CPI CMP 200 User manual

CPI Canada Inc. Installation 2
CHAPTER 2
INSTALLATION
CONTENTS:
2.1.0 INTRODUCTION......................................................................................................................................2-2
2.2.0 UNPACKING ............................................................................................................................................2-2
2.3.0 REMOVING THE GENERATOR COVER.................................................................................................2-2
2.4.0 MAJOR COMPONENT LAYOUT..............................................................................................................2-3
2.5.0 EQUIPMENT PLACEMENT .....................................................................................................................2-3
2.5.1 Main Cabinet.........................................................................................................................................2-3
2.5.2 Control Console ....................................................................................................................................2-3
2.5.3 Anchoring the Generator to the Floor ...................................................................................................2-5
2.6.0 WIRING TO THE GENERATOR...............................................................................................................2-5
2.6.1 Control Console ....................................................................................................................................2-6
2.6.2 Hand Switch (Optional).........................................................................................................................2-9
2.6.3 X-ray Tube Stator Cable.....................................................................................................................2-10
2.6.4 Checking the Connection of the X-ray Tube Stator Cable..................................................................2-12
2.6.5 Power Line Mains................................................................................................................................2-12
2.6.6 High Voltage Cables ...........................................................................................................................2-15
2.6.7 X-Ray Tube Housing Ground..............................................................................................................2-17
2.6.8 Room Equipment ................................................................................................................................2-17
2.6.9 Emergency Power Off / Power Distribution Relay ..............................................................................2-17
2.6.10 Safety Interlocks..................................................................................................................................2-17
2.7.0 LOW-SPEED STARTER TUBE COMPATIBILITY..................................................................................2-17
2.7.1 Setting 120 / 240 VAC Boost Voltage.................................................................................................2-18
2.8.0 PROGRAMMING THE DUAL-SPEED STARTER..................................................................................2-18
2.8.1 EPROM type / dual-speed starter - applies only to DSS Board #728877-06.....................................2-19
2.8.2 Tube type setting on DIP switch SW1 for DSS Boards #728877-06 and #903132-02.......................2-20
2.8.3 Programming DIP switch SW3 for DSS Board #903132-xx..............................................................2-23
2.8.4 Inspecting DIP switch SW8 setting for DSS Board #903132-xx.........................................................2-26
2.8.5 Configuring dual-speed starter 901297-15 / 901298-15.....................................................................2-27
2.9.0 GENERATOR CONTROL BOARD DIP SWITCH SETTINGS................................................................2-28
2.10.0 INITIAL RUN-UP.....................................................................................................................................2-28
2.10.1 Auxiliary Transformer Line Voltage Tap Selection..............................................................................2-28
2.10.2 Initial Voltage Measurements..............................................................................................................2-30
2.11.0 TUBE MAAUTO CALIBRATION.............................................................................................................2-31
2.12.0 FINAL CHECKS......................................................................................................................................2-31
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.1.0 INTRODUCTION
This chapter contains instructions for unpacking and installing the CMP 200and CMP 200DR X-ray
generators. This chapter also describes the basic wiring and setup of the generator (console, X-ray tube,
AC mains, etc), allowing for initial power-up of the generator. This is followed by tube seasoning and auto
calibration.
2.2.0 UNPACKING
1. Inspect the shipping pack(s) for evidence of shipping damage.
•The generator and the membrane control console (if applicable) are shipped in one pack.
•The optional touchscreen console is shipped in a separate pack from the generator.
If there is evidence of shipping damage, note this in the event that a damage claim is justified.
Taking pictures of the damage is also recommended.
2. Remove the cardboard outer pack from the generator. See the cautionary note below before
removing the pack.
CAUTION: OPEN THE CARDBOARD PACK (S) CAREFULLY. SHARP TOOLS MAY DAMAGE
THE CONTENTS.
3. Set aside the cardboard pack.
WARNING: THE GENERATOR MAIN CABINET (WITH HV MODULE) WEIGHS APPROXIMATELY
135 POUNDS (61 KG). ONE PERSON SHOULD NOT ATTEMPT TO LIFT OR MOVE
THIS ASSEMBLY WITHOUT PROPER EQUIPMENT OR ASSISTANCE.
4. Remove and unpack the membrane control console, if included. This is strapped to the top of the
generator. Then carefully lift the generator from the pallet.
5. Remove and unpack the optional hand switch and the optional mini-console control unit, if
included.
6. If applicable, unpack the optional touchscreen console along with the base and console cables.
7. Inspect all items for shipping damage, including loose hardware if applicable.
8. Unpack the manuals and any other paperwork that may be packed with the generator.
9. Keep the shipping packs. In case of shipping damage, place the unit(s) back in their shipping
pack(s) and notify the carrier and the customer support department as described in chapter 1 of
this manual.
2.3.0 REMOVING THE GENERATOR COVER
1. Remove and set aside the screws and washers securing the cover to the generator chassis.
2. Carefully lift the cover off the chassis.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
2.4.0 MAJOR COMPONENT LAYOUT
Refer to the section GENERATOR LAYOUT AND MAJOR COMPONENTS in chapter 1 for major
component identification and layout.
2.5.0 EQUIPMENT PLACEMENT
2.5.1 Main Cabinet
Place the generator cabinet in a location that will allow the following:
•Easy front and side access for service and sufficient clearance at the rear for room interface cables.
Refer to chapter 1.
•Air circulation: The main cabinet is fan cooled, therefore room-temperature air must be free to
circulate around the cabinet. The cooling slots in the cabinet must be unobstructed at all times.
•A stable footing.
•Close proximity to service-disconnect boxes. Cables should not be on the floor where they could be
stepped on or tripped over.
•Do not locate the X-ray generator within the patient environment of the X-ray room.
2.5.2 Control Console
NOTE: DO NOT LOCATE THE CONTROL CONSOLE WHERE X-RADIATION MAY BE PRESENT
DURING SETUP / CALIBRATION OR NORMAL OPERATION OF THE GENERATOR.
YOU MAY CHOOSE TO TEMPORARILY LOCATE THE CONSOLE NEAR THE GENERATOR FOR
INITIAL PROGRAMMING AND CALIBRATION. IF SO, PLEASE COMPLETE THE FINAL CONSOLE
INSTALLATION PER THIS SECTION WHEN THE GENERATOR INSTALLATION IS COMPLETED.
Position the control console in its intended location and ensure that it is stable.
•The control console (membrane console, touchscreen console, or mini-console) must be located
inside an X-ray shielded control booth within the X-ray room, or outside the X-ray room.
•If the console is located on a shelf, supply index pins or equivalent hardware to the base of the
console to prevent slipping.
•Ensure that the console is mounted at a height and angle to allow for easy viewing of the displays.
•If the optional CPI pedestal stand (membrane console) is to be used for the console mounting, follow
the mounting instructions supplied with the stand.
Membrane Console
Note: Some jurisdictions require that the console PREP and EXPOSE buttons be disabled if a hand
switch is used. This is done by removing JW1 and JW2 from the console board as described below.
1. Turn the console upside down and place it on a clean, non-abrasive surface.
2. Remove and set aside the screws securing the console base to the molded case, and the
hardware from the console ground stud.
3. Remove the console base (the metal bottom panel with the feet attached).
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.5.2 Control Console (Cont)
4. Locate and then remove JW1 and JW2 from the console board. Refer to the appropriate figure in
chapter 1, in the section GENERATOR LAYOUT AND MAJOR COMPONENTS.
5. Do not discard the jumpers that were removed in the previous step. These will need to be
reinstalled if the console PREP and EXPOSE buttons must be enabled in the future.
6. Reinstall the console base by reversing the previous steps.
Touchscreen Console
The touchscreen base is shipped as a separate item, and must be attached to the touchscreen console
before continuing with the installation. A Phillips screwdriver is required to attach the base to the
touchscreen console. A hex key has been included to adjust the tension on the tilt-arm mechanism.
1. Carefully unpack the touchscreen console and the desk-mount base components and set the
packaging aside. Verify that all components are undamaged.
2. Place the touchscreen console facedown on a FLAT, CLEAN, NON-ABRASIVE surface.
3. Note the two sets of VESA (Video Equipment Standards Association) mounting holes on the back
plate and on the touchscreen console. One set of holes is spaced at 100 mm, and the other set is
spaced at 75 mm. CPI recommends the use of the 100 mm spaced VESA holes. Line up the back
plate with the touchscreen (observe orientation). Attach the base using the screws provided. See
figure 2-1.
75mm(2.95")
mm(3.94")100
mm(2.95")75
100mm(3.94")
Figure 2-1: Touchscreen base back plate showing VESA mounting holes
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
2.5.2 Control Console (Cont)
NOTE: THE SET SCREW COLLAR MUST BE SECURED ON THE UPPER HALF OF THE TILT ARM
TO PREVENT PERSONAL INJURY SHOULD THE TOUCHSCREEN SLIP WHILE ADJUSTING
THE VIEWING HEIGHT.
ADJUST THE SET SCREW COLLAR (FIGURE 2-4) USING THE PROVIDED HEX KEY
BEFORE ADJUSTING THE HEIGHT OF THE TOUCHSCREEN CONSOLE. THE SET SCREW
COLLAR MUST BE POSITIONED SUCH THAT THERE IS NO LESS THAN 25 mm (1 INCH)
OF CLEARANCE BETWEEN THE BOTTOM EDGE OF THE TOUCHSCREEN CONSOLE AND
THE TOUCHSCREEN BASE PLATE WHEN THE TOUCHSCREEN IS ADJUSTED TO ITS
MINIMUM HEIGHT.
PLEASE BE SURE TO SUPPORT THE TOUCHSCREEN CONSOLE WHEN ADJUSTING ITS
VIEWING POSITION.
Position the touchscreen console in its intended location and ensure that it is stable.
•The touchscreen console must be placed on a solid and level surface. There must be no risk of it
tipping or falling, especially if raised to its maximum viewing height.
•Ensure that the display is positioned at a height and angle to allow for easy viewing.
2.5.3 Anchoring the Generator to the Floor
If it is desired to anchor the generator to the floor, refer to chapter 1. This should not be done until all
cable hookups to the generator are completed.
2.6.0 WIRING TO THE GENERATOR
Unless specified otherwise, all cables (except AC mains) should be routed into the generator main
cabinet through the cable access slots at the upper rear of the generator. The cables should be secured
to the lip on the inside of the cable access slots using tie-wraps or equivalent fasteners. For connections
that must be made to the H.V. auxiliary board, AEC board, or to the generator control board, route the
cables over the top of the fan-mounting bracket and over the chassis divider panel.
The AC mains cable is routed into the generator via the cable clamp on the rear of the generator,
adjacent to the main fuses.
All cables should be kept away from high voltage areas in the cabinet, and dressed neatly in place.
Cables should be cut to the correct length if possible, as excess cabling may contribute to EMI/RFI
problems. For those cables that cannot be cut to the correct length (HV cables and console cables for
example), try to minimize the area inside of any loops of excess cable, as these loops can create an
antenna.
Ferrules should be used on the ends of all stranded wires that are connected to terminal connections in
the generator. These must be supplied by the installer.
EXCESS LENGTHS OF CABLING MUST NEVER BE BUNDLED UP AND STORED INSIDE THE
GENERATOR.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.6.0 WIRING TO THE GENERATOR (Cont)
2.6.1 Control Console
Membrane Console
1. Note the protective cover connected to the console cable. This is intended to protect the console
cable connectors during shipping and while routing the console cable during installation.
Disconnect the generator end of the cable (the end with the ferrite bead) from the protective
cover, and then route the end of the cable with the protective cover attached as required.
Remove and discard the protective cover when finished. After removing the protective cover,
inspect the console cable connectors for any damage. Please see figure 2-2 for an example of
such damage.
2. Route the generator end of the console cable into the generator cabinet via the cable access slot
nearest to the generator control board. The cable must be routed as per figure 2-3. Connect the
generator end of the console cable to J3 on the generator control board.
Figure 2-2: Console cable connector damage example
3. Connect the free end of the console cable to J8 at the rear of the console. Leave sufficient slack
in the cabling to the console to allow for future service and maintenance.
Touchscreen Console
1. Route the generator end of the console cable into the generator cabinet via the cable access slot
nearest to the generator control board. The cable must be routed as per figure 2-3. Connect the
generator end of the console cable to J20 on the generator control board.
2. Connect the free end of the console cable to GEN on the rear of the touchscreen console. Leave
sufficient slack in the cabling to the console to allow for future service and maintenance.
3. Tighten the screw locks to fully secure the “D” connectors.
4. Connect one end of the supplied ground wire to the touchscreen console ground screw, shown in
figure 2-4. Connect the other end of the ground wire to the ground connector near the main line
fuses in the generator (figure 2-8). Dress the ground wire away from high voltage areas in the
generator. This ground location may have other ground wires already connected; ensure that
these existing ground wires are not disconnected when making the X-ray tube ground connection.
Note that this ground wire is required for EMC compliance only. It has no safety impact.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
2.6.1 Control Console (Cont)
5. Optional: Connect customer-supplied speakers (minimum 8 ohms) to LO (3.5 mm stereo jack) on
the rear of the touchscreen console (do not use externally amplified speakers). Use cable ties to
secure the speaker cable to the console cable for support. Pins 1 and 2 (left and right) on the 3.5
mm male stereo jack must be shorted together on the cable that plugs into the touchscreen
console.
Please note that connecting external speakers will disable one of the on-board touchscreen
speakers.
NOTE: CONNECTING THE TOUCHSCREEN CONSOLE CABLE TO ANY CONNECTOR OTHER
THAN J20 ON THE GENERATOR CONTROL BOARD MAY CAUSE DAMAGE TO THE
GENERATOR. VERIFY THAT THE CONSOLE CABLE HAS BEEN CONNECTED
CORRECTLY PRIOR TO POWERING UP THE GENERATOR.
Mini-Console (optional)
1. Route the generator end of the console cable into the generator cabinet via the cable access slot
nearest to the generator control board. The cable must be routed as per figure 2-3. Connect the
generator end of the console cable to J19 on the generator control board.
2. Connect the free end of the console cable to the 15-pin male connector that is attached to the
short piece of console cable connected to the mini-console. Tighten the screw locks to fully
secure the “D” connectors on the console cable.
3. An extra cable (9-pin ‘D’ to RJ45) is included with the optional mini-console. This must be
connected from the standard serial port (9-pin ‘D’ connector) on the imaging computer to
J3 on the generator control board on any DR systems that require serial communication
with the generator.
NOTE: CONNECTING THE MINI-CONSOLE CABLE TO ANY CONNECTOR OTHER THAN J19 ON
THE GENERATOR CONTROL BOARD MAY CAUSE DAMAGE TO THE GENERATOR
CONTROL BOARD AND MINI CONSOLE BOARD. VERIFY THAT THE CONSOLE CABLE
HAS BEEN CONNECTED CORRECTLY PRIOR TO POWERING UP THE GENERATOR.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.6.1 Control Console (Cont)
Figure 2-3: Console cable routing
DO NOT CONNECT UNAPPROVED EQUIPMENT TO THE REAR OF THE CONSOLE.
For the membrane console, J3 is for connection of an external hand switch, J4 is a serial port
for use by an external computer, and J8 is for the interconnect cable to the generator main
cabinet.
For the touchscreen console, GEN on the rear of the touchscreen is for the interconnect
cable to the generator, HS is for connection of an external hand switch, COM 1 & COM 2 are
serial ports for use by external devices, LO (3.5 mm stereo jack) is for customer supplied
speakers (minimum 8 ohms, do not use externally amplified speakers), ETH is a standard
10/100 Ethernet connection, USBA and USBB are USB ports for connection of external
devices, CF is for the compact flash memory card which holds the touchscreen software, and
SW1 is the console upgrade button.
For the mini-console, the short piece of console cable with the attached 15-pin “D” connector
is for connection of the console cable that is connected to J19 on the generator control
board.
INCORRECT CONNECTIONS OR USE OF UNAPPROVED EQUIPMENT MAY RESULT IN
INJURY OR EQUIPMENT DAMAGE.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
2.6.1 Control Console (Cont)
Figure 2-4 shows the designations of the connectors on the rear panel of the membrane and touchscreen
consoles.
J3
HAND
SWITCH LCD
CONTRAST
CONSOLE
GROUND J8
GENERATOR
INTERFACE J4
DATA
LINK
FILE: CMP RAD_CONS2.CDR
MEMBRANE CONSOLE
TOUCH SCREEN
CONSOLE
HS
HAND
SWITCH
COM 1
COM 2 & SERIAL
PORTS
GEN
GENERATOR
INTERFACE
SET SCREW
COLLAR
CONSOLE
GROUND
COM 1
COM 2
USBB
ETH
USBA
SW1
CF
HS
LO
GEN
LO
AUDIO
LINE OUT
Figure 2-4: Rear of control console
2.6.2 Hand Switch (Optional)
The optional hand switch, if ordered from CPI Canada Inc, is supplied pre-wired to a male 9 pin
subminiature “D” connector. This connects to J3 on the membrane console or to HS on the touchscreen
console. A male 9 pin subminiature “D” connector will need to be provided by the installer if the CPI
supplied hand switch is not used.
Pin assignments are as follows:
PIN NUMBER
PIN CONNECTIONS
(J3 membrane console) / HS touchscreen console)
1
X-ray
2
No Connection
3
Prep
4
No Connection
5
Common (ground)
6
NOT USED
7
NOT USED
8
NOT USED
9
NOT USED
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.6.3 X-ray Tube Stator Cable
The X-ray stator cable is the cable connecting between the X-ray generator and the X-ray tube. Although
CPI does not supply this cable, CPI requires the cable to meet the following requirements:
1. The cable must be shielded.
2. The cable must meet 600 VAC-voltage rating.
The following two procedures will guide the connection of the X-ray stator cable for the low-speed starter
and the dual-speed starter.
Connecting the X-ray Tube Stator Cable for Low-speed Starter
The J7 connector is designed for connecting the X-ray tube stator cable for the low-speed starter. It is
located on the HV auxiliary board as shown in Figure 2-5.
CMP200_STATOR
654321
J7
Figure 2-5: the connector of the X-ray tube stator cable for the low-speed starter
The next table shows the pin information of the J7 connector.
FUNCTION
CONNECT TO
SHIFT
J7-6
MAIN
J7-5
COMMON
J7-4
GROUND
J7-3
THERMAL SWITCH (Term 1)
J7-2
THERMAL SWITCH (Term 2)
J7-1
To connect the X-ray tube stator cable for the low-speed starter:
1. Route the X-ray tube stator cable towards the J7 connector on the HV auxiliary board as shown in
Figure 2-5.
THE SHIELD FOR THE STATOR CABLE MUST BE PROPERLY GROUNDED AT BOTH THE
TUBE END AND THE GENERATOR END OF THE CABLE.
2. Connect the shield ground of the stator cable to J7-3 on the HV auxiliary board.
3. Connect the X-ray tube stator cable to J7 on the HV auxiliary board as per the table above.
4. Perform the procedure, Checking the Connection of the X-ray Tube Stator Cable, described in the
following section.
High Voltage Auxiliary Board
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
Connecting the X-ray Tube Stator Cable for Dual-speed Starter
The connector is designed for connecting the X-ray stator cable for the dual-speed starter is located on
the back of the DSS board mounting plate as shown in Figure 2-6.
Figure 2-6: the connector of the X-ray stator cable for the dual-speed starter
1. Route the X-ray tube stator cable towards the X-ray stator cable connector on the back of the
DSS board mounting plate. Refer to figure 2-6.
THE SHIELD FOR THE STATOR CABLE MUST BE PROPERLY GROUNDED AT BOTH THE
TUBE END AND THE GENERATOR END OF THE CABLE.
2. Connect the shield ground of the stator cable to the ground connector on the mounting plate as
shown in Figure 2-6.
3. Connect the X-ray tube stator cable to the X-ray stator cable connector as shown in Figure 2-6.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
4. Secure the X-ray tube stator cable to the generator chassis using suitable tie-wraps or equivalent
fasteners.
5. Perform the procedure, Checking the Connection of the X-ray Tube Stator Cable, described in the
following section.
2.6.4 Checking the Connection of the X-ray Tube Stator Cable
1. Check that the stator cable (SHIFT, MAIN, COMMON, GROUND, and THERMAL SWITCH) has
been correctly connected and tightened as appropriate. Connection errors might cause X-ray
generator or X-ray tube damage.
2. With an ohmmeter, measure the resistance between the Main, Common, and Shift connector pins
for Tube. Record the results in the next table.
Example Stator Resistance Measurements
Between Pins 1
& 2 (Common to
Main)
Between Pins 1 &
3 (Common to
Shift)
Between Pin 2
& 3 (Main to
Shift)
Resistance,
ohms
3. Confirm that the results agree with the resistances documented in the tube stator datasheet
provided by the X-ray tube manufacturer.
Note: The sum of the resistance (Common to Main) and Resistance (Common to Shift)
approximately equals to the resistance (Shift to Main). The smallest resistance should be the
resistance (Common to Main).
2.6.5 Power Line Mains
WARNING: TO AVOID ELECTRICAL SHOCK, ENSURE THAT THE AC MAINS DISCONNECT IS
LOCKED IN THE OFF POSITION, AND THAT ALL MAINS CABLES ARE DE-
ENERGIZED BEFORE CONNECTING TO THE GENERATOR.
Refer to chapter 1 for generator power and generator power line requirements.
1. Temporarily disconnect the fan by unplugging the fan power-connector at the fan cover.
2. Remove and set aside the hardware securing the fan cover to the generator. Then remove the
fan cover with the fan attached.
3. Temporarily remove the safety cover from the main fuses (if fitted). This must be reinstalled after
the AC mains connections are made, before reinstalling the fan cover.
4. Prepare the AC mains cable as per figure 2-7 and the AC Mains Termination Table, and then
strip the ends of the leads to the required length.
5. Pass the AC mains cable through the cable clamp at the upper rear of the generator cabinet,
adjacent to the main fuses. Tighten the clamps to secure the cable.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
6. Connect the ground wire to the chassis ground connector, and connect the mains power wires to
the terminals on the main fuse holder shown in figure 2-8. For 1 phase generators connect the
mains to F1 and F2; for 3 phase units connect the mains to L1, L2, and L3.
•Ferrules should be used on the ends of the AC mains wires. These must be supplied by the
installer.
•For China only, the power cable must be CCC approved.
2.6.5 Power Line Mains (Cont)
7. Re-install the fan cover and reconnect the fan by reversing the previous steps.
THE FAN MUST BE CONNECTED AT ALL TIMES.
FAILURE TO CONNECT THE FAN WILL RESULT IN GENERATOR MALFUNCTION &
ERROR MESSAGES.
8. Do not switch on mains power until requested to do so in a later step.
Figure 2-7: Termination of AC mains cable
AC Mains Termination Table
GROUND L1 L2 L3
All 80 kW
Configurations 7 (178) 3.25 (83) 3.25 (83) 4.25 (108)
50 kW
208 – 230 VAC,
3P Configurations
7 (178) 5 (127) 4.75 (121) 5 (127)
40 kW & 50 kW
400 – 480 VAC,
3P Configurations
7 (178) 5.75 (146) 5.5 (140) 5.75 (146)
208 – 230 VAC
1P Configurations
7 (178) 5 (127) 5 (127) N/A
*Dimensions are in inches (mm)
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
2.6.5 Power Line Mains (Cont)
Figure 2-8: Generator mains connection
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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CPI Canada Inc. Installation 2
2.6.6 High Voltage Cables
The X-ray tube should be mounted in its normal fixture i.e. tube stand or other device.To connect
the High Voltage Cables:
GND
-CATHODE-
+ANODE+
CMPTANK.CDR
Figure 2-9A: HV connector identification
Figure 9B: HV cable and socket
Use and disclosure is subject to the restrictions on the title page of this CPI document.
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2Installation CPI Canada Inc.
Refer to Figure 9A and Figure 9B to install the HV cables:
1. Remove the dust caps that cover the HV (High Voltage) sockets on the HVM (high voltage
module).
2. Check for debris inside the HV (ANODE and CATHODE)Sockets on the top of the HVM. If
there is any debris found inside the sockets, it must be carefully removed.
3. Verify that the Plug Bodies are in good condition i.e., no cracks. The contact pins must be
sufficiently opened to make good contact with the mating connectors inside the HV Socket.
4. Carefully clean the Plug Bodies of the HV cables by using dry lint-free paper towels.
5. Apply a thin coat of moisture-dissipating grease to each Plug Body.
6. Carefully clean the HV sockets by using dry lint-free paper towels.
7. Carefully observe the polarity (ANODE and CATHODE) for the HV Sockets and HV cables.
8. To connect the HV cables:
a) In the ANODE (+) HV Socket, first identify the Slot in the socket and visually align it with
the Key on the ANODE Plug Body as shown in Figure 9B. Then insert and push the Plug
Body into the socket until it is firmly seated.
b) In the CATHODE (-) HV Socket, first identify the Slot in the socket and visually align it
with the Key on the CATHODE Plug Body as shown in Figure 9B. Then insert and push
the Plug Body into the socket until it is firmly seated.
WARNING:THE METHOD, DESCRIBED IN THE NEXT STEP, OF HOW TO TIGHTEN THE
THREADED RINGS TO THE HV SOCKETS MUST BE PERFORMED BY HAND
ONLY. USE OF MECHANICAL TOOLS SUCH AS A WRENCH MAY RESULT
IN OVER-TIGHTENING, WHICH MAY ROTATE THE HV SOCKET. THIS
ROTATION MAY SERIOUSLY DAMAGE THE HIGH VOLTAGE MODULE
(HVM) OR THE X-RAY GENERATOR.
9. Use the method described below to tighten the two Threaded Rings to the two HV Sockets.
NOTE: A SUBSTANTIAL AMOUNT OF FORCE IS NEEDED TO SECURE THE
THREADED RING OF THE HV CONNECTORS INTO THE HV MODULE
INTERFACE. THERE IS A RISK OF MUSCLE STRAIN. AVOID AWKWARD
POSTURE AND PRACTICE SOUND ERGONOMIC PROCEDURES WHEN
PERFORMING THIS TASK.
a) Tighten the Threaded Rings by hand only and ensure there is no gap between the
Threaded Ring and the HV Socket, but do not over tighten.
b) Using a hex key (1.5 mm), tighten the Set Screw, which will secure the Threaded Ring and
ensure a good contact between the HV cable and the HVM.
10. After verifying normal X-ray generator operations, re-tighten the Threaded Rings connecting
to the HV Sockets and the X-ray tube.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
Page 2-16 CMP 200
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X-Ray Generator Service Manual Ch # 901476-02 Rev. P

CPI Canada Inc. Installation 2
2.6.7 X-Ray Tube Housing Ground
In addition to the X-ray tube manufacturers recommended tube grounding procedure, a separate ground
wire (10 AWG, 6mm2) must be connected from the X-ray tube housing to one of the ground studs on the
HV module. Refer to figure 2-9 for the location of these ground studs. These ground locations may have
other ground wires already connected; ensure that these existing ground wires are not disconnected
when making the X-ray tube ground connection.
Failure to make this ground connection may result in intermittent operation and/or exposure errors.
2.6.8 Room Equipment
Refer to chapter 3C for connection of Buckys, interlocks, room lights, the DR imaging system (if
applicable), DAP, collimator lamp and system locks power, and to chapter 3D for installation and
calibration of AEC. It is suggested that these items not be connected until the initial run-up of the
generator is complete, and the tube auto calibration routine has been performed as described near the
end of this chapter.
2.6.9 Emergency Power Off / Power Distribution Relay
To connect an external emergency power-off switch, disconnect the jumper from J2-1 to J2-2 on the
generator control board. Then connect the emergency-off switch to J2-1 and J2-2. Refer to MD-0928 in
chapter 9.
For installations where installer-supplied auxiliary power distribution circuits are added to the generator,
24 VDC is available on the generator interface board to drive the coil of the power distribution relay.
Connect the coil to J2-3 (+) and J2-4 (ground). Refer to MD-0927 in chapter 9. The maximum current
available from this source is 100 mA.
WARNING: THE EMERGENCY POWER OFF SWITCH DOES NOT REMOVE THE AC MAINS INPUT
VOLTAGE. HIGH VOLTAGE STILL EXISTS INSIDE THE GENERATOR IN THE AREA OF
THE AUXILIARY TRANSFORMER AND THE H.V. AUXILIARY BOARD. ENSURE THAT
THE AC MAINS DISCONNECT IS LOCKED OUT AND ALL CAPACITORS ARE
DISCHARGED BEFORE SERVICING.
2.6.10 Safety Interlocks
The room door interlock switch must be wired to the generator as described in Inputs in chapter 3C
before the generator is powered up. This switch must provide an open contact when the door is open.
NOTE: THE INSTALLER MUST PROVIDE A VISUAL INDICATION OF THE ON/OFF STATE OF
EACH EXTERNAL DEVICE THAT CAN PREVENT THE GENERATOR FROM EMITTING
RADIATION, OR THAT CAN STOP THE GENERATOR FROM EMITTING RADIATION, OR
BOTH.
2.7.0 LOW-SPEED STARTER TUBE COMPATIBILITY
The Low Speed Starter is integrated into the H.V. Auxiliary Board within the CMP 200®and CMP 200®DR
generators. The phase-shift capacitor is chassis-mounted as shown in figure 1-4.
Use and disclosure is subject to the restrictions on the title page of this CPI document.
CMP 200
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2Installation CPI Canada Inc.
Before continuing, note the phase-shift capacitor value is compatible with your X-ray tube stator. Please
refer to table 1, in the supplement, X-ray Tube Start Compatibility Tables in this manual. If the value of
the phase-shift capacitor is not compatible with the desired X-ray tube stator type, please contact CPI
product support for assistance.
Confirm that the boost voltage is set correctly for the selected tube type per the referenced Table 1 before
continuing. The procedure for setting the boost voltage is detailed in 2.7.1. The boost voltage may be
measured from F6 to F7 on the H.V. auxiliary board.
If the desired tube type is not listed, please contact CPI product support for assistance.
Confirm proper stator operation using a suitable tachometer before making any exposures.
WARNING: HIGH VOLTAGE IS PRESENT ON THE H.V. AUXILIARY BOARD AT ALL TIMES THAT
THE GENERATOR IS SWITCHED ON. TAKE APPROPRIATE PRECAUTIONS WHEN
SERVICING THIS BOARD
2.7.1 Setting 120 / 240 VAC Boost Voltage
Follow the steps below to verify and configure the low speed starter boost voltage. This is factory
configured to 240 VAC.
1 Confirm the required boost voltage for the selected tube as described above. The requirement for
the vast majority of tubes in Table 1 of the supplement is 240 V. For tubes that require 120 V
boost, this is noted in the table.
2. The boost voltage is configured via jumpers on the H.V. auxiliary board:
•E16 to E15 selects 240 V boost.
•E14 to E15 selects 120 V boost.
Swap the connection at E14 and E16 if the boost voltage needs to be changed. The jumper wire
(E16 - E15 or E14 - E15) will need to be replaced if making this change. Extra jumper wires are
attached to a bag on the lip on the inside of the cable access slot above the HV module. Select
the shortest wire from this bag that will connect between the desired tabs on the board that has
the proper terminations on the jumpers. Do not discard the existing jumper; place it in the jumper
kit to be available for future configuration changes.
Proceed to the next step if the jumper setting is correct.
NOTE: THE ROTOR BOOST TIME MAY BE ADJUSTED IN THE RANGE OF 1 SECOND TO 4
SECONDS. THIS SHOULD BE SET PER THE X-RAY TUBE MANUFACTURERS
RECOMMENDATION, OR AS REQUIRED TO ENSURE PROPER ANODE ROTATION AT
THE END OF THE PREP CYCLE.
REFER TO ROTOR BOOST , UNDER GENERATOR LIMITS IN CHAPTER 3C FOR THE
PROCEDURE TO SET THE ROTOR BOOST TIME.
NOTE: THE LOW SPEED STARTER BOOST MUST NOT EXCEED 5 CONSECUTIVE BOOSTS,
AND MUST BE FOLLOWED BY A MINIMUM 10 SECOND WAIT PERIOD.
3. Confirm the proper boost voltage and proper anode rotation as described above.
2.8.0 PROGRAMMING THE DUAL-SPEED STARTER
Use and disclosure is subject to the restrictions on the title page of this CPI document.
Page 2-18 CMP 200
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X-Ray Generator Service Manual Ch # 901476-02 Rev. P

CPI Canada Inc. Installation 2
CAUTION: IMPROPER DIP SWITCH SETTINGS WILL RESULT IN IMPROPER ANODE SPEED
ROTATION WHICH CAN CAUSE OVERHEATING AND/OR DAMAGE TO THE X-RAY
TUBE.
WARNING: ENSURE PROGRAMMING THE DUAL-SPEED STARTER IS FULLY UNDERSTOOD AND
PROPERLY DONE, BEFORE PUTTING THE GENERATOR IN SERVICE.
This section applies only to units fitted with a Dual-Speed Starter (DSS). Different settings apply
depending on the DSS board number, and subassembly/tab number installed. Check the subassembly
number and tab number (as shown in Figure 2-10A), and the board number (printed on the board)
installed in your generator and follow the steps outlined in this section to program the DSS.
2.8.1 EPROM type / dual-speed starter - applies only to DSS Board #728877-06.
1. The dual-speed starter EPROM is different for 400 V units and for 480 V units. If a 400 V unit is
reconfigured for 480 V, or a 480 V unit is reconfigured for 400 V, the dual-speed starter EPROM
will need to be changed. A spare EPROM (the complement of the EPROM that is in the dual-
speed starter) is in a bag attached to the lip on the inside of the cable access slot above the HV
module. Refer to chapter 6 for the EPROM replacement procedure, and to the table below for the
applicable EPROM part numbers.
400 VAC CONFIGURATION
480 VAC CONFIGURATION
DSS part number
EPROM part #
DSS part number
EPROM part #
901297-02
733159-00
901298-02
735896-00
901297-12
739311-00
901298-12
739313-00
901297-13
733159-00
901298-13
735896-00
901297-15
733159-00
901298-15
735896-00
901297-16
739311-00
901298-16
739313-00
2. If you are making the conversion as per the previous step, use an indelible marker to change the
part number of the dual-speed starter assembly (901297-XX to 901298-XX, or vice-versa). The
dual-speed starter part number is printed on the opposite side of the board assembly, at the back
of the mounting plate (see Figure 2-10A). Keeping the dual-speed starter part number current will
maintain configuration control of the product.
NOTE: DSS BOARD #903132 USES EEPROM* NOT EPROM**. THE TABLE SHOWN ABOVE
ONLY APPLIES TO DSS BOARD #728877-06. MORE INFORMATION ON UPGRADING
THE DSS BOARD #903132 USING EEPROM IS FOUND IN CHAPTER 6, REGULAR
MAINTENANCE.
NOTE: THE ABOVE CONFIGURATION AND EPROM PART NUMBERS ONLY APPLY TO
SUBASSEMBLIES 901297-XX AND 901298-XX.
EEPROM* - Electrically Erasable Programmable Read Only Memory
EPROM** - Electrically Programmable Read Only Memory
Use and disclosure is subject to the restrictions on the title page of this CPI document.
CMP 200
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2Installation CPI Canada Inc.
Figure 2-10A: DSS subassembly and tab number location
2.8.2 Tube type setting on DIP switch SW1 for DSS Boards #728877-06 and #903132-02
The dual-speed starter must be programmed for the X-ray tube type used at this site. This is done via DIP
switch SW1 on the dual-speed starter board.
The following tube functions are set with this switch:
•High-speed start and run voltages.
•Low-speed start and run voltages.
•Brake time and brake voltage.
•Boost times.
•Boost time increments. Boost time may be increased in 100 ms steps in the range of 100 to 700 ms.
DIP switch SW1 on the dual-speed starter must be set correctly to match the X-ray tube in
use. Failure to set this correctly may result in improper anode RPM and therefore may
damage the X-ray tube.
1. Select the desired tube type from Table 2 of X-Ray Tube Stator Compatibility Tables Supplement
746026-00. Record the tube type number (housing and insert) and the binary code as per the
third column in the table. Please note that the tube compatibility applies only to the housing and
inserts listed, i.e. for the specific manufacturer(s) shown.
2. If the desired tube type is not listed, please contact CPI product support for assistance.
3. The recommended dual-speed starter used in CMP 200DR X-ray generators will be one of the
following part numbers: 901297-02, 12, 13,15 or 16 (400 VAC units), 901298-02, 12, 13, 15 or 16
(480 VAC units), or 906664-21, 22, 23.Refer to the X-Ray Tube Stator Compatibility Table
Supplement 746026-00.
The stated capacitor values are equivalent capacitor values, and are derived from several
combinations of relay-selected series / parallel discrete capacitors, depending on the part
number. Refer to MD-0924 and MD-1069 in chapter 9 for details.
4. To determine if the dual-speed starter contained within your generator is compatible with the
desired tube as selected in step 1, note the part number of the dual-speed starter in your
generator. This is printed on a the back of the mounting plate, opposite the board assembly (see
Use and disclosure is subject to the restrictions on the title page of this CPI document.
Page 2-20 CMP 200
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X-Ray Generator Service Manual Ch # 901476-02 Rev. P