Installation Guide
For
UD 150L-30 EX/FX
UD150L30-FX/EX Installation Guide, REV_B Page 1 of 35
1. General information
1.1 Component location
1.2 Mandatory modification
2. Connection of the system
2.1 Power transformers
2.2 Cable connection
3. Settings and adjustments
3.1 Settings
3.2 Adjustments
4. Appendix
A. Mandatory modification
B. List of error message
C. List of Potentiometers
D. List of LEDs
E. Initial Setting for Software
F. Fluoro mA setting
G. RAD60 and RAD 56 tube data
Contents
UD150L30-FX/EX Installation Guide, REV_B Page 2 of 35
1. General information
• Component location
Before starting the installation, locate all major components and PCBs in the generator. Following three figures is the illustration for component location.
Figure 1-1 Front View of UD150L-30/FX
UD150L30-FX/EX Installation Guide, REV_B Page 3 of 35
Figure 1-2 Front view of UD150L-30/FX (open swing panel)
UD150L30-FX/EX Installation Guide, REV_B Page 4 of 35
Figure 1-3 Back view of UD150L-30/FX
UD150L30-FX/EX Installation Guide, REV_B Page 5 of 35
2. Connection of the system
2.1 Power transformers
• A step down transformer, (XAT-2) is normally shipped together with this generator for installation.
This transformer can provide proper power input for UD150L-30 FX/EX generator, YSF/RS table
system, HMS/AID high-speed starter, and other peripheral accessories.
• There are two other transformers in UD150L-30 FX/EX generator are power related, T1 and T2
transformer. It is necessary to change taps for these two transformers according to the supplied input
from XAT-2 before proceeding.
(1) T1 transformer,
For example, if the incoming power is three-phase 400V from XAT-2, connect AIN-0 to –A200 and
AIN-2 to A200.
(2) T2 transformer,
Connect T2-0 to –200 and T2-2 to 200 base on the same assumption as (1).
2.2 Cable connection
• Power cable
Hospital breaker (3 φ 480V) XAT-2 transformer (3 φ 400V) Control cabinet
U I/P O/P UN Power terminal
V I/P O/P VN
W I/P O/P WN
GND GND GND GND Terminal block
Note: Only ground one end of the shielding on the three-phase power cable to prevent ground loop
from happening. Refer to Fig. 2.4.3 in the installation manual.
• Control console
Control console Control cabinet
J62 J 62 System LF 30 PCB
J 63 J63 I/O LFX PCB
Frame GND Terminal strip
J9 Hand Switch
• High speed starter (HMS or AID)
Connect JS1 cable between SYSTEM-LF 30 PCB and high speed starter by using JS1 connector kit in
the accessory package shipped with this generator.
Following table is the description of the signal used for high speed starter
Signal Meaning Signal Meaning
2 Normal speed rotation 1M Tube 1 selection
7 High speed rotation 2M Tube 2 selection
H2 Normal speed confirmation SBK Starter fault signal
H7 High speed confirmation CM1 Return for 7, H7, and SBK (0V DC)
F Fluoro tube rotation CM2 Return for 2 and H2 (+15V DC)
SP1 Spot film CM3 Return for F and SP1 (L0)
CM4 Return for 1M and 2M (+15V DC)
UD150L30-FX/EX Installation Guide, REV_B Page 6 of 35
J
/
The procedures to set up or programming the starter can be found in the installation and service
manual of HMS-3. Follow the instruction in Section 6 on page 11. (X-ray tube must be connected to
perform setup mode.)
• Table power
If a SHIMADZU table is to be installed, connect 3 φ 200 V from XAT-2 step down transformer to the
power input terminal block for table.
• Table interface with generator
UD150L-30 FX YSF-220
I/O LFX J7
MOTHER2-LF30
8
J7 EXTENSION PCB
J7 CN36
J8
CN36 GENERATOR
I
F PCB
UD150L30-FX/EX Installation Guide, REV_B Page 7 of 35
• Bucky connection
CAUTION: If UD150L30-FX is equipped only with SHIMADZU Bucky, YOU MUST
DISCONNECT CABLES between TERMINAL-LF30 and TERMINAL LFX PCB. This includes
1B11, 1B1, 1B22, 1B2, 2B11, 2B1, 2B22, and 2B2 terminals on TERMINAL-LF30 PCB. Tape all
disconnected terminals separately and secure them with other cables. Then connect Bucky cable
directly to TERMINAL-LF30 PCB as stated below. Fail to disconnect the cable between these two
boards will damage TERMINAL-LF30 PCB.
CONNECTION OF SHIMADZU BUCKY SYSTEM
TERMINAL-LF30 PCB
24 V DC
* 1B 22
Note 1
K 27 B
BUCKY 1
K 25 A
L 100
1B1
1B22
K 31
24 V DC
* XOK
Note 2
X 2
1B11
1B2
##
L 100
## Add Jumper
SHIMADZU BUCKY
L 100
L 100
B1
B2
L 0
AC POWER TO
DRIVE BUCKY
GRID MOTOR
GRID MOVING
CONFIRMATION
L 0
Note 1: *1B22 is a DC signal within TERMINAL-LF30 PCB. When selecting Bucky1, 1B22 is at DC
ground. However, 1B22 at terminal X2 is a AC 100 volt power supply to drive grid motor in Bucky.
DO NOT mix these two signals by adding any extra jumpers for trouble shooting purpose.
Note 2: *XOK is the signal to turn on X-ray. Can be found in SYSTEM-LF30 PCB print 10/18.
(M74A pin 2)
UD150L30-FX/EX Installation Guide, REV_B Page 8 of 35
CONNECTION OF NON-SHIMADZU BUCKY SYSTEM
L 0
TERMINAL-LF30
L 100
24 V DC
K 27 B
BUCKY 1
24 V DC
* 1B22
1 B11
1 B22
K 31
* XOK
1 B1
1 B2
X 2
TERMINAL-LFX NON-SHIMADZU BUCKY
JD 2
9
8
1
2
L 100
L 0
4
3
JP 2C
JB 2B
JB 2A
K 03
2
X0 1D
1
1 B11X
1 B1X
X0 1E
9
1 B22X
1 B2X
10
CAUSION: MAKE SURE THERE
HAS NO JUMPER CONNECTED HERE
CONFIRMATION OF
GRID MOVING
RETURN SIGNAL
POWER SUPPLY TO
DRIVE GRID MOTOR
GRID MOTOR
• Change jumper positions according to the voltage on 1 B11X.
JP 2C: AC 100-125 V JP 2B: DC 24 V JP 2A: DC 12 V
Jumper position of JP 2A, JP 2B, and JP 2C depends on the voltage of from 1 B11X, grid confirmation
signal provided by the Bucky system. If Bucky provide a 24 V DC signal to 1 B11X, when grid is
moving, install JP 2B to 1-4 position, and JP 2C, JP 2A to 2-3 position. Then connect 1 B1X to 24 V
DC ground. Make sure only one jumper is installed on 1-4 position and the other two on 2-3 position.
• Connection of I. I. Mag. mode selection signal
I.I. Mag. mode signal is connected via a new cable, I.I. View-field switching cable (P/N 532-15191)
provided for this generator. This cable connects between JSK terminal on TERMINAL-LF30 PCB and
IS connector attached to I.I. (Refer to Circuit diagram SYSTEM-LF30 15/18)
UD150L-30/FX YSF series table
TERMINAL-LF30 PCB GENERATOR I/F PCB
JSK IS J9C
View-field switching cable Adapter
UD150L30-FX/EX Installation Guide, REV_B Page 9 of 35
• I.I. mode signal for under table collimator
UD150L-30/FX YSF series table
TERMINAL-LF30 PCB GENERATOR I/F PCB
JXS XS
XS cable (collimator control) Adapter
• I.I. Mag. Mode selection output
TERMINAL-LF30 PCB has several terminals for I.I. Mag. mode output selection. These terminals are
IF0, IF1, IF2, IF3, and IF4. Mag. mode output is to provide interface for Digital products. IF signals
are routed through the onboard relay contacts.
TERMINAL-LF30 PCB INFIMED or CAMTRONICS
Common (DC24V) [IF0] Common
Non-Mag. [IF1]
Mag1 [IF2] Mag 1
Mag2 [IF3] Mag 2
Mag3 [IF4] Mag 3
Note: Same signal names used to be the I.I. Mag. mode selection input
to the previous models of the
X-ray Generators. With new UD150L-30/FX, these signal names are used for the output.
• I.I. cable connection
New cable connector is provided to improve the installation quality.
UD150L-30/FX I.I.
TERMINAL-LF30 PCB POWER SUPPLY
JTH-RB
• PMT cable from I.I.
When using photomultiplier tube for digital exposure (IFG technique) and fluoro IBS regulation,
connect PMT cable for I.I. as the following table.
PH POWER-96 PCB Phototimer signal cable
M1 M1 (-HV)
M2, M3 (common) M2, M3
M4 M4 (Signal)
E E
• Fluoro IBS signal connection, case 1
In case of using PMT to regulate Fluoro IBS, add a jumper between CP6 on PH-POWER PCB to TV7
on ANALOG-LF30 PCB (X1 pin3).
UD150L30-FX/EX Installation Guide, REV_B Page 10 of 35
• Fluoro IBS signal connection, case 2
When using TV signal to regulate fluoro IBS, a shielded co-axial cable should be connected from TV
camera to ANALOG-LF30 PCB.
UD150L-30/FX TV system
ANALOG-LF30 PCB TV 7 IBS signal Shielded cable
TV 2 0 V
• Photo timing connection
• For SHIMADZU Bucky with SPT photo timing connection, check the installation manual section 6.2.
• If you programmed the Comet Chambers to Detector 2, follow the stated below diagram for
connection.
Comet Chamber PH CONT-98 PCB
Left
Field
Right
Field
Center
Field
2
1
5
2
3
3
4
4
PLUG
1
1
6
2
Plug
1
2
3
4
CN2-DTA
1
2
CN2-DTB
SIGNAL
SIGNAL
SIGNAL
in case of DET 2
You can change the connection anyway you like. Just make sure the connection stay in the same
group. For example,
CN1-DTA and CN1-DTB are for Detector 1
CN3-DTA and CN3-DTB are for Detector 3
UD150L30-FX/EX Installation Guide, REV_B Page 11 of 35
Setting
Change the position of SW1 to ON position according to the position where Comet Chamber is
connected.
For example, if Comet was connected to DET2, set SW1-3 to ON.
SW1-2 SW1-3 SW1-4
DET1 DET2 DET3
Adjustments
Left Center Right Short Time Long Time *
DET1 R58 R64 R61 R22 R21
DET2 R56 R62 R59 R22 R86
DET3 R57 R63 R60 R22 R87
* SW2: LTC ON
UD150L30-FX/EX Installation Guide, REV_B Page 12 of 35
3. Settings and adjustments
3.1 Settings
• NEXSC PCB
SW1 Reset switch
SW2
1 2 3 4 5 6 7 8
OFF ON
OFF *
SW2-2 ON For UD150L-30EX
SW2-2 OFF For UD150L-30FX
SW2-5 ON Display measured values
SW2-5 OFF Normal position
SW2-6 ON Serial port communication available
SW2-6 OFF Normal position
SW2-8 ON Initial setting mode
SW2-8 OFF Normal position
SW3
1 2 3 4 5 6 7 8
ON
OFF *
SW3-1ON Initialize this PCB, use with SW2-8
SW3-1 OFF Normal position
SW3-8 ON For FVR mode adjustments
SW3-8 OFF Normal position
Note: SW3-5, SW3-6 and SW3-7 are available only if SW2-6 is ON. SW2-6 provides the serial port
function of NEXSC PCB.
SW3-5 ON Initialize SRAM when SW2-6 is OFF
SW3-5 OFF Normal position
SW3-5 ON Download data to PC when SW2-6 is ON
SW3-5 OFF Upload data from PC
SW3-6 ON Serial port at 9600 bps, 8 bits, non-parity, stop bit 1
SW3-6 OFF Serial port at 38600 bps, 8 bits, non-parity, stop bit 1
SW3-7 ON Normal use for operating terminal
SW3-7 OFF Download/upload mode
• SYSTEM-LF30 PCB
SW1 PREP
SW2 X-ray (RAD)
SW3-1 ON When using SHIMADZU CCD camera
SW3-1 OFF When using other camera
SW3-2 ON
SW3-2 OFF
OFF OFF OFF ON
OFF ON ON
OFF *
OFF *
ON
OFF *
ON *
OFF
OFF ON
OFF *
ON *
OFF
ON
OFF *
UD150L30-FX/EX Installation Guide, REV_B Page 13 of 35
• ANALOG-LF30 PCB
SLIDE SWITCH: S1 Normally on S side
SW2
1 2 3 4
OFF On ON OFF
• PH POWER-96 PCB
SLIDE SWITCH
S7 S8 S9 S10
PM INT ON AUTO
Photo pick up type Int or Ext Setting for Ba comp LTC on/off PMT HV setting mode
SW5
1 2 3 4 5 6
OFF OFF OFF OFF OFF OFF
• PH CONT-98 PCB
SLIDE SWITCH: S2 LTC ON
SW1
1 2 3 4 5 6 7 8
OFF OFF* OFF* OFF* OFF OFF OFF OFF
* SW1-2: DET1 OFF or control SW1-3: DET2 SW1-4: DET3
• TERMINAL-LF 30 PCB
Jumper between terminal block X1-5 and X1-6 (DOOR 1 and DOOR 2)
If there was no door safety switch, make jumper on DOOR1 and DOOR2.
3.2 Adjustments
3.2.1 First power on
Before power on, confirm the following
The input voltage UN, VN, and WN at the control cabinet side should be 3 φ AC 400 volt. If you don’t
have this voltage as the input to control cabinet, check the internal 3 φ taps in XAT-2 transformer.
Check taps on T1 and T2 transformer. According to UN, VN and WN, T1 and T2 should be connected
as follow,
(1) T1 transformer,
Connect AIN-0 to –A200 and AIN-2 to A200.
(2) T2 transformer,
Connect T2-0 to –200 and T2-2 to 200.
Disconnect JM2 (135V AC) on ANALOG-LF30 PCB, so that no power will supply to filaments.
UD150L30-FX/EX Installation Guide, REV_B Page 14 of 35
3.2.2 Power ON check up
• Check all DC and AC power according to the table below.
Name Measuring point Voltage Note
T2 transformer 10LA-0LA 10.5V + 1V
100LB-0LB 105V + 10V
T1 transformer L100-L0 AC 105V + 5V
L125-L0 AC 130V + 10V
A125-A0 AC 125V + 5V Without Load
A200-A0 AC 200V + 15V
135C-0C AC 142V + 10V
20T-0T AC 21V + 2V
DC power supply J73/J74 4-7 DC +5V + 50mV PS1
J73/J74 2-5 DC +15V + 400mV PS1
J73/J74 6-5 DC -15V + 400mV PS1
J75 1-4 DC +24V + 600mV PS2
• Make sure MG-RS is activated. If not, turn power off immediately, and manually push the button on
MG-RS to see if that was a mechanical jam. Also, check the cable connection on it. Fire accident could
happen if this is not working.
• Check to see if the charging voltage on VC+ and VC- (ANALOG-LF30 CP72 and CP73) is within
range. (+
10%) (3 φ 400 V input power to generator will results the charging voltage on VC+ and VC-
approximately to be 560V) If not, you need to check the power line and XAT-2 again.
• Perform IGBT Gate check as the following and make necessary adjustments before conducting X-ray.
(Please check this part after you finish initial settings)
Procedures:
1) Power off generator and wait about 5-10 seconds.
2) Measure VC+ and VC- with DVM to insure the charging voltage were all discharged.
3) Disconnect J202 and J203 on ANALOG-LF30 PCB to disable MG-L and MG-RS.
4) Add jumper between CP42 CVP1 and GND test point on ANALOG-LF30 PCB. Add another
jumper between the cathode side of D27 and CP58 +15V. (Connection Diagram ANALOGLF30 9/27) Add another jumper between CP52 CHECK1 and CP56 CHECK2 on ANALOGLF30 PCB.
5) Connect oscilloscope channel one to CP1 E and CP2 G on GATE DRIVER-99 PCB mounted
on IGBT-QA.(Probe signal on CP2, ground on CP1)
6) Connect scope channel two the same as channel one on IGBT-QC. (Float ground on channel
two probe to prevent ground loop)
7) Set amplitude 5V and time 5 µ sec. per division for both channels on the scope. Place the
ground for both channels at the center of screen as well.
8) Turn on power of generator and select General Radiographic Mode. Then set 100 kV, 100
mA, and 2.5 sec.
9) Make an exposure and wait about 0.1 to 1 second until the X-ray operation reach to its steady
state.
10) Observe the waveforms and make the following adjustments if necessary.
11) Adjust VR12 PULSE ADJ on ANALOG-LF30 PCB so that the pulse width is 10.0 +
sec. at 5 V level. Also, check the phase difference is 11.1 +
0.5 µ sec. at 0 V level. The
0.5 µ
positive peak voltage is less than 20 V and flat level is at 15 V or a little higher. The negative
flat level is about –6 V. Repeat step 9) and 11) several times for the best results you can
achieve. (Compare the waveform with the attached waveform.)
UD150L30-FX/EX Installation Guide, REV_B Page 15 of 35
12) Switch both probes to IGBT-QB and IGBT-QD side for the same purpose. Adjust VR12 on
ANALOG-LF30 again if necessary. Reconnect J202, J203 and remove all jumpers for normal
operation.
QD QC
QB QA
IGBT layout
Sample Waveform
• Reset everything back to normal condition.
3.2.3 Initial setting
• System initialization
It is recommended to perform system initialization for new installation and when PROMs were
replaced. All information in PROMs will set to default after initialization.
Procedures:
Set S2-8 and S3-1 on NEXSC PCB to ON position.
Turn power on.
Make sure “INI.MENU” has started up. Press initial setting end key “CALCULATE” will show on
screen. Then “CALCULATE END” appears about 10 seconds later.
End of initialization.
UD150L30-FX/EX Installation Guide, REV_B Page 16 of 35
• Initial settings (Appendix E for reference)
Following is the general procedures for initial settings. Different installation could have different tube
combination, device rating, and special accessories. Please check Installation Manual section 3.2 for
this part.
Turn on S2-8 on NEXSC PCB.
Go through the following mode base on the components for installation.
General Mode
Tube data mode
Non standard tube mode (must program this mode for non-SHIMADZU tubes. Contact SMS for tube
data)
Option mode
3.2.4 Verification and calibration
• Seasoning X-ray tubes
Select FVF (section below) mode to perform seasoning U.T. tube.
Turn off IBS. Connect D.V.M. to CP 38 on ANALOG-LF30 PCB and adjust R1 so that the reading is
0.1V. (pre-heat value)
2V+
Turn off SW2-2 on ANALOG-LF-30 PCB. Set fluoro 50 KV manually. Turn on x-ray. Adjust FVF on
the console to obtain tube current 1mA+0.2mA.
Keep fluoroing for 10 minutes. Increase KV at the rate of 10 KV/min.
When seasoning O.T. tube, increase 10 KV each time started from 80 KV until reaching max. KV.
Select large focus, 0.1 second, and 320 mA. Make x-ray at the rate of one exposure per minute. Repeat
the same technique twice. (refer the section below for radiographic tube current adjustments)
• FVR mode calibration (Radiographic tube current calibration)
Turn power off. Set SW2-5 and SW3-8 to ON position on NEXSC PCB. Turn SW2-2 OFF on
ANALOG-LF30 PCB. Connect oscilloscope to CP54 TmA and CP3 TKV on ANALOG-LF30 PCB.
(5V/100KV, 1V/200mA)
Turn power on. LCD screen will display “FVR Set Mode”.
Select the tube, focus, and mA station to be calibrated. Set exposure time to 32 msec.
Adjust IF value after each exposure. For example, 4.35V of IF reading means 4.35A provided to
filament. (refer to Installation Manual 3.6.3)
Compare the actual reading on the control panel with the reading from oscilloscope.
Record the IF values in the following chart.
Make a copy of this chart for the second tube adjustments.
Tube # IF Value
Focus mA 40KV 60KV 80KV 100KV 125KV 150KV
S
L
UD150L30-FX/EX Installation Guide, REV_B Page 17 of 35
• FVF mode calibration
1) First, you need to set mA curve at ANALOG-LF30 PCB first before you adjust FVF, Fluoro
filament heating. Refer to Appendix F and page 18/27 of ANALOG-LF30 connection diagram.
2) Turn off S2-2 on ANALOG-LF30 PCB to disable tube current feedback. (Make sure to turn it ON
after you finish this calibration)
3) Connect a DVM at FmA3, CP79 at ANALOG-LF30 PCB. Set DC reading for DVM.
4) Turn on generator power and turn off IBS. In FVR mode, press Page Down key to enter FVF Set
Mode.
5) Set fluoro KV to 50 and make x-ray. By pressing “+” or “-“ key will change FVF setting.
6) Observe the reading of DVM and the mA reading on the operator panel. By changing FVF setting,
to match the reading on the panel with FmA3.
7) Record the FVF data by pressing the WRITE key.
8) Repeat the same procedure for other KV stations, i.e., 60, 80, 90, 100, 110, and 115.
9) Record FVF value in the following table.
FKV
50 60 80 90 100 110 (115)
FmA 0.3 0.5
FVF
Note: For high KV exposures, make sure you close the collimator shutters to protect the I.I. and
camera.
• Flash circuit (heating) adjustments
This adjustment is only needed for a FX (two tubes) model, i.e., when FSP, IFG, or XDR are used.
Select large focal spot. Turn on fluoro about several seconds, then turn on spot.
Observe the waveform at CP84 on ANALOG-LF30 PCB. Adjust VR17, FLL, to obtain a flat
waveform. Check other mA stations for the same purpose.
Conduct the same test for small focal spot, adjust VR18, FLS, if necessary.
• IBS adjustments
First, set the maximum fluoro KV. Make a jumper between CP52, CHECK1, and CP56, CHECK2, at
ANALOG-LF30 PCB. Disconnect J202 at the same PCB. By, doing this, no high voltage will apply to
the tube.
Connect a D.V.M. to CP 27 FKVA and GND at ANALOG-LF30 PCB. Select IBS ON. Turn on fluoro,
adjust VR 11 FKV MAX at ANALOG-LF30 PCB until 115 KV is displayed on the control console. At
the same time, check the reading on D.V.M. for 5.75 V. (1V/20KV)
Turn power off. Connect everything back. Set the probe to check table top maximum dose. If 115 KV
results the maximum dose more than 10R/min, you need to repeat the same procedure for a lower KV
setting.
Second, adjust the IBS response on ANALOG-LF30 PCB by adjusting VR10, IBS RES.
When fluoro is on, move a 2mm copper plate in and out the field quick. If you see fluctuation of the
brightness on monitor, change VR 10 position. Try several times until the best results cab be obtained.
3.2.5 PC connection
• Software maintenance and troubleshooting is possible for this generator. It has the capability to
communicate with PC computer via NEXSC PCB and RS-232 port. Download and upload the
information stored in the PROMs, such as initial settings, calibration data, and APR info, to PC can be
useful for service. Error message can be obtained through PC connection.
• Necessary Parts for this purpose are
PC with WIN95, WIN98, or WIN NT installed.
9 pin female to female null modem cable
• Detail procedures can be found in the Installation Manual Section 12.
UD150L30-FX/EX Installation Guide, REV_B Page 18 of 35
4. Appendix
A. Mandatory modification
• Modification of SYSTEM-LF30 PCB is mandatory for the following version
SYSTEM-LF 30 BOARD (501-79573) B or earlier Rev.
SYSTEM-LF 30 ASSY (501-79752) D or earlier Rev.
If you have Rev. E or after, there is no need for you to perform this modification.
• Symptom
M96 IC and DM7 diode pack on SYSTEM-LF30 PCB gets hot and burned out.
Photo Timer does not work.
• Cause
When SYSTEM-LF 30 PCB connects to J7 EXTENSION PCB of YSF table, +12 V DC or +15 V DC
is supplied through J8 pin B10 from table to SYSTEM-LF 30 PCB due to two unnecessary trace on
SYSTEM-LF 30 PCB. As a result, DM7 pin 2 and M96A pin 18 (*KBO) is always at logic high and
both components finally get burned out.
• Modification procedures
Cut the two traces on the solder side of SYSTEM-LF 30 PCB as described in figure 1.2-1 and figure
1.2-2 below. Also, make a label of this modification and stick it on the machine.
Figure A-1 The position of the traces to cut on SYSTEM-LF 30 PCB solders side
UD150L30-FX/EX Installation Guide, REV_B Page 19 of 35
J8 on SYSTEM-LF 30 PCB
*APR1 ________1
A1 EXPWC ________2 B1
*APR3 ________3 A2 *APR2 ________4 B2
*APR5 ________5
*HX1C ________7
EXPWB ________9
*EXPEB _______11
A3 *APR4 ________6 B3
A4 *APR6 ________8 B4
A5 *AR1C _______10 B5
A6 *EXTEA _______12 B6
*EXTED _______13 A7 *EXTEC _______14 B7
*RDER _______15 A8 *EXTEE _______16 B8
*FEXP _______17
A9 *HDEV _______18 B9 Cut
EXPWA _______19 A10 *KBO _______20 B10
*FDV2 _______21
A11 *FDV1 _______22 B11
*FDV4 _______23 A12 *FDV3 _______24 B12
*FLM1 _______25
*FLM3 _______27
A13 *FDV5 _______26 B13
A14 *FLM2 _______28 B14
*SETON _______29 A15 *IBSIN _______30 B15
*AR1B _______31 A16 *HX1B _______32 B16
GND _______33
A17 *GND _______34 B17
GND _______35 A18 *GND _______36 B18
*AR11 _______37 A19 *IBSOUT _______38 B19 Cut
*HX11 _______39
A20 *FLO _______40 B20
*APRB _______41 A21 *APRA _______42 B21
*APRD _______43 A22 *APRC _______44 B22
*APRF _______45
A23 *APRE _______46 B23
*FLU2 _______47 A24 *FLU1 _______48 B24
*HX1 _______49 A25 *BUZ430 _______50 B25
*TEA _______51
A26 *AR1 _______52 B26
*TEC _______53 A27 *TEB _______54 B27
*TEE _______55 A28 *TED _______56 B28
+15 V _______57
A29 *+15 V _______58 B29
+15 V _______59 A30 *+15 V _______60 B30
Figure A-2 Wiring information on J8 connector of SYSTEM-LF 30 PCB
UD150L30-FX/EX Installation Guide, REV_B Page 20 of 35
B. List of error message
Code Meaning Explanation Reference Circuit
F1 Power Down DC –15 V malfunction SYSTEM-LF30 13/18
F2 Charge Voltage Over Charging Voltage abnormal ANALOG-LF30 9/27
F3 Filament Current Over Heating of filament abnormal ANALOG-LF30 17/27
F4 PKV Over Set KV over ANALOG-LF30 9/27
F5 TKV Over Measured KV out of range ANALOG-LF30 8/27
F6 Starter Defective Starter malfunction N/A
F7 Line Voltage Over Power line supply out of range ANALOG-LF30 22/27
F8 HV Tank not connected J112 HV Tank loose connection ANALOG-LF30 25/27
F9 RAD over current Measured mA out of range ANALOG-LF30 19/27
F10 Fluoro over current Fl mA out of range >10mA ANALOG-LF30 20/27
Code Meaning Explanation
L1 mAs Over MAs over 800 mAs
L2 mAs Too Small MAs is less than 0.5 mAs
L3 Emission Over Tube Current Emission Over
L4 Generator Load Over Techniques setting over 50 kW
L5 mAs value too high Lower down mAs settings
L6 KV too high Set KV too high
L7 Tube Over Load Load is over tube rating
Code Meaning Explanation
H1 HU Over Predict RAD Condition Exceeds Allowable HU
H2 HU Fully Stored Accumulated Heat Reach Max
H3 Thermal Switch Open Thermal Switch Open On Tube
Code Meaning Explanation
L8 Door open Door Safety Switch Open
L9 FL Optical Device Error Device Error Optical
L10 RAD Optical device Error Device Error Optical
UD150L30-FX/EX Installation Guide, REV_B Page 21 of 35
C. List of Potentiometers
ANALOG-LF30 PCB
NO. NAME PURPOSE CHECK PIN INSTALLATION
VR1 KV+ ADJ Adjust for KV level (+) Meter Not Required
VR2 WF ADJ+ Adjust for KV reponse (+) Meter Not Required
VR3 WF ADJ- Adjust for KV reponse (-) Meter Not Required
VR4 KV- ADJ Adjust for KV level (-) Meter Not Required
VR5 IMF Adjust IF meter IF meter Not Required
VR6 LmA60KV ADJ Adjust KV @ 60KV in low current Meter Not Required
VR7 F.60 KV ADJ Adjust FL KV @ 60KV Meter Not Required
VR8 F. GAIN ADJ Adjust FL KV Meter Not Required
VR9 LmA GAIN ADJ Adjust KV in low current Meter Not Required
VR10 IBS RES IBS response speed CP27 Check Required
VR11 FKV MAX IBS maximum tube voltage CP27 Check Required
VR12 PULSE ADJ Adjust IGBT pulse width CP16/CP17 Not Required
VR13 +DV + voltage circuit (0~+15V) CP35 Not Required
VR14 -DV - voltage circuit (0~-15V) CP34 Not Required
VR15 VP1 ADJ Charging voltage detecting signal+ CP41 Not Required
VR16 VP2 ADJ Charging voltage detecting signal- CP40 Not Required
VR17 FLL Heating current (LG) CP19 Check Required
VR18 FLS Heating current (SM) CP19 Check Required
VR19 PRMA ADJ RAD tube current (A/D) CP70 Not Required
VR20 PRKV ADJ RAD tube voltage (A/D) CP69 Not Required
VR21 Unused N/A N/A N/A
VR22 VF ADJ Frequency for IGBT driving CP64 Not Required
VR23 FBRES Tube voltage feedback response CP63 Check Required
VR24 VP COM Adjust charging voltage correction CP46 Check Required
VR25 VS Adjust VS CP67 Not Required
VR26 VN Adjust VN CP68 Not Required
VR27 B FL tube current setting CP79 Check Required
VR28 LV SIG ADJ Adjust line detecting signal CP55 Not Required
VR29 C FL tube current setting CP79 Check Required
VR30 E FL tube current setting CP79 Check Required
VR31 D FL tube current setting CP79 Check Required
VR32 F FL tube current setting CP79 Check Required
VR33 G FL tube current setting CP79 Check Required
VR34 A FL tube current setting CP79 Check Required
VR35 OFFSET ADJ Adjust measured tube current Meter and CP84 Not Required
VR36 FmA ADJ Adjust FL tube current Meter and CP76 Not Required
VR37 MAM ADJ Adjust tube current Meter and CP84 Not Required
R1 R1 Adjustment for LG pre-heat IF meter Not Required
UD150L30-FX/EX Installation Guide, REV_B Page 22 of 35
SYSTEM-LF30 PCB
NO. NAME PURPOSE CHECK PIN INSTALLATION
VR1 N/A N/A N/A N/A
VR2 Photo-S Ref V(4V/SEN=L,D=0 @90KV) CP7 Not Required
VR3 PH-HVS PMT (1V/-100V) CP6 Not Required
VR4 LMT Filament heating limit (5V/5A) CP5 Not Required
VR5 FVF FVF (5V/5A) CP4 Not Required
VR6 GAIN GAIN (for photocell) OP amp A4-1 Photocell required
VR7 STC Short time for photocell OP amp A4-1 Photocell required
VR8 FVR FVR (5V/5A) CP11 Not Required
VR9 FKV Adjust (5V/100KV) CP8 Not Required
VR10 RmA Adjust (5V/1000mA) CP10 Not Required
VR11 RKV Adjust (5V/100KV) CP9 Not Required
VR12 TKV Actual KV (5V/100KV) CP3 ANALOG Not Required
VR13 TmA Actual mA (1V/200mA) CP54 ANALOG Not Required
SHEET PANEL-30FX PCB
NO. NAME PURPOSE CHECK PIN INSTALLATION
VR1 BZ 1 Pi Buzzer sound adjustment Hearing Required
VR2 BZ 2 Bu Buzzer sound adjustment Hearing Required
VR3 Contrast Contrast Visual Required
VR4 Brightness Brightness Visual Required
PH POWER-96 PCB
NO. NAME PURPOSE CHECK PIN INSTALLATION
VR1 OFF SET Adjust offset of OP AMP CP1 Required
VR2 S.T. COMP Adjust correction in a short time Film Density Required
VR3 MIN Min FL KV in pulse IBS CP3 Required in pulse
VR4 MAX Max Fl KV in pulse IBS CP2 Required in pulse
VR5 PUL IBS RESP Pulse FL IBS response CP5 Required in pulse
VR6 PH HV SET ADJ Photo high voltage level (1V/-100V) CP9/CP17 Not Required
VR7 SAMPLE RESP Adjust the sample response N/A Required in pulse
VR8 BA OUT BA comp ON/OFF difference Adj CP24 Not Required
VR9 DET1 Adjust high voltage in det1 CP30 Required direct PT
VR10 DET2 Adjust high voltage in det2 CP31 Required direct PT
VR11 DET3 Adjust high voltage in det3 CP32 Required direct PT
VR12 DET4 Adjust high voltage in det4 CP33 Required direct PT
VR13 DET3-3 Individual HV adjustment CP34 Required direct PT
VR14 DET3-2 Individual HV adjustment CP35 Required direct PT
VR15 DET3-1 Individual HV adjustment CP36 Required direct PT
VR16 DET2-3 Individual HV adjustment CP37 Required direct PT
VR17 DET2-2 Individual HV adjustment CP38 Required direct PT
VR18 DET2-1 Individual HV adjustment CP39 Required direct PT
VR19 DET1-3 Individual HV adjustment CP40 Required direct PT
VR20 DET1-2 Individual HV adjustment CP41 Required direct PT
VR21 DET1-1 Individual HV adjustment CP42 Required direct PT
VR22 IFG HV adjustment for IFG mode CP17 Not Required
VR23 FSP HV adjustment for FSP mode CP17 Not Required
VR24 F Adjust for BA comp CP17 Not Required
VR25 LTC Correction for long time CP29 Required
UD150L30-FX/EX Installation Guide, REV_B Page 23 of 35
PH CONT-96 PCB
NO. NAME PURPOSE CHECK PIN INSTALLATION
VR21 LTC DET1 Correct DET1 long time Film Density Required
VR22 N/A Perform correction for short time Film Density Required
VR86 LTC DET2 Correct DET2 long time Film Density Required
VR87 LTC DET3 Correct DET3 long time Film Density Required
VR39 N/A Correct short time Film Density Required
VR42 N/A Correct short time Film Density Required
VR43 N/A Correct short time Film Density Required
VR48 N/A Correct short time Film Density Required
VR56 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR57 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR58 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR59 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR60 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR61 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR62 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR63 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR64 N/A Correct light receive area for photocell Actual photo-up time Required (photocell)
VR65 N/A Adjust the offset A16 pin 6 Required
VR66 N/A Adjust the offset A17 pin 6 Required
VR67 N/A Adjust the offset A18 pin 6 Required
VR68 N/A Adjust the offset A19 pin 6 Required
Note: When PMT is installed, set R56 and R64 fully CCW.
UD150L30-FX/EX Installation Guide, REV_B Page 24 of 35
D. List of LEDs
ANALOG-LF30 PCB
NO. Color Name Meaning when ON
LED1 Red TOV Measured tube voltage over
LED2 Red TUN Measured tube current over
LED3 Red PKO Setting tube voltage over
LED4 Red CHO Primary charge over
LED5 Green OKF Filament heating OK
LED6 Red VC- Primary charge (-)
LED7 Red VC+ Primary charge (+)
LED8 Red LVOVER Power supply voltage under/over
LED9 Red IFO Filament over
LED10 Red ROC Radiographic tube current over
LED11 Green STAN-BY Main power supply ON
LED12 Green MGRS MG-RS ON
LED13 Green MGL MG-L ON
LED14 Green MGFL MG-F ON
SYSTEM-LF30 PCB
NO. Color Name Meaning when ON
LED1 Red HX Hand switch EXP operation
LED2 Red IPOF Phototiming time up signal
LED3 Red AR Hand switch PREP operation
LED4 Red G. OPEN GATE OPEN signal
LED5 Red KEYIN Sheet key is pressed
LED6 Red KC PREP condition
LED7 ---- EXP Unused
NEXSC PCB
NO. Color Name Meaning when ON
LED1 7 SEG Status display
LED2 7SEG Status display
LED3 Red ---- Lit in IRQ
LED4 Red ---- Lit in IRQ
LED5 Red ---- Lit in IRQ
LED6 Red ---- Lit in IRQ
PH POWER-96 PCB
NO. Color Name Meaning when ON
D201 Red HV ON Photomultiplier high voltage ON
D202 Red X-RAY ON X-RAY ON
D203 Red PT UP Output photo timer shut down signal
D204 Red DET4 Selecting DET4
D205 Green DET3 Selecting DET3
D206 Green DET2 Selecting DET2
D207 Green DET1 Selecting DET1
D208 Green FD1 Select first field
D209 Green FD2 Select second field
D210 Green FD3 Select third field
UD150L30-FX/EX Installation Guide, REV_B Page 25 of 35
PH CONT-96 PCB
NO. Color Name Meaning when ON
LED1 Green IP OFF Output phototimer shut down signal
LED2 Green DET2 Selecting DET2
LED3 Green DET3 Selecting DET3
I/O 2-96 PCB
NO. Color Name Meaning when ON
LED1 Red CLK1.5 N/A
UD150L30-FX/EX Installation Guide, REV_B Page 26 of 35
E. Initial Settings (recommend settings, not mandatory)
Initial Setting for UD150L-30 FX/EX
General Mode
Page#1 Max. Tube
Voltage
150 kV 334 mA 60 Hz For UD150L30 FX/EX
Page#2 Allowable Tube
Voltage
80 kV 630 mA 99 % For UD150L30 FX/EX
Page#3 Min. Rating Charge
50 kW 800 WS 60 Hz For UD150L30 FX/EX
Page#4
GR Tec1 1 1 0 0 0 0 0 OFF 1
BU1 Tec2 2 2 3 0 3 1 0 OFF 1
BU2 Tec3 5 3 3 0 3 2 0 OFF 1
FSP Tec4 11 7 3 0 1 3 1 ON (o) 2
IFG Tec5 12 8 1 0 0 0 1 ON (o) 2
other 0 0 0 0 0 0 0 OFF *
Tech Tech
Tube Data Mode
Tube #1
See Tube Data on SHIMADZU Web Site
Tube #2
See Tube Data on SHIMADZU Web Site
Ext. Tube Data Mode
E1
See Tube Data on SHIMADZU Web Site
E2
See Tube Data on SHIMADZU Web Site
Allowable Tube
Current
Max. Tube
Current
Tech
Code
System
Supply
Frequency
Safety Factor
Photo
Code
# Photo
Field
Photo
Detect
Fluoro
System
Pulse
Fluoro
Tube#
Option Mode
Not Used PH-Backup Not Used Max. FkV TV System Mem. Mode Page#1
0 0 5 110 kV E 0 or 1
Ba. Comp FSP I.I. Plani Mode FL timer mode Page#2
0 1 0 2
Swing Speed Swing Degree Exp. Time TOMO I/F Page#3
1 0 01 1
Just for reference, not mandatory
UD150L30-FX/EX Installation Guide, REV_B Page 27 of 35
F. Fluoro mA curve setting (ANALOG-LF30 PCB)
At ANALOG-LF30 PCB, adjust the following potentiometers to achieve the mA curve as shown in the
figure.
A VR 34 to increase/decrease the mA level, under 50 KV Set to 0.3 mA
B VR 27 to change the first knee point for mA Set to 50 KV
C VR 29 to increase/decrease the mA level, 50-60 KV Set to 0.5 mA
D VR 31 to change the second knee point for mA Set to 60 KV
E VR 30 to increase/decrease the mA level, 60-90 KV Set to 4.0 mA
F VR 32 to change the third knee point for mA Set to 90 KV
G VR 33 to set the mA to match the maximum dose 10 R/min
Procedures:
1. Power OFF generator.
2. Connect DVM to FmA3 @ ANALOG-LF30 PCB, using DC reading.
3. Turn OFF S2-2 @ ANALOG-LF30 PCB. Set FVR mode for calibration.
4. Turn ON generator. Select Fluoro and FVF mode. Turn OFF IBS.
5. On the panel, set manual Fluoro KV to 50 KV. Adjust VR34 so that the DVM reads 0.3 V.
(No need to turn on fluoro)
6. Perform all adjustments as the following figure.
7. Power OFF generator. Turn ON S2-2 @ ANALOG-LF30 PCB.
mA
4.0
E
G
0.5
0.3
50 60 90 110 KV
B D F
UD150L30-FX/EX Installation Guide, REV_B Page 28 of 35
G. Tube data for RAD60 and RAD56
X-ray tube data for Nonstandard Tube Data Mode
X-ray Tube Type /Focus size Type Large focus Small focus
Anode rotation
Maximum KV 150 KV
Minimum KV 40 KV
HU load factor 90 %
CINE load factor 90 %
HU cooling curve HU(KHU) Time (min)
1 400 0
2 260 1
3 200 3
4 150 10
5 0 40
Emission characteristic Large focus Small focus
KV mA KV mA
1 40 470 40 220
2 50 580 50 340
3 60 800 60 400
4 80 940 80 450
5 0 0 0 0
RAD-60 HS 1.2 mm 0.6 mm
High speed rotation
Short time raiting Large focus Small focus
KV mA KV mA Sec
1 150 750 150 260 0.01
2 110 1000 110 350 0.03
3 110 900 100 350 0.1
4 100 800 150 200 0.3
5 100 500 80 300 1
6 100 300 90 190 3
7 70 200 100 100 10
8 0 0 0 0 20
9 0 0 0 0 50
If max Large focus Small focus
5.5 A 5.2 A
mA position(Recommended) Large focus(mA) Small focus(mA)
1 630 250
2 500 200
3 400 160
UD150L30-FX/EX Installation Guide, REV_B Page 29 of 35
4 320 100
5 250 80
6 200 50
Large focus(mA) Small focus(mA)
Maximum mA 800 320
Minimum mA 10 10
UD150L30-FX/EX Installation Guide, REV_B Page 30 of 35
X-ray tube data for Nonstandard Tube Data Mode
X-ray Tube Type /Focus size Type Large focus Small focus
Anode rotation
Maximum KV 150 KV
Minimum KV 40 KV
HU load factor 90%
CINE load factor 90 %
HU cooling curve HU(KHU) Time (min)
1 400 0
2 260 1
3 200 3
4 150 10
5 0 40
Emission characteristic Large focus Small focus
KV mA KV mA
1 40 470 40 220
2 50 580 50 340
3 60 800 60 400
4 80 940 80 450
5 0 0 0 0
RAD-60 1.2 mm 0.6mm
High speed rotation
Short time raiting Large focus Small focus
KV mA KV mA Sec
1 110 580 100 225 0.01
2 110 570 100 225 0.03
3 110 540 100 220 0.1
4 100 500 100 200 0.3
5 100 360 80 220 1
6 80 300 80 160 3
7 80 270 80 100 10
8 0 0 0 0 20
9 0 0 0 0 50
If max Large focus Small focus
5.5 A 5.2 A
mA position(Recommended) Large focus(mA) Small focus(mA)
1 630 250
2 500 200
3 400 160
4 320 100
5 250 80
6 200 50
Large focus(mA) Small focus(mA)
Maximum mA 800 320
Minimum mA 10 10
UD150L30-FX/EX Installation Guide, REV_B Page 31 of 35
X-ray tube data for Nonstandard Tube Data Mode
X-ray Tube Type /Focus size Type Large focus Small focus
Anode rotation
Maximum KV 150 KV
Minimum KV 40 KV
HU load factor 90 %
CINE load factor 90 %
HU cooling curve HU(KHU) Time (min)
1 400 0
2 260 1
3 200 3
4 150 10
5 0 40
Emission characteristic Large focus Small focus
KV mA KV mA
1 40 420 40 120
2 50 600 50 160
3 60 800 60 200
4 80 940 80 230
5 0 0 0 0
RAD-56 1.2 mm 0.6 mm
High speed rotation
Short time raiting Large focus Small focus
KV mA KV mA Sec
1 110 500 100 195 0.01
2 110 500 100 190 0.03
3 110 470 100 180 0.1
4 110 400 100 170 0.3
5 80 400 100 150 1
6 80 250 80 130 3
7 80 130 80 80 10
8 0 0 0 0 20
9 0 0 0 0 50
If max Large focus Small focus
5.5 A 4.8 A
Small
mA position(Recommended) Large focus(mA)
1 630 250
2 500 200
3 400 160
focus(mA)
UD150L30-FX/EX Installation Guide, REV_B Page 32 of 35
4 320 100
5 250 80
6 200 50
Large focus(mA) Small focus(mA)
Maximum mA 800 320
Minimum mA 10 10
UD150L30-FX/EX Installation Guide, REV_B Page 33 of 35
X-ray tube data for Nonstandard Tube Data Mode
X-ray Tube Type /Focus size Type Large focus Small focus
Anode rotation
Maximum KV 150 KV
Minimum KV 40 KV
HU load factor 90 %
CINE load factor 90 %
HU cooling curve HU(KHU) Time (min)
1 400 0
2 260 1
3 200 3
4 150 10
5 0 40
Emission characteristic Large focus Small focus
KV mA KV mA
1 40 420 40 120
2 50 600 50 160
3 60 800 60 200
4 80 940 80 230
5 0 0 0 0
RAD-56 HS 1.2mm 0.6 mm
High speed rotation
Short time raiting Large focus Small focus
KV mA KV mA Sec
1 110 880 100 330 0.01
2 125 750 110 300 0.03
3 100 850 100 310 0.1
4 100 690 100 270 0.3
5 80 530 70 290 1
6 125 200 70 200 3
7 60 200 90 85 10
8 0 0 0 0 20
9 0 0 0 0 50
If max Large focus Small focus
5.5 A 4.8 A
mA position(Recommended) Large focus(mA) Small focus(mA)
1 630 250
2 500 200
3 400 160
4 320 100
5 250 80
6 200 50
Large focus(mA) Small focus(mA)
Maximum mA 800 320
Minimum mA 10 10
UD150L30-FX/EX Installation Guide, REV_B Page 34 of 35
For more information about non-standard X-ray tube, check SHIMADZU service Web Site.
At www1.shimadzumed.com/ccc
History of Revision:
REVISION B (Change from A)
Add 1. FmA curve adjustments
2. Example for Initial Settings
3. Tube data for RAD 56 and RAD 60
Change 1. Diode position for COMET chamber in the illustrated figure
UD150L30-FX/EX Installation Guide, REV_B Page 35 of 35
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