.0A/250V
MN2-2037 Rev.0
Chapter5 Parts List
04 USM-33 UNIT
USM-33*
3
S/N
4
2
1
CF512M-4D60
5
-
20
MN2-2037 Rev.0
Chapter5 Parts List
INDEX
DESCRIPTION
0４
Item
Code
UNIT
USM-33 UNIT
Part number
Description
1
EP546400**
PCB : TRX
2
EP546500**
PCB : BF
3
EP546700**
PCB : BEM(Back end module)
4
CF512M-4D60
Compact Flash
5
-
21
S/N
USM-33
Serial number
Specification
Refer the History
information to order.
Refer the History
information to order.
Refer the History
information to order.
Software
NOT
installed
MN2-2037 Rev.0
Chapter5 Parts List
(Blank Page)
5
-
22
Revision History of the Service Manual
APPENDIX
MN2-2037, Rev.0
ProSound 2 Service Manual VOLUME 2 Revision History
1 Introduction
This is the revision history of this service manual.
2
Revision History of VOLUME 2
ProSound 2 Service Manual VOLUME 2 Revision History
Rev.
0
Date
Revisions
Contents
Pages
31-Oct.-‘08 1st. issue
1/2
Note
MN2-2037, Rev.0
ProSound 2 Service Manual VOLUME 2 Revision History
(Blank page)
2/2
ProSound 2
SERVICE MANUAL
Head Quater :
6-22-1 Mure, Mitaka-Shi, Tokyo, Japan.
Issued by
:
TOKYO WORKS, Medical System Engineering Depertment
Printed by
:
ALOKA Technical Service Co., Ltd. Medical System Service Section
6-22-1 Mure, Mitaka-Shi, Tokyo, Japan.
Telephone : +81-422-45-6567
Facsimile
: +81-422-45-5227
VOLUME 2