LEGENDAIR® - Pulmodata
Contents
1. LEGENDAIR Mixed ventilator integrating pressure and volume modes for the treatment of most chronical respiratory pathologies LEGENDAIR a user friendly device Oxygen enrichment and monitoring The LEGENDAIR is equipped with an oxygen connexion at the back such as the enrichment of Oxygen is taken into consideration in the total flow delivered to the patient The FiO2 concentration can reach up to 50 of oxygen As an option the LEGENDAIR offers the possibility to connect an oxygen cell on the outlet of air to measure and monitor directly on the display of the unit the FiO2 concentration delivered and eventually set minimum and maximum alarms levels Ventilation comfort Quick and reactive Flow trigger that permits a fast adap tation of the patient with the device average reaction time of 75 ms once a trigger is detected as tested with the active test lung IngMar Medical model ASL 5000 Quiet device less than 30 dBA at 10 mbar r B mN l Simplified maintenance Adaptability of ventilation small inertia of the turbine 8 Quick and easy access to all technical components for an optimal synchronisation of the patient during Micro turbine with an expected 15000 hrs life time ventilation RS 232 communication port for eventual softwares Possibility of setting a Target Vt and a Maximum ae rane upgrade online monitoring memofy retrieval ini S pressure to attain It pa2. automatically done through a specific algorithm to obtain the target volume This method permits a quick reaction upon the detection of a disequilibrium with an optimum comfort for the patient due to the relatively small increments of increase and decrease in pressure Li ion internal battery with 6 to 17 hours of autonomy Exhalation Vt Monitoring As an option the LEGENDA R can integrate a monitoring function of the exhaled tidal volume of the patient s With the adaptation of exhalation valves of different brands h with different set ups The exhalation kit is presented as a mono block for an easy hS installation and disinfection A With the reading of the exhaled tidal volume on the display q and the settings of alarms Ergonomics Developed in parallel with a specialized Designer the _ LEGENDAIR is conceived to answer the requirements Pra and needs of the patients and users Large integrated handle Ey Small size F a y A light weight of 4 5 Kg including the internal battery 5 oa ig P Optimization of the Display features AW as a Easy and quick installation of the patient circuits n y is r T ae SETTINGS IN PSV PSV ST MODE IPAP inspiratory pressure EPAP expiratory pressure Inspiratory ramp Rise time Inspiratory trigger Exhalation trigger Minimum rate Apnea Time Target VT Maximum pressure to reach Target Vt Monitoring 5 40 0 20 4 Levels 5 L
3. evels 15 to 75 of decrease from peak flow 4 40 3 30s 50 1400 ml 8 to 55 mbar limited to 3 to 15 of IPAP Vti Vte Rate I T Ratio FiOz IPAP EPAP and patient triggering SETTINGS IN PCV PACV MODE PSV ST IPAP EPAP Rise Ti Trigg Trigg E Back up R Apnea Target Vt Maxi P Parameters 00000 h 20 mbar 5 mbar LENE Bal 25 15 bpm AUTO 400 ml 25 mbar IPAP inspiratory pressure 5 40 Parameters EPAP expiratory pressure 0 20 Inspiratory ramp Rise time 4 Levels a PACV 00000 h Minimum rate 5 60 IPAP 20 mbar 90 I T Ratio 50 to 25 PoR oo a Inspiratory trigger 5 Levels Rate 15 c min 60 VT 33 50 Target VT 50 1400 ml Trigg ie ve Maximum pressure 8 to 55 mbar limited Target Vt 400ml 30 to reach Target Vt to 3 to 15 of IPAP Maxi P s AD flaen r Monitoring Vti Vte Rate I T Ratio 00 mbar FiO2 IPAP EPAP and patient triggering Tidal Volume 50 1400 ml Parameters EPAP expiratory pressure 0 20 Flow ramp Rectangular Decelerated ACV poeoin Vt 500 ml sinusoidal EPAP 5 mbar Minimum rate 5 60 S BR t 4 I T ratio 50 to 25 o o o Inspiratory trigger 5 Levels Trigg a Sigh YES Sigh Yes No Vt Sigh Vt iG from 1 0 to 2 0 of set Vt Sig
4. h Rate 50 Rate 50 to 250 Monitoring IPAP EPAP Vti Vte I T FiO2 and patient triggering Tidal Volume 50 1400 ml Parameters IPAP inspiratory pressure 5 40 EPAP expiratory pressure 0 20 00000 h SIMV Rate 2 20 pee n I T Ratio 50 to 25 pea Inspiratory trigger 5 Levels SIMV Rate 6 c min Security rate 4 40 Aa i ra Apnea Time 3 30s S cu Rate 15 c min Monitoring IPAP EPAP Vti Vte I T P Amea AUTO FiO2 and patient triggering Alarms and monitoring menu The LEGENDAIR offers complete and comprehensive alarm screens Settings of minimum and maximum alarm values Display of the real measured ventilation values in the active cycles Display of the active alarm in a specific window Reading of the last 9 stored alarm messages with date and hour stamp All alarms are stored in the memory for an eventual retrieval with the Airox communication software package ALARMS AND MONITORING SCREEN E PSV ST 00000 h N O Rate bmp Ol Alarms Memory ALARMS AND MONITORING SCREEN 00000 h E Pimbar 2 on 4 oven o ae a O Fl02 o 10 20 30 Ol Alarms Memory LEGENDAIR intended use Home care Adults and infants Pressure and volume ventilation Airox communication software The Airox communication software package is a complete and comprehensive PC software for the LEGENDAIR and all SWMARTAIR ventilators S ST and Plus The main functions of this software are Memory downl
5. oad reading Once downloaded the memory can be treated to obtain patient compliance and usage data along with listings and statistics on all saved events Useful medical and technical reports and summaries can be printed from this menu Patient and machine database Monitoring this enables online monitoring of pressure and flow curves with online reading of ventilation parameters inspiratory expiratory and total time tidal volume I T ratio rate pressure you can also save this monitoring to obtain statistics of ventilation over a given selected time Technical Specifications Medical device class IIB Weight 4 5 Kg Dimensions H 154xL235xW 315 mm Power supply 115 230 V 10 50 60 Hz Isolation class Il Consumption 80 VA nominal and 90 VA Maxi External battery 24 V DC Internal battery Lithium lon quick charge 6 to 11 hours autonomy Accessories and products references References 4095700 Global 4095701 UK Norway 4095705 CND 4095706 Japan 4095709 Danemark 4095900 Global 4095901 UK Norway 4095905 CND 4095906 Japan 4095909 Danemark 5092200 5092100 3804800 2964200 2963300 Al Bt ROX Description LEGENDAIR single branch Equipped with power supply cable user s manual carrying bag single use patient circuit with exhalation valve LEGENDAIR double branch Equipped with power supply cable user s manual carrying bag single use patien
6. t circuit with exhalation valve Accessories External remote alarm 5 meter cable FiOz kit oxygen cell T adaptator connexion cable deflector Exhalation block Carrying bag Oxygen inlet connector pack of 5 Airox communication software package 24VDC external cable Disposables Double branch patient circuit with exhalation valve Single branch patient circuit with exhalation valve Air inlet filters pack of 5 Oxygen cell for FiO2 measurement kit Air inlet combi filter pack of 6 PARC D ACTIVITES PAU PYRENEES L ECHANGEUR B P 833 64 008 PAU cedex FRANCE 33 0 5 59 14 02 02 Site Web www airox fr 33 0 5 59 14 02 00 E mail contact airox fr Tel Fax
7. tient compliance ventilation parameters and Precise flow and pressure sensors with adjustable and events with the Airox communication Package E triggers in pressure modes software i t Maintenance menu allowing several diagnosis and sensor fe a Technical event me i orization and reading with direct display on the LCD screen N k Autonomy Display of patient and device hour meter on the N The LEGENDAIR integrates a Li ion internal battery no memory screen b effect to provide a better portability of the device during ventila lt tion with an autonomy that can reach up to 11 hours It is also equipped with a 24V DC input OPEN Pack connection connexion for an eventual external LEGENDAIR mn The LEGENDAIR has been conceived to be user friendly e Large LCD screen Display of all the parameters on one single page Dedicated menu for alarms and patient monitoring FE Possibility of changing the ventilation mode during ventilation Tutorial messages for the user Possibility of locking the parameters Target Vt As pressure and flow are closely linked we are looking at increasing the flow by progressively increasing the inspiration pressure without going above the maximum pressure limit settings To attain the target volume the inspiration pressure increases or decreases by increments between the respiratory cycles The modifications of the inspiration pressure are
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