FALCO 202 EVO
Contents
1. Patient data The patient data can be set and cancelled Default parameters The default parameters can be restored Falco 202_EVO_980210 te revi 5 8 SETTING function set of physiological breathing parameters CPAP cmH20 FLOW L min E Level 1 Level 2 cmH20 O2 Pause PEEP cmH20 PLIM cmH20 PMax Pmin PS cmH20 RR bpm RRsimv bpm SIGH bpm Ti max s Ti s Trig E Trig L min cmH20 Time 1 Time 2 s Vte Vti ml BACK UP parameters Range of measured parameters e PAW peak mean plateau PEEP range 20 80 cmH20 e _Tinsp Texp Tpause range 0 036 10 9 sec e I E ratio range 1 99 99 1 e Static and dynamic compliance range 10 150 ml cmH20 e Resistance range 0 400 cmH20 I s e of FiO range 0 100 e Rate range 0 150 bpm e Tidal Volume Vte Vti range 0 3000 ml e Minute Volume range 0 40 l min e Inspiratory Peak Flow range 1 190 l min e Expiratory Peak Flow range 1 150 l min e EtCOdo with optional CO2 module range 0 10 Displayed parameters FR bpm I E FiO2 Vt ml VM L min PAW cmH20 PEEP cmHa0 Additional displayed parameters MAP cmH20 Pplateau cmH20 Fi L min Fe L min Ti sec Te sec Tpause sec Ri c mH2O L sec Cs ml cmH20 Displayed graphics CURVES Pressure Flow Volume e LOOPS Pressure Volume Flow Volum2. FALCO 202 EVO Intensive care and transport ventilator Turbine driven Adults Paediatric Newborns Code 980210 rev 1 13 04 2015 Falco 202 Evo is a lung ventilator conceived for use in emergency rooms transport intensive care units and with patients affected by respiratory diseases and it is suitable for ventilation of adult paediatric and neonatal patients Falco 202 Evo is equipped with a flow generation system by turbine with separate cooling system granting higher quality and safety standards in patient ventilation The Falco 202 Evo s colour display shows the curves of pressure flow volume the loops of breathing parameters the trends and the ventilation parameters The Falco 202 Evo is equipped with a flow and pressure trigger it provides the most advanced volume controlled ventilation modalities VC VAC VC VAC BABY pressure controlled ventilation modalities APCV APCV TV SIMV by Volume and by Pressure Pressure supported modalities PSV PSV TV CPAP BILEVEL S ST SIGH Non Invasive Ventilation NIV Drug Nebulizer and Manual Ventilation MAN C 0476 The lung ventilator is conform to the essential requirements and it is realized according to the references of the Annex II of 93 42 EEC Medical Devices Directive Class and type according to IEC 601 1 Class 1 Type B Class according to 93 42 EEC Directive Class IIb Electromagnetic compatibility EMC Conform to the r
3. ct functioning of the turbine is tested It is performed a washing of the remaining oxygen present within the lung O2 emptying ventilator order to measure the offset of the oxygen sensor Electro valve The correct functioning of electro valve is tested Gas supply Verification of the presence of O2 supply pressure EXP INSP Flow sensor Verification of EXP flow sensor operation Falco 202_EVO_980210_te_rev1 7 8 Airways pressure sensor Verification of pressure sensor operation through control of PAW reading Patient circuit Verification of patient circuit Battery Checking on battery power Oxygen cell Cell condition Acoustic alarm Verification by the user of acoustic signal emission the confirmation of the test is made by silencing of that alarm Supplied Accessories e User s Manual e Single hose 150 cm Adult Paediatric patient circuit with Expiratory valve and proximal flow sensor e Antibacterial filter for patient circuit e Nebulizer set e Power cable e Vehicular cable for 12 Vdc e O02 supply hose e Oodcell e Flow sensor disposable Optional Accessories See on Export Price List SIARE applies the UNI EN ISO 13485 2004 Quality System and the 93 42 EEC SIARE ENGINEERING INTERNATIONAL GROUP s r l Via Pastore 18 Localita Crespellano 40053 Valsamoggia BO ITALY Tel 39 051 969802 Fax 39 051 969366 Email mail siare it http www siare it Falco 202_EVO_980210_te_rev1 8 8
4. e Pressure Flow e Auto range Flow sensor Single patient use type at differential pressure Calibration Automatic started by the operator Maintenance First use sterilize with gamma rays or with ethylene oxide ETO at first use Oxymeter Electronic value displayed in breathing parameters Calibration Automatic started by the operator Falco 202_EVO_980210 te _rev1 6 8 Z m 2 Z a om 82 3 wz iere Alarm types By MENU with limits set by the operator By default the operator cannot set them up Alarm priority High Mean Standby Airways pressure High Low Breathing rate High Low Expired minute volume High Low Expired tidal volume High Low PEEP High Low FiO2 concentration High Low EtCO2 High Low with optional CO2 Module Electric power supply Alarm occurs in case of failure of external power supply Apnoea Low Rate function of Apnoea BACK UP Level charge Battery at 50 Level charge Battery at 25 Battery level low 10 Minutes Disconnected battery Yes No Gas feeding O2 Low lt 2 7 bar CAN BUS error Electronic boards CAN connection wrong Maintenance 2000 hours Battery over temperature Indication of exceeding the temperature limits inside the battery Turbine fault Signals in case of a blower fault condition Turbine over temperature Indication of exceeding the temperature limits inside the turbine Turbine The corre
5. equirements of the IEC 601 1 2 norm Norms IEC 601 1 IEC 601 1 2 IEC 601 1 4 IEC 601 1 8 IEC 601 2 12 EN 1281 1 EN 794 3 UNI EN 4135 Falco 202_EVO_980210 te _rev1 Operating Relative humidity 30 95 non condensing Temperature from 10 to 40 C Storage Relative humidity lt 95 Temperature from 10 to 60 C Dimensions W x H x D 266 x 244 x 174 mm Weight 4 9 Kg Electric power supply 100 240Vac 47 63Hz Power Max 150 Watt External power supply low 12 Vdc 4 5 Ah tension Internal battery Battery NiMh 12Vcc 4 5 Ah Internal battery operation Max 4 hours Battery re charging time About 24 hours External electric RJ for O2 cell connection connections Electric external connections RS232 for CO2 module USB for PC connection transfer patient data optional events trends Patient connections Male conic connectors 22 mm Female of 15 mm according to EN 1281 1 norm Supply pressure O92 Low pressure max 15 l min High pressure 280 kPa 600 kPa 2 8 6 bar 40 86 psi Max flow requested O2 80 I min minimum Use destination Falco 202 Evo is a lung ventilator for use in emergency rooms transport intensive care units and with patients affected by respiratory diseases and it is suitable for ventilation of adult paediatric and neonatal patients Operation principle e Time cycled at constant volume e Pressure cycled e Micropr
6. l flow sensor e Double hose 150 cm Adult Paediatric patient circuit Expiratory valve on the ventilator e Double hose 150 cm Neonatal patient circuit with Expiratory valve and proximal flow sensor Expandability Software upgradeable for future modalities Monitor Module with TFT LED display Dimensions 9 Displaying area 168x126 mm Falco 202_EVO_980210_te_rev1 4 8 Display keyboard Keyboard for rapid access of functions Encoder knob for selection set up and confirmation of physiological breathing parameters selection and direct activation of function Displaying and settings e Setting of Operative Mode Visualization of alarm messages and signals Setting and monitoring of physiological breathing parameters Visualization of additional graphs and breathing parameters The function MENU for setting operation parameters Activation of special functions Visualization of operative mode clock date and time functions Visualization of software version MENU function e SETUP adjustments Alarms Trends Events Patient data Default parameters SETUP function settings Language Graphic Volume Energy saving Brightness Apnoea time Gas sensor N20 unit of measurement Password TCP setting Technical contact Test on demand Gas sensor Colour selection Trends Storage capacity 72 h of all measured parameters Events Memory storage up to 100 machine events including the alarms
7. ocessor controlled flow e Spontaneous breath with integrated valve Falco 202_EVO_980210_te_rev1 2 8 Pressure automatic compensation Automatic compensation of atmospheric pressure on measured pressure present Dead space compensation Automatic compensation of mechanical and patient circuit dead space Automatic leaks compensation Max 60 l min Ventilation modalities e APCV BILEVEL ST APCV TV PSV BILEVEL S PSV TV AutoWeaning VC VAC VC VAC BABY V SIMV PS P SIMV PS SPONT CPAP APRV e SIGH NEB Apnoea BACK UP NIV MANUAL Breathing rate VC VAC From 4 to 150 rom Inspiratory Time Expiratory Time maximum minimum Breathing rate V SIMV e P SIMV e Ti min 0 036sec minimum inspiratory time Ti max 9 6sec maximum inspiratory time Te min 0 08sec minimum expiratory time e Te max 10 9sec maximum expiratory time From 1 to 60 bpm SIMV Inspiratory time From 0 2 to 5 0 sec Tidal volume From 5 to 3000 ml from 5 to 100 ml in VC VAC BABY mode I E ratio From 1 10 to 4 1 Inspiratory pause From 0 to 60 of the inspiratory time Inspiratory pressure limit PLIM From 2 to 80 cmH20 in function of low and high pressure alarm set Inspiratory ramp slope 1 2 3 4 acceleration slope 4 max acceleration in operative modes by pressure only PEEP From OFF 1 to 50 cmH20 PEEP adjustment Microprocessor controlled
8. valve Oo concentration Adjustable from 21 to 100 with electronic integrated mixer Trigger detective method Through sensor pressure or flow Pressure trigger 1 By adjustable pressure from OFF 1 to 20 cmH20 under PEEP level e from 1 cmH20 to 20 cmH20 step of 1 cmH20 Falco 202_EVO_980210 te revi 3 8 Flow trigger 1 Flow adjustable from OFF 0 3 to 15 L min e from 0 3 to 1 L min step of 0 1 L min e from 1 L min to 2 L min step of 0 5 L min e from 2 L min to 15 L min step of 1 L min Trigger E From 5 to 90 of the inspiratory flow peak Inspiratory flow FLOW 190 l min Flow by Automatic PS pressure support From 2 to 80 cmH20 PSV V SIMV PS P SIMV PS SIGH in VC VAC modality Interval 40 500 bpm step 1 bpm Amplitude OFF 10 100 of set Tidal Volume step 10 CPAP From 3 to 50 cmH20 APRV Time 1 and Time 2 from 10 to 200 sec Level 1 and Level 2 from 3 to 50 cmH20 Other controls e MENU function SET function e Function to select Loops Curves Parameters Map displaying e INSP Block and EXP Block max 20 seconds e NEB control e O92 100 O92 al 100 max 5 min control e MAN control manual ventilation NEB Drug nebulizer selectable to 6 l min with automatic compensation on forced ventilation modes and dedicated output Patient circuit e Single hose 150 cm Adult Paediatric patient circuit with Expiratory valve and proxima
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