Service Manual BV Family R1.2
Technical Data
Section 1
Section 1
TECHNICAL DATA
Contents
1
TECHNICAL DATA .................................................................................................................................3
1.1
Standards and regulations.......................................................................................................................3
1.2
Specifications...........................................................................................................................................3
1.2.1
Release numbers .................................................................................................................................3
1.2.2
Environmental conditions.....................................................................................................................4
1.2.3
Generator BV Libra / BV Endura..........................................................................................................5
1.2.4
Generator BV Pulsera ..........................................................................................................................6
1.2.5
Accuracy of displays ............................................................................................................................8
1.2.6
Accuracy of dose area product indication (Gycm2) .............................................................................8
1.2.7
Measurement basis for approval tests .................................................................................................8
1.2.8
X-ray tube.............................................................................................................................................9
1.2.9
X-ray tube assembly ..........................................................................................................................13
1.2.10 X-ray source assembly.......................................................................................................................17
1.2.11 Iris Collimator .....................................................................................................................................19
1.2.12 Lead shutters .....................................................................................................................................19
1.2.13 II Dose Rate setting............................................................................................................................20
1.2.14 Dose Rate ..........................................................................................................................................21
1.2.15 Scattered radiation .............................................................................................................................26
1.2.16 Scattered radiation (Isokerma data)...................................................................................................31
1.2.17 Leakage radiation factor ....................................................................................................................38
1.2.18 X-ray tank heating conditions during fluoroscopy operation ..............................................................38
1.2.19 Anode heat storage............................................................................................................................38
1.2.20 Grid.....................................................................................................................................................38
1.2.21 Image intensifier.................................................................................................................................39
1.2.22 TV Camera.........................................................................................................................................39
1.2.23 Monitors .............................................................................................................................................40
1.2.24 Digital processor ................................................................................................................................40
1.2.25 Connectivity data................................................................................................................................41
1.2.26 Power supply......................................................................................................................................42
1.2.27 Battery charge BV Pulsera only .........................................................................................................45
1.2.28 Options & Accessories .......................................................................................................................45
1.3
Dimensions and Weights .......................................................................................................................48
1.3.1
The BV Libra C-arm stand dimensions ..............................................................................................48
1.3.2
Diagrams of BV Libra versions ..........................................................................................................49
1.3.3
The BV Endura C-arm stand dimensions ..........................................................................................52
1.3.4
Diagrams of BV Endura versions.......................................................................................................53
1.3.5
The BV Pulsera C-arm stand dimensions..........................................................................................56
1.3.6
Diagrams of BV Pulsera versions ......................................................................................................57
1.3.7
The BV Pulsera Extended Rotation C-arm stand dimensions ...........................................................60
1.3.8
The BV Family R1.2 Mobile Viewing Station .....................................................................................61
1.3.9
Diagrams of MVS BV Family R1.2 with standard monitor .................................................................61
1.3.10 Diagrams of MVS BV Family R1.2 with XB monitor ..........................................................................62
1.3.11 Diagrams of MVS BV Family R1.2 with LCD monitor ........................................................................62
BV Family R1.2 / Volume 1
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Section 1
Service Manual BV Family R1.2
Technical Data
2
MATERIAL SAFETY DATA SHEET.....................................................................................................63
2.1
Sealed Lead Battery ..............................................................................................................................64
3
LOOSE ITEMS ......................................................................................................................................66
3.1
Loose items ...........................................................................................................................................66
4
IDENTIFICATION ..................................................................................................................................67
5
CERTIFIABLE ITEMS ...........................................................................................................................68
5.1
The BV Libra / BV Endura .....................................................................................................................68
5.2
The BV Pulsera......................................................................................................................................69
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
1
TECHNICAL DATA
1.1
STANDARDS AND REGULATIONS
The BV Family R1.2 Systems, the BV Libra, the BV Endura and the BV Pulsera are developed and
manufactured with observance of a number of directives, regulations and standards. Information regarding the
compliance status with relevant national and international standards, regulations and laws can be obtained –
on request - from your PMS representative or from:
Philips Medical systems
Corporate Technology Department
Building QM 099
P.O. Box 10 000
5680 DA Best
The Netherlands
Fax: +31 40 27 63110
The system conforms to IEC 601-1, class 1, type B, ordinary equipment (enclosed without protection against
ingress of water). The footswitch is watertight equipment (IPX7). In the BV Pulsera, the X-ray source
assembly is splash-proof equipment (IPX4). Mode of operation: continuous operation with intermittent loading
as described in the sections dealing with the generators in the system.
The system is not suitable for use in the presence of a flammable anesthetic mixture.
PMS will make available on request circuit diagrams, component parts list, descriptions, calibration
instructions and any other information which will assist the appropriately qualified technical personnel to repair
those parts of the equipment that have been designated by the manufacturer as repairable.
1.2
SPECIFICATIONS
1.2.1
Release numbers
The release numbers of the systems can be found as follows:
• C-arm stand (CAS)
During initial installation the release number is displayed on the console display at the bottom lefthand corner.
• Mobile viewing station (MVS)
After start-up, activate the Help function. The release number can be found on every page of the help
menu, at the bottom left-hand corner.
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Section 1
1.2.2
Service Manual BV Family R1.2
Technical Data
Environmental conditions
BV Libra / BV Endura - Environmental conditions
Condition
Value
Operating temperature
Storage temperature
Relative humidity operation
Relative humidity storage
10 to 40 ˚C (maximum permitted range)
10 to 35 ˚C (optimal performance)
-25 to 70˚C
20 – 80 %
5 – 95 % (non condensing)
Air pressure operation & storage
700 / 1100 Hp
Vibration
10 – 150 Hz, 0.35 mm peak
Shock
25 g, 6 ms
BV Pulsera – Environmental conditions
Condition
Value
Operating temperature
Relative humidity operation
Relative humidity storage
10 to 40˚C (maximum permitted range)
10 to 35˚C (optimal performance)
-25 to 55˚C short term storage
-25 to 40˚C long term storage
20 – 80 %
5 – 95 % (non condensing)
Air pressure operation & storage
700 / 1100 Hp
Vibration
10 – 150 Hz, 0.35 mm peak
Shock
25 g, 6 ms
Storage temperature
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.3
Section 1
Generator BV Libra / BV Endura
BV Libra / BV Endura - Generator
Definition
Data
Type
Loading data: Fluoroscopy
HF converter, DC generator
Focus 0.6 IEC
kV range: 40 to 110 kV
mA range: 0.10 to 7.2 mA
Max. continuous loading 105 s
Average load 200 W up to 30 s on
Average load 150 W up to 60 s on
Focus 0.6 IEC
kV range: 40 to 110 kV
mA range: 0.24 to 7.2 mA
Max. loading time 20 s
Average load 100 W up to 110 kV
Average load 150 W up to 80 kV
Focus 1.4 IEC
kV range 40 to 105 kV
Fixed 20 mA
Single load – Average load 150 W
Two loads – Cooling time between exposures 30 s;
- Waiting time for next 2 exposures 62 s
30 mA
- Max. loading time 320 ms
- Waiting time for next exposures 20 s
Loading data: High Definition
Fluoroscopy
Loading data: Radiography
Loading data: Radiography
(France)
BV Libra / BV Endura - Maximum loading factors
Definition
Fluoro
Rad
Rad (France)
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Nominal electric power
Lowest current time product
110 kV
7.2 mA
792 W
105 kV
20 mA
2100 W
2000 W (0.1 s, 20 mA, 100 kV)
2.0 mAs, (0.1 s, 20 mA, from
40 kV to 105 kV)
105 kV
30 mA
3150 W
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Section 1
1.2.4
Service Manual BV Family R1.2
Technical Data
Generator BV Pulsera
BV Pulsera – Generator
Definition
Data
Loading data Fluoroscopy
Focus 0.3 / 0.6 IEC
kV range: 40 – 120 kV
mA range: 0.1 – 8.3 mA
Max cont. loading 10 min up to 360 W
Max cont. loading 5 min up to 600 W
Cont. average load 300 W
Focus 0.3 / 0.6 IEC
kV range: 40 – 120 kV
mA range: 0.24 – 20 mA
Cont. average load 300 W
Focus 0.6 IEC
kV range 40 - 110 kV
mA range 0.4 - 12 mA; average < 6 mA
Frequency 12½ pps
Pulse width 24 or 40 ms
Max. cont loading 10 min. up to 396 W
Max. cont loading 5 min. up to 660 W
Focus 0.6 IEC
kV range: 40 – 110 kV
mA range: 2 – 60 mA; average < 20 mA
Max frequency 25
Cont. average load 300 W
Focus 0.6 IEC
kV range: 40 – 110 kV
mA range: 0.9 – 75 mA
Max loading time 500 ms
Cont. average load 300 W
Focus 0.6 IEC
kV range: 40 – 120 kV
mA fixed 60 mA
Max loading time 2 s
Cont. average load 300 W
Loading data HDF
Loading data Pulsed LDF
Loading data Pulsed Exposure
Loading data Digital Exposure
Loading data Radiography
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera - Maximum loading factors
Definition
Data
Continuous mode LDF
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
120 kV (@ 5 mA)
10 mA (@ 110 kV)
1100 W (110 kV / 10 mA)
Continuous mode HDF
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Audible signal during HDF
Max run time
Number of runs to max heat capacity
X-ray tube current in thermal equilibrium
120 kV (@ 12 mA)
20 mA (@ 72 kV)
1440 W Isowatt (72 kV / 20 mA to 120 kV / 12 mA)
Yes
30 s
6
8.3 mA avg @ 72 kV (30 s on, 42 s off)
Pulsed Fluoroscopy mode
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Max run time
110 kV @ 12 mA pk / 6 mA avg
12 mA pk / 6 mA avg (@ 110 kV)
1320 W pk / 660 W avg
Pulsed exposure mode
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Image storage
Max run time
110 kV @ 60 mA pk / 20 mA avg
60 mA pk / 20 mA avg (@ 110 kV)
6600 W pk / 2200 W avg
Always on
30 s
Digital exposure mode
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Max loading time
Image storage
110 kV (@ 45 mA)
75 mA (@ 72 kV)
5400 W Isowatt (72 kV / 75 mA to 120 kV / 45 mA)
< 500 ms
Always on
Radiography
Nominal X-ray tube voltage
Highest X-ray tube current
Highest electric power
Nominal electric power
Lowest current time product
BV Family R1.2 / Volume 1
120 kV (@ 60 mA)
60 mA (40 – 120 kV)
7200 W (120 kV / 60 mA)
6000 W, 60 mA, 0.1 s (@ 100 kV)
3.2 mAs (0.053 s, 60 mA, from 40 – 120 kV)
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Section 1
1.2.5
Service Manual BV Family R1.2
Technical Data
Accuracy of displays
Accuracy of displays
Definition
Value
Voltage deviation
Fluoroscopy current deviation
Radiography mAs deviation
Dose rate accuracy
+/- (8 % + 0.8 kV)
+/- (8.5 % + 0.01 mA)
+/- (10 % + 0.2 mAs)
+/- 25 %
BV Pulsera only:
Digital exposure mAs deviation
Pulse exposure mA avg deviation
+/- (15 % mA + 5.0 ms)
+/- (15 % mA)
1.2.6
Accuracy of dose area product indication (Gycm2)
Accuracy of dose area product indication (Gycm2)
Below 55 kV
Above 55kV
1.2.7
<30% of max beam diameter
+/- 40%
+/- 30%
>30% of max beam diameter
+/- 30%
+/- 25%
Measurement basis for approval tests
BV Libra / BV Endura - Measurement basis for approval tests
Definition
Value
kV pk
Measured using a non invasive kV pk meter placed 30 cm from the focus
Additional filters (1mm Al & 0.1 mm Cu) removed
Measured directly in the rectified high voltage circuit
The voltage over the mA feedback resistor was measured on the test points
The exposure time measured using a time function in the dose meter
The mAs product calculated using the mA and time results
Measured using a dose meter placed in the reference axis of the X-ray beam
- Use manual kV control and set to kV max
- Read the displayed mA value and scale the radiation results for the test mA
mA
Time
mAs
X-ray output
Leakage and
scattered radiation
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera - Measurement basis for approval tests
Definition
Value
kV pk
Measured using a non invasive kV pk meter placed 30 cm from the focus
Filter pack (2mm Al, 0.1 mm Cu, 1mm Al) removed and replaced with 2 mm Al
Measured directly in the rectified high voltage circuit;
mA jumper P16 was removed and measured with a mA meter
The exposure time measured using a time function in the dose meter
The mAs product calculated using the mA and time results
Measured using a dose meter placed in the reference axis of the X-ray beam
- Use manual kV control and set to kV max
- Read the displayed mA value and scale the radiation results for the test mA
mA
Time
mAs
X-ray output
Leakage and
scattered radiation
1.2.8
X-ray tube
BV Libra / BV Endura - X-ray tube
Definition
Specification
Type
Manufacturer
Model name
Model number
Nominal anode input power small focus
Nominal anode input power large focus
Maximum anode heat content
Maximum continuous heat dissipation
Maximum heat dissipation
Target material
Target angle
Nominal focal spot values
Quality equivalent filtration
Nominal X-ray tube voltage
Fixed anode
Philips Medical Systems DMC
FO17
9890 000 64801
0.81 kW
2.1 kW
35.5 kJ (50.1 kHU)
200 W
360 W (30.6 kHU/min)
Tungsten
12°
0.6 & 1.4 IEC
0.6 mm Al eq.
110 kV
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Service Manual BV Family R1.2
Technical Data
BV Pulsera - X-ray tube
Definition
Specification
Alternative tube
Type
Manufacturer
Rotating anode
Varian Inc.
Model number
Nominal anode input power small focus
Nominal anode input power large focus
Maximum anode heat content
Maximum continuous heat dissipation
Maximum heat dissipation
Target material
Target angle
Nominal focal spot values
Quality equivalent filtration
Nominal X-ray tube voltage
Rotating anode supply
A145
6.0 kW
25 kW
222 kJ (300 kHU)
296 W
870 W (70 kHU/min)
Rhenium-Tungsten
10°
0.3 & 0.6 IEC
0.5 mm Al eq.
120 kV
Single phase 50 / 60 Hz
Rotating anode
Philips Medical Systems
Development and
Manufacturing Centre
RO 0306
6.0 kW
25 kW
222 kJ (300 kHU)
296 W
870 W (70 kHU/min)
Rhenium-Tungsten
10°
0.3 & 0.6 IEC
0.5 mm Al eq.
120 kV
Single phase 50 / 60 Hz
BV Libra / BV Endura – Single load chart, small focus; c150 W eq. Anode input power
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Libra / BV Endura - Single load chart, large focus; 150 W eq. anode input power
BV Pulsera - Single load rating, small focus (40% anode heat content)
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Service Manual BV Family R1.2
Technical Data
BV Pulsera - Single load rating, large focus (40% anode heat content)
BV Libra / BV Endura – Anode heating and cooling curve
100
90
80
Heat Capasity (%)
70
550 W
300 W
200 W
Series4
Series5
Series6
COOLING
60
50
40
30
20
10
0
0
1
2
3
4
5
6
7
8
9
10
Time ( min )
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera – Anode heating and cooling curve
100
90
80
70
HC ( % )
60
900 W
500 W
300 W
200 W
80 W
COOLING
50
40
30
20
10
0
0.1
1.0
10.0
100.0
Time ( min )
1.2.9
X-ray tube assembly
BV Libra / BV Endura - X-ray tube assembly
Definition
Specification
Manufacturer
Model name
Model number
Nominal X-ray tube housing voltage
Inherent filtration
Additional filtration
Permanent filtration (IEC 60522)
Leakage technique factors
Philips Medical Systems
HT converter tank
9890 000 61831
110 kV
2.7 mm Al eq. @ 75 kV
0.95 mm Al + 0.1 mm Cu
6.35 mm Al eq. @ 75 kV
110 kV, 200 W
BV Pulsera - X-ray tube assembly
Definition
Specification
Manufacturer
Model name
Model number
Nominal X-ray tube housing voltage
Inherent filtration
Additional filtration
Permanent filtration (IEC 60522)
Leakage technique factors
Gilardoni
iXion monoblock
102 63300
120 kV
1 mm Al eq. @ 75 kV
3 mm Al + 0.1 mm Cu
6.75 mm Al eq. @ 75 kV
120 kV, 300 W
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Libra / BV Endura - X-ray tube emission chart, small focus, Voltage DC
BV Libra / BV Endura - X-ray tube emission chart, large focus, Voltage DC
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Libra / BV Endura - X-ray tank emission chart, small focus
BV Libra / BV Endura - X-ray tank emission chart, large focus
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Pulsera – Emission characteristics small focus
20
18
16
I_tube (mA)
14
12
40 kV
10
70 kV
120 kV
8
6
4
2
0
2.4
2.6
2.8
3.0
3.2
3.4
3.6
3.8
I_fil (A)
BV Pulsera – emission characteristics large focus
100
90
80
I_tube (mA)
70
60
120 kV
70 kV
40 kV
50
40
30
20
10
0
3.0
3.2
3.4
3.6
3.8
4.0
4.2
4.4
4.6
4.8
I_fil (A)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.10
Section 1
X-ray source assembly
BV Libra / BV Endura - X-ray source assembly
Definition
Values
Maximum X-ray tube assembly heat content
Maximum continuous heat dissipation
840 kJ (1200 kHU)
140 W (11880 HU/min)
BV Pulsera - X-ray source assembly
Definition
Value
Maximum X-ray tube assembly heat content
Maximum continuous heat dissipation
1350 kJ (1900 kHU)
192 W (16300 HU/min)
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Libra / BV Endura – Heating and cooling curves
300 W
200 W
150 W
50
100 W
SURFACE TEMP ( °C )
45
40
35
30
25
COOLING
20
0
20
40
60
80
100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 420 440 460 480
TIME ( min )
BV Pulsera – Heating and cooling curves
600 W 400 W 300 W
200 W
150 W
50
100 W
SURFACE TEMPERATURE ( °C )
45
40
35
30
25
COOLING
20
0
20
40
60
80
100
120
140
160
180
200
220
240
TIME ( minutes )
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Service Manual BV Family R1.2
Technical Data
1.2.11
Section 1
Iris Collimator
BV Libra / BV Endura - Iris collimator
Definition
6” version
BV Libra
< 5 cm
9” version
BV Libra/BV Endura
< 5 cm
step less
step less
12” version
BV Endura
< 5 cm
(17 cm mode)
step less
Definition
6” version
9” version
12” version
Minimum beam diameter
at II input window
Adjustment
n.a.
< 5 cm
n.a.
step less
< 5 cm
(17 cm mode)
step less
Minimum beam diameter
at II input window
Adjustment
BV Pulsera - Iris collimator
1.2.12
Lead shutters
BV Libra / BV Endura - Lead shutters
Definition
Value
Width adjustment
Rotation
Operation
Shutters
Indication on LIH
Down to < 4 cm slit at II
360°
Remotely controlled
2 independent
Yes
BV Pulsera - Lead shutters
Definition
Value
Width adjustment
Rotation
Operation
Shutters
Indication on LIH
Down to < 4 cm slit at II
360°
Remotely controlled
2 independent
Yes
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Section 1
1.2.13
Service Manual BV Family R1.2
Technical Data
II Dose Rate setting
BV Libra / BV Endura – II dose rate setting
Definition
6” version
9” version
12” version
For LDF
300 nGy / s (34 µR / s)
200 nGy / s (23 µR / s)
250 nGy / s (28.6 µR / s)
For HDF
720 nGy / s (82.4 µR / s)
480 nGy / s (55 µR / s)
600 nGy / s (68.7 µR / s)
BV Pulsera – II dose rate setting
Definition
9” version
12” version
For LDF
200 nGy / s (23 µR / s)
250 nGy / s (28.6 µR / s)
For LDF plus
333 nGy / s (38.3 µR / s)
417 nGy / s (47.7 µR / s)
For HDF
480 nGy / s (55 µR / s)
600 nGy / s (68.7 µR / s)
For HDF plus
800 nGy / s (92 µR / s)
1.00 µGy / s (114 µR / s)
For Pulsed Fluoroscopy
480 nGy / s (55 µR / s) 800 nGy / s (92 µR / s)
600 nGy / s (68.7 µR / s) 1.00 µGy / s (114 µR / s)
For Pulsed Exposure
800 nGy / s (92 µR / s) –
1.32 µGy / s (152 µR / s)
1.00 µGy / s (114 µR / s) –
1.65 µGy / s (189 µR / s)
For Digital Exposure
1.80 µGy / s (207 µR / s)
2.25 µGy / s (257 µR / s)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.14
Section 1
Dose Rate
NOTE
These are the typical dose rates for the BV Family R1.2.
The actual dose rate displayed on the system is calibrated and will be slightly different from the table.
At the maximum kV value, with larger objects the system switches into high penetration mode (HIP) and
increases the mA (and dose) values.
________________
BV Libra dose rate
System
6" (15 cm)
9" (23 cm)
6" and 9"
Object
kV
Distance from focus
MODE
20 cm H2O
71
70 cm
mA
uGy/s
20 cm H2O
66
70 cm
mA
uGy/s
Max output
110
70 cm
mA
uGy/s
Cont. LDF (1)(3)
Cont. HDF
INT 1 LDF (3)
INT 1 HDF
½ dose LDF (2)(3)
½ dose HDF
II Formats
Size
Dose
Size
Middle format
Small format
n.a.
n.a.
n.a.
n.a.
7" (17 cm) 50% increase
5" (14 cm) 100% increase
2.75
6.59
0.66
1.58
1.37
3.30
110.47
265.14
26.51
63.63
55.24
132.57
2.11
5.06
0.51
1.22
1.05
2.53
70.1
168.2
16.8
40.4
35.0
84.1
3.00
7.20
0.72
1.73
1.50
3.60
389.4
934.6
93.5
224.3
194.7
467.3
Dose
Note (1): IEC Normal Dose Mode
Note (2): IEC Low dose Mode
Note (3): LDF HIP Same output as HDF modes
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 1 - 21
Section 1
Service Manual BV Family R1.2
Technical Data
BV Endura dose rate
System
9" (23 cm)
12" (31 cm)
Object
20 cm H2O
kV
66
Distance from focus 70 cm
MODE
mA
20 cm H2O
67
70 cm
uGy/s
mA
Max output
110
70 cm
uGy/s
mA
uGy/s
Cont. LDF (1)(3)
Cont. HDF
INT 1 LDF (3)
INT 1 HDF
INT 2 LDF (2)(3)
INT 2 HDF
II Formats
70.1
168.2
16.8
40.4
32.3
77.6
78.5
188.4
18.8
45.2
36.2
86.9
Size
Middle format
Small format
7" (17 cm) 50% increase 9" (23 cm) 20% increase
5" (14 cm) 100% increase 7" (17 cm) 60% increase
2.11
5.06
0.51
1.22
0.97
2.34
Dose
2.27
5.44
0.54
1.31
1.05
2.51
Size
9" and 12"
3.00
7.20
0.72
1.73
1.38
3.32
389.4
934.6
93.5
224.3
179.7
431.4
Dose
Note (1): IEC Normal Dose Mode
Note (2): IEC Low dose Mode
Note (3): LDF HIP Same output as HDF modes
SM-I 1 - 22
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera dose rate Normal kV/mA curve
System
9" (23 cm)
12" (31 cm)
9" and 12"
Object
kV
20 cm H2O
66
20 cm H2O
67
Default maximum Max output
110
120
70 cm
9" and 12"
Distance from focus 70 cm
MODE – Normal
mA
uGy/s
mA
uGy/s
70 cm
mA
uGy/s
Cont. LDF (1)
Cont. LDF HIP
Cont. HDF
Cont. HDF HIP
INT 1 LDF (3)
INT 1 HDF (4)
INT 2 LDF (2)(3)
INT 2 HDF (4)
Pulsed LDF
Pulse 8 ms 3 Hz
Pulse 10 ms 3 Hz
Pulse 13.3 ms 3 Hz
Pulse 8 ms 25 Hz
Pulse 10 ms 25 Hz
Pulse 13.3 ms 25 Hz
MODE – Normal
2.11
n.a.
5.06
n.a.
0.51
1.22
0.97
2.34
2.53
1.01
1.27
1.68
8.44
10.55
14.03
mAs
71.5
n.a.
171.7
n.a.
17.2
41.2
33.0
79.2
85.8
34.3
42.9
57.1
286.1
357.6
475.7
uGy
2.27
n.a.
5.44
n.a.
0.54
1.31
1.05
2.51
2.72
1.09
1.36
1.81
9.07
11.34
15.08
mAs
80.1
n.a.
192.3
n.a.
19.2
46.1
37.0
88.7
96.1
38.5
48.1
63.9
320.5
400.6
532.8
uGy
3.00
10.00
7.20
12.00
0.72
1.73
1.38
3.32
3.60
1.44
1.80
2.39
12.00
15.00
19.95
mAs
373.4
1244.8
896.3
1493.8
89.6
215.1
172.4
413.7
448.1
179.3
224.1
298.0
1493.8
1867.2
2483.4
uGy
2.66
5.70
8.73
90.1
193.2
296.1
2.86
6.13
9.39
101.0
216.6
331.7
3.78
8.10
12.42
470.5
1008.3
1546.1
DIGRAD 140 ms
DIGRAD 300 ms
DIGRAD 460 ms
II Formats
Size
Middle format
Small format
7" (17 cm) 50% increase 9" (23 cm) 20% increase
5" (14 cm) 100% increase 7" (17 cm) 60% increase
Dose
Size
70 cm
mA
uGy/s
3.00
448.9
n.a.
n.a.
7.20 1077.29
n.a.
n.a.
0.72
107.7
1.73
258.5
1.38
207.2
3.32
497.2
Dose
Note (1): IEC Normal Dose Mode
Note (2): IEC Low dose Mode
Note (3): INT 1/2 LDF HIP Dose output will increase by a factor 3.33
Note (4): INT 1/2 HDF HIP Dose output will increase by a factor 1.67
Pulse modes: The dose output for 10 ms pulses can be calculated by scaling [i.e. dose for 8 ms x (10 ms/ 8
ms)]. The dose output for other frequencies can be calculated using the actual frequency.
Display
Actual frequency
3
3.125
5
8
5 8.333
12
12.5
25 Hz
25 Hz
Normal Plus mode: Cont. and INT 1/2 LDF and HDF 66.7% dose increase
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 1 - 23
Section 1
Service Manual BV Family R1.2
Technical Data
BV Pulsera dose rate High Contrast kV/mA curve
System
9" (23 cm)
12" (31 cm)
Object
20 cm H2O
kV
64
Distance from focus 70 cm
MODE – HC
mA
20 cm H2O
64
70 cm
uGy/s
mA
Default maximum Max output
110
120
70 cm
70 cm
uGy/s
mA
uGy/s
mA uGy/s
Cont. LDF (1)
Cont. LDF HIP
Cont. HDF
INT 1 LDF (3)
INT 1 HDF
INT 2 LDF (2)(3)
INT 2 HDF
Pulsed LDF
Pulse 13.3 ms 3 Hz
2.99
n.a.
7.18
0.72
1.72
1.38
3.31
3.59
1.43
92.8
n.a.
222.8
22.3
53.5
42.8
102.8
111.4
44.5
2.99
n.a.
7.18
0.72
1.72
1.38
3.31
3.59
1.43
92.8
n.a.
222.8
22.3
53.5
42.8
102.8
111.4
44.5
5.00
10.00
12.00
1.20
2.88
2.31
5.54
6.00
2.39
622.4 5.00 748.1
1244.8
n.a.
n.a.
1493.8 12.00 1795.5
149.4 1.20 179.5
358.5 2.88 430.9
287.3 2.31 345.3
689.4 5.54 828.7
746.9
298.0
11.935
mAs
370.44
uGy
11.935
mAs
370.44
uGy
19.95
mAs
2483.4
uGy
3.77
8.07
12.38
117.0
250.6
384.4
3.77
8.07
12.38
117.0
250.6
384.4
6.30
13.50
20.70
784.2
1680.5
2576.8
Pulse 13.3 ms 25 Hz
MODE – HC
9" and 12"
DIGRAD 140 ms
DIGRAD 300 ms
DIGRAD 460 ms
II Formats
Size
Middle format
Small format
7" (17 cm) 50% increase 9" (23 cm) 20% increase
5" (14 cm) 100% increase 7" (17 cm) 60% increase
Dose
Size
9" and 12"
Dose
Note (1): IEC Normal Dose Mode
Note (2): IEC Low dose Mode
Note (3): INT 1/2 LDF HIP Dose output will increase by a factor 2
SM-I 1 - 24
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera dose rate Isowatt kV/mA curve
System
9" (23 cm)
12" (31 cm)
Object
20 cm H2O
kV
59
Distance from focus 70 cm
MODE – ISO
mA
20 cm H2O
60
70 cm
uGy/s 70 cm
mA
9" and 12"
9" and 12"
Default maximum Max output
110
120
70 cm
70 cm
uGy/s
mA
uGy/s
mA uGy/s
Cont. LDF
Cont. LDF HIP
Cont. HDF
INT 1 LDF (1)
INT 1 HDF
INT 2 LDF (1)
INT 2 HDF
MODE – ISO
4.53
n.a.
10.87
1.09
2.61
2.09
5.02
mAs
108.1
n.a.
259.5
26.0
62.3
49.9
119.8
uGy
4.92
n.a.
11.80
1.18
2.83
2.27
5.45
mAs
124.4
n.a.
298.7
29.9
71.7
57.4
137.8
uGy
5.46
10.00
13.10
1.31
3.14
2.52
6.05
mAs
679.7 5.00 748.1
1244.8
n.a.
n.a.
1631.2 12.00 1795.5
163.1 1.20 179.5
391.5 2.88 430.9
313.7 2.31 345.3
752.9 5.54 828.7
uGy
DIGRAD 140 ms
DIGRAD 300 ms
DIGRAD 460 ms
II Formats
5.71
12.23
18.75
136.2
292.1
447.7
6.19
13.28
20.35
156.8
336.2
515.2
6.88
14.70
22.60
856.4
1835.1
2813.8
Size
Middle format
Small format
7" (17 cm) 50% increase 9" (23 cm) 20% increase
5" (14 cm) 100% increase 7" (17 cm) 60% increase
Dose
Size
Dose
Note (1): IEC Normal Dose Mode
Note (2): IEC Low dose Mode
Note (3): INT 1/2 LDF HIP Dose output will increase by a factor 1.83
The Interventional reference point is intended to be representative of the point of intersection of the X-ray
beam axis and the patient. For this type of system normal use for interventional procedures is with the c-arm
vertical or horizontal and patient as close as possible to the II.
The Interventional reference point is 30 cm from the image intensifier entrance surface or 69.5 cm from the
focal spot. [ref. IEC 60601-2-43]
The error in estimating the total absorbed dose to the skin introduced from the defined point should average
out as long as the procedure is composed of multiple views. Even under the worst-case conditions, errors
should be less than a factor of two. Of course, assessing the position of the patient and calculating the
appropriate correction factor can eliminate most of this error. [ref. IEC 60601-2-43]
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 25
Section 1
Service Manual BV Family R1.2
Technical Data
1.2.15
Scattered radiation
The following diagrams show the distribution of scattered radiation in the vicinity of the C-arm stand.
Scattered radiation diagram for BV Libra with 6” II:
200
190
180
170
160
150
140
130
25cm
4
120
3
110
2
100
1
90
80
70
60
50
40
30
1 = 5 milli Gy/hr
2 = 2 milli Gy/hr
3 = 1 milli Gy/hr
4 = 0,5 milli Gy/hr
BV LIBRA 6"
20
20
30
40
50
60
70
80
90 100
37440010
10
110kV 200W
X = distance in cm
Y = distance in cm
SM-I 1 - 26
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
Scattered radiation diagram for BV Libra / BV Endura with 9” II:
200
190
180
170
160
5
150
140
4
130
25cm
3
120
2
110
1
100
90
80
70
60
50
40
30
1 = 10 milli Gy/hr
2 = 5 milli Gy/hr
3 = 2 milli Gy/hr
4 = 1 milli Gy/hr
5 = 0,5 milli Gy/hr
BV ENDURA 9"
20
110kV 200W
20
30
40
50
60
70
80
90 100
36260134
10
X = distance in cm
Y = distance in cm
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 27
Section 1
Service Manual BV Family R1.2
Technical Data
Scattered radiation diagram for BV Endura with 12” II:
200
190
180
170
160
150
140
5
130
25cm
120
4
110
3
100
2
90
1
80
70
60
50
40
30
1 = 20 milli Gy/hr
2 = 10 milli Gy/hr
3 = 5 milli Gy/hr
4 = 2 milli Gy/hr
5 = 1 milli Gy/hr
BV ENDURA 12"
20
110kV 200W
20
30
40
50
60
70
80
90 100
36260131
10
X = distance in cm
Y = distance in cm
SM-I 1 - 28
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
Scattered radiation diagram for BV Pulsera with 9” II:
200
190
180
170
160
150
140
130
25cm
120
110
1
3
2
5
4
100
90
80
70
60
50
1 = 20 milli Gy/hr
40
2 = 10 milli Gy/hr
3 = 5 milli Gy/hr
30
BV PULSERA 9"
20
4 = 2 milli Gy/hr
5 = 1 milli Gy/hr
10
20
30
40
50
60
70
80
90 100
36260133
120kV 300W
X = distance in cm
Y = distance in cm
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 29
Section 1
Service Manual BV Family R1.2
Technical Data
Scattered radiation diagram for BV Pulsera with 12” II:
200
190
180
170
160
150
140
130
25cm
120
110
1
2
5
4
3
100
90
80
70
60
50
1 = 40 milli Gy/hr
40
2 = 20 milli Gy/hr
3 = 10 milli Gy/hr
30
20
10
120kV 300W
20
30
40
50
60
70
80
90 100
4 = 5 milli Gy/hr
5 = 2,5 milli Gy/hr
36260132
BV PULSERA 12"
X = distance in cm
Y = distance in cm
SM-I 1 - 30
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.16
Section 1
Scattered radiation (Isokerma data)
Measurement conditions
The tests were made using the maximum X-ray beam for the size of the system.
A 25 cm cube PMMA phantom was placed 5 cm in front of the II input surface. The entrance plane of the
phantom was therefore at the interventional reference point 30 cm in front of the II.
The results are normalized to 1 (uGy/s) / (uGym²/s). The following table provides details of:
• Dose area product at the interventional reference point.
• Actual dose rate for a normalized value of 0.01 (uGy/s) / (uGym²/s).
The table height was set to 87.5 cm, meaning that the centre of the phantom was at a height of 1 meter above
the floor. The degree of uncertainty regarding the results is < ± 50%.
System
BV Libra 6”
BV Endura & BV Libra 9”
BV Endura 12”
BV Pulsera 9”
BV Pulsera 12”
BV Family R1.2 / Volume 1
Nominal X-ray tube
voltage [kV]
110
110
110
120
120
Dose area product
[uGym2/s]
3.1
7.0
12.7
8.1
14.6
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
Dose rate [nGy/s]
31.0
70.4
127.0
80.8
146.0
SM-I 1 - 31
Section 1
Service Manual BV Family R1.2
Technical Data
The following figures illustrate the measuring conditions for each system. Measurements were made in the
horizontal position and in the lateral position.
Measurement configuration diagram Horizontal position
Measurement configuration diagram Lateral position
SM-I 1 - 32
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
Isokerma maps for BV Libra (6 inch II)
Horizontal position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
Lateral position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 33
Section 1
Service Manual BV Family R1.2
Technical Data
Isokerma maps for BV Libra & BV Endura (9 inch II)
Horizontal position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
Lateral position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
SM-I 1 - 34
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
Isokerma maps for BV Endura (12 inch II)
Horizontal position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
Lateral position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 1 - 35
Section 1
Service Manual BV Family R1.2
Technical Data
Isokerma maps for BV Pulsera (9 inch II)
Horizontal position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
Lateral position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
SM-I 1 - 36
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
Isokerma maps for BV Pulsera (12 inch II)
Horizontal position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
Lateral position
Isokerma map at 1.0 m and 1.5 m height (uGy/s)/(uGym²/s)
BV Family R1.2 / Volume 1
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Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 37
Section 1
1.2.17
Service Manual BV Family R1.2
Technical Data
Leakage radiation factor
With an average load of 200 W at 110 kV for the BV Libra / BV Endura and 300 W at 120 kV for the BV
Pulsera, the leakage radiation does not exceed 873 nGy/h (100mR/h) at 1 meter from the focal spot.
1.2.18
X-ray tank heating conditions during fluoroscopy operation
BV Libra / BV Endura - X-ray tank surface temperature indication
Message
Temperature of tank surface
None
X-ray tank warm
X-ray tank very warm
X-ray tank disabled – tank too warm
Tank oil temperature is within working range
Approx. 44 °C
Approx. 48 °C
Approx. 50 °C
BV Pulsera - X-ray tank surface temperature indication
Message
Temperature of tank surface
None
X-ray tank warm
X-ray tank very warm
X-ray tank disabled – tank too warm
Tank oil temperature is within working range
Approx. 44 °C
Approx. 48 °C
Approx. 50 °C
1.2.19
Anode heat storage
The anode heat storage capacity is monitored in such a way that successive high-definition fluoroscopy
loading or radiography exposures cannot overload the anode.
1.2.20
Grid
Grid
Definition
Specification
Type
Material
Lines / cm
FFD
Ratio
Circular
Carbon fiber
60 / cm
100 cm
1:10
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.21
Section 1
Image intensifier
Image Intensifier
Definition
6” II
Type
Entrance field sizes
Single mode
15 cm / 6 inch
BV Libra
BV Endura
BV Pulsera
Input screen
1.2.22
x
Csl
9” II
Triple mode
23 – 17 – 14 cm /
9 – 7 – 5 inch
x
x
x
Csl
12” II
Triple mode
31 – 23 – 17 cm /
12 – 9 – 7 inch
x
x
CsI
TV Camera
TV camera
Definition
Specification
Type
Lines (interlaced)
Pre-processing
Video standards
Image rotation
Optics
High resolution CCD sensor with BV view image brightness regulation
625 at 50 Hz
ADC and AGC
CCIR (50 Hz)
Continuous ± 200° (with pre-indication on screen)
High quality lenses with anamorphic optics
BV Family R1.2 / Volume 1
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Copyright © 2004 Koninklijke Philips Electronics N.V.
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SM-I 1 - 39
Section 1
1.2.23
Service Manual BV Family R1.2
Technical Data
Monitors
Standard Monitors
Definition
Type
Size
Scan frequency
Brightness control
Specification
High resolution anti reflection / anti static screen (MPR II)
43 cm / 17 “
75 / 90 Hz Non-interlaced
Automatic
High-end Monitors (optional)
Definition
Type
Size
Scan frequency
Brightness control
Specification
High contrast, high resolution triple gun / anti static screen (MPR II)
43 cm / 17 “
75 / 90 Hz Non-interlaced
Automatic
LCD Monitors (optional)
Definition
Type
Size
Display matrix
Brightness control
1.2.24
Specification
SXGA active matrix monochrome TFT / LCD
46 cm / 18 “
1280 * 1024
Automatic
Digital processor
Digital processor
Definition
Specification
Display matrix
Type
1008 x 560 x 8
Dedicated 12 bit video pipeline processor with real-time
processing and overlay
50 – 500 – 1000 images (depending on commercial option)
Disk storage capacity
(BV Libra)
Disk storage capacity
(BV Endura / BV Pulsera)
Maximum storage speed
(BV Libra)
Maximum storage speed
(BV Endura / BV Pulsera)
Processing options
(BV Libra zoom, measure and
subtraction only)
SM-I 1 - 40
500 – 5000 – 10000 images (depending on commercial option)
50 images disk; up to 3 images / s
500 images disk; up to 3 images / s
1000 images disk; up to 5 images / s
500 images disk; up to 5 images / s
5000 images disk; up to 8 images / s
10000 images disk; up to 25 images / s
Subtraction – Road mapping - Trace black
Trace white
Zoom - Measure
Real-time pixel shift – Land marking
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.25
Section 1
Connectivity data
Connectivity DICOM workflow interface
System
Specification
DICOM workflow interface
Network protocol
Network medium
Optional
Ethernet TCP / IP network using DICOM v3.0 protocol
10 BaseT, 100 BaseT
Connectivity data
Video output (DFI), 50 Hz
Definition
50 Hz
Horizontal frequency
Horizontal front porch
Horizontal sync width
Horizontal blanking
Vertical frequency frame
Vertical frequency field
Vertical front porch
Vertical sync width
Vertical blanking (field)
Pixel aspect ratio
Pixel clock frequency
Pixels / line
Lines / image
Interlaced
External pixel clock available
Pre equal pls
Post equal pls
Separating pls
15.625 kHz
1.50 ms
4.70 ms
12.0 ms
25 Hz
50 Hz
2.5 lines
2.5 lines
25 lines
1.37
20.25 MHz
1296
575
Yes
No
5
5
Yes
BV Family R1.2 / Volume 1
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SM-I 1 - 41
Section 1
1.2.26
Service Manual BV Family R1.2
Technical Data
Power supply
Power supply
Definition
Specification
Voltage
Configuration
Frequency
Max frequency deviation
100, 110, 120, 130, 200, 210, 220, 230 or 240 V
Single phase (power / neutral, separate earth)
50 or 60 Hz
+/- 1 Hz
Wall outlet sockets must be provided with a proper ground connection accepting grounding cord plugs. Mains
plug must be Hospital grade in the USA and Canada. In other countries, the plug must be approved for use in
this application by the relevant local safety regulations.
The resistance in the socket must conform as follows:
BV Libra / BV Endura – Mains supply requirements
Definition
Values
Values (Fluoro only)
100 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
Definition
15 / 40 A (max 4 s)
0.1 Ω
± 10 %
Slow
Values
15 / 20 A (max 20 s)
0.2 Ω
± 10 %
Slow
Values (Fluoro only)
120 / 130 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
Mains plug (USA only)
Definition
15 / 40 A (max 4 s)
0.12 Ω
± 10 %
Slow
NEMA 5-20P
Values
15 / 20 A (max 20 s)
0.24 Ω
± 10 %
Slow
NEMA 5-15P
Values (Fluoro only)
230 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
10 / 25 A (max 4 s)
0.6 Ω
± 10 %
16 A slow
Not applicable
Not applicable
Not applicable
Not applicable
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Libra / BV Endura mains specification
Mains supply
Standby
LDF
HDF
RAD
20
5
15
10
100 / 240 V
800
100 / 240 V
950
100 / 130 V
7
200 / 240 V
Units
A
15
40
25
1200
1900
3500
W
1400
2200
4500
VA
A
NOTE
The measured values will not exceed the specified values by more than 10% (UL 2601). Mains current values
in large text are as quoted on the system labels. BV Libra and BV Endura – LDF/HDF/RAD values for max.
output. BV Pulsera LDF/HDF/RAD values for 110 kV and max. mA. BV Pulsera ‘Stator’ acceleration time 0.3
or 0.9 seconds.
________________
BV Pulsera – Mains supply requirements
Definition
Values
100 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
Definition
10 / 20 A (max 1 s)
0.1 or 0.2 Ω
+10 / -8 % or +10 / -6 %
Slow
Values
120 / 130 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
Mains plug (USA only)
Definition
10 / 20 A (max 1 s)
0.18 or 0.24 Ω
± 10 % or +10 / -9 %
Slow
NEMA 5-15P
Values
230 V
Current LT / mom
Max impedance
Mains voltage tolerance
Mains fuse
6 / 10 A (max 1 s)
0.6 Ω
± 10 %
16 A slow
BV Family R1.2 / Volume 1
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Pulsera mains specification
Mains supply
Standby
STATOR
LDF
HDF
RAD
Units
10
6
10
6
10
6
A
5
20
10
100 / 240 V
800
200
900
900
900
W
100 / 240 V
850
2200
1100
1100
1100
VA
Total Heat dissipation
800
200
1440
2400
9000
W
100 / 130 V
8
200 / 240 V
A
NOTE
The measured values will not exceed the specified values by more than 10% (UL 2601). Mains current values
in large text are as quoted on the system labels. BV Libra and BV Endura – LDF/HDF/RAD values for max.
output. BV Pulsera LDF/HDF/RAD values for 110 kV and max. mA. BV Pulsera ‘Stator’ acceleration time 0.3
or 0.9 seconds.
________________
BV Pulsera – 100 V and 120 V mains Supply requirements
0.900
EXAMPLE:
Ri = 0.400
Ri = 0.240
Ri = 0.300
Ri = 0.180
0.800
0.700
Vmains >= 120 V - 6.6 %
Vmains >= 120 V - 9.1 %
Vmains >= 120 V - 8.2 %
Vmains >= 120 V - 10 %
0.600
0.500
0.400
0.300
0.200
EXAMPLE:
Ri = 0.100 Vmains >= 100 V - 8.0 %
Ri = 0.200 Vmains >= 100 V - 6.0 %
Ri = 0.300 Vmains >= 100 V - 4.0 %
0.100
0.000
0
1
2
3
4
5
6
7
8
9
10
A dedicated AC power line is recommended to avoid conflicts with the power requirements of other
equipment. When mains impedance is such that the momentary voltage drop is too large, a dedicated mains
circuit has to be used, with requirements for the minimal voltage.
For the USA the momentary voltage drop on a normal mains circuit is 4% at rated current. Most other
countries have similar regulations. The local authorities or the Philips representative has to be consulted for
more details on mains requirements.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.2.27
Section 1
Battery charge BV Pulsera only
The following graph shows the time it takes to re-charge a battery for the BV Pulsera.
BV Pulsera – Battery charging time
100
90
80
70
% CHARGE
60
50
40
30
20
10
0
0
1
2
3
4
5
6
TIME ( HOURS )
1.2.28
Options & Accessories
BV Family R1.2 – Options
DICOM workflow interface
Specifications
Network protocol
Network medium
DICOM conformance
Ethernet TCP/IP network using DICOM v3.0 protocol
10BaseT, 100BaseT
Modality work list management (SCU)
Image storage (SCU)
Basic grey scale print (SCU)
MPPS (SCU)
Storage Commit (SCU)
Yes
Exam based export
BV Family R1.2 / Volume 1
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Family R1.2 – Options
DFI
Featuring
Extended processing
Vascular functions
Electronic blanking, Zoom and pan, Measure
Subtraction
Trace black (BV Endura / BV Pulsera)
Roadmap (BV Endura / BV Pulsera)
Remasking
Pixelshift (BV Endura / BV Pulsera)
Landmarking (BV Endura / BV Pulsera)
Trace white (CO2)
Extended vascular functions
(BV Endura / BV Pulsera)
Cardiac Pulsed Functions
(BV Pulsera)
Image storage
BV Endura / BV Pulsera
BV Libra
Cardio 8 ms
Cardio 10 ms
Cardio 13 ms
Capacity 500 – 5000 – 10000 images
Capacity 50 – 500 – 1000 images
BV Family R1.2 – Options
Laser positioning tools
Specifications
Laser aiming device
Installed on image intensifier;
Output power:
- IEC class 3a
- FDA class II
Wavelength 670 nm
Alignment accuracy < 0.3% of SID in vertical beam point projection
Point projection
Integrated in X-ray assembly;
Output power:
- IEC class 3a
- FDA class II
Wavelength 670 nm
Alignment accuracy < 0.3% of SID in vertical beam point projection
Cross hair projection on installed target cross plate with lead cross hair
Laser alignment tool
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Family R1.2 – Options
Other options
Specifications
Spacers
-20 cm SSD
-30 cm SSD
Key switch to enable/disable radiation and/or height
movement
Refer to VCR User manual for specifications
Refer to VCDR User manual for specifications
Manufacturer: Sony
Type: UP-960
Media: paper
Manufacturer: Sony
Type: UP-980
Media: paper & transparency
System lock
(Standard)
VCR
VCDR
Printer
BV Family R1.2 - Accessories
Accessories
Description
Sterile covers (3x)
Tank unit
Image intensifier
C-arm
To install sterile cover C-arm
Type universal cassette holder cassette format
24x24 IEC 60406 or
24x30 IEC 60406
Type universal cassette holder cassette format
24x24 IEC 60406 or
24x30 IEC 60406
Type universal cassette holder cassette format
24x24 IEC 60406 or
24x30 IEC 60406
Springbow
Cassette holder 6”
(not for USA)
Cassette holder 9”
Cassette holder 12”
WARNING
Only the options and equipment delivered by PMS may be used in conjunction with the systems. The use of
accessory equipment not complying with the equivalent safety requirements of this equipment may lead to a
reduced level of safety in the resulting system. Consideration relating to the choice shall include : 1 – use of
the accessory in the patient vicinity; 2 – evidence that the safety certification of the accessory has been
performed in accordance with the appropriate IEC 60601 – 1 and/or IEC 60601 – 1 – 1 harmonized national
standards.
________________
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SM-I 1 - 47
Section 1
Service Manual BV Family R1.2
Technical Data
1.3
DIMENSIONS AND WEIGHTS
1.3.1
The BV Libra C-arm stand dimensions
BV Libra C-arm stand movement specification.
BV Libra - C-arm stand specifications geometry
Definition
Specification
Longitudinal travel
Panning movement
Motorized height movement
Rotation
Angulation
Source image distance
20 cm
± 10°
49 cm (range from +41 to –8 cm)
Beyond ± 180° with safety stop at ± 135°
+90° / -25°
Fluoroscopy 99.5 cm
Radiography with cassette holder 94.5 cm
20 cm (optional 30 cm for USA)
78 cm
Source skin distance
Distance from image intensifier screen to
X-ray tube output window
Distance from C-arm to X-ray beam
Weight 6”
Weight 9”
SM-I 1 - 48
61 cm
260 kg
260 kg
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.3.2
Section 1
Diagrams of BV Libra versions
The following diagrams show the geometry of the 6” and the 9” versions of the BV Libra respectively. The
dimensions of both systems are indicated on all diagrams.
BV Libra 6” front view:
BV Libra 6” side view:
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Libra 6” top view:
BV Libra 9” front view:
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Service Manual BV Family R1.2
Technical Data
Section 1
BV Libra 9” side view:
BV Libra 9” top view:
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SM-I 1 - 51
Section 1
1.3.3
Service Manual BV Family R1.2
Technical Data
The BV Endura C-arm stand dimensions
BV Endura C-arm stand movement specification.
BV Endura - C-arm stand specifications geometry
Definition
Specification
Longitudinal travel
Panning movement
Motorized height movement
Rotation
Angulation
Source image distance
20 cm
± 10°
49 cm (range from +43 to –6 cm)
Beyond ± 180° with safety stop at ± 135°
+90° / -25°
Fluoroscopy 99.5 cm
Radiography with cassette holder 94.5 cm
20 cm (optional 30 cm for USA)
78 cm
Source skin distance
Distance from image intensifier screen to
X-ray tube output window
Distance from C-arm to X-ray beam
Weight 9”
Weight 12”
SM-I 1 - 52
61 cm
280 kg
295 kg
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.3.4
Section 1
Diagrams of BV Endura versions
The following diagrams show the geometry of the 9” and the 12” versions of the BV Endura respectively. The
dimensions of both systems are indicated on all diagrams.
BV Endura 9” front view:
360
°
with classic wheel base
with ultra compact wheel base
MIN. 1750
MAX. 2240
800
880
BV Endura 9” side view:
with classic wheel base25
200
with ultra compact wheel base
(45° for extended rotation)
9
° 0
25°° or 45° for extended rotation
430
1685
60
990
MIN. 1840
MAX. 2040
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Endura 9” top view:
with classic wheel base (measures in cm)
with ultra compact wheel base
BV Endura 12” front view:
with classic wheel base
0
with ultra compact wheel base
36
°
MIN. 1750
MAX. 2240
800
880
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Endura 12” side view:
with classic wheel base25
200
with ultra compact wheel base
(45° for extended rotation)
9
° 0
25°° or 45° for extended rotation
430
1745
60
990
MIN. 1840
MAX. 2040
BV Endura 12” top view:
with classic wheel base (measures in cm)
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SM-I 1 - 55
Section 1
1.3.5
Service Manual BV Family R1.2
Technical Data
The BV Pulsera C-arm stand dimensions
The BV Pulsera C-arm stand movement specification
BV Pulsera - C-arm stand specifications geometry
Definition
Specification
Longitudinal travel
Panning movement
Motorized height movement
Rotation
Angulation
Source image distance
20 cm
± 10°
49 cm (range from +43 to –6 cm)
Beyond ± 180° with safety stop at ± 135°
+90° / -25°
Fluoroscopy 99.5 cm
Radiography with cassette holder 94.5 cm
20 cm (optional 30 cm for USA)
78 cm
Source skin distance
Distance from image intensifier screen to
X-ray tube output window
Distance from C-arm to X-ray beam
Weight 9”
Weight 12”
SM-I 1 - 56
61 cm
305 kg
310 kg
(04.0)
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.3.6
Section 1
Diagrams of BV Pulsera versions
The following diagrams show the geometry of the 9” and the 12” versions of the BV Pulsera respectively. The
dimensions of both systems are indicated on all diagrams.
BV Pulsera 9” front view:
with classic wheel base
360
°
with ultra compact wheel base
MIN. 1805
MAX. 2295
800
880
BV Pulsera 9” side view:
with classic wheel base 25
200
with ultra compact wheel base
(45° for extended rotation)
9
° 0
25° °or 45° for extended rotation
430
1740
60
990
MIN. 1930
MAX. 2130
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Section 1
Service Manual BV Family R1.2
Technical Data
BV Pulsera 9” top view:
with classic wheel base (measures in cm)
with ultra compact wheel base
66
10˚
10˚
BV Pulsera 12” front view:
360
°
with classic wheel base
with ultra compact wheel base
MIN. 1805
MAX. 2295
800
880
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
Section 1
BV Pulsera 12” side view:
with classic wheel base25
200
with ultra compact wheel base
(45° for extended rotation)
9
° 0
25°°or 45° for extended rotation
430
1735
60
990
MIN. 1930
MAX. 2130
BV Pulsera 12” top view:
with classic wheel base (measures in cm)
with ultra compact wheel base
66
10˚
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Section 1
1.3.7
Service Manual BV Family R1.2
Technical Data
The BV Pulsera Extended Rotation C-arm stand dimensions
The BV Pulsera Extended Rotation C-arm movement specification
BV Pulsera Extended Rotation C-arm stand specifications geometry
Definition
Specification
Longitudinal travel
Panning movement
Motorized height movement
Rotation
Angulation
Source image distance
20 cm
± 10°
49 cm (range from +41 to –8 cm)
Beyond ± 180° with safety stop at ± 135°
+90° / -45°
Fluoroscopy 99.5 cm
Radiography with cassette holder 94.5 cm
20 cm (optional 30 cm for USA)
78 cm
Source skin distance
Distance from image intensifier screen to
X-ray tube output window
Distance from C-arm to X-ray beam
Weight 9”
Weight 12”
SM-I 1 - 60
61 cm
295 kg
305 kg
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
1.3.8
Section 1
The BV Family R1.2 Mobile Viewing Station
The MVS movement specification.
MVS specifications
Definition
Specification
Weight (with standard monitors)
Weight (with High-end monitors)
Weight (with LCD monitors)
Video paper / transparency printer (option)
Video cassette recorder (option)
Video Compact Disc Recorder (option)
210 kg
220 kg
210 kg
9 kg
7 kg
5 kg
1.3.9
Diagrams of MVS BV Family R1.2 with standard monitor
BV Family R1.2 – MVS side and front view with standard monitor
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Section 1
1.3.10
Service Manual BV Family R1.2
Technical Data
Diagrams of MVS BV Family R1.2 with XB monitor
BV Family R1.2 – MVS side and front view with High-end monitor
1.3.11
Diagrams of MVS BV Family R1.2 with LCD monitor
BV Family R1.2 – MVS side and front view with LCD monitor
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
2
Section 1
MATERIAL SAFETY DATA SHEET
CAUTION
The supplier has issued the data on the following pages. The information and recommendations are believed
to be accurate. However no guarantee or warranty, expressed or implied, is made.
________________
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SM-I 1 - 63
Section 1
2.1
SM-I 1 - 64
Service Manual BV Family R1.2
Technical Data
SEALED LEAD BATTERY
(04.0)
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Service Manual BV Family R1.2
Technical Data
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Section 1
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Section 1
Service Manual BV Family R1.2
Technical Data
3
LOOSE ITEMS
3.1
LOOSE ITEMS
The following devices are delivered separately as loose items:
−
−
−
Equipotential conductor and mounting material
Footswitch
Spare consumables; Cable deflectors; Fuses; (box)
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Service Manual BV Family R1.2
Technical Data
4
Section 1
IDENTIFICATION
The type number plates are located on the PEI units. The location of the PEI number plates and labels is
given in the appropriate PEI documentation. A central information plate is located on the C-arm stand. The
presence of the label plate is indicated by the ‘I’ symbol on the rear C-arm cover.
Identification of the BV Family R1.2 System by serial number
Identification of system by serial number
EP*
EQ*
ER*
ES*
ET*
EU*
BV Libra
BV Libra
BV Endura
BV Endura
BV Pulsera
BV Pulsera
6” version
9” version
9” version
12” version
9” version
12” version
Fixed anode
Fixed anode
Fixed anode
Fixed anode
Rotating anode
Rotating anode
*) relevant part of serial number
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Section 1
Service Manual BV Family R1.2
Technical Data
5
CERTIFIABLE ITEMS
5.1
THE BV LIBRA / BV ENDURA
The BV Libra / BV Endura is compatible with the following certifiable components:
Component type
Model designation
X-ray Control
(BV Libra)
X-ray Control
(BV Endura)
Tube Housing Assy
Stand fixed anode
9896 001 92221/2
Stand fixed anode
9896 001 92201/2
HT converter tank
Refer to unit manual
Collimator
Refer to unit manual
15 cm II tube assy
9896 010 23651
Beam Limiting Device
Image intensifier
(BV Libra)
or
Image Intensifier
or
Image Intensifier
(BV Endura)
Spotfilm Device
Spotfilm Device
(BV Endura)
Television Receiver
or
Television Receiver
X-ray Control
Laser Product
Laser Product
Laser Product
SM-I 1 - 68
Labeling
Central
Central
Central
Central
Central
23 cm II tube assy
9896 010 23661
Central
30 cm GG BB Sur
9896 010 23581
9” cassette holder
Refer to unit manual
12” cassette holder
Refer to unit manual
MD0709BRM
9896 010 02992
Central
Local
Local
Local
MMM17AB
9896 010 02961
XTV-8 HPA TV camera
Refer to unit manual
Laser aiming device
9896 000 07261
Laser alignment tool
9896 010 00652
MP 3000
9896 000 05871 (50Hz)
(04.0)
Local
Central
Local
Central
Local
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Technical Data
5.2
Section 1
THE BV PULSERA
The BV Pulsera is compatible with the following certifiable components:
Component type
Model designation
X-ray Control
(BV Pulsera)
Tube Housing Assy
Stand rotating anode
9896 001 92211/2
iXion Monoblock
Refer to unit manual
iXion HF generator
Refer to unit manual
Collimator
Refer to unit manual
23 cm II tube assy
9896 010 23661
Central
30 cm GG BB Sur
9896 010 23581
9” cassette holder
Refer to unit manual
12” cassette holder
Refer to unit manual
MD0709BRM
9896 010 02992
Central
X-ray Generator
Beam Limiting Device
Image Intensifier
or
Image Intensifier
Spotfilm Device
Spotfilm Device
Television Receiver
or
Television Receiver
X-ray Control
Laser Product
Laser Product
Laser Product
BV Family R1.2 / Volume 1
Labeling
Central
Central
Central
Central
Local
Local
Local
MMM17AB
9896 010 02961
XTV-8 HPA TV camera
Refer to unit manual
Laser aiming device
9896 000 07261
Laser alignment tool
9896 010 00652
MP 3000
9896 000 05871 (50Hz)
(04.0)
Local
Central
Local
Central
Local
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SM-I 1 - 69
Service Manual BV Family R1.2
Order config & Delivery sheet
Section 2
Section 2
ORDER CONFIG & DELIVERY SHEET
Contents
1.
INTRODUCTION .....................................................................................................................................2
2.
ORDER CONFIGURATION & DELIVERY SHEET.................................................................................2
BV Family R1.2 / Volume 1
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Copyright © 2003 Koninklijke Philips Electronics N.V.
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SM-I 2 - 1
Section 2
1.
Service Manual BV Family R1.2
Order config & Delivery sheet
INTRODUCTION
In this Section the Trace list and the Packing list have to be filed.
2.
ORDER CONFIGURATION & DELIVERY SHEET
To be delivered upon order
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Unpacking instructions
Section 3
Section 3
UNPACKING INSTRUCTIONS
Contents
1.
UNPACKING INSTRUCTIONS ...............................................................................................................2
1.1.
Unpacking time ........................................................................................................................................2
1.2.
Tools ........................................................................................................................................................2
1.3.
Transportation..........................................................................................................................................2
1.4.
Documents...............................................................................................................................................2
1.5.
Transportation tools .................................................................................................................................2
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Section 3
1.
Service Manual BV Family R1.2
Unpacking instructions
UNPACKING INSTRUCTIONS
This Section contains instructions for unpacking, transportation and mounting. The unpacking instructions
are also delivered with the shipping packing.
There are 3 alternative ways in which the BV Family R1.2 System can be packed:
1. The CAS and the MVS are wrapped in plastic foil;
2. The CAS and the MVS are packed in separate (re-usable) crates;
3. The CAS and the MVS are either packed in a single disposable crate;
NOTE
The re-usable crates must be returned. For details of the packing and shipping procedures, refer to the
information inside the crates;
________________
1.1.
UNPACKING TIME
The time needed to unpack a BV Family R1.2 System is:
- Re-usable crates:
0.5 hr, 1 FSE
- Disposable crates: 1 hr, 1 FSE
1.2.
TOOLS
Disposable crates:
Others:
1.3.
electric screwdriver, standard toolkit
standard toolkit
TRANSPORTATION
For transportation through the hospital building;
The dimensions of the CAS and the MVS must be observed when using elevators or going through doors.
Refer to the Section “Technical Data” for more information about dimensions & weight.
1.4.
DOCUMENTS
The service documentation is delivered with the BV Family R1.2 System(s).
1.5.
TRANSPORTATION TOOLS
The packed system has to be transported with a dedicated forklift to move the pallets towards its
destination(s).
This could be transportation to and in ports, warehouses and user owned buildings.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
Section 4
Section 4
INSTALLATION INSTRUCTIONS
Contents
1
INTRODUCTION .....................................................................................................................................2
1.1
Installation activities .................................................................................................................................2
1.2
Required tools & test equipment..............................................................................................................2
1.2.1
Service PC ...........................................................................................................................................2
1.2.2
Other tools & test equipment................................................................................................................2
2
OVERVIEW OF ON-SITE ACTIVITIES...................................................................................................3
3
SITE SURVEY REPORT .........................................................................................................................4
3.1
Relevant aspects .....................................................................................................................................4
3.2
Site survey report format .........................................................................................................................4
3.3
DICOM workflow interface xa questionnaire ...........................................................................................5
3.3.1
Purpose of this Questionnaire..............................................................................................................5
3.3.2
Explanation of the questions in the questionnaire below.....................................................................5
3.3.3
DICOM Workflow Questionnaire ..........................................................................................................7
4
ON-SITE INSTALLATION.....................................................................................................................12
4.1
Check on power supply requirements ...................................................................................................12
4.1.1
Site mains voltage & frequency check ...............................................................................................12
4.1.2
Mains voltage adaptation ...................................................................................................................13
4.1.3
Mains voltage programming...............................................................................................................13
4.1.4
Check on hardware programming of MCU ........................................................................................14
4.2
Installation of relevant options ...............................................................................................................14
4.3
Connection of cabling & earthing...........................................................................................................14
4.3.1
Cabling instructions............................................................................................................................14
4.3.2
Cabling diagram .................................................................................................................................15
4.4
Check on hardware programming sub-systems ....................................................................................15
4.4.1
Check on hardware programming BV Libra / BV Endura generator unit..........................................15
4.4.2
Switching ON......................................................................................................................................15
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SM-I 4 - 1
Section 4
Service Manual BV Family R1.2
Installation instructions
1
INTRODUCTION
1.1
INSTALLATION ACTIVITIES
The total installation activities will take not more than a working day.
NOTE
X-ray systems have to be configured initially by qualified experts [factory]; the [restricted number of] experts
are trained and do have a professional qualification to work with X-ray devices. FSEs have a level 2
authorization not allowing initial system configuration. The various authority levels have been can be
found in SM-G section 2.
________________
NOTE
The factory obtained test results, of which the data are incorporated in the Service Manual under the Section
“Record of Measured Data”. These data should always be kept and used as on-site reference values.
________________
1.2
REQUIRED TOOLS & TEST EQUIPMENT
1.2.1
Service PC
The installation of the service PC software has been described in SM-SW section 1. The service PC should
have been installed before the commissioning of the system.
1.2.2
Other tools & test equipment
To perform a complete commissioning program, there are no other standard tools and/or test equipment
required.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
2
Section 4
OVERVIEW OF ON-SITE ACTIVITIES
The following flowchart details the activities and handing over of the BV Libra / BV Endura and
BV Pulsera release 1.2 systems.
Program the
generator
frequency of the
system
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SM-I 4 - 3
Section 4
Service Manual BV Family R1.2
Installation instructions
3
SITE SURVEY REPORT
3.1
RELEVANT ASPECTS
With respect to the on-site installation of the BV Family R1.2 Systems, these systems are relatively easy to
commission because no particular site measures are required, apart from the specific earthing requirements.
To avoid unnecessary confusion it is recommended to carry out a site survey, before the factory assembly of
the system, focusing on eventual power supply requirements. If the option of the DICOM workflow interface is
ordered, also the questionnaire has to be filled in.
The relevant aspects of the power supply are:
1. Voltage
2. Frequency
3. Plug specification
The actual data has to be gathered and reported via a Site Survey Report to (or through) the PMS SSD/SSR
organization for onward transmission to the Philips Medical Systems Nederland marketing department.
A format to report the actual data has been incorporated in this chapter.
The relevant data of the DICOM Workflow Interface should be reported via the questionnaire. This format is
also available in this Service Manual.
3.2
SITE SURVEY REPORT FORMAT
The site survey report will be part of the contractual documents and should be filed and archived together with
the other relevant documents in Section “Record of measured data”.
A (possible) format for the site survey report is the one used by PMS marketing.
NOTE
The Site Survey Report form has to be filled in for each room where the system will be used.
________________
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
3.3
Section 4
DICOM WORKFLOW INTERFACE XA QUESTIONNAIRE
The DICOM workflow interface questionnaire is also part of the Site Survey Report and should be filled in and
sent to the PMS SSD/SSR organization for onward transmission to the PMS Marketing department.
NOTE
The DICOM workflow interface questionnaire has to be attached to the Site Survey Report.
________________
3.3.1
Purpose of this Questionnaire
To assure seamless introduction of the BV Family to the hospital network, the Philips Service engineer must
have specific information before installation.
Where:
1.
The local sales representative should give this questionnaire to the hospital network administrator.
2.
The questionnaire responds should be faxed to the local sales representative
3.
The local sales representative is responsible for making the information available to the right persons
within the local organization!
The local sales representative should make the requested information available to the service
engineer.
Providing this information in the way described above will ensure optimal preparation and a smooth
installation procedure.
NOTE
Installation can only take place and be successful if the questionnaire is completely filled out and signed
before installation!
________________
3.3.2
Explanation of the questions in the questionnaire below
3.3.2.1
Hospital information
•
Name, address, etc.
Necessary for identification purposes.
•
Is a Network available?
If not, it is no use trying to sell a DICOM Workflow Interface to this customer. The only thing you can do is
asking if we can help.
•
Type of Network.
Tells the service engineer if special precautions are necessary.
•
Hospital Network Administrator.
He or she is your most important partner in communication regarding the DICOM connectivity. (Try to get
a second name, just in case!).
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SM-I 4 - 5
Section 4
3.3.2.2
Service Manual BV Family R1.2
Installation instructions
Modality information
The BV Family system should be connected to the DICOM network. Information about the modality is
necessary to configure the BV Family as a DICOM modality.
3.3.2.3
Worklist server and MPPS info
This information is only needed if a Worklist Server (RIS/HIS) either with or without an MPPS Server will be
used.
• AE title and an IP address and port number should be made available by the hospital.
•
AE title in MWL in the Query set.
The Patient/Procedures on the Worklist Server are primarily assigned to a certain modality (default OT).
They can be made specific for a certain System by including the (Scheduled) Modality AE title in the
query set.
•
Unique identification.
•
Only one identifier will be used by the BV Family system to uniquely identify the patient entries in the
DFI's 'Patient Administration' list. All other parameters will automatically be updated in case they are
changed on the RIS/HIS system.
Standard the Accession number will be used for this identification. The Scheduled Procedure Step ID or the
Procedure ID can also be used. Contact the PMS helpdesk.
3.3.2.4
Target devices information
This list describes all the target devices (workstations, printers, PC, PACS etc) that should be connected with
our BV Family system.
Target name, AE title, IP address and port number for the target system should be made available by the
hospital!
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
Section 4
3.3.3
DICOM Workflow Questionnaire
3.3.3.1
Hospital Information:
a.
Name
................................................................................................................................
Address
................................................................................................................................
Tel
................................................................................................................................
Fax
................................................................................................................................
E-mail
................................................................................................................................
Mains Power supply
50 Hz
60 Hz
b.
Is there a Network available?
Yes
No
Is the Network an Ethernet?
Yes
No
What is the speed of the network card?
10 Mbps
100 Mbps
other speed
Is the connector a RJ45 type?
Yes
No: connector type: ...............................................................................................................
c.
Hospital Network Administrator:
Name
................................................................................................................................
Tel
................................................................................................................................
Fax
................................................................................................................................
E-mail
................................................................................................................................
Second hospital network administrator or assistant
Name
Tel
Fax
E-mail
BV Family R1.2 / Volume 1
................................................................................................................................
................................................................................................................................
................................................................................................................................
................................................................................................................................
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SM-I 4 - 7
:
:
Section 4
Service Manual BV Family R1.2
Installation instructions
3.3.3.2
Modality Information
a. BV Family system information (to be filled in by Philips)
System software release
...................................................................................
b. BV Family System information
IP address
c.
.
.
.
Subnet mask
255.255.255.0
Default Gateway (IP address) (see note 1)
...................................................................................
Station Name (see note 2)
BV Family
AE Title
BV_Family_AE
Port number for Export, Print, MPPS, WLM
104 (fixed)
Port number for Storage Commit
8104 (fixed)
Service PC IP address (see note 3)
...................................................................................
Note: 1
Default gateway to be used when accessing targets outside the subnet (if applicable to be obtained from the
network administrator).
Note: 2
These are default values. In case of more then one BV Family system connected to the same network,
different values, for each system, have to be chosen for the station name.
Note: 3
An IP address for the Service PC is only needed if the Service PC will be connected to the network. If service
will be performed via a serial cable, an IP address is not necessary.
3.3.3.3
Workflow server and MPPS information
This information is only needed in case of a Worklist Server (RIS/HIS) either with or without a MPPS Server.
Worklist server Information (WLM)
Manufacturer
...........................................................................................................
Model
...........................................................................................................
:
Version
...........................................................................................................
:
Name
...........................................................................................................
:
AE Title
...........................................................................................................
:
IP address
...........................................................................................................
Port number
...........................................................................................................
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
Section 4
Query (attributes)
(The query attributes below will be used to search the worklist server for entries scheduled for the BV-Family
system.)
• Modality
Enable/Disable
if Yes
+OT / XA / RF
• Scheduled Station AE Title
Enable/Disable
• Scheduled Station Name
Enable/Disable
• Scheduled Procedure Step Start date:
Enable/Disable
if Enable:
Today
Three day range (Yesterday, today and tomorrow)
One week range (1 Week range centered around today)
Two week range (2 Week range centered around today)
MPPS server Information
Manufacturer
........................................................................................................................................
Model
........................................................................................................................................
Version
........................................................................................................................................
Name
........................................................................................................................................
Enable
AE Title
Yes
No
........................................................................................................................................
IP address
........................................................................................................................................
Port number
........................................................................................................................................
3.3.3.4
Target information
Print targets Information
Printer 1
Manufacturer
................................................................................................................................
Model
................................................................................................................................
:
Version
................................................................................................................................
:
Target name in
BV Family user interface
................................................................................................................................
AE Title
................................................................................................................................
IP address
................................................................................................................................
Port number
................................................................................................................................
Printer type (to be filled in by Philips) ......................................................................................................................
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:
Section 4
Service Manual BV Family R1.2
Installation instructions
Printer 2
Manufacturer
................................................................................................................................
Model
................................................................................................................................
:
Version
................................................................................................................................
:
Target name in
BV Family user interface
................................................................................................................................
AE Title
................................................................................................................................
IP address
................................................................................................................................
Port number
................................................................................................................................
:
Printer type (to be filled in by Philips) ......................................................................................................................
3.3.3.5
Store targets Information
Store targets can be used either with or without storage commitment. In case of storage commitment
additional the storage commitment AE title, IP address and the Port number have to be entered.
Storage target 1
Manufacturer
........................................................................................
Model
........................................................................................
:
Version
........................................................................................
:
Name (Name which will appear in the BV Family user interface)
........................................................................................
AE Title
........................................................................................
IP address
........................................................................................
Portnumber
........................................................................................
Storage Commit (to be used for this target):
Enabled / Disabled
In case of a storage commitment application:
•
Storage commitment AE Title
........................................................................................
•
Storage commitment IP address
........................................................................................
•
Storage commitment Port number
........................................................................................
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BV Family R1.2 / Volume 1
:
Service Manual BV Family R1.2
Installation instructions
Section 4
Storage target 2
Manufacturer
........................................................................................
:
Model
........................................................................................
:
Version
........................................................................................
:
Name (Name which will appear in the BV Family user interface)
........................................................................................
AE Title
........................................................................................
IP address
........................................................................................
:
Portnumber
........................................................................................
:
Storage Commit (to be used for this target): Enabled / Disabled
Storage Commit (to be used for this target):
Enabled / Disabled
In case of a storage commitment application:
•
Storage commitment AE Title
........................................................................................
•
Storage commitment IP address
........................................................................................
•
Storage commitment Port number
........................................................................................
3.3.3.6
Signature
a. Please sign this questionnaire:
Date
........................................................................................................................................
Name
........................................................................................................................................
Signature
........................................................................................................................................
b. Please fax this questionnaire to (to be filled in by Philips):
Name
........................................................................................................................................
Address
........................................................................................................................................
Fax
........................................................................................................................................
BV Family R1.2 / Volume 1
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SM-I 4 - 11
:
Section 4
Service Manual BV Family R1.2
Installation instructions
4
ON-SITE INSTALLATION
4.1
CHECK ON POWER SUPPLY REQUIREMENTS
4.1.1
Site mains voltage & frequency check
As the systems are mobile X-ray systems, all the rooms where the systems are going to be used have to be
checked for mains conditions.
−
−
−
The mains resistance should be checked. The results must be in accordance with the data of the
System Survey Report.
The mains voltage should be checked. The results must be in accordance with the data of the
System Survey Report.
The mains frequency should be checked. The results must be in accordance with the data of the
System Survey Report.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
4.1.2
Section 4
Mains voltage adaptation
The system uses an internal voltage of 230 V AC.
The system voltage is adjusted to either 120 or 230 V, according tot the wall outlet.
To adapt the system to the different hospital voltages perform the procedure mentioned below:
• For 230 V, cross 120 V out on mains rating label at the rear of the mobile viewing station.
• For 120 V, cross 230 V out on mains rating label at the rear of the mobile viewing station monitor.
• For other voltages, add the new label delivered with the system indicating the programmed voltage.
NOTE
Strike out the unused current value indication on the fuse holder.
________________
4.1.3
Mains voltage programming
To adapt the system to the mains voltage proceed as follows:
1. Remove the rear and front panel of the MVS.
2. Connect the mains input voltage connector according the table below.
3. Program the transformer input voltages at the terminal block by connecting the (5) programming wires
according to the table below.
4. Insert the proper fuses for F1 and F2.
5. In the BV Libra and BV Endura, check or program jumper SEA2:W3 of the Fet power control in the 50 or
60 Hz position, for a drawing refer to SM-CM section 7.
6. In the BV Pulsera, check or position the jumper on the SEA2 board to K1 for 50 or 60 Hz, (the jumper in
the highest position is 50 Hz, in the lowest position is 60 Hz).
7. Re-install the rear and front panel of the MVS.
CAUTION
Check WA1:X5 / X3 connector according the table below. Improper connection could cause damage.
________________
Mains
[voltage]
Main input
to WA1
Fuses
[F1, F2]
100 V
110 V
120 V
130 V
200 V
210 V
220 V
230 V
240 V
X5
X5
X5
X5
X3
X3
X3
X3
X3
15 A*
15 A*
15 A*
15 A*
15 A
15 A
15 A
15 A
15 A
Transformer lead connected to:
1
105
102
106
107
105
105
104
106
107
2
101
101
101
101
102
102
102
102
102
3
104
104
104
104
103
103
103
103
103
4
106
105
105
105
107
106
105
105
105
5
109
109
109
109
108
108
108
108
108
* The fuses F1 and F2 should be 30 A for the BV Libra and BV Endura when the Radiography mode is
enabled. If the fuse rating is changed: cross out the incorrect fuse rating on the lable next to the fuses using a
black permanent marker.
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SM-I 4 - 13
Section 4
Service Manual BV Family R1.2
Installation instructions
Check on hardware programming BV Pulsera generator
Set up the stator supply board (SEA 2) as follows:
Mains frequency
Jumper position SEA2
K1
IN
OUT
50 Hz
60 Hz
4.1.4
K2
OUT
IN
Check on hardware programming of MCU
Based on a proper filled in site survey report the MCU hardware programming has been done in the factory. A
check on this programming is sufficient to control the essential jumper settings.
CAUTION
Incorrect connections can cause malfunctioning of the unit and may cause a Safety Hazard.
________________
System type
BV Libra
BV Endura
BV Pulsera
4.2
Position cable
WA – X5 into
position
WA – X2
WA – X2
WA – X3
Jumper
position
WA1 – W1
1-2
1-2
1-2
Jumper
position
WA1 – W2
Always open
Always open
Always open
Jumper
Position
WA1 – W3
1–2
1–2
1–3
Connection
between WA – T1:
115 116
Closed
Closed
Open
INSTALLATION OF RELEVANT OPTIONS
Depending on the ordered options, these options have to be installed and connected as well.
For further information, refer to the Section “Options”. Pre-installation usually has been done during factory
testing.
4.3
CONNECTION OF CABLING & EARTHING
4.3.1
Cabling instructions
No cables need to be attached to walls, floor or ceiling.
CAUTION
Check adaptation of the system to the mains voltage before connecting to the mains.
________________
CAUTION
Never extend or replace the special type hospital mains supply cable of the BV Family System.
Length, earth wire, diameter of cable are subject to legal requirement.
________________
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Installation instructions
Section 4
CAUTION
Hospital mains must be “Hospital Grade” in the USA and Canada. In other countries, the plug must comply
with local safety regulations. For further information, refer to the Section “Technical Data”.
The mains plug can be changed but for max Ri of mains wall outlet, refer to the Section “Technical Data”.
________________
4.3.2
Cabling diagram
Connect all the cables and earthing wires according to this cabling diagram.
4.4
CHECK ON HARDWARE PROGRAMMING SUB-SYSTEMS
4.4.1
Check on hardware programming BV Libra / BV Endura generator
unit
Set the jumper X3 on the FET power control board (SEA 2) to the 50 Hz or 60 Hz position depending on your
mains frequency.
4.4.2
Switching ON
When the system is switching on it performs a system initialization and self-test.
The system is ready to be used when the MVS shows the “Patient administration” on the left (live) monitor and
the CAS display shows the status and settings without error messages.
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Service Manual BV Family R1.2
Setting to Work procedure
Section 5
Section 5
SETTING TO WORK PROCEDURE
Contents
1
INTRODUCTION .....................................................................................................................................2
2
SETTING TO WORK PROCEDURES ....................................................................................................3
2.1
Switching the system ON.........................................................................................................................3
2.2
Setting to work the VCR, VCDR & Paper printer [optional, if present] ....................................................3
2.3
Setting to work the DICOM Workflow [optional, if present]......................................................................3
2.4
Customizing the system...........................................................................................................................3
3
SOFTWARE PROGRAMMING ...............................................................................................................4
3.1
Check on the software license authority..................................................................................................4
3.2
Check on software programming of BV Family R1.2 System .................................................................4
3.2.1
Checking the configuration of the BV Family R1.2 System .................................................................4
3.2.2
Checking the System Settings .............................................................................................................5
3.2.3
Checking the Examinations names......................................................................................................9
3.3
Setting to work of DICOM workflow interface ........................................................................................10
4
FUNCTIONAL CHECKS .......................................................................................................................11
4.1
X-ray control function check ..................................................................................................................11
4.2
Iris check................................................................................................................................................11
4.3
II-LAT check...........................................................................................................................................11
4.4
Tank LAT check .....................................................................................................................................11
4.5
Lamp test CAS.......................................................................................................................................11
4.6
Lamp test MVS ......................................................................................................................................11
4.7
Check of [level 1] image quality .............................................................................................................11
5
X-RAY TUBE CONDITIONING .............................................................................................................12
5.1
General ..................................................................................................................................................12
5.2
Conditioning of BV Libra and BV Endura ..............................................................................................12
5.3
Conditioning of BV Pulsera....................................................................................................................13
5.4
Completion of the Setting to Work .........................................................................................................13
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SM-I 5 - 1
Section 5
1
Service Manual BV Family R1.2
Setting to Work procedure
INTRODUCTION
After having completed the procedure for unpacking and re-installation of the system, with reference to the
various Sections, the system is ready to be connected to the hospital mains power supply. The BV Family
R1.2 Systems are also pre-adjusted, so no actual new on-site adjustments have to be carried out.
If the previous re-installation measures did not take place, refer to the Section “Installation instructions”.
This Section deals with the setting to work procedure(s) as part of the commissioning: a general check on the
functionality of the system.
In case that software adjustments should be performed, refer to the Section “Adjustment & Verification”.
In general, the delivered equipment could have been stored in warehouses before the setting to work. For this
reason an X-ray tube conditioning program is developed and should be considered.
If the X-ray tube has been out of order for more than 3 months, the conditioning program has to be performed.
A separate procedure is developed for the BV Libra \ BV Endura and the BV Pulsera.
Part of the whole procedure is also a check on the options for the license key. The (32) character string should
allow for the relevant and ordered configuration.
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Service Manual BV Family R1.2
Setting to Work procedure
Section 5
2
SETTING TO WORK PROCEDURES
2.1
SWITCHING THE SYSTEM ON
NOTE
The BV Family R1.2 Systems are earthed through the mains supply cable.
________________
CAUTION
Always allow 10 seconds between switching off and on the power to prevent possible damage to power
supply components in the BV Family R1.2 Systems.
________________
1.
2.
3.
4.
2.2
Connect the cable between the MVS and the CAS.
Plug in the hospital mains cable of the MVS to the mains supply – grounded - wall socket.
Switch ON the system by pressing the “Power-on” button on the MVS console or CAS console.
Enable the key switch.
SETTING TO WORK THE VCR, VCDR & PAPER PRINTER [OPTIONAL, IF PRESENT]
Press the I/O button on the VCR/VCDR and the I/O button on the paper/transparency printer for setting to
work of the devices. After the setting to work, the devices are not switched off, due to central on & off
switching (red button) of both the MVS and/or CAS.
2.3
SETTING TO WORK THE DICOM WORKFLOW [OPTIONAL, IF PRESENT]
DICOM functions are integrated in the software. Configuration is required. For more information, refer to SMSW section 1, 2 and 3.
2.4
CUSTOMIZING THE SYSTEM
For customizing the BV Family R1.2 Systems, refer to the Section “Customizing the BV Family R1.2 System”.
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Section 5
Service Manual BV Family R1.2
Setting to Work procedure
3
SOFTWARE PROGRAMMING
3.1
CHECK ON THE SOFTWARE LICENSE AUTHORITY
NOTE
When the system is delivered initially, the user’s software license number has already been entered into in the
factory. The form showing the license number is shipped together with the system. This form should be filed
as a contract document very carefully.
________________
3.2
CHECK ON SOFTWARE PROGRAMMING OF BV FAMILY R1.2 SYSTEM
NOTE
Downloading the application software has to be repeated in case of malfunctioning.
________________
For the complete installation procedure of the BV Family R1.2 System application software, refer to the
Section “Software installation”.
In the factory the settings of the system has been configured based on default values. This check is a check
on programming these default values only.
Perform the Program manual procedures for [configuration and examination of] default programming. A
requirement is the Service PC has been configures according to SM-SW section 3.
3.2.1
Checking the configuration of the BV Family R1.2 System
1. On the MVS, select Enable service
2. Open BV-Scope.
3. Select: Install > Program Manual > System Configuration. The window below appears.
4. Click the Info button. A window appears that gives a survey of installed and not installed options.
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Service Manual BV Family R1.2
Setting to Work procedure
3.2.2
Section 5
Checking the System Settings
Select: Install > Program Manual > System Settings
Perform BV-Scope window instructions System settings to change the APF settings of the BV Family
R1.2 systems.
Scroll setting window for more system settings.
Example for BV Libra and BV Endura:
WARNING
Compliance with IEC 60601-2-43 Interventional Procedures.
For compliance with IEC 60601-2-43, the system must not be customized with ‘Pulsed LDF’ mode as the
switch on default mode ( i.e. Default technique = Exposure and Default X-mode = Pulsed). This mode has a
dose output above the IEC Normal dose level (see table in the technical data section).
As the default Examination can be selected by the User on the MVS interface,
this applies to all examination types.
________________
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SM-I 5 - 5
Section 5
Service Manual BV Family R1.2
Setting to Work procedure
Example for BV Pulsera:
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Service Manual BV Family R1.2
Setting to Work procedure
Parameter
kV/mA curve
Focus
XTV Measure Field Size
Image processing:
Enable subtraction
Trace black/white
Landmarking level
Image storage:
Storage Rate [fr/s]
Store Last Image Hold
VCR Control
Video processing
Integration factor
FM Noise Reduction Level
FM Movement Detection
FM Movement Sensitivity
FM Contrast
FM Brightness
FM Edge Enhancement
FM Video Invert
SM Noise Reduction Level
SM Movement Detection
SM Movement Sensitivity
SM Contrast
SM Brightness
SM Edge Enhancement
SM Video Invert
Section 5
Value range
Common
Normal, High Contrast, Isowatt
Small, Large
0 = auto, 1 ... 7
Left button
yes, no
black, white
0 ... 3
0, 1, 2, 3, 5, 8, 12, 25
yes, no
on, off
0 ... 60
1, 3/4, 1/2, 1/4, 1/8, 1/16
on, off
off, low, medium, high
-49 ... +49
-49 ... +49
off, low, medium, high
on, off
1, 3/4, 1/2, 1/4, 1/8, 1/16
on, off
off, low, medium, high
-49 ... +49
-49 ... +49
off, low, medium, high
on, off
Table: system settings (APF) parameters for left button
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Section 5
Parameter
Service Manual BV Family R1.2
Setting to Work procedure
Value range
Right button
X-ray generator:
Pulse width
Initial pulse rate
Image processing:
Enable subtraction
Trace black/white
Landmarking level
Image storage:
Storage Rate [fr/s]
Store Last Image Hold
VCR Control
Video processing
Integration factor
FM Noise Reduction Level
FM Movement Detection
FM Movement Sensitivity
FM Contrast
FM Brightness
FM Edge Enhancement
FM Video Invert
SM Noise Reduction Level
SM Movement Detection
SM Movement Sensitivity
SM Contrast
SM Brightness
SM Edge Enhancement
SM Video Invert
short, medium, long
(pulsed) 3, 5, 8, 12, 25
yes, no
black, white
0 ... 3
0, 1, 2, 3, 5, 8, 12 25
yes, no
on, off
0 ... 60
1, 3/4, 1/2, 1/4, 1/8, 1/16
on, off
off, low, medium, high
-49 ... +49
-49 ... +49
off, low, medium, high
on, off
1, 3/4, 1/2, 1/4, 1/8, 1/16
on, off
off, low, medium, high
-49 ... +49
-49 ... +49
off, low, medium, high
on, off
Table: system settings (APF) parameters for right button
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Service Manual BV Family R1.2
Setting to Work procedure
3.2.3
Section 5
Checking the Examinations names
Select Install > Program Manual > Examination names
Perform BV-Scope window instructions Examination names.
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SM-I 5 - 9
Section 5
3.3
Service Manual BV Family R1.2
Setting to Work procedure
SETTING TO WORK OF DICOM WORKFLOW INTERFACE
The application software has already been installed in the factory.
For (re)configuration of the software, refer to SM-SW section 1 and 3.
NOTE
To allow for re-configuring the DICOM workflow interface, refer to the site survey data obtained from the user
via the DICOM workflow interface Questionnaire (refer to SMI section 4).
________________
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Service Manual BV Family R1.2
Setting to Work procedure
4
Section 5
FUNCTIONAL CHECKS
Check if the system starts-up without error codes on the display of the MVS or CAS, if not note the error code
and check and perform the service instructions before continuing the functional checks.
4.1
X-RAY CONTROL FUNCTION CHECK
Check the X-ray control functions of the system as described in the “Instructions for Use”.
4.2
IRIS CHECK
Check the iris functions of the system as described in the “Instructions for Use”.
4.3
II-LAT CHECK
Check the II LAT functions of the system as described in the “Instructions for Use”.
4.4
TANK LAT CHECK
Check the tank LAT functions of the system as described in the “Instructions for Use”.
4.5
LAMP TEST CAS
Check the lamps of the CAS as described in the “Instructions for Use”.
4.6
LAMP TEST MVS
Check the lamps of the MVS as described in the “Instructions for Use”.
4.7
CHECK OF [LEVEL 1] IMAGE QUALITY
Check the level 1 image quality performance of the BV Family R1.2 member.
Refer to the System Manual Corrective Maintenance, Section “Image Performance Checks”.
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Section 5
Service Manual BV Family R1.2
Setting to Work procedure
5
X-RAY TUBE CONDITIONING
5.1
GENERAL
NOTE
Only carry out the X-ray tube conditioning procedure if the X-ray Tank has been out of use for a longer period
of time (+/- 3 months), has been replaced or arcs too much (> 3 times / day).
________________
Perform BV-Scope window instructions as per the relevant BV Family R1.2 System.
5.2
CONDITIONING OF BV LIBRA AND BV ENDURA
The duty cycles for the BV Libra and BV Endura are incorporated in the BV-Scope windows.
[Select BV-Scope path]: Install > Adjustment > X-ray tube > Conditioning
Perform BV-Scope window instructions Conditioning.
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Service Manual BV Family R1.2
Setting to Work procedure
5.3
Section 5
CONDITIONING OF BV PULSERA
The particular values for the BV Pulsera are incorporated in the BV-Scope windows
[Select BV-Scope path]: Install > Adjustment > X-ray tube > Conditioning.
Perform BV-Scope window instructions Conditioning.
5.4
COMPLETION OF THE SETTING TO WORK
This will complete the setting to work procedure. To continue, refer to the Section “Performance check
program”.
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SM-I 5 - 13
Service Manual BV Family R1.2
Performance check program
Section 6
Section 6
PERFORMANCE CHECK PROGRAM
Contents
1
INTRODUCTION .....................................................................................................................................2
1.1
The scope of the checks..........................................................................................................................2
1.2
Required tools & test equipment..............................................................................................................2
1.3
Requirements of status report values ......................................................................................................2
2
PERFORMANCE CHECKS ....................................................................................................................3
2.1
Mechanical checks ..................................................................................................................................3
2.2
Functional test..........................................................................................................................................4
2.2.1
X-ray control function check.................................................................................................................4
2.2.2
Iris check ..............................................................................................................................................5
2.2.3
Laser aiming device check...................................................................................................................5
2.2.4
Laser alignment tool check ..................................................................................................................5
2.2.5
Beep and lamp test C-arm stand .........................................................................................................5
2.2.6
Beep and lamp test mobile viewing station..........................................................................................5
2.3
Image quality check [level 1]....................................................................................................................6
3
CHECK LOCALLY REQUIRED COMPLIANCE(S)................................................................................7
4
COMPLETION OF THE PERFORMANCE CHECK PROGRAM ...........................................................7
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SM-I 6 - 1
Section 6
1
Service Manual BV Family R1.2
Performance check program
INTRODUCTION
After the system is commissioned on site, a number of performance checks have to be carried out to ensure
that the BV Family R1.2 System(s) are functioning properly and within specification(s).
1.1
THE SCOPE OF THE CHECKS
NOTE
The function of all operator controls and indicators are described in the Instructions for Use as per the relevant
BV Family R1.2 Systems: BV Libra, BV Endura or BV Pulsera.
________________
The performance check program will be as follows:
1. [Mechanical] movement checks
2. Functional checks
3. IQ [level 1] checks
On-site testing is restricted, because X-ray performance testing can only be carried out with certain
constraints to the required facilities. However, the whole performance testing has been done in the factory, for
which a full status report will be supplied together with each individual system delivered. Reference will be
made to the relevant measured data as stored under the Section “Record of Measured Data”.
In this Section, the mechanical movement and functional checks are described. For the image performance,
refer to the System Manual Corrective Maintenance, Section “Image performance checks”.
1.2
REQUIRED TOOLS & TEST EQUIPMENT
The standard recommended service kit will be sufficient to do the on-site [IQ] performance checks. Refer to
the Section “General Introduction”.
For [level 1] image quality measurements, a set of special IQ phantoms is required. The content list is part of
the Section “Image performance checks”.
1.3
REQUIREMENTS OF STATUS REPORT VALUES
The minimum and maximum IQ system values are given in the status report.
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Service Manual BV Family R1.2
Performance check program
Section 6
2
PERFORMANCE CHECKS
2.1
MECHANICAL CHECKS
CAUTION
Prior to rotate the C-arm, measures must be taken to avoid the 12” II/TV camera to touch anything.
An uncontrolled touch down will damage the camera.
________________
The mechanical movements as described in the Technical Data of the Instructions for Use have to be
checked. The movements can be split up in the following categories:
Check
Description
Angulation
Rotation
Panning movement
Longitudinal travel
Motorized height movement
Check the functioning: +90˚ / -25˚ (+90˚ / -45˚ for extended rotation)
Check the functioning: beyond +/- 180˚, safety stop at 155˚
Check the functioning: +/- 10˚
Check the functioning: 20 cm
Check the functioning: +43 cm / -6 cm
(+41 cm / -8 cm for BV Libra and Extended Rotation)
Check the functioning of the transportation brakes. For drawings, refer
to SM-I section 1
Check for presence and damage
Check the functioning
Check the functioning
Check for damage
Check the functioning
Horizontal movement
Cable deflectors
Brakes and locks
All mechanical stops
Fasteners and cables
Wheels, wheel alignment and cable
deflectors
LCD arm (optional)
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Section 6
2.2
Service Manual BV Family R1.2
Performance check program
FUNCTIONAL TEST
User routine checks program
The user of a BV-Family system must institute a User Routine Checks Program as detailed in the table below.
Normally, the user will instruct operators to perform these checks and any corresponding actions. In any case,
it is for the operator of the system to make sure that all checks and actions have been satisfactorily completed
before using the system for its intended purpose.
Check
Description
Frequency
Accessories
Cable deflectors
Brakes, wheels, steering
Cabling
Beep and lamp test
Connectors
Power-on
X-ray
Availability and integrity
Check for presence and damage
Ensure correct function
Inspect all cables for kinks and/or cracks
Check for correct function 3
Check correct connection and damage
Check display and monitor for error messages
Ensure correct function 3
Check beep and lamp 3
Check iris settings and verify their position 3
Daily 1
Daily 1
Daily 1
Daily 1
After start-up 1
Daily 1
Before use 1
Daily 1
Daily 1
Daily 1
Check the correct function of the system lock
Daily 1
Ensure correct function of the keys
Check for battery charge warning message
Daily 1
After start-up
Check for damage and correct function
Daily 1
Check for damage and correct function
Check for correct function
Ensure correct function of the monitors
Ensure correct function of the keys
Check for damage and correct function
Check for correct alignment 3
Check for correct function and paper/ transparency presence
Check for correct function/tape presence
Check for correct function/cd-r(w) presence
Daily 1
Daily 1
Daily 1
Daily 1
Daily 1
Daily 1
Daily 1
Daily 1
Daily 1
C-arm stand
Energy storage unit
(Pulsera only)
Hand switch
Foot switch
Height movement
Mobile viewing station
Remote control
Laser alignment tool
Printer
VCR
VCDR
¹ Visual and/or audible checks.
² Contact Service for advice on error messages which appear after start-up.
³ For detailed instructions see below.
2.2.1
X-ray control function check
The X-ray control function check should be performed daily without any objects in the X-ray beam.
1. Press the ‘kV’ soft key to select manual kV.
2. Enter 70 kV.
3. Press the ‘kV’ soft key to select automatic kV and perform fluoro.
4. If the kV value drops to 42 - 47 kV, the X-ray control function is working properly.
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Service Manual BV Family R1.2
Performance check program
2.2.2
Section 6
Iris check
The iris should be checked daily.
1. Perform fluoroscopy without any objects in the X-ray beam and close the iris to about half the size.
2. Press the |Select iris| key. The iris circle is displayed.
3. When the circle covers the edge of the image the iris setting is correct.
4. Perform the steps for the other II sizes.
2.2.3
Laser aiming device check
The laser aiming device check should be checked daily or directly after installation of the device.
1. Aim the laser. (Refer to SM-CM 5, chapter ‘Laser alignment tool’ and to the Instructions for use, chapter
‘Laser positioning tools’).
2. Place a pair of scissors, with its scissor point in the laser beam at 30 cm of the II.
Figure: Laser aiming device check with scissor point
3. Perform fluoro.
4. Check if the scissor point coincides with the marking on the image.
2.2.4
Laser alignment tool check
The laser alignment tool (LAT) alignment check should be checked daily.
1. Install the target plate on the II (Refer to the Instructions for use, chapter ‘Laser positioning tools’).
2. Turn the laser on by pressing the |LAT on/off| key.
3. Check if the laser cross coincides with the centre of the lead target plate cross.
2.2.5
Beep and lamp test C-arm stand
The beep and lamp test should be performed after start-up.
1. Press the |Information| and the |Reset shutter(s)/iris| keys simultaneously to activate the beep and lamp
test.
All LEDs are illuminated, a blank (i.e. white/amber) screen will be displayed and all buzzers will sound.
2. Release the keys, or one of the keys, to stop the beep and lamp test.
2.2.6
Beep and lamp test mobile viewing station
The beep and lamp test should be performed after start-up.
1. Press the |Ctrl| and |Shift| keys simultaneously to activate the beep and lamp test.
A short beep sounds and all LEDs and the X-ray on indicator lamp will be turned on.
2. Release the keys, or one of the keys, to stop the beep and lamp test.
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SM-I 6 - 5
Section 6
Service Manual BV Family R1.2
Performance check program
A BV Family R1.2 System will start up in the fluoro mode, it should then be checked on its functionality.
Check
Description
Accessories
Cabling
Beep and lamp test
Connectors
Power-on
X-Ray
Availability and integrity
Inspect all cables for kinks and/or cracks
Check for correct function after start-up
Check for correct connection and damages
Check display and monitor for error messages
Ensure correct function
Check X-ray indications and beep (with High Dose Fluoroscopy
and after making an Exposure)
Check Collimator settings and verify position
Check correct function of the (optional) system lock
Ensure correct function of the keys
Check for damage and correct function
Check for damage and correct function
Check for battery charge warning message after start-up
Ensure correct functioning of the monitors
Ensure correct functioning of the keys
C-arm stand
Hand-switch
Foot-switch
Energy Storage Unit (BV Pulsera only)
Mobile Viewing Station
Mobile Viewing Station
X-Ray control function check
The X-ray control function check should be performed without any objects in the X-ray beam.
1. Press the ‘kV’ soft key to select manual kV.
2. Set kV value to 70 kV.
3. Press the ‘kV’ soft key to select automatic kV and perform fluoro.
4. If the kV value drops to 42 - 47 kV, the X-ray control function is working properly.
Collimator check
1. Perform fluoroscopy without any objects in the X-ray beam and close the iris to about half the size.
2. Stop Low Dose Fluoroscopy.
3. Press the |Select iris| key for a moment (the collimator iris circle is displayed).
4. When the circle covers the edge of the image the iris setting is correct.
5. Perform the steps for the other II sizes.
6. Perform the steps 1 to 5 for shutters instead of the iris.
Radiography check
1. Make the iris as small as possible and check the visual position of the iris.
2. Check if during a switch to radiography the iris does not move.
3. Check if during a switch to film the iris opens.
4. Make an exposure with 40 kV and the lowest possible mAs and check for beeps after exposure.
2.3
IMAGE QUALITY CHECK [LEVEL 1]
For the [level 1] image quality performance checks, refer to the System Manual Corrective Maintenance,
Section “Image Performance Checks”.
The Image performance checks are part of this Performance check program and shall be carried out
immediately after finalizing the functional checks.
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Service Manual BV Family R1.2
Performance check program
3
Section 6
CHECK LOCALLY REQUIRED COMPLIANCE(S)
These checks have to be investigated by the local PMS SSR/SSD organization and attached to this Section of
the Service Manual.
4
COMPLETION OF THE PERFORMANCE CHECK PROGRAM
This will complete the Performance check program. To continue, refer to the Section “Hand over procedure”.
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SM-I 6 - 7
Service Manual BV Family R1.2
Hand-over procedure
Section 7
Section 7
HAND-OVER PROCEDURE
Contents
1.
INTRODUCTION .....................................................................................................................................2
2.
PERFORM QUICK CHECKS FOR USER ACCEPTANCE ....................................................................3
2.1.
Required documentation..........................................................................................................................3
2.2.
Required tools & test equipment..............................................................................................................3
2.3. The test programme ................................................................................................................................4
2.3.1. The setting to work results ...................................................................................................................4
2.3.2. Optimization of the printer [optional, if present] ...................................................................................4
2.4.
Evaluation of the test results....................................................................................................................4
2.5.
System status report [SSR] .....................................................................................................................4
3.
HAND OVER CERTIFICATE ..................................................................................................................4
4.
COMPLETION OF THE COMMISSIONING OF THE SYSTEM .............................................................4
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SM-I 7 - 1
Section 7
1.
Service Manual BV Family R1.2
Hand-over procedure
INTRODUCTION
After the BV Family R1.2 System has been unpacked, installed, set to work and the performances checked,
the owner and the FSE have made sure that the system is operating in accordance with the specifications.
This Section describes the evaluation of the results of the witnessed performance checks and enables the
owner and/or user to accept the system accordingly.
IEC requires to check the performances at a regular basis. It should be advised, due to the specialistic knowhow, the special environment necessary (to be able to do the performance checks) and the special tools &
test equipment required, to have these services rendered by the supplier of the system. For this reason PMS
has developed a general Planned Maintenance service contract including a regular [image] performance
check programme.
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Service Manual BV Family R1.2
Hand-over procedure
Section 7
2.
PERFORM QUICK CHECKS FOR USER ACCEPTANCE
2.1.
REQUIRED DOCUMENTATION
To be able to carry out a selection of performance checks, the performance quick checks, the following
documentation is required:
−
Shipping documents;
−
Service Manual;
−
Factory released measured data;
−
IQ Performance Manual;
−
A dedicated test programme;
−
An advice to the owner to witness certain tests;
2.2.
REQUIRED TOOLS & TEST EQUIPMENT
To carry out the performance checks the standard service kit is required. Refer to the Section “General
Introduction”.
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Section 7
Service Manual BV Family R1.2
Hand-over procedure
2.3.
THE TEST PROGRAMME
2.3.1.
THE SETTING TO WORK RESULTS
The test results are available, refer to the previous setting to work procedures.
2.3.2.
OPTIMIZATION OF THE PRINTER [OPTIONAL, IF PRESENT]
Refer to the PEI manaul “VCR / paper printer”.
2.4.
EVALUATION OF THE TEST RESULTS
In the Technical Data the evaluation criteria has been tabled. As long as the results are within the prescribed
tolerances, the system is working within specification. The system could be handed over end used by
specified and qualified personnel.
2.5.
SYSTEM STATUS REPORT [SSR]
After having completed the programme successfully, a SSR will be composed to inform the owner and the
PMS X-ray HelpDesk. This initial field SSR will form the basis for future periodical control on performances
and has to be stored and archived carefully.
3.
HAND OVER CERTIFICATE
To hand over the system to the owner a hand-over certificate has to be signed by PMS and the owner. The
date of signing this certificate is also the date, the warranty period will start. The hand over certificate, the
invoice and the service documentation together will form the [contractual] warranty document.
4.
COMPLETION OF THE COMMISSIONING OF THE SYSTEM
This will complete the commissioning procedure. To continue, refer to the Section “Customizing the BV
Family R1.2 System”.
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Service Manual BV Family R1.2
Customizing the BV Family System
Section 8
Section 8
CUSTOMIZING THE BV FAMILY SYSTEM
Contents
1
INTRODUCTION .....................................................................................................................................2
2
CUSTOMIZING THE SYSTEM................................................................................................................3
2.1
Default settings ........................................................................................................................................3
2.1.1
Customizing the BV Family R1.2 system.............................................................................................4
2.1.2
Example programming System setting ................................................................................................5
2.1.3
Dose limitations ....................................................................................................................................6
2.1.4
DICOM configuration............................................................................................................................6
2.2
Customizing the user printer....................................................................................................................7
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 8 - 1
Section 8
1
Service manual BV Family R1.2
Customizing the BV Family System
INTRODUCTION
The BV Family R1.2 Systems can be customized upon request of the user. This customization program will be
carried out after the hand over of the system has taken place to avoid differences in test results between
factory and on site tests.
SM-I 8 - 2
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Copyright © 2004 Koninklijke Philips Electronics N.V.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Customizing the BV Family System
Section 8
2
CUSTOMIZING THE SYSTEM
2.1
DEFAULT SETTINGS
Customization takes place through the BV-Scope windows with the BV Family R1.2 System
The default values are:
System configuration, settings panel:
Parameter
Default
System Serial number
830
Shutter L + R Coupled
No
Camera angle [deg]
0
Radiography possible
Yes
No. of examinations types
5
Max kV [kV]
110
French Homologation
No
Gamma Correction
1
Initialize Image Disk
NO
SW License Key
‘clear’
User configuration, settings panel:
Parameter
Default
Hospital name
‘clear’
Language
English
Birth date field as
Birth date
Data Format
dd-mm-yyyy
Live additional text
OFF
Display Exam type
Yes
Units of measure
0.1 mm
For dose limitations, refer to SM-CM section Adjustment & Verification.
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 8 - 3
Section 8
2.1.1
Service manual BV Family R1.2
Customizing the BV Family System
Customizing the BV Family R1.2 system
The BV Family R1.2 system is delivered whereas the site-specific information still has to be configured.
Procedure:
[Select BV-Scope path]: Install > Program Manual > Site Specific
Perform BV-Scope window instructions Site Specific Configuration.
2 Setting window
Parameter
Value
range
Value
steps
default
Initialize Image Disk
(see the Note below the table)
NO, YES
n.a.
NO
(see the Note below the table)
Run Buffer Size*
5 ... 45
1
• with mem ext. 50 set to 10
10 ... 495
1
• with mem ext. 500 set to 100
10 ... 500
1
• with mem ext. 1000 set to 100
10 ... 2500
1
• with mem ext. 5000 set to 1000
10 ... 5000
1
• with mem ext. 10.000 set to 2500
Cocktail: contrast [1]
50 ... 150
1
115 %
Cocktail: contrast [2]
50 ... 150
1
130 %
Cocktail: contrast [3]
50 ... 150
1
150 %
Cocktail: brightness [1]
50 ... 150
1
104 %
Cocktail: brightness [2]
50 ... 150
1
109 %
Cocktail: brightness [3]
50 ... 150
1
113 %
*) Gives the amount of images that is always left free for storing runs.
NOTE
The runs and images are removed if YES is selected. No other data is removed. If the run buffer size is
changed then the service engineer is forced to initialize the image disk.
________________
SM-I 8 - 4
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Customizing the BV Family System
2.1.2
Section 8
Example programming System setting
WARNING
Compliance with IEC 60601-2-43 Interventional Procedures.
For compliance with IEC 60601-2-43, the system must not be customized with ‘Pulsed LDF’ mode as the
switch on default mode ( i.e. Default technique = Exposure and Default X-mode = Pulsed). This mode has a
dose output above the IEC Normal dose level (see table in the technical data section). As the default
Examination can be selected by the User on the MVS interface, this applies to all examination types.
________________
[Select BV-Scope path]: Install > Program Manual > System settings
Perform BV-Scope window instructions System settings;(Scroll the reference/settings if required)
Actual Examination
Last Exam. Update
Common
kV/mA curve
Focus
XTV Measure Field Size
Left button
X-ray generator:
Image processing:
Enable subtraction
trace black/white
Landmarking level
Image storage:
Storage Rate [fr/s]
Store Last Image Hold
VCR Control
Video processing
Integration factor
FM Noise Reduction Level
FM Movement Detection
FM Movement Sensitivity
FM Contrast
FM Brightness
FM Edge Enhancement
FM Video Invert
SM Noise Reduction Level
SM Movement Detection
SM Movement Sensitivity
SM Contrast
SM Brightness
SM Edge Enhancement
SM Video Invert
name
Date
Normal
Small
0
Right button
Pulse width (Pulsera only)
Initial pulse rate (Pulsera only)
short
3
yes
black
0
Enable subtraction
trace black/white
Landmarking level
yes
black
0
0
no
off
Storage Rate [fr/s]
Store Last Image Hold
VCR Control
0
no
off
0
1
off
off
0
0
off
off
1
off
off
0
0
off
off
Integration factor
FM Noise Reduction Level
FM Movement Detection
FM Movement Sensitivity
FM Contrast
FM Brightness
FM Edge Enhancement
FM Video Invert
SM Noise Reduction Level
SM Movement Detection
SM Movement Sensitivity
SM Contrast
SM Brightness
SM Edge Enhancement
SM Video Invert
0
1
off
off
0
0
off
off
1
off
off
0
0
off
off
Table: System Settings window, example for Endura & Pulsera
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 8 - 5
Section 8
Service manual BV Family R1.2
Customizing the BV Family System
[Select BV-Scope path]: Install > Program Manual > System Settings; 01: Orthopaedics
Perform BV-Scope window instructions System settings
(Scroll setting window for more system settings.)
System Settings window, example
2.1.3
Dose limitations
For dose limitations, refer to SM-CM section Adjustment & Verification.
2.1.4
DICOM configuration
For DICOM configuration, refer to SM-SW section 3.
SM-I 8 - 6
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Copyright © 2004 Koninklijke Philips Electronics N.V.
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Customizing the BV Family System
2.2
Section 8
CUSTOMIZING THE USER PRINTER
To optimize the user printer upon user’s requirements the FSE will adjust this accordingly. For details about
how to customize the User’s printer, refer to the PEI manual “VCR / Paper printer”.
After having customized the system, the BV Family System is completely re-installed and is ready for actual
operation to be performed by the user.
NOTE
Write down changed values in the ‘User changed APF settings’ in the Instructions for Use.
Make a copy of the new values on disk.
________________
BV Family R1.2 / Volume 1
(04.0)
Copyright © 2004 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 8 - 7
Service Manual BV Family R1.2
Record of measured data
Section 9
Section 9
RECORD OF MEASURED DATA
Contents
1.
INTRODUCTION .....................................................................................................................................2
2.
MEASURED DATA .................................................................................................................................2
BV Family R1.2 / Volume 1
(03.1)
Copyright © 2003 Koninklijke Philips Electronics N.V.
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SM-I 9 - 1
Section 9
1.
Service Manual BV Family R1.2
Record of measured data
INTRODUCTION
In this Section the factory measured [performance] data of the system have to be filed. Any change in data
due to (regular) performance measurements should be filed here as well.
2.
MEASURED DATA
The measured data
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BV Family R1.2 / Volume 1
Service Manual BV Family R1.2
Modifications
Section 10
Section 10
MODIFICATIONS
Contents
1.
INTRODUCTION .....................................................................................................................................2
2.
MODIFICATIONS ....................................................................................................................................2
BV Family R1.2 / Volume 1
(03.1)
Copyright © 2003 Koninklijke Philips Electronics N.V.
ALL RIGHTS RESERVED
SM-I 10 - 1
Section 10
1.
Service Manual BV Family R1.2
Modifications
INTRODUCTION
In this Section the Field Changes / Field Change Orders have to be filed.
2.
MODIFICATIONS
Field Change orders
SM-I 10 - 2
(03.1)
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BV Family R1.2 / Volume 1