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36 

 

MAGNAMED     

Ventilator Analyzer - 

VentMeter

  P/N: 1901509 

– Rev 05 

   Length 

mm 

135 

 2 

Weight 

kgf 

1.3 

 0.1 

 

Operation 

 

 

 

   Temperature 

ºC 

5 a 50 

--- 

   Barometric Pressure 

hPa 

700 a 1060 

--- 

   Humidity (no condensation) 

20 a 90 

--- 

 

Storage 

 

 

 

   Temperature 

ºC 

-5 a 60 

--- 

   Barometric Pressure 

hPa 

500 a 1060 

--- 

10 

   Humidity (no condensation) 

0 a 99 

--- 

 

12.1.4 

Measurement and Presentation Specification 

 

Item 

Parameter 

Unit 

Range 

Resolution 

Tolerance 

Instantaneous Measured Pressure

 (1)

 

hPa 

-50 to 200 

0,1 

 (0,4 hPa or 1% of 

reading) 

Maximum Inspiratory Pressure

 (1)

 

hPa 

0 to 200 

0,1 

 (0,4 hPa or 1% of 

reading) 

Mean Pressure

 (1)

 

hPa 

0 to 120 

0,1 

 (0,4 hPa or 1% of 

reading) 

Plateau Pressure

 (1)

 

hPa 

0 to 120 

0,1 

 (0,4 hPa or 1% of 

reading) 

PEEP

 (1)

 

hPa 

-50 to 120 

0,1 

 (0,4 hPa or 1% of 

reading) 

 

Measured 

Volume 

 

 (Adult Sensor 

– ADU) 

mL 

100 to 2000 

 (15 mL or 3% of 

reading) 

(Infant Sensor 

– INF)

 (2) 

mL 

10 to 400 

 (5 mL or 5% of 

reading) 

(Neonate Sensor 

– NEO)

 (2) 

mL 

1 to 100 

0,1 

 (2 mL or 5% of 

reading) 

Minute 

Volume 

 (Adult Sensor 

– ADU) 

0,1 to 50,0 

0,001 

 (0,18 L or 3% of 

reading)

 (3) 

(Infant Sensor 

– INF)

 (2) 

0,01 to 50,0 

0,001 

 (0,10 L or 5% of 

reading)

 (3) 

(Neonate Sensor 

– NEO)

 (2) 

0,001 to 20,0 

0,001 

 (0,06 L or 5% of 

reading)

 (3) 

Inspiratory Time 

0,05 to 60,00 

0,01 

 0,01s 

Expiratory Time 

0,05 to 60,00 

0,01 

 0,01s 

10 

Respiration Frequency (Rate) 

Rpm 

1,0 to 200,0 

0,1 

 0,2 Rpm 

11 

Respiration Frequency (Rate) 

hPa /L/s 

0 to 200,0 

 10% 

12 

Airway Resistance 

mL. hPa

 -1 

0 to 200,0 

 10% 

13 

FiO

2

  

%O

15 to 100 

0,1 

± (2% + 1% of 

reading) 

14 

NEONATAL Flow Sensor 

– NEO

 

L.min

-1 

-20,0 to 20,0 

0,1 

± (0,15 L.min

-1

 or 2% 

of reading) 

15 

INFANT Flow Sensor 

– INF 

L.min

-1 

-50,0 to 50,0 

0,5 

± (0,5 L.min

-1

 or 2% 

of reading) 

16 

ADULT Flow Sensor 

– ADU 

L.min

-1 

-150,0 to 

150,0 

1,0 

± (1,0 L.min

-1

 or 2% 

of reading) 

 
 

(1)

 

1 mbar (millibar) = 1 hPa (hectoPascal) = 1,016 cmH

2

O (centimeter of water). Practically these units can be used as: 

Summary of Contents for VentMeter

Page 1: ...INSTRUCTION MANUAL Ventilator Analyzer VentMeter Part Number 1901509 Rev 05...

Page 2: ...cnologia M dica S A Rua Santa M nica 801 831 Bairro Capuava CEP 06715 865 Cotia SP Brazil Tel 55 11 4615 8500 E mail magnamed magnamed com br Website www magnamed com br MAGNAMED Tecnologia M dica S A...

Page 3: ...possibility of injury death or other serious adverse reaction due to the misuse of the equipment Caution Warns the user about the possibility of equipment failure associated with the use or misuse Lik...

Page 4: ...uate lung ventilators performance It should not be used to monitor patient ventilation in Intensive Care Units This manual should be completely read to safely and correct use of the equipment and to g...

Page 5: ...nently charged o Recharge the batteries completely after use or after a long period of storage Notes Dispose of removed parts in accordance with the institution s parts and parts disposal protocol and...

Page 6: ...ECTRICAL POWER CONNECTION 25 7 3 OXYGEN SENSOR OPTIONAL 25 7 4 BEFORE USE 26 7 4 1 Initial Procedures 26 8 VENTILATOR TEST SAMPLES 27 9 TROUBLESHOOTING 31 10 PARTS AND ACCESSORIES 33 11 PREVENTIVE MAI...

Page 7: ...interpret ventilation curves Basic Characteristics AC Input 100 240 VAC 50 60 Hz Internal battery with intelligent charger LCD Display to show pressure curve flow curve volume curve and monitored valu...

Page 8: ...ssure Plateau Pressure Minimum Pressure Static Compliance Dynamic Compliance Airway Resistance Beside these monitored data by the flow sensor it is possible to measure the oxygen concentration of the...

Page 9: ...ntMeter P N 1901509 Rev 05 4 Part Identification 4 1 Parts and Components The following items are supplied integrating the equipment Quantity Description Picture 01 VentMeter Ventilator Analyzer 01 Ki...

Page 10: ...lator Analyzer VentMeter P N 1901509 Rev 05 Quantity Description Picture 01 Testing bag set 01 Handbag 01 CD Instruction Manual and PulmoTrend Software for PC basic version 01 Source AC DC 90 2source...

Page 11: ...cated by a highlighted text in the screen Cal and Next 3 LCD Display Show graphs and monitored parameters 4 UP Key or Increment Key This key increments or UP ARROW to allow navigation within the scree...

Page 12: ...r Caution Connect the tubing according to the picture shown in the front panel of the VentMeter 9 Proximal Flow Sensor Connector Proximal flow sensor pressure measurement port connector 10 PC Serial R...

Page 13: ...Padroniza o The internal battery of the Ventilator Analyzer should be always charged and ready to use in eventual electrical power failure to achieve it this cable should be kept connected to the main...

Page 14: ...14 MAGNAMED Ventilator Analyzer VentMeter P N 1901509 Rev 05 5 Command and Adjustment...

Page 15: ...he letter at superior left corner indicates which flow sensor is selected A Adult Sensor I Infant Sensor N Neonatal Sensor Pressure Measurement Screens The F1 and F2 keys allows navigation between pre...

Page 16: ...ph s Scale o Max Flow Maximum value of flow in the graph adjusted from 10 to 150 L min 1 with steps of 10 L min 1 o Time One screen sweep time adjusted from 1 to 15 seconds with steps of 1 second When...

Page 17: ...uence with up to 3 parameters selected Screen sequence with up to 6 parameters selected By pressing the ENTER key in the Main Screen when the arrow is pointing to Monitor the display will show the Mon...

Page 18: ...f the arrow and the ENTER key selects or inhibits the parameter to be shown in the monitor screen The selected parameters will be blinking and the inhibit ones will not To navigate between these param...

Page 19: ...parameters Vexp Freq and FiO2 and Monitor Screen 2 with Vinsp in the middle of the screen Notice that in this situation the Monitor Screen 2 will show in its superior right corner the number 2 indica...

Page 20: ...ree flow sensors The blinking flow sensor is the one selected To select another flow sensor use the UP and DOWN keys to reach the new sensor and press ENTER key to select it This new sensor will start...

Page 21: ...nd 100 the arrow indicates which oxygen concentration will be used to calibrate the sensor If the arrow is pointing to 21 and the ENTER key is pressed then it will blink and the message Calibrating wi...

Page 22: ...on of the ventilator to the patient Tinsp Inspiratory Time Is the inspiratory time value Positive Flow Texp Expiratory Time Is the expiratory time value Negative Flow I E I E Ratio Is the result of Ti...

Page 23: ...Connect the flow sensor tubing according to the following figure 2 Connect the oxygen sensor to VentMeter using appropriate cable audio cable 3 Turn on the VentMeter and wait for the initialization sc...

Page 24: ...01509 Rev 05 5 Prepare the respiratory circuits to test the ventilator Warning The respiratory circuit should be STERILIZED otherwise there is risk of contamination 6 Carry out the following connectio...

Page 25: ...of the VentMeter only with the power of the internal battery it must be fully recharged and ready for further use If the VentMeter remains unplugged for more than one month the battery must be fully...

Page 26: ...RP16P02 Tee Adaptor o MAXTEC R110P10 Flow Diverting 7 4 Before Use This inspection routine is intended to orient the user to carry out a simple procedure and quick equipment test before each use or a...

Page 27: ...figure bellow b Calibrate the Ventilator Analyzer VentMeter c Calibrate or carry out the initialization procedures of the ventilator according to the manufacturer s recommendation d Adjust the lung s...

Page 28: ...ximum Pressure Pplat Plateau Pressure PEEP Positive Expiratory End Pressure Evaluating adult ventilator in PCV Pressure Controlled Ventilation mode a Connect the system as shown in the figure bellow b...

Page 29: ...25 cmH2O Frequency Respiration Rate 12 min 1 Inspiratory Time 1 7 s PEEP 5 cmH2O f See the curves Pressure x Time Flow x Time Volume x Time sample in the figure bellow g Monitor the following paramet...

Page 30: ...30 MAGNAMED Ventilator Analyzer VentMeter P N 1901509 Rev 05 Sample 3 Test x Result Table Reference IEC 60601 2 12 Table 101...

Page 31: ...nsducer 1 Find it and reconnect it firmly 2 Verify the simulation condition 3 Ask for technical service assistance No flow curve 1 Respiratory circuit disconnection 2 Simulated respiratory mechanics c...

Page 32: ...ocedure according to chapter 6 3 Ask for technical service assistance FiO2 cell doesn t read correctly 1 Electrical cable connection to the oxygen cell 2 Pneumatic connection of the oxygen sensor 3 Ce...

Page 33: ...LMOTREND BASIC 01 PC 7 2701886 POWER SUPPLY AC DC 12V 1A 90 TO 260 VAC 01 PC 8 3102183 CONNECTOR 90 15M 15F 01 PC 9 3201471 NEONATAL FLOW SENSOR POLICARBONATE 01 PC 10 3201472 PEDIATRIC FLOW SENSOR PO...

Page 34: ...rical power cords LCD display readability Key operation F1 F2 UP ENTER DOWN Integrity of the flow sensor connection tubing Integrity of the flow sensors Integrity of the oxygen sensor cable optional A...

Page 35: ...o 12VDC On Off Switch O2 Cell sensor OPTIONAL O2 Cell connection cable OPTIONAL One 20L min 1 flow sensor One 50L min 1 flow sensor One 150L min 1 flow sensor 12 1 2 Electrical Characteristics Item Pa...

Page 36: ...mL or 3 of reading Infant Sensor INF 2 mL 10 to 400 2 5 mL or 5 of reading Neonate Sensor NEO 2 mL 1 to 100 0 1 2 mL or 5 of reading 7 Minute Volume Adult Sensor ADU L 0 1 to 50 0 0 001 0 18 L or 3 o...

Page 37: ...he tolerance is calculated by frequencies 12 20 and 30 Rpm respectively to adult infant and neonate sensor The tolerance is a function of volume uncertainty multiplied by the frequency 4 When two tole...

Page 38: ...vice installation operation or modifications carried out by non authorized or disqualified personnel The lack of sealing label or its rupture by non authorized or disqualified personnel voids this war...

Page 39: ...be operated by qualified personnel Magnamed Tecnologia M dica S A Rua Santa M nica 801 831 Bairro Capuava CEP 06715 865 Cotia SP Brasil Tel Fax 55 11 4615 8500 E mail magnamed magnamed com br Website...

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