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P S - 2 1 5 2

 

Data Collection

3

®

012-08856B

Flow Volume

 by integrating Flow Rate data over time. Flow Volume is the net 

volume of expired air (total expired volume minus total inspired volume).

Connect the sensor to the interface and connect the interface to your computing 

device (such as a computer, tablet, or smart phone). Launch the data collection soft

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ware. Set up a graph display of “Total Flow” versus “Time” to show the Pulmonary 

Function Test (PFY) datata.

Pulmonary Function Test Procedure

1. Use a nose clip or have the test subject 

hold his or her nose to ensure that all 

breathing is done through the mouth.

2. Hold the mouthpiece of the Spirometer 

stationary and away from air currents 

(including expired air). Start data 

collection; note the flashing red WAIT 

indicator on the sensor. Wait until the 

green READY indicator is illuminated 

before you move the mouthpiece or 

expose it to air currents.

3. After the green READY indicator has 

illuminated, place the tapered end of the 

mouthpiece 

between the test subjects’s 

front teeth

 with the lips creating a seal to 

ensure that all inspired and expired air 

flows through the mouthpiece.

4. Have the test subject perform the following 

sequence of breathing:

Breathe quietly for about four breaths

Perform a forced inspiration followed 

immediately by a maximum-effort forced 

expiration*.

Breath quietly for two breaths.

5. Stop data collection.

Procedure Notes

Observing the following conditions will allow you to collect consistent and accurate 

data.

You may need to run the test a few times in order to get satisfactory data.

The subject should sit up or stand comfortably.

Talk the subject through each inspiration and expiration (this will prevent the 

subject from being distracted by counting breathes or remembering the 

sequence.)

Indicator 

Lights

*When performing the forced 

inspiration and expiration, the 

subject should try to fill his or 

her lungs to maximize 

capacity, then exhale as fast 

and completely as possible.

Summary of Contents for Pasport PS-2152

Page 1: ...Single use mouthpiece 2 included see below Additional Equipment Required PASCO interface See PASCO catalog or www pasco com PASCO Data Collection Software See PASCO catalog or www pasco com Additional...

Page 2: ...ad to a differential pressure transducer in the electronics enclosure The Spirometer contains onboard reference data of differential pressures from known flow rates a non linear relationship It determ...

Page 3: ...air currents 3 After the green READY indicator has illuminated place the tapered end of the mouthpiece between the test subjects s front teeth with the lips creating a seal to ensure that all inspire...

Page 4: ...nclosure contains a high resolution differential pressure sensing element that is sensitive to orientation The orientation with respect to vertical or horizontal is not important but it must remain co...

Page 5: ...breathing breathing without effort Expiratory Reserve Volume ERV is the amount of air moved out of the lungs during a forced expiration beyond the level of tidal expiration Inspiratory Reserve Volume...

Page 6: ...at the end of a forced expiration A typical RV is 1 2 L Functional Residual Capacity FRC is the amount of air left in the lungs after a normal expiration FRC RV ERV A typical FRC is 2 5 liters The fo...

Page 7: ...measurements taken from the graph since each measurement is made between two data points recorded within a few seconds In the data collection software you can eliminate the trend with this calculation...

Page 8: ...rooms and are not sold for profit Reproduction under any other circumstances without the written consent of PASCO scientific is prohibited Trademarks PASCO and PASCO scientific are trademarks or regis...

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