Technical
Publications
sm 2401594--100
Revision 4
Proteus XR/e
sm
Service Manual
do not duplicate
WARNING
THIS EQUIPMENT IS DANGEROUS TO BOTH PATIENT AND OPERATOR
UNLESS MEASURES OF PROTECTION ARE STRICTLY OBSERVED
Though this equipment is built to the highest standards of electrical and mechanical safety, the useful radiation
beam becomes a source of danger in the hands of the unauthorized or unqualified operator. Excessive
exposure to radiation causes damage to human tissue.
Therefore, adequate precautions must be taken to prevent unauthorized or unqualified persons from
operating this equipment or exposing themselves or others to its radiation.
Before operation, persons qualified and authorized to operate this equipment should be familiar with the
Recommendations of the International Commission on Radiological Protection, contained in Annals Number
60 of the ICRP, with applicable National Standards, and should have been trained in use of the equipment.
ENVIRONMENTAL STATEMENT
ON THE LIFE CYCLE OF THE EQUIPMENT OR SYSTEM
This equipment or system contains environmentally dangerous components and materials (such as PCB‘s,
electronic components, used dielectric oil, lead, batteries etc.) which, once the life-cycle of the equipment or
system comes to an end, becomes dangerous and need to be considered as harmful waste according to the
international, domestic and local regulations.
The manufacturer recommends to contact an authorized representative of the manufacturer or an authorized
waste management company once the life-cycle of the equipment or system comes to an end to remove this
equipment or system.
--- MEDICAL EQUIPMENT --WITH RESPECT TO ELECTRIC SHOCK,
FIRE AND MECHANICAL HAZARDS
ONLY IN ACCORDANCE WITH
UL 60601---1, CAN/CSA C22.2 NO.601.1
<14NN>
Proteus XR/e
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REVISION HISTORY
REV
DATE
REASON FOR CHANGE
1
NOV 23, 2004
First edition.
2
OCT 25, 2005
Updated Schematics.
3
FEB 02, 2007
Added Wall Bucky stand 40 x 120 (optional).
4
JUL 31, 2008
Adjustments and general review.
This Document is the English original version, edited and supplied by the manufacturer.
ADVISORY SYMBOLS
The following advisory symbols will be used throughout this manual.
Their application and meaning are described below.
DANGERS ADVISE OF CONDITIONS OR SITUATIONS THAT
IF NOT HEEDED OR AVOIDED WILL CAUSE SERIOUS
PERSONAL INJURY OR DEATH.
ADVISE OF CONDITIONS OR SITUATIONS THAT IF NOT
HEEDED OR AVOIDED COULD CAUSE SERIOUS PERSONAL
INJURY, OR CATASTROPHIC DAMAGE OF EQUIPMENT OR
DATA.
Advise of conditions or situations that if not heeded or
avoided could cause personal injury or damage to equipment
or data.
Note
.
Alert readers to pertinent facts and conditions. Notes represent
information that is important to know but which do not necessarily
relate to possible injury or damage to equipment.
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SAFETY SYMBOLS
The following safety symbols will be used in the equipment.
Their meaning are described below.
Attention, consult accompanying documents.
Ionizing radiation.
Type B equipment.
Dangerous voltage.
Ground.
This symbol indicates that the waste of electrical and
electronic equipment must not be disposed as unsorted
municipal waste and must be collected separately. Please
contact an authorized representative of the manufacturer or
an authorized waste management company for information
concerning the decommissioning of your equipment.
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TABLE OF CONTENTS
Section
1
Page
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
1.1
Objective and Scope of this Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
1.2
Pre-installation Check . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
1.3
Tools and Test Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1
2
UNPACKING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3
3
INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
5
3.1
Installation Tips . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
5
3.2
Floor Mounted Tube Stand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
9
3.3
Radiographic Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15
3.4
Wall Stand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
19
3.5
Undertable Installation of the Generator (option) . . . . . . . . . . . . . . . . . . . . . . . .
22
3.6
Wall Bucky Stand 40 x 120 (optional) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
24
3.7
Interconnection Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
27
3.7.1
Cables from Floor Mounted Tube Stand . . . . . . . . . . . . . . . . . . . . . . . . .
27
3.7.2
Cables from Radiographic Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
28
3.7.3
Cables from Table / Wall Bucky . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
28
Installation of the Adhesive Scales for SID Reference . . . . . . . . . . . . . . . . . . . .
29
FINAL INSTALLATION AND CHECKS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
33
4.1
Floor Mounted Tube Stand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
33
4.2
Cable Fastening and Covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
34
3.8
4
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Section
5
Page
ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
35
5.1
Perpendicular Balance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
35
5.2
Brake Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
37
5.2.1
Table Brakes (Lateral and Bucky) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
37
5.2.2
Column Vertical Brakes (Left and Right) . . . . . . . . . . . . . . . . . . . . . . . . .
38
5.2.3
Column Foot Brakes (Left and Right) . . . . . . . . . . . . . . . . . . . . . . . . . . .
38
5.3
Pedal Microswitch Replacing and Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . .
39
5.4
Eccentric Bearing Adjustment for the Floor Mounted Tube Stand . . . . . . . . . .
41
5.4.1
Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
41
5.4.2
Field Action . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
42
Alignments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
43
5.5.1
X-ray Beam Alignment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
43
5.5.1.1 Light and X-ray Field Alignment . . . . . . . . . . . . . . . . . . . . . . . . .
46
5.5.1.2 Adjusting Perpendicularity (X-ray Beam and Image Receptor)
49
5.5
5.5.1.3 X-ray Field and Image Receptor (Bucky Assembly) Centering51
5.5.2
X-ray Beam and Wall Bucky Stand Alignment . . . . . . . . . . . . . . . . . . . .
52
5.5.3
Field Size Indicator Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
53
5.5.4
Collimator Lamp Brightness Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
54
5.5.4.1 Collimator Light Field Intensity . . . . . . . . . . . . . . . . . . . . . . . . . .
54
5.5.4.2 Collimator Light Field Contrast Ratio . . . . . . . . . . . . . . . . . . . .
56
PERIODIC MAINTENANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
59
6.1
Maintenance Activities Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
59
6.2
Checking of Floor Mounted Tube Stand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
60
6.3
Checking of Radiographic Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
60
6.4
Checking of Wall Stand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
61
6.5
Check Off Maintenance Revision Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
61
7
RENEWAL PARTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
63
8
SYSTEM INTERCONNECTION MAPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
71
6
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SECTION 1
1.1
INTRODUCTION
OBJECTIVE AND SCOPE OF THIS MANUAL
This Service Manual is intended to describe the installation, adjustments,
configuration, calibration, troubleshooting and periodic maintenance of the
Proteus XR/e.
1.2
PRE-INSTALLATION CHECK
Prior to beginning installation, it is recommended to inspect the site and verify
that the X-ray room complies with Pre-installation requirements, such as:
incoming line, main switch(es), safety devices, conduits and space
requirements.
Note
1.3
.
Refer to Direction 2401591--100 “Pre-Installation Manual” of
Proteus XR/e for more Pre-Installation details.
TOOLS AND TEST EQUIPMENT
The following tools and test equipment are required for the installation:
•
Standard service engineers tool kit.
•
Standard and extended levels (1 meter for Column Base).
•
Electric drill motor and assorted bits.
The following special Tools are commonly used for adjustment of the Rad Room
(these tools are not included with the System. Use the suggested tools or
equivalent):
•
Collimator Test Tool (Model RMI 161B9).
•
Beam Alignment Test Tool (Model RMI 162A).
•
SID Test Stand Tool (Inside Case: RMI Model 175).
•
Light Meter (Standard).
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UNPACKING
The system is shipped in different crates to facilitate transport and installation.
Upon receipt of components and parts of the equipment, inspect all shipping
crates for signs of damage. If damage is found, immediately notify the agent or
carrier.
1.
Place crates close to the location in the room where the system is
intended to be placed and remove each wood--packed part. Do not
discard any packing material (envelopes, boxes, bags) until all parts are
identified as listed in the packing list.
AT LEAST 2 / 3 PEOPLE ARE REQUIRED TO REMOVE ALL
HEAVY COMPONENTS FROM THE SHIPPING PALLET.
2.
When the equipment is unpacked, check the part and serial number of
each component’s identification label. Inspect all pieces for visible
damages. If any damaged part is found, repair it or order a replacement
to prevent unnecessary delay in installation.
3.
Verify that all items on the customer order are present.
4.
Leave a free working area around the equipment until installation is
complete.
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SECTION 3
Note
3.1
INSTALLATION
.
Follow Installation sequence process as described. At least two or
three people are required for the following tasks.
INSTALLATION TIPS
The following advices are to be taken in a common installation, as every room
has it own characteristics and options, please plan the room distribution before
starting the installation.
•
For Column Base positioning, a good reference is 1140 mm distance
from the wall where the Wall Bucky Stand is installed to the first drilling
hole of the Column Base. Otherwise keep in mind the length of the Wall
Spacer or Support to increase the reference distance. (Refer to
Illustration 1).
The minimum distance from the Column Base to its parallel wall is
variable depending on the room size.
•
For Wall Stand positioning, a good reference is to install it at 1021 mm
from the transverse axis of the Wall Bucky to the Column Base Back Wall
for Non Telescopic Column Arm, (Refer to Illustration 1) and 1215 mm for
Telescopic Column Arm (Refer to Illustration 1).
•
For Table positioning, a good reference is to install it at 748 mm from
the longitudinal Axis of the Table Bucky to the Column Base Back Wall
for Non Telescopic Column Arm, (Refer to Illustration 1) and 942 mm for
Telescopic Column Arm (Refer to Illustration 1).
11
A
12
12
(0.5”)
DETAIL A
480
(18.9”)
20
(0.8”)
DETAIL B
10
(0.4”)
1215
(47.8”)
480
(18.9”)
200 Min.
(7.9”)
480
(18.9”)
480
(18.9”)
1693 Min.
(66.7”)
100
(3.9”)
1140 Max.
(44.9”)
(*) 155 Min (6.1”)
275 Max (10.8”)
(*)
Distances in italic- bold correspond to
Rooms with optional Telescopic Arm
885
691
(27.2”) (34.8”)
113
(4.5”)
434
(17.1”)
40
(1.6”)
B
1215
(47.8”)
1021
(40.2”)
1091
(43”)
897
(35.3”)
248
(9.8”)
942
(37.1”)
748
(29.5”)
457
(18”)
3650 Min.
(143.7”)
REV 4
20
(0.8”)
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Illustration 1
Drilling Template
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Illustration 1 (cont.)
Drilling Template
(*) Depends on type of spacer used
(*)
155
(6.1”)
140
(5.5”)
41
Film
(1.6”)
(9.8”)
Floor Cable Entrance
(4”)
Wood Block 600 x 25 mm (23.5” x 1”)
2 Wall Drilling Holes for M10 Bolts
(1.2”)
(2.4”)
2165 mm (85.2”)
STANDARD WALL BUCKY STAND
(*) Depends on type of spacer used
338(13.3”)
(*)
155
(6.1”)
Film 1
69
40
(2.7”)
(1.5”)
Film 2
(4”)
(9.8”)
Floor Cable Entrance
(1.2”)
(*) Depends on type of spacer used
Minimum 155 mm (6.1”)
Maximum 275 mm (10.8”)
(2.4”)
Film 1 -- Film in the Extended Cassette
Film 2 -- Film in the Cassette of the Tray
2 Floor Drilling Holes for M10 Bolts
13
40x120 WALL BUCKY STAND (optional)
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Illustration 1 (cont.)
Drilling Template
OPTIONAL FLOOR AND WALL SUPPORTS
FOR LINE POWERED GENERATORS
(ONLY 1 TUBE -- LOW SPEED STARTER)
OPTIONAL FLOOR AND WALL SUPPORTS
FOR LINE POWERED GENERATORS
(1 or 2 TUBES -- LOW or HIGH SPEED STARTER)
592
445
57
83
57
57
68
67
57
57
57
57
57
57
57
57
40
280
250
206
Wall Support
336
150
150
33 40
33
40
251
580
105
110
435
Floor Support
234
224
Floor Support
19
40
19
40
Wall Support
200
150
200
8
8
80
28
28
68
40 44
57
44
67
462
315
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FLOOR MOUNTED TUBE STAND
1.
Position the Column Base on the floor according to the distribution plan
for the RAD Room. Keep in mind the dimensions and final position of
each component in the System (Column, Wall Bucky, Table, etc.).
The Column Base has to be placed with the Brake Track at the rear side
and perpendicular to the wall where the Vertical Bucky will be installed.
2.
Mark the position of the ten (10) anchoring holes on the floor. Move the
Base and drill the anchoring holes. Bolts and hardware are field provided.
3.
Check the leveling in different points on the Base and adjust it by using
leveling plates. Anchor slightly the Base to the floor.
4.
Remove the Rail Stop from one of the Base laterals. Rail Stops can be
installed in the front or in the rear rails.
Illustration 2
Column Base
BRAKE TRACK
ANCHORING HOLES
BUCKY - COLUMN BASE LINK
(OPTIONAL)
COLUMN SCREWS
COLUMN FOOT
BRAKES
COLUMN CARRIAGE
5.
With the Column laid on the floor, remove the Upper Cap and Upper Front
Cover (both are secured with two screws). (Refer to Illustration 3).
6.
Stand the Column up, in line with the Column Base.
7.
In order to ease the placement of the Column inside the Base, remove
or loosen the Column Foot Brakes located at the rear side of the Column
Foot. (Refer to Illustration 2).
8.
Carefully slide the Column into the Base.
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Do not remove the Counterweight Safety Bar nor the two
Shipping Safety Screws close to the Vertical Carriage until
specifically instructed to do so in this document.
Make sure that the iron cables are properly routed around the
pulleys before standing the Column up.
9.
Reinstall the Rail Stop at the lateral side of the Base and the Column Foot
Brakes.
10.
Vertically level the Column (both laterals and front side). Adjustments are
carried out by means of the leveling plates at the Column Base. Anchor
the Base tightly to the floor. (Refer to Illustration 3).
Illustration 3
Column Base
UPPER CAP
UPPER FRONT COVER
COUNTERWEIGHT SAFETY BAR
LEVELS
UPPER FRONT COVER
SHIPPING SAFETY SCREW
VERTICAL CARRIAGE
COLUMN FOOT
BASE
ANCHORING HOLES
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11.
To facilitate the installation of the Tube-Collimator Assembly, remove the
two Shipping Safety screws close to the Vertical Carriage and re-install
them in the medium position of the Column (refer to Illustration 4).
Then remove the Counterweight Safety Bar while the Vertical Carriage
is held in position. Carefully move the Vertical Carriage up to the Shipping
Safety screws.
Illustration 4
Removing the Counterweight Safety Bar
COUNTERWEIGHT SAFETY BAR
SHIPPING SAFETY SCREW
VERTICAL CARRIAGE
SHIPPING SAFETY SCREW
VERTICAL CARRIAGE
COLUMN FOOT
COLUMN FOOT
BASE
BASE
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12.
Install the Tube-Collimator Support to the Column Arm (Coupling Plate)
by using the four screws mounted at the rear side of the Support (upper
and lower holes). The two rods will be used to level the Support when all
the components are assembled.
Illustration 5
Coupling of Tube-Collimator Support -- Rear View
Coupling Plate of the Column Arm(Fixed SID)
Coupling for Telescopic Arms
Coupling Screws
Tube-Collimator Support
Coupling for Non Telescopic Arms
Tube-Collimator Support
Levelling Rods
13.
Tube-Collimator Support
On the backside of the Control Panel, remove the six (6) Allen Screws
that fix the Control Panel Cover to the Control Panel and then dismount
the Control Panel Cover.
Allen Screws
14.
Pass the GND wire and the Rot/Transv Lock Cable (A7220-XX) through
the left hole and the Vertical Lock Cable (A7219-XX) through the right
hole; connect these cables to TS2 inside the Control Console as shown
in block diagram 54301085.
Connection for A7219 & A7220 to TS2
GND
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Note
15.
Remount the Control Panel Cover and fix it with the six (6) Allen Screws.
16.
Install the Column Control Panel by using the two bolts in the rear side
of the Control Panel.
17.
Carefully remove the Collimator Adaptation Ring from the Collimator.
.
When removing the Adaptation Ring, the screws could fall into the
Collimator which may cause later damage to the Collimator.
18.
Install the X-ray Tube on its Support using the Collimator Adaptation Ring
and its four Security Screws (Allen).
Illustration 6
X-ray Tube, Collimator and Control Panel
X-RAY TUBE
CONTROL PANEL
COLLIMATOR
COLLIMATOR ADAPTATION RING
19.
Before installing the Collimator, unscrew the four Centering Adjustment
and Security Screws of the Collimator Adaptation Ring using the same
number of turns to allow an even Collimator fastening. Adjust the
Collimator Blades to their widest setting and carefully install the
Collimator centering it with the X-ray Tube window.
Tighten the four Centering Adjustment and Security Screws (Allen)
equally (same number of turns) until the Collimator is centered and held
firm on the Collimator Adaptation Ring. (See the Collimator Manual).
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20.
Level the Tube-Collimator Assembly on the Tube and Collimator base.
Adjust the horizontal level by using the two rods on the backside of the
Coupling Plate (Arm).
21.
Remove the two Shipping Safety screws close to the Vertical Carriage.
The weight of the Counterweight is equal or slightly greater than the
weight of the Carriage + Arm + Tube + Collimator + Console. It is factory
adjusted including the HV Cables of the Tube that will be installed later.
22.
Install the Upper Front Cover and then the Upper Cap (both are secured
with two screws). Install the Foot Cover of the Column by snapping it in.
Illustration 7
Tube Support Arm Leveling
UPPER CAP
UPPER FRONT COVER
SHIPPING SAFETY SCREW
LEVEL
LEVELING RODS
VERTICAL CARRIAGE
LEVEL
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RADIOGRAPHIC TABLE
1.
Remove the transport screws that secure the Radiographic Table to the
pallet and move away the Table.
2.
Remove the front cover screws of the Table in order to access inside the
Table.
3.
Power ON the Collimator Lamp and align perfectly the Bucky axes with
the Collimator light beam. During alignment, place the Tube-Collimator
Assembly and the Bucky Carriage at different positions to check that it
is correctly aligned.
4.
Mark on the floor the four anchoring holes of the Table Base.
ANCHORING HOLES
Note
5.
Move away the Table Base and prepare its anchors.
6.
Position the Table Base at its final place and anchor the Table Base to the
floor. Check that it is properly leveled placing levels in different points of
the Upper Frame. Use leveling plates to level the Base, before securing
definitively the Table.
.
Use an extended level (1 meter) or several standard levels placed
in different points for leveling the Table Base.
7.
Connect the Power Supply cable for the Table Locks from the Table TS1
the TB7 of the Lock Board in the Generator, and connect the GND cable
from the Table Base to the GND Stud in the Generator (refer to
schematics 54302065).
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8.
Connect the Table Bucky Cables as per Bucky schematics. The Bucky
ground cable (yellow/green) must be connected to the GND Stud in the
Generator.
9.
Bucky link option. If this option is provided, although the Bucky Link is
factory-levelled, it may require height adjustment. Four (4) Bucky Link
Screws fix the Link through a Fitted--slot Plate which may be used for this
adjustment.
The Base Screws may also be used for height adjustment; but if doing
so, the Microswitch must also be adjusted by using the Slot Screws
shown in the photo below.
Bucky Link Screws
Switch Slot Screws
Bucky Link
Base Screws
Cover Screws
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10.
Route the cables through the rear cables outlet of the Table Base along
the room for their later connection.
11.
Re-install the Front Cover of the Table Base.
12.
Remove the two rubber stops of the same end of the Table-Top.
To avoid damage to the Lock Pin of the longitudinal lock of
the Table-Top, place the Lock Pin in its lower position and
secure it by using a wire ty-wrap before sliding the Table-Top
over the frame.
LOCK PIN
WIRE TY-WRAP
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13.
Install the Table-Top from one of the Table sides (right or left) inserting the
Bearings inside of their Rails. At least two people are required for this
operation.
Be sure that the Table-Top slides over the bearings and
Longitudinal Lock Pin do not block its way.
14.
Remove the wire ty-wrap of the Longitudinal Lock Pin.
15.
Re-install the rubber stops of the Table-Top end.
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WALL STAND
The Shipping Safety Screws used to block carriage
movement and the Counterweight Safety Bar are used to
prevent not only damage during shipment but also unwanted
weight imbalance in the column during installation.
The counterweights come pre-adjusted for the weight of the
Bucky with the Tray inserted. Make sure that the mechanical
brake is secure before releasing the safety screws.
There are three options for this assembly: A) Spacers anchored to the wall;
B) Wall Support; C) Column anchored directly to the wall (No support between
the Wall Bucky Stand and the wall).
1.
Place the Wall Stand in Vertical position.
Illustration 8
Wall Bucky Stand
ANCHORING HOLES
COUNTERWEIGHT SAFETY BAR
UPPER CAP
UPPER FRONT COVER
LEVELS
SHIPPING SAFETY SCREW
VERTICAL CARRIAGE
BASE
ANCHORING HOLES
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2.
Remove the Upper Cap and Upper Front Cover. The two lower screws
shown in the photo below are used to secure the Upper Front Cover to
the Column. The tool below is an Allen Type Screwdriver.
3.
Remove the Counterweight Safety Bar (behind the Front Cover).
4.
Remove the Shipping Safety Screws from the Carriage Rails. For this
operation, it is advisable to have a person pushing the Bucky Assembly
downwards to ease the removal (Mechanical Brake should be released).
Shipping Safety Screw
Counterweight Safety Bar
5.
Lock the Carriage with the Mechanical Brake.
6.
Decide wether installing the wall anchors with the supplied Small
Spacers, Wall Support or nothing to separate the Wall Bucky Stand from
the wall.
7.
Place the Column at its desired final position in the room so that the
longitudinal axis of the X-ray Tube meets the vertical axis of the Bucky.
8.
Power ON the Collimator Lamp and correctly align the Wall Bucky axes
with the Collimator light beam (the counterweights are made for the
Bucky with the Cassette Tray). During alignment, place the
Tube-Collimator Assembly and the Bucky Vertical Carriage at different
heights to check that it is correctly aligned.
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9.
If Column is to be anchored directly to the wall: Mark two of the upper
anchoring holes of the Column on the wall as well as the two anchoring
holes on the floor.
If using a Spacer or Wall Support: Separate the Column from the wall
and assemble the Spacer or Wall Support at the upper part of the Column
before marking the anchoring holes in the wall.
10.
Move the Column aside and prepare their anchors.
Illustration 9
Wall Stand -- Anchoring Holes and Dimensions
Wood Block 600 x 25 mm (23.5” x 1”)
2 Wall Drilling Holes for M10 Bolts
(*) Depends on type of spacer used
(*)
155
(6.1”)
140
(5.5”)
Film
(4”)
(9.8”)
2165 mm (85.2”)
Floor Cable Entrance
(1.2”)
(2.4”)
STANDARD WALL BUCKY STAND
(*) Depends on type of spacer used
Minimum 155 mm (6.1”)
Maximum 275 mm (10.8”)
2 Floor Drilling Holes for M10 Bolts
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11.
Position the Column and secure it to the floor and wall. Check that it is
properly leveled in both laterals and front side. Use the leveling plates
provided to raise and level the Column previous to secure it definitively.
(Refer to Illustration 8).
12.
Install the Upper Front Cover and then the Upper Cap (both are secured
with two screws). Install the Foot Cover of the Column pushing it.
13.
Route the cables along the room to the Generator for their later
connection.
UNDERTABLE INSTALLATION OF THE GENERATOR (OPTION)
Follow the steps below to install the Generator underneath the Table.
1.
Remove the Front Cover after unscrewing the four (4) screws.
FRONT COVER SCREWS
2.
Disconnect the ground cable and dismount the front cover.
3.
Disconnect the three faston terminals of microswitch SW1 located inside
the Table Base.
4.
Remove the four (4) allen screws of the pedal assembly at both sides of
the Table Base (a pair on each side) and pull out the pedal assembly.
MICROSWITCH SW1
PEDAL ASSEMBLY SCREWS
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5.
Place the Generator Cabinet (without covers) on its carriage in front of
the Table. This component is freestanding below the Table. Seismic
areas and other conditions require the Generator Cabinet to be secured
to the floor through the mounting holes on the bottom.
GENERATOR CARRIAGE
Note
.
Do not slide the Generator under the Table until Configuration and
Calibration procedures are completed. Refer to the Generator
Service Manual for further information.
6.
Once configured and calibrated, push the Generator inside the Table.
7.
Reassemble all of the components, parts and connections; then replace
the Front Cover of the Table.
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WALL BUCKY STAND 40 X 120 (OPTIONAL)
The Shipping Safety Screws used to block carriage
movement and the Counterweight Safety Bar are used to
prevent not only damage during shipment but also unwanted
weight imbalance in the column during installation.
The counterweights come pre-adjusted for the weight of the
Bucky with the Tray inserted. Make sure that the mechanical
brake is secure before releasing the safety screws.
There are three options for this assembly: A) Spacers anchored to the wall;
B) Wall Support; C) Column anchored directly to the wall (No support between
the Wall Bucky Stand and the wall).
1.
Place the Wall Stand in Vertical position.
Illustration 10
Wall Bucky Stand
UPPER CAP
ANCHORING HOLES
COUNTERWEIGHT SAFETY BAR
UPPER FRONT COVER
LEVELS
SHIPPING SAFETY SCREW
VERTICAL CARRIAGE
BASE
ANCHORING HOLES
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2.
Remove the Upper Cap and Upper Front Cover. The two lower screws
shown in the photo below are used to secure the Upper Front Cover to
the Column. The tool below is an Allen Type Screwdriver.
3.
Remove the Counterweight Safety Bar (behind the Front Cover).
4.
Remove the Shipping Safety Screws from the Carriage Rails. For this
operation, it is advisable to have a person pushing the Bucky Assembly
downwards to ease the removal (Mechanical Brake should be released).
Shipping Safety Screw
Counterweight Safety Bar
5.
Lock the Carriage with the Mechanical Brake.
6.
Decide wether installing the wall anchors with the supplied Small
Spacers, Wall Support or nothing to separate the Wall Bucky Stand from
the wall.
7.
Place the Column at its desired final position in the room so that the
longitudinal axis of the X-ray Tube meets the vertical axis of the Bucky.
8.
Power ON the Collimator Lamp and correctly align the Wall Bucky axes
with the Collimator light beam (the counterweights are made for the
Bucky with the Cassette Tray). During alignment, place the
Tube-Collimator Assembly and the Bucky Vertical Carriage at different
heights to check that it is correctly aligned.
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9.
If Column is to be anchored directly to the wall: Mark two of the upper
anchoring holes of the Column on the wall as well as the two anchoring
holes on the floor.
If using a Spacer or Wall Support: Separate the Column from the wall
and assemble the Spacer or Wall Support at the upper part of the Column
before marking the anchoring holes in the wall.
10.
Move the Column aside and prepare their anchors.
Illustration 11
Wall Bucky Stand -- Anchoring Holes and Dimensions
Wood Block 600 x 25 mm (23.5” x 1”)
2 Wall Drilling Holes for M10 Bolts
(*) Depends on type of spacer used
338(13.3”)
(*)
155
(6.1”)
Film 1
69
40
(2.7”)
(1.5”)
Film 2
(4”)
(9.8”)
2165 mm (85.2”)
Floor Cable Entrance
(1.2”)
(2.4”)
Film 1 -- Film in the Extended Cassette
Film 2 -- Film in the Cassette of the Tray
40x120 WALL BUCKY STAND (optional)
(*) Depends on type of spacer used
Minimum 155 mm (6.1”)
Maximum 275 mm (10.8”)
2 Floor Drilling Holes for M10 Bolts
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11.
Position the Column and secure it to the floor and wall. Check that it is
properly leveled in both laterals and front side. Use the leveling plates
provided to raise and level the Column previous to secure it definitively.
(Refer to Illustration 8).
12.
Install the Upper Front Cover and then the Upper Cap (both are secured
with two screws). Install the Foot Cover of the Column pushing it.
13.
Route the cables along the room to the Generator for their later
connection.
14.
Route and connect the following cables to the Generator: 3TS1 and
Ground as per schematics 5432039 and IF-048.
INTERCONNECTION CABLES
CABLES FROM FLOOR MOUNTED TUBE STAND
1.
Connect aerial cable connections J1-J1 (Lock cables from the Vertical
Carriage) and J2-J2 (from the Column Control Panel) located at the
Tube-Collimator Support (refer to Interconnection Map IM 341).
2.
Connect the Collimator Lamp (if not already connected).
3.
Route all cables from the Collimator and X-ray Tube along the Arm,
securing them with the Cable Clamp over the Arm.
CABLES CLAMP
4.
Ground cables should be connected to the main Generator GND stud.
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CABLES FROM RADIOGRAPHIC TABLE
1.
Route and connect the Locks cables (24V Power Supply) from the Table
to Terminal Block TB7 of the Locks Board (Refer to Fixed Table Block
Diagram 54302065).
2.
The Table Bucky Cable runs directly to Terminal Block 3TS1 of the
Generator Cabinet (refer to Interconnection Map IM 341).
3.
Ground cable should be connected to the main GND stud in the
Generator.
CABLES FROM TABLE / WALL BUCKY
Cables from the Bucky are connected directly to the Terminal Block 3TS1 of the
Generator Cabinet as indicated in Section 8 “System Interconnections Maps”
(refer to Map -- IM 341) and in “Installation” chapter of the “Generator Service
Manual sm2401593--100” (refer to Bucky Connections and Maps IF-001 and
IF-002). Check the Bucky operation before connecting the Ion Chambers (if
applicable).
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INSTALLATION OF THE ADHESIVE SCALES FOR SID REFERENCE
The System includes 2 autoadhesive scales for operator easy reference. The
scale for the Wall Bucky Stand SID reference is stuck on the Column Base and
the Scale for the Table Bucky SID reference is stuck on the Tube-Support
Column.
The following illustrations show the recommended placing of the scales
although it is the operator convenience what the installer should meet.
1.--
Place the Tube-Collimator Assembly at
91.5 cm (40”) from the table-top.
For that, measure with the Collimator tape.
(91.5 + 8.5 tabletop-Film distance).
2.--
Mark the Position of the LOWER PART of the
Carriage in the Column.
3.--
Raise the Tube-Collimator Assembly.
4.--
Stick the Scale, for that make sure that the
100 (40”) in the scale coincides with the mark.
91.5 cm (36”)
Scale Mark 100 cm (40”)
The reference mark is the lower part of the carriage
100 cm (40”)
Illustration 12
Installation of Vertical SID Scale in the Column
8.5 cm (3.3”)
Tabletop -- Film distance
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2.--
Mark the Position of the RIGHT SIDE of the Carriage on
the Base of the Column.
3.--
Move away the Tube-Collimator Assembly.
4.--
Stick the Scale, for that make sure that the 100 (40”)
in the scale coincides with the mark.
Scale Mark
(100 cm (40”)
The reference mark
is the Side part of the carriage
4.1 cm (1.6”)
95.9 cm (37.7”)
Place the Tube-Collimator Assembly at 95.9 cm (37.7”)
from the table-top of the Wall Bucky Stand. For that
measure with the Collimator Tape.
(95.9 + 4.1 tabletop-film distance = 100 cm)
100 cm (40”)
1.--
COLUMN BASE
Illustration 13
Installation of Horizontal SID scale on the Column Base with the Wall Bucky Stand at the Right
side of the room
Tabletop -- Film distance
GENERATOR
WALL BUCKY STAND
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1.--
Place the Tube-Collimator Assembly at 95.9 cm (37.7”)
from the table-top of the Wall Bucky Stand. For that
measure with the Collimator Tape.
(95.9 + 4.1 tabletop-film distance = 100 cm)
2.--
Mark the Position of the LEFT SIDE of the Carriage on
the Base of the Column.
3.--
Move away the Tube-Collimator Assembly.
4.--
Stick the Scale, for that make sure that the 100 (40”)
coincides with the mark.
Scale Mark
(100 cm (40”)
4.1 cm (1.6”)
The reference mark
is the Left Edge of the carriage
95.9 cm (37.7”)
100 cm (40”)
COLUMN BASE
Illustration 14
Installation of Horizontal SID scale on the Column Base with the Wall Bucky Stand at the Left side
of the room
Tabletop -- Film distance
GENERATOR
WALL BUCKY STAND
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SECTION 4
4.1
FINAL INSTALLATION AND CHECKS
FLOOR MOUNTED TUBE STAND
Install the Cable Support on the upper right/left side of the Column. Route and
Fasten all the cables to it by using cable ties (tie wraps) as strain reliefs.
TOP OF COLUMN
CABLE SUPPORT
CABLE SUPPORT
Position the Floor Mounted Tube Stand with the Tube-Collimator Assembly
facing the Wall Bucky. With the Collimator Metric Tape, measure the SID from
the Collimator to the Wall Bucky to determine the position where the Column
should stop when the required SID is reached (1 m, 1.8 m, 2 m, etc.). Drill the
Base and install the Centering Plates where the Column has to stop. Adjust the
Longitudinal Detent. on the Column Foot.
Illustration 15
Centering Plate in Base
COLUMN FOOT
CAP OF DETENT
COLUMN BASE
CENTERING PLATE
LONGITUDINAL DETENT
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CABLE FASTENING AND COVERS
Note
.
Before re-installing the cabinet covers, perform the rest of the
Calibration procedures if required.
Ensure that all cables are correctly routed and that electrical connections are
firm and secure. Remove the ferrite blocks that are factory clamped to the
cables when required to carry out a correct routing; re-installing them at the
same place around cables once routing is completed. (Refer to Section 3.7)
In order to avoid signal interferences, it is strongly
recommended to fold and fasten the portion of cables not
routed close to Generator Cabinet (see picture below). Never
wrap in circles.
YES
NO
Reinstall Cabinet Covers and connect internal ground wires. Power line, High
Voltage and Interconnections cables must go through the cable outlet.
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SECTION 5
5.1
ADJUSTMENTS
PERPENDICULAR BALANCE
Due to differences in some Tube and Collimator weights, the balance for the
Tube-Collimator Assembly may need adjustment. Position the Tube-Collimator
Assembly around 70o and release the brakes (switch off the system), if the
assembly does not remain in position and rotates either upwards or downwards,
perform the following steps to adjust the balance of the Tube-Collimator
Assembly.
1.
Place the Tube-Collimator Assembly at 0o.
2.
Installing both Shipping Safety Screws in the Column rails (medium
height of the Column) and move/lock the Central Carriage in this position.
3.
Once the Central Carriage is locked in position, adjust the balance of the
Tube-Collimator Assembly by moving the Tube-Collimator Support one
level upward or downward respect to the Coupling Plate of the Column
Arm.
G
If during the test, the Collimator tends to be facing up, move the
Support one level downward. (Refer to Illustration 15-1 for more
information).
G
If during the test, the Collimator tends to be facing down, move the
Support one level upward. (Refer to Illustration 15-2 for more
information).
At least two (2) people are needed to carry out this
adjustment, one for holding the Tube-Collimator Assembly
while the other secures the Support to the Coupling Plate.
4.
Check the balance of the Tube-Collimator Assembly again and repeat
the above steps if needed.
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Illustration 16
Coupling of Tube-Collimator Support -- Rear View
Coupling Plate of the Column Arm(Fixed SID)
Coupling Screws
Tube-Collimator Support
Levelling Rods
Coupling for Telescopic Arms
Tube-Collimator Support
Coupling for Non Telescopic Arms
Tube-Collimator Support
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BRAKE ADJUSTMENT
Note
.
As brakes come factory-adjusted, field adjustment should only be
necessary when replacing Brakes.
All brakes must have a space between the brake surface and the actioned
surface of less than or equal to one (1) millimeter (≤1mm). If the space is too
close, the equipment may drag, or movements may be difficult. If the space is
too large, the brakes may not be strong enough to block movement.
5.2.1
TABLE BRAKES (LATERAL AND BUCKY)
To raise, lower or level the Brake Assembly, loosen the screws indicated in the
following illustration and move the Brake Assembly to the desired position.
Illustration 17
Lateral and Bucky Brakes
Screws
Lateral Brakes
Screws
Bucky Brake
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COLUMN VERTICAL BRAKES (LEFT AND RIGHT)
The Vertical Brakes are levelled, raised or lowered by loosening the two (2)
screws as in Illustration 18 and then adjusting the Brake Assembly position.
Illustration 18
Column Vertical Brakes (Left shown)
Screws
Space
5.2.3
COLUMN FOOT BRAKES (LEFT AND RIGHT)
Column Foot Brakes are levelled, raised or lowered by dismounting the Brakes
and then loosening or tightening the two (2) Set Screws as in Illustration 19.
Illustration 19
Column Foot Brakes
Screws
Set Screws
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PEDAL MICROSWITCH REPLACING AND ADJUSTMENT
1.
Remove the Table Front Cover.
2.
Disconnect Microswitch cables (check previously the cable identification
to connect the cables to the new switch in the same position).
3.
Remover nut 2, for that hold nut 1 with a 14 mm. open wrench and loose
nut 2 with another 14 mm. Remove nut 2.
4.
Remove defective Microswitch.
5.
Install the new Microswitch.
6.
Adjust the Microswitch at 1 or 2 mm. from the cam to the wheel neck with
the Table Pedal fully pressed.
Illustration 20
Microswitch Replacement
Nut 1
Nut 2
Microswitch Wheel
Wheel neck
Adjust at 1 or 2 mm
CAM
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7.
Check that the rolling wheel is perfectly aligned with the cam movement
to ensure proper activation of the wheel.
8.
Avoid wrong assembling of Microswitch as shown in illustrations below:
Illustration 21
Wrong Installation of Microswitch
Rolling wheel not aligned
Rolling wheel not aligned
Rolling wheel too close to cam, microswitch breaks
9.
Re-install the Table Font Cover.
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ECCENTRIC BEARING ADJUSTMENT FOR THE FLOOR MOUNTED TUBE
STAND
Adjustment of the two Eccentric Bearings (factory set) at the Column Foot to
remove a possible gap between the Bearings of the Column Foot and the
Column Base. The photo below shows a perfect fit (no gap) for one of the
Eccentric Bearings.
Illustration 22
Eccentric Bearing Adjustment
Bearing Track at Column Base
Column Foot
Possible Gap
Eccentric Bearing
5.4.1
TOOLS
Note
.
•
Standard service engineers tool kit.
•
Specially--designed Wrench (supplied with the unit).
This on-site adjustment is only necessary if the Column Base is
replaced and/or a gap is present between the Column Foot and the
Column Base. Movements not smooth and/or wobbling.
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FIELD ACTION
1.
Remove the Rail Stop from each one of the Base Lateral and place the
Column Foot into the Column Base as shows the image in order to
evaluate the space between the Eccentric Bearing and the Column Base.
The two Eccentric Bearing are located at the rear side of the Column
Foot.
2.
If the Eccentric Bearing does not fit perfectly into the Bearing Track of the
Column Base, adjust the bearing by first loosening the nut below the plate
with the Standard Wrench (see photo below).
3.
Adjust the bearing to the required position (above the plate) with the
Special Wrench (supplied) and then tighten the nut to secure the position
with the Standard Wrench (see photo below).
Plate
Special Wrench (supplied)
Standard
Wrench
Note
.
The bearing should fit perfectly, as shown on the first page.
4.
Slide the Column to the other end and repeat the same sequence of
procedures for the other bearing.
5.
Verify that the movement of the Floor Mounted Tube Stand is smooth and
without wobbling.
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ALIGNMENTS
The following Tools are used to adjust the X-ray System (these tools are not
included with the System):
5.5.1
•
Collimator Test Tool (Model RMI 161B9).
•
Beam Alignment Test Tool (Model RMI 162A).
•
SID Test Stand Tool (Inside Case: RMI Model 175).
•
Light Meter (Standard).
X-RAY BEAM ALIGNMENT
1.
Place the Tube-Collimator Assembly facing the Horizontal Bucky at a SID
of 1 meter. Check for a level and correct horizontal position of both the
Tube-Collimator Assembly and Table-Top.
2.
Turn on the Collimator Lamp and center the light with the Bucky.
Horizontal and transverse position of light axes projected by the
Collimator Lamp must be in line with the axes of the horizontal Bucky.
If needed, modify the position of the Collimator by carefully unscrewing
or screwing the four Centering Adjustment and Safety Screws (Allen).
Illustration 23
Collimator -- Centering Screws
CENTERING ADJUSTMENT AND SAFETY SCREWS
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3.
Position the Collimator Test Tool (RMI model 161B) on the Table-Top.
4.
Turn on the Collimator Lamp and, by means of the Collimator Control
Knobs, center the Collimator Test Tool with the light axes projected by the
Collimator Lamp.
5.
Adjust the Light Field of the Collimator Lamp to the rectangle within the
Collimator Test Tool.
6.
Place the Beam Alignment Test Tool (RMI model 162A) on the center of
the Collimator Test Tool.
Illustration 24
Alignment Test Tools
BEAM ALIGNMENT TEST TOOL -- RMA MODEL 162A
COLLIMATOR TEST TOOL -- RMA MODEL 161B
7.
Load the Cassette Film Tray with a cassette film of 24x30 and insert it into
the Bucky.
8.
Make an exposure at 60 kVp / 5 mAs.
9.
Process film and:
a.
Check that the X-ray Field falls just within the image of the inner
rectangle of the Collimator Test Tool.
An edge of the X-ray Field outside of the inner rectangle means a
misalignment of the Light Field with the X-ray Field. The maximum
acceptable misalignment is 2 % of the SID (for SID 1m = 2 cm
tolerance).
Refer to Section 5.5.1.1 for alignment of the Light Field with the X-ray Field.
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b.
Check that the X-ray Beam is perpendicular to the plane of the
Image Receptor. If the Image receptor is parallel to the Table-Top,
the perpendicularity of the X-ray Beam can be checked using the
Beam Alignment Test Tool along with the Collimator Test Tool.
Based on next illustration, the criteria for the SID at 1 meter is:
-- If the image of the two balls coincide as in the first drawing (A),
the X-ray Beam is perpendicular; within 0.5o.
-- If the image of the top ball (larger shadow) is within the threshold
of the first circle (B), the X-ray Beam is about 1.5o away from the
perpendicular.
-- If the image of the top ball (larger shadow) is within the threshold
of the second circle (C), the X-ray Beam is about 3o away from the
perpendicular.
In cases (A) and (B), perpendicularity is within tolerance for a SID
at 1 meter (top ball is within the threshold of the first circle). The
third case (C) needs readjustment.
Refer to Section 5.5.1.2 for perpendicularity adjustment.
A
c.
B
C
Check that the X-ray Beam is centered within the Image Receptor.
To determine the center of the Image Receptor, draw diagonal
lines from corner to corner of the X-ray Film. (Alternatively, the film
can be folded in half and creased at the center).
The two lines will cross in the center of the Image Receptor (film).
Draw diagonal lines from the corners of the imaged X-ray Field.
When the X-ray Field and Image Receptor centers coincide, the
diagonals of both sets of lines cross at the same point. The
maximum misalignment allowed is 2 % of the SID (for a SID of
1m = 2 cm tolerance).
Refer to Section 5.5.1.3 to center the X-ray Field with the Image
Receptor.
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LIGHT AND X-RAY FIELD ALIGNMENT
1.
Turn on the Collimator Lamp and place the Tube-Collimator Assembly
perfectly centered with the Horizontal Bucky (use the mark on the Bucky
Tray Handle as a reference for centering). With a level, check for correct
horizontal positioning of the Tube-Collimator Assembly and Table-Top.
2.
Set the SID at 1 meter.
3.
Center the Collimator Test Tool (RMI model 161B) on the Table-Top with
the light axes projected by the Collimator Lamp.
4.
Adjust the Light Field of the Collimator Lamp to the rectangle drawn
inside the Collimator Test Tool.
COLLIMATOR TEST TOOL
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5.
On the processed film, the adjustment required to meet the Light Field
with the X-ray Field will be shown by the deviation on the axes displayed
on the film.
PROCESSED FILM
COLLIMATED LIGHT FIELD
COLLIMATED X-RAY FIELD
LIGHT FIELD MISALIGNMENT
PROCESSED FILM
COLLIMATED LIGHT FIELD = COLLIMATED X-RAY FIELD
LIGHT FIELD ALIGNMENT
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6.
Adjust the Light Field by moving the Collimator Unit and/or Lamp; but do
not remove the Collimator Test Tool from its original position.
a.
Collimator Lamp must be ON during the Light Field adjustment.
b.
Modify the position of the Collimator by carefully unscrewing
and/or screwing the four Centering Adjustment and Safety Screws
(Allen) until the Light Field coincides with the reference axes of the
images (numbers and dots) on the processed film.
Illustration 25
Collimator Screws
CENTERING ADJUSTMENT AND SAFETY SCREWS
c.
7.
If adjustment is still necessary, modify the position of the
Collimator Lamp (refer to the Collimator Manual).
Repeat exposures and follow the same steps in this section until a
satisfactory result is acheived. The maximum misalignment allowed is
2 % of the SID (for a SID of 1m = 2 cm of tolerance).
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ADJUSTING PERPENDICULARITY (X-RAY BEAM AND IMAGE RECEPTOR)
In case the perpendicularity is out of tolerance (top ball is out of first circle),
adjust as follows:
1.
Place the Tube-Collimator Assembly perfectly centered with the
Horizontal Bucky (use the mark at the Bucky Tray Handle as a reference
for centering). Check with a level for the correct horizontal position of the
Tube-Collimator Assembly and Table-Top.
2.
Place the SID at 1 meter.
3.
Position the Collimator Test Tool (RMI model 161B) on the Table-Top.
4.
Turn on the Collimator Lamp and, by means of the Collimator Control
Knobs, center the Collimator Test Tool with the light axes projected by the
Collimator Lamp.
5.
Place the Beam Alignment Test Tool (RMI model 162A) centered on the
Collimator Test Tool (fix the Test Tool with adhesive or another product).
Turn on the Collimator Lamp and ensure that the shadow of the Beam
Alignment Test Tool is projected in equal proportion around it.
6.
Check for any required adjustment to center the top ball mark on the
processed film. The shadow around the Beam Alignment Test Tool can
also help to make a first correction.
7.
Loosen slightly the four Safety Screws (M6) at the rear side of the
Coupling Plate (Tube-Collimator Assembly). Then loosen or tighten the
two rods (Allen M5) to adjust horizontally the Tube-Collimator Assembly
with reference to the Horizontal Bucky. (Refer to Illustration 26).
If horizontal deviation is considerable, loosen the two Safety Screws of
the Arm (refer to Illustration 26), perform the horizontal adjustment and
tighten the two Safety Screws again. This adjustment is only possible for
Non Telescopic Arms.
8.
Repeat exposures and the procedure until the result is satisfactory (top
ball must be inside of the first circle).
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Illustration 26
Safety Screws and Rods for Perpendicularity Adjustment
SAFETY SCREWS (M6)
COUPLING PLATE
LEVELING RODS (M5)
ARM SAFETY SCREWS (ALLEN)
COUPLING PLATE OF COLUMN ARM
SAFETY SCREWS
TUBE-COLLIMATOR SUPPORT
LEVELING RODS
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X-RAY FIELD AND IMAGE RECEPTOR (BUCKY ASSEMBLY) CENTERING
The error between the center of the X-ray Field and the Image Receptor should
not be greater than 2% of the SID. (for SID 1m = 2 cm tolerance).
CENTER OF THE IMAGE
CENTER OF THE X--RAY FILM
DEVIATION
If the deviation is greater than 2% of the SID, perform the following procedure:
1.
On the processed film, check for the correction required to center the
X-ray Field with the Image Receptor. Adjustments will be performed as
the same way described for Perpendicularity correction, so only re-adjust
if absolutely necessary.
Centering adjustments
corrections.
2.
may
affect
perpendicularity
Repeat exposures and check centering until the result is satisfactory
(center positions are within tolerance).
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X-RAY BEAM AND WALL BUCKY STAND ALIGNMENT
1.
Wall Bucky Stand has to be properly positioned and aligned with the
Tube-Collimator Assembly in its central position.
2.
Place the Tube-Collimator Assembly at a SID of 1 meter centered in front
of the Vertical Bucky. With a level, check for a correct vertical position of
the Tube-Collimator Assembly and Bucky Table-Top.
3.
Turn on the Collimator Lamp and center the Collimator with the Bucky
Table-Top.
The horizontal and transverse position of the light axes projected by the
Collimator Lamp must be in line with the axes or film sizes marked on the
Table-Top.
The horizontal and vertical position of the light axes projected by the
Collimator Lamp must be in line with the horizontal and vertical axes of
the Table-Top. (Alignment can also be performed by placing a mirror in
the center of the Table-Top and checking the Collimator light reflection).
If needed, readjust the position of the Wall Bucky Stand.
4.
Load the Cassette film Tray with a 24x30 cassette film and insert it into
the Bucky.
5.
Make an exposure at 60 kVp / 5 mAs.
6.
Process the film and check that the X-ray Beam is properly centered with
the Image Receptor.
a.
To determine the center of the Image Receptor, draw diagonal
lines from corner to corner of the X-ray film. (Alternatively, the film
can be folded in half and creased at the center). The two lines will
cross in the center of the Image Receptor (film).
b.
Draw diagonal lines from the corners of the imaged X-ray Field. If
the center of the X-ray Field and Image Receptor are the same, the
diagonals of both sets of lines should cross at the same point. The
maximum misalignment allowed is 2 % of the SID (for a SID of
1 m = 2 cm tolerance).
7.
If the deviation is greater than 2 % of the SID, correct the position of the
Wall Bucky Stand by adjusting its anchors at the wall and floor.
8.
Repeat exposures and check centering until the result is satisfactory
(center positions are within tolerance).
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FIELD SIZE INDICATOR TEST
Note
.
Before starting with the Field Size Indicator Test, the Alignment of
X-Ray Beam Test and the Alignment of Light Field with X-Ray Field
Test should be performed.
1.
Place the Tube-Collimator Assembly perfectly centered with the
Horizontal Bucky (use the mark at the Bucky Tray Handle as a reference
for centering). With a level, check for a correct horizontal position of the
Tube-Collimator Assembly and Table-Top.
2.
Position the SID at 1 meter.
3.
Open the Collimator blades, setting a Field Size of 24 x 30 cm for a SID
at 1 m.
4.
Turn on the Collimator Lamp and center the Collimator with the
Horizontal Bucky. The Horizontal and Transverse position of the light
axes projected by the Collimator Lamp must be in line with the axes of
the Horizontal Bucky.
5.
Load the Cassette Film Tray a Cassette Film of 35 x 43 cm centered and
insert it into the Bucky.
6.
Make an exposure at 60 kVp, 1 mAs.
7.
Process film and check the following measurements (refer to
Illustration 27):
a.
Measure the length of the X-ray Field on the Processed Film
(identified as L)
b.
Measure the width of the X-ray Field on the Processed Film
(Identified as W)
Illustration 27
X-ray Field Size
X-RAY FIELD SIZE ON THE FILM
PROCESSED FILM
LENGTH DIMENSION (L)
59
WIDTH DIMENSION (W)
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8.
With the measurements obtained and according to the field size
indication selected, the results should be:
G
Length dimension (L) = 300 mm
G
Width dimension (W) = 240 mm
9.
The difference between the indicated Field Size and the obtained Field
Size can not exceed 1.5 % (rejection limit) of the SID in either direction.
Therefore, the deviation in any direction should not be higher than 15 mm
(rejection limit) for a SID at 1 meter.
10.
If the deviation of the Field Size Indication is beyond acceptable limits,
it will be necessary to readjust the index of the Control Knobs of the
Collimator Blades: Loosen each Collimator Control Knob and position it
according to the deviation. Repeat the complete test until the X-Ray Field
Size selected (24 x 30 cm) is obtained.
5.5.4
COLLIMATOR LAMP BRIGHTNESS TEST
5.5.4.1
COLLIMATOR LIGHT FIELD INTENSITY
1.
Place the Tube-Collimator Assembly perfectly centered with the
Horizontal Bucky (use the mark at the Bucky Tray Handle as a reference
for centering). With a level, check for the correct horizontal position of the
Tube-Collimator Assembly and Table-Top.
2.
Position the SID at 1 meter.
3.
Open the Collimator Blades with the Collimator Control Knobs and set a
Field Size of 25 x 25 cm for a SID of 1m.
4.
Turn on the Collimator Lamp and center the Collimator with the
Horizontal Bucky. The horizontal and transverse positions of the light
axes projected by the Collimator Lamp must be in line with the axes of
the Horizontal Bucky.
5.
Place the Light Meter on the Table-Top with the sensor directed towards
the Light Source.
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6.
Place the Light Meter in the center of a quadrant within the light field (refer
to Illustration 28).
Illustration 28
Light Meter on Table-Top
LIGHT SENSOR ON THE 2nd QUADRANT
1st QUADRANT
4th QUADRANT
3rd QUADRANT
LIGHT FIELD
LIGHT METER
7.
With Collimator Lamp OFF, measure and note the ambient light level.
8.
Without moving the Light Meter and with the Collimator Lamp ON,
measure and note the light level of the chosen quadrant.
9.
Determine the light intensity of this quadrant by subtracting the ambient
light level from the corresponding light level.
10.
Repeat these measurements at the approximate center of the other three
quadrants within the light field.
11.
With the measurements obtained in the step-10., the results of the Light
Field Intensity in all quadrants should be higher than 170 lux
(16 foot-candles) Among all the quadrants, the light field intensity should
not differ by more than 10%.
12.
The average illumination at a distance of 1 meter from the focal spot
should not be less than 160 lux (15 foot-candles). The rejection limit is
170 lux (16 foot-candles).
13.
If the deviation of the Light Field Intensity is beyond acceptable limits, the
following should be taken into account:
a.
If the difference of Light Field Intensity among all quadrants is
higher than 10%, the Collimator Lamp socket must be readjusted.
(Refer to the Collimator Manual).
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b.
c.
5.5.4.2
If the light level in all quadrants is less than 170 lux, it is necessary
to check the following:
G
The lamp voltage level when it is ON should not be lower
than 24VAC. (Measure on the Bulb socket contact).
G
Check that the Collimator Lamp, the Mirror and the Mylar
window are not dirty or discolored.
G
The Mirror should be correctly positioned (Refer to the
Collimator Manual).
If the light level is still low:
G
Replace the Collimator Bulb.
G
Replace the Collimator Bulb socket.
COLLIMATOR LIGHT FIELD CONTRAST RATIO
1.
Center the Tube-Collimator Assembly perfectly with the Horizontal
Bucky (use the mark at the Bucky Tray Handle as a reference for
centering). With a level, check for a correct horizontal position of the
Tube-Collimator Assembly and Table-Top.
2.
Position the SID at 1 meter.
3.
Open the Collimator Blades to set a Field Size of 25 x 25 cm for a SID
of 1 m.
4.
Turn ON the Collimator Lamp and center the Collimator with the
Horizontal Bucky. The horizontal and transverse positions of the light
axes projected by the Collimator Lamp must be in line with the axes of
the Horizontal Bucky.
5.
Place the Light Meter on the Table-Top with the sensor directed toward
the Light Source.
6.
Place the Light Meter in the center of a quadrant within the light field.
(Refer to Illustration 28).
7.
Minimize the room lighting. With the Collimator Lamp OFF, measure and
record the ambient light level.
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8.
Turn ON the Collimator Lamp. Measure the maximum illumination; this
should occur near the field center. Slide the light sensor along the
Table-Top and locate the point where the illumination drops to 75% of the
maximum. This point is defined by BRH as “lying on the edge of the Light
Field” (refer to Illustration 29). All subsequent measurements will be
referred to hereinafter using this definition of “edge”.
Illustration 29
Light Contrast Calculation
EDGE OF A QUADRANT
LIGHT SENSOR ON THE RIGHT EDGE
LIGHT SENSOR ON THE LEFT EDGE
BRH POINT
(LIGHT DROPS 25%)
9.
Measure the illumination at a point 3 mm from the edge of the field toward
the center of the field (Light sensor on the left of edge). (Refer to
Illustration 29). Record this value as I1.
10.
Measure the illumination at a point 3 mm from the edge of the field away
from the center of the field (Light sensor on the right of edge). (Refer to
Illustration 29). Record this value as I2.
11.
Correct the values of I1 and I2 by subtracting from each value the ambient
light level measured in step-7. Now divide the corrected value of I1 by
I2. This ratio should be 4 or more.
12.
Repeat the process from step-8. for all quadrants within the Light Field.
13.
If the deviation of Contrast Ration in the Light Field is beyond the
acceptable limits, it will be necessary check the following:
G
Check that the Collimator Lamp, the Mirror and the Mylar window
are not dirty or discolored.
G
The Light Field Intensity level should be higher than 170 lux.
G
The ambient light level should be low as possible due to the fact
that it affects the accuracy of these measurements.
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SECTION 6
PERIODIC MAINTENANCE
The first maintenance service is to be performed before the end of twelve
months after the installation. The rest of maintenance services will be
performed according to the following table.
Table 1
Periodic Maintenance
Floor Mounted
Tube Stand
Radiographic Table
Wall Stand
Electrical cables and connections
Yearly
Yearly
Yearly
Mechanical cables
Yearly
N/A
Yearly
Brakes, locks and detents
Yearly
Yearly
Yearly
Functional Check
Yearly
Yearly
Yearly
Adjustment and calibration
Yearly
Yearly
N/A
Lubrication
Yearly
Yearly
Yearly
Cleaning
Yearly
Yearly
Yearly
Maintenance
6.1
MAINTENANCE ACTIVITIES DESCRIPTION
Electrical cables and connections: Visually check for electrical cables proper
isolation and proper connection inside and outside the unit.
Mechanical cables: Visually check for possible frayed cable and replace if
necessary.
Brakes, locks and detents: Perform a functional check of all the locks, brakes
and detents of the Room equipment. Adjust or replace as needed.
Functional Check: Perform a functional check of all Room equipment, motion
of Vertical Bucky, Table-top, Column travel, brakes, keys of consoles, lamps and
indicators, Collimator etc.
Adjustments and calibrations: Perform adjustments and Calibration of Table,
Column and Vertical Bucky as explained in the Adjustments Section of this
manual.
Lubrication: Lubricate mobile components such as chains, guides, bearings
etc as specifies in the Adjustments Section.
Cleaning: Clean from dust or moist inner components as Electronic Racks,
grids, filters, bearings and rails.
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CHECKING OF FLOOR MOUNTED TUBE STAND
1.
Turn OFF the system and mains. Check that there is not voltage at
Tube-Stand.
2.
Disassemble Front covers and check steel cable and brakes.
3.
Check anchoring screws, they should be strongly tighten.
4.
Turn ON the system and check that the Column and Tube-Collimator
Assembly is blocked in all motions.
5.
Check motion of Column: horizontal and rotation.
6.
Check motion of Tube-Collimator Assembly: vertical, Telescopic Arm
motion and rotation. Detents configured should be checked too.
7.
Place the Tube at 0o on the Table-Top and check that X-ray indicator lamp
and the chassis centering indicator are aligned and they turn off after
30 seconds.
8.
Check in the Collimator that light beam is centered with the X-ray beam
and the tolerance is not above 1% from focus-film distance.
CHECKING OF RADIOGRAPHIC TABLE
1.
Turn OFF the system and mains. Check that there is not voltage at Table.
2.
Disassemble Front Table cover.
3.
Check anchoring screws of the Table, they should be strongly tighten.
4.
Turn On the system and press the mushroom shaped switch. Verify that
Table is disconnected and the Table travels are blocked.
5.
Release the mushroom shaped switch.
6.
Connect Table power and check Table-Top brakes and correct motion by
pressing the Table pedal.
7.
Assemble the Front Table cover.
8.
Release the horizontal Bucky brakes and check correct traveling.
9.
Take out the Cassette film tray and check correct functioning.
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CHECKING OF WALL STAND
1.
Disassemble Front covers of Wall Stand and clean steel cable and
brakes.
2.
Check anchoring screws, they should be strongly tighten.
3.
Check the vertical lock.
4.
Loose the carriage lock and verify that vertical motion is released and
counterweighted at any point.
5.
Take out the Cassette film tray and check correct functioning.
CHECK OFF MAINTENANCE REVISION TABLE
Hospital name:
Date:
System Name:
System Number ID:
Customer:
Field Engineer Name:
Floor Mounted Tube Stand
Maintenance activity
Comments
Electrical cables and connections
-
Mechanical cables
-
Brakes, locks and detents
-
Functional Check
-
Adjustment and calibration
-
Replacement
-
Lubrication
-
Cleaning
-
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Radiographic Table
Maintenance activity
Comments
Electrical cables and connections
-
Brakes, locks and detents
-
Functional Check
-
Adjustment and calibration
-
Replacement
-
Lubrication
-
Cleaning
-
Wall Stand
Maintenance activity
Comments
Electrical cables and connections
-
Mechanical cables
-
Brakes, locks and detents
-
Functional Check
-
Adjustment and calibration
-
Replacement
-
Lubrication
-
Cleaning
-
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Item
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RENEWAL PARTS
Designation
Qty
Mfg. Ref.
GEMS Ref.
Remarks
WALL BUCKY SUPPORT
A1
Table-Top
1
7810-01
2406963
Kit of Bearings (Bucky carriage)
1
A9429--01
5182298
A3
Bucky Brake Handle Kit
1
A9806--01
5311854
A4
Steel Cable
2
7205--02
2406966
A5
Wall Stand Frame Kit
1
A520254--01
5311736
A2
Two kits contain all carriage bearings
and shafts.
A4
A1
A3
A2
A5
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Designation
Qty
Mfg. Ref.
GEMS Ref.
Remarks
WALL BUCKY STAND 40 x 120 (OPTIONAL)
B11
Cassette Tray
1
6694--02
2406971
B12
Steel Cable Kit
1
A9800--01
B13
Kit of Bearings (Bucky carriage)
1
A9429--01
5182298
B14
Wall Stand Frame Kit
1
A520254--01
5311736
B15
Bucky Brake Handle Kit
1
A9806--01
5311854
B16
Bucky Assembly
1
A8851--01
B17
Table-Top
1
15210--01
Two kits contain all carriage bearings
and shafts.
B12
B15
B13
B14
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B17
B11
B16
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Designation
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Qty
Mfg. Ref.
GEMS Ref.
Remarks
RADIOGRAPHIC TABLE
D1
Electromagnet
2
A6880-01
2406968
D2
Bearing 12x30x8
6
51501204
5181047
D3
Bearing 12x28x8 2RS
2
51501001
5180877
D4
Electro-Brake 24 VDC
1
52301011
2406990
D5
Microswitch 10A/250V
1
50605015
2406975
D6
Push-button
1
50613014
2406964
D7
Wheel (Nylon) D=24 mm
12
53810025
D8
Handle 4735--08--010
1
54402014
D9
Bearing 26x10x8
4
51501030
D10
Bearing 12x32x10
8
51501013
N/A
Tabletop
1
11347-01
72
LR6001NPPU
LM35P (positive)
NY24675
2406969
6000 2RS
5181605
6201-ZZ
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D1
D4
D6
D2 (x6inside)
D9 (x4)
D8
D10 (x8)
D7 (x12)
D5
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Designation
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Qty
Mfg. Ref.
GEMS Ref.
Remarks
FLOOR MOUNTED TUBE STAND
E1
Steel Cable (1880 mm)
2
7205--05
2406962
E2
Electro-Brake 24 VDC
1
52301011
2406990
LM35P (positive)
E3
Bearing 20x37x9
2
51501116
5181153
61904--ZZ
E4
Bearing 12x30x8
4+4
51501204
5181047
LR6001NPPU--Column Carriage + Base
E5
Bearing 12x28x8
4+4
51520501
5196309
LR6000NPPU--Column Carriage + Base
E6
Bearing Axial Needle 160x200x1
1
51501304
AXK 160200 A
E7
Rolling Surface for bearing 160x200x1
1
51501305
AS 160200
E8
Bearing Conical
1
51503004
32012
E9
Handgrip
2
S02.05.012
2406982
E10
Push-button
4
50613014
2406964
E11
Overlay
1
55801362
2406974
E12
Tube Rotation Indicator
1
A10501--01
5265046
E13
SID Label for Tube Stand Base
1
55801852
5311846
E14
SID Label for Tube Stand Column
1
55801275
E2
E12
E11
E10
E9
E4 (x4)
E5 (x4)
(Photo shows base for rotating column)
E14
E13
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E1
E2
E3
E4 (x4)
E5 (x4)
(Photo shows Telescopic Arm option)
E6
E7
E8
(Photo shows Bearings for rotating column)
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Designation
Qty
Mfg. Ref.
GEMS Ref.
Remarks
COLLIMATOR
Collimator
1
6693--09USA
2407010
Lamp (Collimator 150W, 24V)
1
54203005
2406980
External Cover
1
A525039--01
2408137
Antidust Plastic Panel
1
A525041--01
2408138
Control Knob right
1
A525037--01
2408139
Control Knob left
1
A525023--01
2408140
Metric Tape
1
A525053--01
2408141
Push Button
1
A525015--01
2408142
Timer Electronic FM 338--24V
1
A525016--01
2408143
Timer Electronic FM 431--5
1
A525035--01
2408144
Line Laser Device
1
LG635R
2408146
Note
Item
.
Designation
Includes Laser Device
For illustrations of the Collimator Spare Parts, refer to the
Collimator Manual.
Qty
Mfg. Ref.
GEMS Ref.
Remarks
BUCKY (VERTICAL AND HORIZONTAL)
N/A
Bucky (w/o Tray)
2
6685--01
2406970
N/A
Tray Cassette
2
6694--02
2406971
N/A
Ion Chamber
2
6695--21
5196310
Item
Designation
Qty
Mfg. Ref.
GEMS Ref.
Remarks
X-RAY TUBES
N/A
X--Ray Tube E7239X
1
6690--06
2404346
N/A
X--Ray Tube E7252X
1
6690--09
2403383
N/A
X--Ray Tube E7865X
1
6690--29
2403384
N/A
X--Ray Tube E7242X
1
6690--10
2403385
76
Replaces Tube E7299X
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sm 2401594--100
SECTION 8
SYSTEM INTERCONNECTION MAPS
Refer to the following maps for details of the wire connections.
SYSTEM INTERCONNECTION
Note
.
•
RAD Room System Interconnection . . . . . . . . . . . . . . . . . . IM-341
•
Mobile Column Interconnections . . . . . . . . . . . . . . . . . . . . . 54301085
•
Radiographic Fixed Table Interconnections . . . . . . . . . . . . 54302065
•
Wall Bucky Interconnections . . . . . . . . . . . . . . . . . . . . . . . . . 54301056
•
Wall Support Interconnections . . . . . . . . . . . . . . . . . . . . . . . 54301068
•
Bucky Vertical GF (option) . . . . . . . . . . . . . . . . . . . . . . . . . . 54302039
•
Bucky Interface (option) . . . . . . . . . . . . . . . . . . . . . . . . . . . . I/F - 048
For System Interconnection Maps I/F-001, I/F-002, I/F-003,
IM-015 refer to Generator Service Manual -- Installation Chapter.
77
Proteus XR/e
GE Healthcare
REV 4
sm 2401594--100
This page intentionally left blank.
78
A
B
ROT MOBILE COLUMN
Note 2.- Cable code:
A3052-XX for only Low Speed
A7014-XX for Low/High Speed
See schematic 54301085
for interconnections
4
C
TUBE STATOR CABLE (See Note 2)
X-RAY
TUBE
TS2
C
TS1
VAC SUPPLY
GENERATOR SUPPLY CABLE (See Note 1)
AC LINE
Chassis
GND
COLLIMATOR CABLE (A3111-XX)
COLLIMATOR
4
A
GND CABLE (A6383-XX)
Chassis
GND
Note 1.- Cable code:
A8410-01 for Compact Generator - single phase
A8411-01 for Compact Generator - three phase
A8412-01 for Battery Generator
A8413-01 for Capacitor Generator
HV
TANK
ANODE CABLE
A
E
GENERATOR CABINET
CATHODE CABLE
C
D
TB7
SUPPLY CABLE (A6736-XX)
LOCKS
BOARD
TB7
RAD TABLE
3
See schematic 54302065
for interconnections
TS1
SUPPLY CABLE (A7235-XX)
3
GND CABLE (A6383-XX)
Note 3:
AEC CABLE, AEC INTERFACE CABLE AND
AEC ADAPTATION BOARD NOT USED FOR
RAD ROOM STANDARD (without ION
CHAMBER)
Chassis
GND
Chassis
GND
GENERATOR CONSOLE
BUCKY
TABLE BUCKY CABLE (A3091-XX)
See schematic I/F-001
AEC ADAPTATION BOARD
(A3263-03)
TS1
See schematic IM-015
AEC CABLE (A3253-XX)
ION CHAMBER
(Preamplifier)
J1,J2,J3
(See Note 3)
(See Note 3)
ATP CONSOLE BOARD
AEC INTERFACE CABLE (A3251-XX)
J4
TB1
(See Note 3)
J2
AEC CABLE (A7656-XX)
ION CHAMBER
(Preamplifier)
(See Note 3)
(See Note 3)
WALL BUCKY CABLE (A6703-XX)
BUCKY
See schematic I/F-002
GND CABLE (A6383-XX)
Chassis
GND
J3
(See Note 3)
POWER I/F CABLE (A3252-03)
2
VERTICAL BUCKY
J5
(See Note 3)
TS1/TS3
POWER CABLE (A7021-XX)
J1
COMMUNICATION CABLE (A7022-XX)
2
J3
INTERFACE CABLE (A7069-XX)
J2
GND CABLE (A6383-XX)
Chassis
GND
Chassis
GND
TS1
Chassis
GND
THIS SHEET ONLY APPLIES with CONVENTIONAL CONSOLE
1
A
B
C
B
new interface
F. García
10/10/05
A
new interface
F. García
30/11/04
REV
DESCRIPTION
ISSUED BY
DATE
NAME
DATE
DRAWING
F.GARCIA
05/05/04
REVISED
A.DIAZ
02/06/04
SEDECAL
D
SHEET / OF
1
IM - 341
1/2
B
A
RAD ROOM STANDARD
& with AEC SYSTEM
E
REV
A
B
ROT MOBILE COLUMN
Note 2.- Cable code:
A3052-XX for only Low Speed
A7014-XX for Low/High Speed
See schematic 54301085
for interconnections
4
C
TUBE STATOR CABLE (See Note 2)
X-RAY
TUBE
TS2
C
A
Chassis
GND
TS1
GENERATOR SUPPLY CABLE (See Note 1)
AC LINE
COLLIMATOR CABLE (A3111-XX)
COLLIMATOR
4
VAC SUPPLY
GND CABLE (A6383-XX)
Chassis
GND
Note 1.- Cable code:
A8410-01 for Compact Generator - single phase
A8411-01 for Compact Generator - three phase
A8412-01 for Battery Generator
A8413-01 for Capacitor Generator
HV
TANK
ANODE CABLE
A
E
GENERATOR CABINET
CATHODE CABLE
C
D
LOCKS
BOARD
TB7
SUPPLY CABLE (A6736-XX)
TB7
RAD TABLE
3
See schematic 54302065
for interconnections
TS1
SUPPLY CABLE (A7235-XX)
3
GND CABLE (A6383-XX)
Chassis
GND
Chassis
GND
BUCKY
TABLE BUCKY CABLE (A3091-XX)
See schematic I/F-001
TS1
ATP CONSOLE BOARD
AEC CABLE (A3253-XX)
ION CHAMBER
(Preamplifier)
J5
(See Note 3)
(See Note 3)
Note 3:
AEC CABLE, AEC INTERFACE CABLE AND
AEC ADAPTATION BOARD NOT USED FOR
RAD ROOM STANDARD (without ION
CHAMBER)
AEC INTERFACE CABLE (A3251-02)
(See Note 3)
2
2
AEC ADAPTATION BOARD
(A3263-03)
VERTICAL BUCKY
See schematic IM-015
AEC CABLE (A7656-XX)
ION CHAMBER
(Preamplifier)
J1,J2,J3
(See Note 3)
(See Note 3)
GENERATOR CONSOLE
(TOUCH SCREEN)
J4
TB1
INTERFACE BOX CABLE (A7067-XX)
J5
(See Note 3)
TPC SUPPLY CABLE (A7059-XX)
TS1
WALL BUCKY CABLE (A6703-XX)
BUCKY
See schematic I/F-002
GND CABLE (A6383-XX)
Chassis
GND
TS1
POWER I/F CABLE (A3252-03)
AC-SUPPLY
GND CABLE (A7023-XX)
Chassis
GND
(See Note 3)
GENERATOR
Chassis
GND
Chassis
GND
1
1
THIS SHEET ONLY APPLIES with TPC CONSOLE
A
B
C
B
new interface
F. García
10/10/05
A
new interface
F. García
30/11/04
REV
DESCRIPTION
ISSUED BY
DATE
NAME
DATE
DRAWING
F.GARCIA
05/05/04
REVISED
A.DIAZ
02/06/04
SEDECAL
D
SHEET / OF
IM - 341
2/2
B
A
RAD ROOM STANDARD
& with AEC SYSTEM
E
REV
A
B
C
D
E
COLUMNA MOVIL (MOBILE COLUMN)
GENERADOR COMPACT
(COMPACT GENERATOR)
COLUMNA (COLUMN)
TS1
Cable Freno Vertical (Vertical Lock Cable)
(A7219-01)
1
4
TARJETA FRENOS
(LOCKS BOARD)
4
2
Cable Alimentación Soporte Tubo
(Tube Support Power Supply Cable)
(A6736-XX)
TB7
3
+24 VDC LOCKS
5,7
4
0 VDC LOCKS
6,8
GND
STUD
5
GND
STUD
GND Cable
CARRO LONG.
(LONG. CARRIAGE)
Freno Vertical
(Vertical Lock)
6
Cable Freno Longitudinal (Long. Lock Cable)
(A7005-01)
Freno Long.
(Long. Lock)
TS3
1
Nota.- Para modelos de Generador A6380-2x,
conectar el Cable a la regleta TS1 (+24 VDC
LOCKS a TS1-31 y 0 VDC LOCKS a TS1-32)
Note.- For A6380-2x Generator models, connect
the Cable to terminal strip TS1 (+24 VDC LOCKS
to TS1-31 and 0 VDC LOCKS to TS1-32)
2
BRAZO (ARM)
3
J1
3
Optional
1
Freno Transversal
(Transverse Lock)
2
J2
1
Freno Rotación
(Rotation Lock)
2
Cable Freno Rot/Transv (Rot/Transv Lock Cable)
(A7220-01)
1
2
3
TS2
4
PANEL CONTROL
(CONTROL PANEL)
5
2
6
2
Optional
TRANSV
SW4
ROT
SW2
LONG
SW3
VERT
SW1
1
1
NAME
DATE
DRAWING
F.GARCIA
23/07/04
REVISED
A.DIAZ
23/07/04
SEDECAL
REV
A
B
C
DESCRIPTION
ISSUED BY
DATE
D
SHEET / OF
1/1
54301085
REV
COLUMNA MOVIL
(MOBILE COLUMN)
E
A
B
C
D
E
MESA (TABLE)
TS2
Bucky Lock Cable (A7096-01)
4
1
4
Freno Bucky
D2
1N4007
(Bucky Lock)
2
Transv. Solenoid Cable (A7098-02)
Solenoide Transversal
GENERADOR COMPACT
(COMPACT GENERATOR)
(Transversal Solenoid)
TS1
Long. Solenoid Cable (A7098-01)
1
TARJETA FRENOS
(LOCKS BOARD)
Cable Alimentación
(Power Supply Cable)
(A7235-XX)
TB7
Solenoide Longitudinal
D1
1N5408
(Longitudinal Solenoid)
2
TS3
Transversal Lock Cable (A7097-01)
1
+24 VDC LOCKS
5,7
3
0 VDC LOCKS
6,8
GND Cable
D3
1N4007
Freno Transversal
(Transversal Lock)
Foot Switch Cable (A7095-01)
3
GND
STUD
2
GND
STUD
3
SW1
4
PEDAL (FOOT SWITCH)
PULSADOR (HAND SWITCH)
SW2
5
Hand Switch Cable (A7094-01)
Nota.- Para modelos de Generador A6380-2x,
conectar el Cable a la regleta TS1 (+24 VDC
LOCKS a TS1-31 y 0 VDC LOCKS a TS1-32)
Note.- For A6380-2x Generator models, connect
the Cable to terminal strip TS1 (+24 VDC LOCKS
to TS1-31 and 0 VDC LOCKS to TS1-32)
6
Tracking
SW3
Bucky Tracking Cable (A7099-01)
Nota.- La función de tracking con el SW3 y el Cable Bucky Tracking es opcional. Si no se usa esta opción, hacer puente entre TS1-5 y TS1-6.
Note.- The tracking function with the SW3 and the Bucky Tracking Cable is optional. Make jumper between TS1-5 and TS1-6 when that option is not used.
2
2
1
1
B
A
REV
A
B
C
new interface
F. García
16/11/04
CN 04/156
F. García
14/10/04
ISSUED BY
DATE
DESCRIPTION
NAME
DATE
DRAWING
F.GARCIA
05/05/04
REVISED
A.DIAZ
06/06/04
SEDECAL
D
SHEET / OF
1/1
54302065
B
FIXED TABLE
E
A
REV
BUCKY MURAL
(WALL BUCKY)
Tarjeta ADAPTACION AEC (Opcional)
(AEC ADAPTATION board – Optional)
IC
MANGUERA CAMARA IONIZACION SOPORTE MURAL – ver nota 2
(WALL SUPPORT ION CHAMBER CABLE – see note 2)
(A3253–01)
Conector IC puede ser J1, J2, o
J3 dependiendo de la Cámara
Ionización seleccionada
(Connector IC could be J1, J2,
or J3 depending on the Ion
Chamber selected)
CABLE CAMARA IONIZACION
(A6704–01)
J2
1
CARRO BUCKY
(BUCKY CARRIAGE)
1
1
2
FLD1 DR (LEFT)
2
2
3
FLD2 DR (CENTER)
3
3
4
STRT DR (RESET)
4
4
5
IC OUTPUT
5
5
6
FLD3 DR (RIGHT)
6
6
7
–12 VDC
7
7
8
+12 VDC
8
8
9
GND
9
CAMARA IONIZACION
( ION CHAMBER )
9
Shield
Shield
Nota 2.– Para sistemas con sólo una sóla Cámara de Ionización
compatible con el Generador, no es necesario instalar la “Tarjeta de
Adaptación AEC” (opcional), conectar directamente la Cámara de
Ionización a 3TS1 del Armario y a J5 de la “Tarjeta ATP Console CPU”
Note 2.– For systems with only one Ion Chamber compatible with the
Generator, installation of “AEC Adaptation Board” (optional) is not
required, connect the Ion Chamber directly to 3TS1 in the Generator
Cabinet and to J5 in the “ATP Console CPU Board”.
GENERADOR COMPACT
(COMPACT GENERATOR)
TS1
12
13
BUCKY 2 MOTION RTN
2
B2
11
BUCKY 2 DR
3
B3
8
115/220 VAC
4
B4
0 VAC
5
B8
6
B6
MANGUERA POTENCIA BUCKY MURAL (ver nota 1)
(WALL BUCKY POWER CABLE – see note 1)
(A6707–01/02/03)
TB7
BUCKY
1
9
TARJETA FRENOS
(LOCKS BOARD)
CABLE BUCKY
(A6705–01)
J1
BUCKY 2 MOTION
10
Añadir Puente
(Add Jumper)
MANGUERA BUCKY MURAL
(WALL BUCKY CABLE)
(A6703–01)
PANEL
INTERFACE
5, 7
+24 VDC LOCKS
6, 8
0 VDC LOCKS
B1
CABLE PULSADOR
(A6706–01)
TS2
1
PULSADOR FRENO BUCKY
(BUCKY LOCK PUSH–BUTTON)
2
3
4
5
GND
GND CABLE
FRENOS BUCKY
(BUCKY LOCKS)
GND
Nota 1.– Para Generador de Baterias con Millennium, conectarla a la regleta TS8 de
la Mesa (+24 VDC LOCKS a TS8–6, y 0 VDC LOCKS a TS8–5)
Note 1.– For Battery Generator with Millennium, connect the cable to TS8 terminal
strip of the Table (+24 VDC LOCKS to TS8–6, and 0 VDC LOCKS to TS8–5).
B
new interface
F. GARCIA
11/03/03
A
CN 01/205
F. GARCIA
19/11/01
ISSUED BY
DATE
REV DESCRIPTION
NAME
DATE
DRAWING
F. GARCIA
05/05/01
REVISED
A. DIAZ
05/05/01
SEDECAL
SHEET / OF
1/1
DWG:
54301056
B
A
INTERCONEXIONES BUCKY MURAL
WALL BUCKY INTERCONNECTIONS
REV
SOPORTE MURAL
(WALL SUPPORT )
Tarjeta ADAPTACION AEC (Opcional)
(AEC ADAPTATION board – Optional)
Conector IC puede ser J1, J2, o
J3 dependiendo de la Cámara
Ionización seleccionada
(Connector IC could be J1, J2,
or J3 depending on the Ion
Chamber selected)
MANGUERA CAMARA IONIZACION SOPORTE MURAL – ver nota
(WALL SUPPORT ION CHAMBER CABLE – see note)
(A3253–01)
CARRO SOPORTE MURAL
(WALL SUPPORT CARRIAGE)
CABLE CAMARA IONIZACION
(A6704–01)
IC
J2
1
1
1
2
FLD1 DR (LEFT)
2
2
3
FLD2 DR (CENTER)
3
3
4
STRT DR (RESET)
4
4
5
IC OUTPUT
5
5
6
FLD3 DR (RIGHT)
6
6
7
–12 VDC
7
7
8
+12 VDC
8
8
9
GND
9
CAMARA IONIZACION
( ION CHAMBER )
9
Shield
Shield
GND
Nota.– Para sistemas con sólo una sóla Cámara de Ionización compatible con el Generador,
no es necesario instalar la “Tarjeta de Adaptación AEC” (opcional), conectar directamente la
Cámara de Ionización a 3TS1 del Armario y a J5 de la “Tarjeta ATP Console CPU”
GND
PANEL
INTERFACE
Note.– For systems with only one Ion Chamber compatible with the Generator, installation of
“AEC Adaptation Board” (optional) is not required, connect the Ion Chamber directly to
3TS1 in the Generator Cabinet and to J5 in the “ATP Console CPU Board”.
GENERADOR COMPACT
(COMPACT GENERATOR)
TARJETA FRENOS
(LOCKS BOARD)
MANGUERA POTENCIA SOPORTE MURAL
(WALL SUPPORT POWER CABLE)
(A6707–01/02/03)
TB7
5, 7
+24 VDC LOCKS
6, 8
0 VDC LOCKS
CABLE PULSADOR
(A6706–01)
TS2
1
PULSADOR FRENO SOPORTE MURAL
(WALL SUPPORT LOCK PUSH–BUTTON)
2
3
4
FRENOS SOPORTE
(SUPPORT LOCKS)
5
GND
GND CABLE
GND
A
CN 03/044
REV DESCRIPTION
F. GARCIA
ISSUED BY
06/03/03
DATE
NAME
DATE
DRAWING
F. GARCIA
09/09/02
REVISED
A. DIAZ
09/09/02
SEDECAL
SHEET / OF
1/1
DWG:
54301068
A
INTERCONEXIONES SOPORTE MURAL
WALL SUPPORT INTERCONNECTIONS
REV
1
F1
F2
1
T1
6 0V
1.25A
230VAC
4
CR1
5 15V
C1
1A
8 15V
TRF1
0.68uF/250V
M1
FB2504
M
24VDC
C2
2.2nF/250V
C3
2.2nF/250V
J1
8
7
6
5
4
3
2
1
0VAC
GROUND
230VAC
K2
CON8
RELE
A
7
A
S1
K2A
S2
S1
S2
S1 - Microswitch de paso por
sincronismo
1
4
K1
RELE
K1B
1
7
3
4
9
9
K1A
S2 - Microswitch para llevar
al Bucky a la posición de
inicio.
6
3
0VAC/START
6
K2B
NAME
DATE
DRAWING
R.Vidal
1/12/06
REVISED
F. Díaz
xx/xx/xx
SEDECAL
REV
DESCRIPTION
ISSUED BY
1
DATE
SHEET / OF
1/2
54302039
b1
BUCKY VERTICAL GF
REV
VERTICAL TELE--BUCKY
GENERATOR POWER MODULE
INTERFACE PANEL
Interface Control Board
Bucky DBP 4120
+24 VDC
K4 BUCKY EXP
1
EXP INT
2
B1
BUCKY 2 MOTION
TS1--12
BUCKY 2 MOTION RTN
TS1--13
J4--10
K3
B2
+24 VDC
K3
BUCKY START
3
TS1--11
BUCKY 2 DR
B3
J4--7
BUCKY 2
DR CMD
K3
SEE
NOTE
J4--9
R2
C2
8
TS1--10
0 VAC
B8
0 VAC
ADD JUMPER
BUCKY SPLY
TS1--9
4
6
TS1--8
230 VAC
B4
ADD JUMPER TO
{ TS1--26 for 230 VAC
GND
B6
NOTE : In the case of noise due to Bucky, add R2=22 ohm, 1/2w, 5%; and
C2=470 nF, 250 VAC as shown.
NOTA : En caso de ruidos debido al Bucky, añadir R2=22 ohm, 1/2w, 5%, y
C2=470 nF, 250 VAC según se muestra.
NAME
DATE
DRAWING
F. GARCIA
06/06/02
REVISED
A. DIAZ
06/06/02
SEDECAL
REV
DESCRIPTION
ISSUED BY
DATE
SHEET / OF
1/1
Interconnection Cable
Cable de Inerconexión
I/F--048
REV
Radiologia Bucky Interface