biodex 130-502 User manual

OPERAT ON
MANUAL
Pulmonex Xenon Systems
Single Cartridge (#130-502)
Double Cartridge (#130-503)
FN: 93-300 2/96
Biodex Medical Systems, I c. •Brookhave R & D Plaza •20 Ramsay Road •Box 702
Shirley •New York •11967-0702 •516-924-9000 •Fax [phone]

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1. ntroduction..............................................................................................4
2. Set-up Procedure ....................................................................................4
3. Performing a Study..................................................................................6
4. Maintenance ............................................................................................8
• General Maintenance Procedures......................................................8
• Charcoal Trap Replacement...............................................................9
• Clearing the Automatic Xenon Dispenser Needles ..........................10
• Upper Blower Replacement..............................................................10
• Lower Blower Replacement ..............................................................11
• Leak and Trap Tests .........................................................................12
5. Troubleshooting .....................................................................................14
6. Specifications ........................................................................................17
7. Replacement Parts List .........................................................................18
8. Schematics ............................................................................................20
– 3–

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The combination of manual and electronic controls make the Pulmonex
Xenon Single and Double-Cartridge Systems the easiest units to use for
regional ventilation studies. All internal circuitry, valves and tubing have
been designed to afford simple operation with complete patient comfort.
The result is a system that provides maximum, reliable test results with
minimal effort.
For departments performing up to 20 xenon studies per month (upper
dosage = 10 - 12 mCi), the Single-Cartridge Pulmonex is ideal. For higher
volume departments with more frequent xenon studies or higher dosages,
the Double-Cartridge Pulmonex is recommended. The Double-Cartridge
system provides a longer migration path for the xenon effluent, allowing
greater decay and absorption before exhaustion.
Before using either Pulmonex system on an actual patient, we suggest
you first make several dry runs through the following operation procedures
(without using the xenon). Having become familiar with the operating rou-
tine, ask a colleague to stand-in as a practice patient and try the proce-
dures again. Once you feel fully comfortable operating the Pulmonex,
you’ll be able to perform xenon studies on any patient with complete confi-
dence.
NOTE: Because the Pulmonex uses a temperature-sensitive valve which
must acclimate to the immediate environment, the system must reside for
several hours in the department where it will be used prior to performing
any studies.
*89463(*)96*
Open the top rear door. nspect the interior. All hoses should be connect-
ed to their respective ports.
Bags should be lying flat.
Hoses should not be kinked.
(See Figure 1.)
Open lower front door. All
hoses should be connected to
their respective ports. (See
Figure 2.)
Replace the empty plastic
cartridge that hangs in the
lower compartment with the
blue Dry-All cartridge. This
cartridge is pre-filled for sin-
gle-use and is included with
the Xenon Disposable Convenience Kit sample. t serves as a moisture
trap for the air going into the charcoal cartridge. The disposable blue Dry-
All cartridge prolongs charcoal trap life span and eliminates the alternative
– 4–
Figure 1

of loading the empty plastic cartridge to one-
third full with loose Drierite
(catalog #139-101). Failure to change the
Drierite regularly will significantly shorten the
life span of the charcoal trap, therefore, it is
recommended that you change it after every
study.
Replace the empty plastic cartridge, locat-
ed in the top compartment, with the white
Soda-Lime cartridge. This cartridge is pre-
filled for single-use and is included with the
Xenon Disposable Convenience Kit sample.
t serves as a carbon dioxide trap. The dis-
posable white cartridge stops the breakdown
of Soda-Lime granules that may possibly clog the 10-way valve and hinder
patient air flow. t also eliminates the alternative of loading the empty plastic
cartridge one-third full with loose Soda-Lime (catalog #130-019). Failure to
change the Soda-Lime regularly will cause the patient to hyperventilate,
therefore, it is recommended that you change it after every study.
NOTE: The flow arrow on the pre-filled Soda- ime cartridge should point
to the right when looking into the upper cabinet through the door.
Bring the unit to the area of operation. Make sure the timer is on “0” and
plug into a nearby electrical outlet.
At the rear of the unit, there
are two white hose connections
positioned side by side. (See
Figure 3.) Attach the 1-1/8"
clear bore hose and Hans
Rudolph Valve assembly to the
white hose connectors so that
air flows in on the left and out
on the right. Connect bacteria
filter directly to the Hans
Rudolph Valve. Attach either a
face mask or mouthpiece.
NOTE: Keep the breathing
tubes as short as possible. For supine patients, bring the system as close
as possible to the bedside.
t is advisable to use hose clamps to tightly fasten the breathing hoses
to the hose connections. As a safety precaution you can connect a hose
from your room vent to the exhaust port located just below the overhang
on the patient side of the Pulmonex.
CAUTION: Some patients are sensitive to oxygen. Consult a physician
before using oxygen. If the physician prefers, substitute room air for oxygen.
– 5–
Figure 2
Figure 3

To add oxygen, connect and
clamp a 1/4" oxygen hose from
your supply to the oxygen inlet
port on the Pulmonex front
panel. (See Figure 4.) Turn the
oxygen valve to 5 psi or 6-8
liters per minute and leave it on.
f possible, use a pediatric regu-
lator on the oxygen tank.
NOTE: Use a flow regulator, not
a flow meter. Flow rates can be
high (up to 50 liters/minute) but
pressure must be kept low —
5 psi is recommended.
CAUTION: Do not use humidi-
fied oxygen.
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Using a source, position the patient in front of the scintillation camera.
Ensure both lungs are within the crystal area.
Set the camera for Xe-133. Record all data on tape.
Place the Pulmonex as
close to the patient as possi-
ble and set the handle to the
“Start” position. The number
“1” will appear under the han-
dle. (See Figure 5.)
Set “Patient Air Flow” con-
trol to 30 (an arbitrary figure
that can be changed to
accommodate the patient’s
breathing pattern).
Press the button on the
front panel to add oxygen to
the “To Patient” bag. Only add
a small amount of oxygen, about 1/4 full. (The bag will only move slightly,
do not fill it up.) More oxygen can be added later if it is required for the
patient. n many cases, it is possible not to add any oxygen and perform
the entire study on ambient air. n all cases, the oxygen is only to enrich
the air in the circuit.
– 6–
Figure 4
Figure 5

To perform a study using ambient air, turn the Pulmonex ON and pro-
ceed to handle position #2 before connecting the patient to the system.
When the “To Patient” bag is 1/4 full, switch the handle back to position
#1. The system is now ready to use.
Set the timer to 9 minutes (an arbitrary figure that can be changed at
any time depending on the study procedure you prefer).
Place the face mask over the
patient’s face and attach mask
retainer or mouthpiece and nose
clip (catalog #131-774). Place a
vertex cape (catalog #055-101)
on the patient. (See Figure 6.)
Turn the handle to the “Start”
position. nstruct patient to
breathe briefly while becoming
accustomed to the face mask.
The “From Patient” bag will
move slightly as the patient
exhales.
Switch the handle to single breath, Equilibrium position #2. Take either
the automatic xenon dispenser tube with needle, Du Pont Calidose Gun or
syringe filled with xenon, and puncture the injection site of the face mask
or mouthpiece. Add the xenon as you have the patient take a deep breath.
nstruct patient to hold breath for as long as possible. After exhaling the
patient should resume normal breathing while you increase the “Patient Air
Flow” control to 70 (an arbitrary figure that can be changed to accommo-
date the patient’s breathing pattern).
Advise the patient to breathe normally. Observe breathing bags moving
through the front panel windows. Add oxygen if necessary for patient comfort.
NOTE: If the xenon is not getting to the patient for single breath, lower the
“Patient Air Flow” control to 10 or 20 for approximately five seconds before
xenon administration and instruct patient to take a deeper breath.
Once the patient reaches equilibrium (1 - 2 minutes, the counting rate
on the camera stabilizes), switch to “Washout,” position #3. Take washout
data on the camera (typical framing: first picture, 15 seconds; second, 30
seconds; third, 60 seconds). Have the patient breathe normally.
Carefully watch the “From Patient” bag. f it starts blowing up, the
patient is breathing too fast. Advise normalized breathing and increase the
“Patient Air Flow” speed. f the bag continues to expand up towards the
glass, the patient will feel back pressure and resistance. To relieve this
effect, increase “Trap Air Flow” by turning knob clockwise until the breath-
ing bag deflates. Return the control to approximately 1/2 of its range when
– 7–
Figure 6

the study is complete. The use of this motor control will be a rare occur-
rence. Do not adjust unless absolutely necessary and be sure to return it
to its original position. To be effective, the increase in motor speed must
be accomplished before the bag is full, thus, it is vital to watch the “From
Patient” bag carefully during washout.
When the washout is complete, remove the patient from the system.
Allow the system to run for a few more seconds or until both bags are
empty.
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 Change the moisture absorber and the soda-lime (CO2absorber) after
every study. f you wait until the granules change color, efficiency is
already greatly reduced. Absorber granules can also break down and the
smaller granules and powder clog the system, hinder patient air flow and
damage system circuitry.
Biodex Medical Systems has developed CO2absorber and moisture
absorber filter cartridges that are included in our Xenon Disposable
Convenience Kits. The cartridges are filled with pre-measured amounts of
granules. The unprecedented design of these cartridges allows for single-
use and absolutely no chance of granule breakdown.
 Administer the xenon as close to the patient as possible. Having the
xenon enter the patient near the face mask or mouthpiece ensures a good
bolus for single breath. We recommend using an injection adapter as
close to the patient as possible.
Biodex carries an entire line of disposable xenon circuits, some with
injection adapters, with luer lock fittings, or injection ports (see catalog).
These options will allow the use of a xenon gun, xenon injection dispenser
or syringe directly in line with the patient’s breathing passage.
 Test the trap effluent on a regular basis. Keep a formal record according
to NRC regulations. The easiest and most efficient way to test the trap is
by using the Xenogard Room Air/Trap Monitor #136-751. f you do not
have a monitor, refer to the Leak and Trap Test procedure explained later
in this chapter.
 Periodically remove the two breathing tubes from the back of the unit.
Take one tube and connect it to both ports, forming a C configuration.
Place the handle in position #2 and press the oxygen button until the bags
are full and tight up against the glass windows. They should remain full for
approximately two minutes. f they sag or fail to blow up tight, the system
may have a leak. Refer to the Leak and Trap Test procedure as explained
later in this chapter.
– 8–

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(See Figure 7 for Single Cartridge or Figure 8 for Double-Cartridge.)
t is recommended that the Charcoal Cartridge Xenon Trap (#127-318 and
127-319) be replaced once every 12 months. To maximize trap effective-
ness follow these guidelines:
 After the patient has completed the washout, do not leave the system
running for more than 10 seconds.
 Monitor the lower blower motor. t should be set at a maximum of 50-60
and only increased when a patient needs assistance during washout.
 Change the moisture absorber after every study!
 Do not leave the Pulmonex in position #3 when not in use.
*40&(*1*2863(*)96*
Tools Required: Screwdriver, pliers and/or vice grip.
 Open the door to the trap and, using pliers, disconnect hose clamps
and tubes connected to the top of the lead cartridge.
 Using the screwdriver, remove the eight screws from the metal bands
holding the cartridge in place.
– 9–
Figure 7
Figure 8

Check the direction of the fittings on the top of the lead cartridge before
removing it.
Remove the old cartridge and place the new cartridge into the system.
Make sure the fittings on the cartridge point in the same direction as on
the one you removed.
Put the screws back in the metal bands and tighten them down.
Connect the tubing and the hose clamps to their respective fittings.
The system is now ready for use.
Perform a mock study on yourself (without xenon) to check the system.
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t is recommended that the needles in the Xenon Dispenser (#150-310) be
periodically cleaned. The procedure is fast and simple. Please note that
the dispenser may only be used in conjunction with a Du Pont Calidose
Gun or a gun that is compatible to the Du Pont gun.
 Remove the vial and plunger from the dispenser.
 Hook the oxygen hose to the oxygen input on the dispenser.
 Press the “add xenon” button and slowly increase the oxygen pressure
for about ten seconds. The oxygen will flow out one needle in the center of
the dispenser.
 Disconnect the tube connecting the dispenser to the luer lock plug.
 Connect the oxygen hose to the luer lock fitting on the side of the dis-
penser. Turn oxygen on and slowly increase the pressure for about ten
seconds. The oxygen will flow out of the other needle.
 Reset the Automatic Xenon Dispenser.
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Tools Required: Slip-joint pliers, flat-blade screwdriver and 10" wood block.
The Upper Blower is located in the upper cabinet, adjacent to the main
valve system.
To Remove the Old Blower:
Using flat-head screwdriver, remove 8 screws from stainless steel front
panel edges.
– 10 –

Carefully raise front panel approximately 10 inches. Use a block of
wood to prop up the front cover at rear of unit.
There are 3 hoses that must now be disconnected to facilitate complete
removal of the front panel. The first two hoses go to the rear of the unit to
the fittings for the patient hose set. Using slip-joint pliers loosen spring
clamps and remove hoses (inside of cabinet). The third hose is located
mid-line in the cabinet and goes to the thru-wall fitting for the trap.
After all of the hoses have been removed, remove the front panel
assembly and carefully place it aside (upside down).
Using slip-pliers, loosen the hose clamps connecting 2 smaller hoses to
blower. Remove and label both hoses.
Disconnect large hose from between valve and blower.
Disconnect the Molex connector.
With flat-head screwdriver, remove 3 screws from blower bracket and
remove the Upper Blower.
To Attach the New Blower:
Position new blower so that hose fittings face front of Pulmonex cabinet.
With flat-blade screwdriver, install 3 screws in bracket to attach new blow-
er.
Reconnect Molex connectors. Using spring clamps and fittings, attach 2
smaller hoses to blower, as labeled in step #5 above, and the larger hose
to the 10-way valve. Fitting and connectors should be sealed with RTV®
silicon adhesive or similar sealant.
Reposition front panel. Reattach 2 hoses to back of unit for patient set.
Reattach smaller hose to thru-wall fitting for trap. Using flat-blade screw-
driver, reinstall 8 screws to secure front panel.
Perform Leak Test “A”, described later in this section, to ensure unit is
operating properly.
3:*603:*6*40&(*1*28
(See Figure 9.)
Tools Required: Slip-joint pliers and flat-blade screwdriver.
The Lower Blower is located in the lower cabinet and accessible from the
front cabinet door.
To Remove the Old Blower:
– 11 –

 Using slip-pliers, loosen
hose clamps connecting corru-
gated tubes to blower.
 Disconnect the Molex
connector.
Using flat-blade screwdriver,
remove 3 screws that attach
the lower blower to the back of
the cabinet. Save screws.
To Attach the New Blower:
Position new blower so that
hose fittings are on left as you
face the cabinet. Attach blower
to back of cabinet with 3
screws removed earlier.
Connect the upper hose fit-
ting to exhaust tubing.
Connect the lower hose fitting to trap tubing.
Reconnect the Molex connector.
Test operation using Turn-On Timer switch.
 ncrease air flow setting to 100.
Place hand near exhaust port at back of unit and feel for positive air flow.
*&/!*78
The following procedures are a simple yet effective means of testing the
delivery and breathing portion of the Pulmonex system for leaks. Tests A
and C should be done with the Pulmonex turned OFF.
Test A:
 Connect one hose between the “To Patient” port and the “From Patient”
port located on the patient side of the system.
 With the system in position #2 and the oxygen supply connected,
depress the “Add Oxygen” button on the front panel of the system and fill
until both bags are full and pressed up against the front viewing windows.
Open the rear door of the system and press lightly on the breathing
bags. Listen carefully for any leaks. f no leak is found, empty the bags,
and replace outside tubing.
– 12 –
Figure 9

 f a leak is found in the tubing, you should replace the whole section.
This tubing is Biodex Medical Systems model #139-680 and comes in 100
foot rolls or model #130-901. Occasionally, one of the breathing bags will
tear or a hole will develop in it. These bags are Biodex Medical Systems
model #130-610 and are easily replaced. f the leak is in one of the fit-
tings, they can be easily sealed with silicone.
 f there is a leak and it’s hard to find, move on to test B.
Test B:
Turn Pulmonex On. There should be a tube as in Test A connecting the
“To Patient” and “From Patient” ports.
Empty both bags.
Put system in position one.
 f the “To Patient” bag blows up, very carefully check to see if the big fit-
ting connecting the blower to the 10-way valve is broken.
 f it is, run a bead of silicone around the fitting to seal it and let dry.
Now try steps 2 through 4 again. f the bag does not fill, do a leak test
again (Test A).
 f the bag fills, call Biodex Medical Systems. The 10-way valve probably
needs to be replaced.
Test C – Oxygen Button Val e Leak Test:
With system turned off and a hose connecting the two patient ports, con-
nect the oxygen supply and turn it on. f the “To Patient” bag fills without
depressing the “Add Oxygen” button, then this valve needs to be replaced.
NOTE: Proper Pulmonex tubing set-up is as follows: tubing, then Y fitting,
then bacteria filter, and then the face mask or mouthpiece should be
placed directly onto the filter. You may add an injection adapter between
the filter and mask or mouthpiece. The solid plug or luer lock plug in the Y
fitting should be pointing up.
NOTE: Please remember, if you have any questions or problems, contact
our Service Department.
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Trap exhaust is monitored by using the gamma camera without a collima-
tor. The following simple technique is used:
Remove the collimator from the camera.
– 13 –

With a 5 percent window, calibrate for Xe-133.
Fill the large plastic bag with a known volume of air (typically, 50 liters).
 nject a known quantity of Xe-133 (such as 100 µci ) into the bag. The
concentration will be 2 x 10-3 µci/cm3.
Place the bag in front of the crystal and count for a known period of
time. The c/m obtained is a measure of the efficiency.
Collect the exhaust of a typical study in another bag of the same vol-
ume (50 liters) and count as defined in step 5.
Ratio the count rates to the standard taken to determine exhaust con-
centration.
For Example:
f 2 x 10-3 µci/cm3yielded 600,000 c/m above the background, and collect-
ed effluent from the patient study was 150 c/m above background, then:
Ratio = 1.5 x 102c/m = 2.5 x 10-4
6 x 105c/m
Exhaust Concentration = r (2 x 10-3 µci/cm3)
= (2.5 x 10-4) (2 x 10-3 µci/cm3)
= 5 x 10-7µci/cm3
*MPC Xe-133 controlled areas should not exceed 1 x 10-5 µci/cm3.
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33:*6
1. Timer not on. 1. Turn timer on.
2. Blown fuse. 2. Replace fuse.
3. Power cord cut or broken. 3. Replace cord.
4. No power in outlet. 4. Try different outlet.
33;<,*2,*88.2,.2837<78*1
1. Tank or oxygen supply empty. 1. Refill tank.
2. Flow rate on tank not set high 2. Turn flow rate up.
enough.
3. Not holding oxygen button down 3. Button must be depressed for
the long enough. whole time oxygen is to be added.
4. Internal 1/4" hose has come off 4. Reattach hose and reclamp.
fittings.
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– 14 –

1. Injection not near the patient. 1. Change injection location to a
location closer to the patient.
2. Injected when patient exhaled. 2. nject after patient exhales and
starts inhaling.
3. ower blower speed set too high, 3. Turn blower speed down to 20
for
xenon being drawn into system. at least 30 seconds prior to injec-
tion
of xenon.
4. Blower speed not set high enough. 4. After injecting xenon blower
speed should be raised to at least a
setting of 60, higher if necessary.
5. Soda- ime and Drierite cartridges 5. Cartridges should not be filled
too full. more than 1/3 full.
6. Breathing bags not in wall mounts. 6. Reattach bags to wall mounts.
7. Not enough oxygen supplied. 7. Add more oxygen. t can be
added at any time during the study.
8. Too much oxygen put in the 8. Only fill “To Patient” bag 1/3 full
“To Patient” bag to start study. with oxygen.
9. Study runs too long. 9. Shorten length of study.
Equilibrium should not take any
more
than 2-3 minutes.
10. External hose cracked. 10. Replace hoses.
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1. Gun clogged. 1. Check gun.
2. Injected xenon in position #1 (start). 2. nject in position #2.
3. Main valve core not turning when 3. Call Biodex Medical Systems.
handle is turned.
4. Bacteria filter absorbs xenon. 4. Change filter type to
recommended filters supplied by
Biodex Medical Systems.
5. System leaks. 5. See leak test.
6. Y fitting not set up properly. 6. Correct Y and tubing.
7. Is camera set for xenon? 7. Set camera for xenon.
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1. eak around face mask or 1. Make sure retainer is tight - use
mouthpiece. nose clamp when mouthpiece is
used.
2. External hose cracked. 2. Replace hose.
3. Blower to 10-way valve fitting 3. See test B.
broken.
4. Oxygen valve leaks. 4. Replace oxygen valve (See
procedure to test for leaks, test C).
3:(392878-639,-398789)<
– 15 –

1. Vial not completely emptying. 1. Check vial before and after
study.
2. Not enough xenon to start study. 2. Use bigger doses of xenon.
3. Gun clogged. 3. Check gun.
37.2,(39287
1. Nose clip not being used. 1. Use nose clip.
2. eak around mouthpiece or 2. Make sure mask retainer or
face mask. mouthpiece is secured properly.
3. Cracks in external hose. 3. Replace hose.
4. Bacteria filter is absorbing xenon 4. Use Biodex Medical Systems
(check filter for activity). recommended bacteria filters.
5. Plug-in Y fitting is not capped. 5. Cap luer lock plug-in Y fitting.
8632,'6*&8-.2,6*7.78&2(*
1. Hoses are too long. 1. Reduce length of tubing to 24"
maximum.
2. Hose on patient’s side of Y fitting. 2. Remove hose. Bacteria filter and
face mask should be affixed directly
to Y fitting.
3. Y fitting is upside down. 3. Y fitting should be attached so
that the solid plug is facing up.
4. One-way valves sticking. 4. Replace Y fitting.
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1. Shipping cap not removed from 1. Remove cap from exhaust port.
exhaust port.
2. Upper blower speed set too low. 2. Turn speed up to 100.
3. ower blower speed set too low. 3. Generally, the lower cabinet
blower speed is set at 60, however
on some patients, it will have to be
turned up.
4. Blowers not running. 4. Check power or replace blower.
5. Breathing bags crimped or out of 5. Reattach bags to wall mounts.
wall brackets.
6. Charcoal has settled in lead 6. Remove cartridge, turn upside
cartridge. down and shake, then replace
cartridge.
!6&40*&/.2,;*232
1. Monitor not working. 1. Check trap effluent manually.
2. Crack in seam of cartridge. 2. Seal with silicone.
3. oose fittings on cartridge. 3. Seal fitting with silicone.
4. Crack in hose to trap or hose is not 4. Replace or reconnect hose.
attached.
5. Cartridge saturated. 5. Replace cartridge.
6. Charcoal has settled. 6. Shake cartridge vigorously to
loosen charcoal.
– 16 –

4*(.+.(&8.327
90132*; .2,0*&686.),*
Weight: 265 lbs.
Dimensions: 49" H x 22" W x 23" D
Electrical Requirements:
Operating volts/amps: 110-120V
Chassis Lea Kage
Current Draw: <.5 amps
Electrical Protection: .5 amp buss fuse
Operating Temperature: Normal clinical operating room temperature
90132*;39'0*&686.),*
Weight: 320 lbs.
Dimensions: 49" H x 22" W x 23" D
Electrical Requirements:
Operating volts/amps: 110-120V
Chassis Lea Kage
Current Draw: <1 amps
Electrical Protection: .5 amp buss fuse
Operating Temperature: Normal clinical operating room temperature
– 17 –

– 18 –
Figure 10
C3320
C3050
C2920
C2970
C3290
C3190
C3310

*40&(*1*28&687.78
(See Figure 10.)
77*1'0<90132*;
&6891'*6 *7(6.48.32
130-019 Soda-Lime
130-515 Ten Way Valve
130-545 8" Hose
130-555 Cartridge for Absorbents
130-610 10 Liter Breathing Bag
130-901 1 1/8" Clean Bore Hose
130-903 Hose Adapter
139-101 Drierite
139-680 Corrugated Tubing
C2920 Rhodes Timer
C2970 Knob, Rhodes Timer
C3050 Clippard Valve
C3080 Adapter 1/8" Male to 1/4" Hose
C3090 Elbow, Male Combination 3/4"
C3100 Adapter, Male Brass 1/4" to 1/4" Hose
C3110 Union, Brass 1/4"
C3120 Tubing 1/4" .D. x 3/8" O.D.
C3170 Elbow, 1/4" Male nput to 1/4" Hose
C3190 Caster
C8090 Hose Clamp (Spring Style)
C3200 Elbow, 1/8" Male to 1/4" Hose
C3210 Elbow, 3/4 Hose to 3/4 Hose
130-902 Hans Rudolph Valve
130-904 S.S. Hose Clamp
130-900 Free Breathing Hose Kit
C8122 Rheostat
C3220 Tubing, 1" nside Diameter
C3230 1/2" PVC Pipe
C3310 Drawer Pull
C3320 Lead Glass Window 4" x 6 7/8"
C3330 Elbow, 3/4" Female Thread nput to 1" Hose
C3340 Adapter, PVC, 1" Male Thread nput to 1" Hose
C3350 Bushing, Reducing 2" to 1" nput
C3360 Combination nsert, 3/4 x 3/4" Male Thread
C3370 Bushing Reducing, 1" x 3/4"
C8123 Handle and S/S Disc
77*1'0<90132*;
&6891'*6 *7(6.48.32
130-536 Pulmonex Upper Blower Consisting of C2930
130-537 Pulmonex Lower Blower Consisting of C2930
130-508 Dual Cartridge Conversion Kit
– 19 –

(-*1&8.(7
(-*1&8.(
– 20 –