ResMed VS III Viewing data during ventilation, Ventilation settings and alarm thresholds

Page 18

4.3 Viewing data (during ventilation)

 

 

27/08/2008

17:20

 

1

 

 

 

 

 

 

 

9

 

 

 

 

 

cmH2O

 

 

 

 

60

PS.Vs

 

30

 

50

 

 

 

 

40

 

 

 

 

20

 

 

 

 

10

Stop

 

 

 

0

 

 

 

 

 

 

 

 

 

 

 

PS.Vs

 

 

2

 

 

 

 

 

 

Menu

 

 

 

 

 

 

 

 

 

12

View settings/alarms

 

 

cmH2O

 

60View Monitoring

50

 

Technical information

40

 

30

 

 

 

Events/Alarms Log

20

 

10

 

 

0

 

Back

 

 

Figure 14: Viewing data

With the main screen displayed, press to access the “Menu” screen.

Use to select the option you wish to display:

the ventilation settings and alarm thresholds;

the measurements (monitoring);

the technical information or;

the Event and Alarm Log, then press to confirm.

The following figure shows the screens for each option:

Ventilation settings and alarm thresholds:

PS.Vs

View settings

0

PS

10 cmH2O TgI(P) AUTO

cmH2O

PEEP

4 cmH2O TgI(V) NO

60

50

fmin

15 bpm

TgE

AUTO

40

Rise t

 

Timin

0.3 s

30

2

20

Vts

0.50 L

Timax

2.0 s

10

0

 

 

: Alarm thresholds

 

 

 

 

 

 

 

 

 

 

PS.Vs

View alarm thresholds

0

 

min

max

 

cmH2O

 

 

 

 

60

f

--

20

bpm

50

 

 

 

 

40

Vt

0.25

0.80

L

30

20

FiO2

21

100

%

10

0: Settings

Measurements:

PS.Vs

View Monitoring

10

f = 15 bpm

FiO2 = 21 %

cmH2O

I:E = 1:2.3

Leaks = 0 %

60

50

 

 

40Ti = 1.00 s

30

 

Vti = 0.60 L

20

 

10

 

MVI = 9.0 L/min

0

 

 

Technical information:

 

 

27/08/2008

16:49

 

 

 

 

 

 

 

 

0

Patient hours= 1650h

cmH2O

Machine hours= 2000h

60

50

 

 

 

 

 

40Turbine wear= 0%

30

Circuit type= Valve

20

10

Software version= x.xx

0

Event and Alarm Log:

 

 

27/06/2011

16:48

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

0

DATE & TIME

ALL EVENTS

 

 

 

CODE

28/06/2011

18:38:48

High FiO2:%FiO2:

 

 

21

cmH2O

 

28/06/2011

18:54:40

High FiO2:%FiO2:

 

 

25

60

 

27/06/2011

09:52:43

Low FiO2:%FiO2:

 

 

21

50

 

25/06/2011

08:13:03

Start of ventilation: prog:

 

 

01

40

 

24/06/2011

11:06:22

Loss of power supply:

 

 

3

 

30

 

 

23/06/2011

09:52:23

Switched to internal battery:

 

 

2

 

20

 

 

22/06/2011

10:32:03

Switched to external supply:

 

 

1

 

10

 

 

21/06/2011

19:55:54

Switched to mains supply:

 

 

0

 

0

 

 

Events #1 to 8 of 17

/ : Scroll

: Alarms only

 

 

27/06/2011

16:49

0

DATE & TIME

ALARM EVENTS

 

CODE

cmH2O

28/06/2011

18:38:48

 

High FiO2:%FiO2:

21

28/06/2011

18:54:40

 

High FiO2:%FiO2:

25

60

 

27/06/2011

09:52:43

 

Low FiO2:%FiO2:

21

50

 

20/06/2011

08:13:03

 

Mains supply

 

--

40

 

 

20/06/2011

08:13:20

 

Mains supply

 

--

30

 

 

13/06/2011

09:52:23

 

Patient disconnection

--

20

 

13/06/2011

09:52:30

 

Patient disconnection

--

10

 

01/06/2011

19:55:54

 

External battery

--

0

 

Events #1 to 8 of 11

/

: Scroll

: All events

 

Figure 15: Information screens (examples)

For any further information, please contact your HME provider.

14

Image 18
Contents English Respiratory Care solutions Making quality of care easy Contents Page Introduction DefinitionsUser/Owner responsibility Medical information Purpose of your ventilation deviceDescription of the device ComponentsYour device Your device Front viewAir outlet Rear view Device control panelLCD screen Page Connection procedures Respiratory circuitScreen appearance while device operating Connecting to a power supply Connecting the device to the mains power supplyConnecting the respiratory circuit Option 1 Single circuitOption 3 Double circuit Air returnConnecting the mask Example of a fully-assembled systemProgram How to useStarting ventilation ProgramsSwitching programs during ventilation Switching programs during ventilationViewing data during ventilation Ventilation settings and alarm thresholdsEvent and Alarm Log MeasurementsSetting the date and time while ventilation is Stopped PS.VsTurning off the device Stopping ventilationProgram Programs Cleaning and maintenance Shutting down the deviceWhile ventilation is During ventilation Stopped Clean the mask in warm Troubleshooting ImmediatelyWithout delay and check Technical specifications DimensionsWeight without external power supply Power supply Appendix TransportSymbols displayed on the screen 1500hPage Index Page Respiratory Care solutions Making quality of care easy 0123
Related manuals
Manual 6 pages 14.5 Kb

VS III specifications

ResMed VS III is a cutting-edge ventilator designed for both hospital and home use, specifically tailored to meet the needs of patients with respiratory challenges. It incorporates advanced technologies to provide high-quality respiratory support while ensuring comfort and versatility.

One of the main features of the ResMed VS III is its advanced flow and pressure monitoring capabilities. This ventilator can adjust to the patient's requirements in real-time, ensuring optimal therapy delivery. By utilizing intelligent algorithms, the device is capable of distinguishing between different breathing patterns, allowing it to automatically adjust settings to meet individual needs. This adaptability not only enhances patient compliance but also promotes better clinical outcomes.

The device also boasts a user-friendly interface, making it easier for healthcare providers to initiate and monitor treatment. The LCD display presents comprehensive data, allowing clinicians to quickly assess the patient's status and make necessary adjustments. This streamlined interface minimizes the learning curve for new users and facilitates efficient patient management.

Another significant advancement in the ResMed VS III is its built-in connectivity features. With integrated wireless capabilities, the device allows for remote monitoring and updates. Clinicians can easily access patient data, enabling them to make informed decisions without requiring the patient to visit the clinic. This is particularly beneficial for managing patients in home care settings, where mobility may be limited.

The ResMed VS III also emphasizes patient comfort through its selection of ventilation modes. The device supports a variety of modes, including pressure support, volume control, and spontaneous breathing, allowing for individualized therapy plans. This versatility ensures that different types of patients—from those requiring short-term intensive care to long-term home support—can benefit from its technology.

Additionally, the ventilator features a compact design, making it lightweight and portable. This ensures that it can be easily transported for both hospital use and home care without compromising on performance. The quiet operation of the ResMed VS III further enhances its usability, providing a more pleasant experience for both patients and caregivers.

In conclusion, the ResMed VS III stands out in the field of respiratory support devices due to its advanced technology, adaptability, and focus on patient comfort. By integrating connectivity features and a user-friendly interface, it empowers clinicians to deliver effective and personalized care.