SERVO-i Infant Ventilator Data Sheet
Contents
1. 9918 IEC EN 60601 1 Type BF defibrillator proof 154 x 9O x 43 mm 32 0 x 42 4 x 21 6 mm 0 45 kg 18g 10g 15 pole D sub female connector 20 pole 2 4 m cable Powered from the SERVO i lt 8 Wat 12 V during warm up lt 6 5 W at 12 V during normal operation Powered from the CO Analyzer Module Critical Care SERVO i INFANT 11 SERVO i CO Analyzer Performance Measuring method Parameters Measuring range Step response time Warm up time Oxygen concentration compensation Barometric pressure compensation Digitizing rate Airway adapter dead space Mainstream dual wavelength non dispersive infrared Capnogram CO End tidal concentration etCO CO Minute elimination VCO Tidal CO elimination VTCO 0 to 100 mm Hg CO partial pressure 0 to 13 3 kPa CO partial pressure 0 to 13 2 CO volume at a barometric pressure of 1013 hPa lt 25 ms 10 to 90 step response 30 sto initial CO indication max 5 min to full specification Automatic Values supplied from the SERVO i Ventilator System Automatic Values supplied from the SERVO i Ventilator System 87 Hz lt 0 5 ml 12 seRvo i INFANT Critical Care TECHNICAL SPECIFICATIONS SERVO i INFANT Y Sensor measuring optional Size E Y Sensor Module E Y sensor infant Weight E Y Sensor Module E Y sensor infant Sensor material Tubing Power source Y Sensor M2. ventilator Yes Yes Inspired Minute Volume Yes Yes Shallow Breathing Index SBI Yes Yes Expired Minute Volume Yes Yes Supply pressure O and air Yes No Leakage fraction in NIV Yes Yes Battery remaining time Yes No Ti Ttot Yes No Barometric pressure Yes No I E ratio Yes No Edi peak Yes Yes Event log Alarms Edi min Yes Yes Ventilator settings O2 Concentration measured Yes Yes elles a CO End tidal concentration Yes Yes z i etCO Service log Technical alarms z TETEE Test results CO Minute elimination CO5 Yes Yes Preventive maintenance Tidal CO elimination VTCO5 Yes Yes Service history MV sp MV Yes No Configuration log Spontaneous Exp Minute Yes Yes Volume MV sp Stored trend values for up to 24 hours 8 SERVO i INFANT Critical Care TECHNICAL SPECIFICATIONS O SERVO i INFANT Parameter settings Setting range Parameter settings Setting range Parameter Parameter Inspiratory tidal volume ml 2 350 O concentration Yo 21 100 Inspiratory minute volume 0 3 20 I E ratio 1 10 4 1 l min Tinsp 9 0 1 5 Apnea time to alarm s 2 45 NAVA level cmH 0 uV 0 30 Automode Trigger timeout s 3 15 Edi trigger sensitivity UV 0 1 2 0 PC PS above PEEP emia 0 80 PEEP NIV Back up Tips 6 Dama PC PS above PEEP in NIV 0 32 PEEP CMH50 Tpause s 0 1 5 o Fl STAG PEEP cmH50 0 50 Tpause Ne of Paan mag time 0 30 PEEP in NIV cmH50 7 90 Flo
3. 1 100 Yo Recording of current waveform 20 seconds of data will be and parameter values recorded 10 seconds before and 10 seconds after activation Communication Interface Serial port Second serial port optional RS 232C isolated For data communication via the Communication Interface Emulator CIE See information above Alarm output connector optional Connector Ratings Network connection optional Data transfer optional Screen picture transfer optional 4 pole Modular connector Max 40 V DC Max 500 mA Max 20 W MIB Medical Information Bus monitor connection Via Ventilation Record Card Via Ventilation Record Card Critical Care SERVO i INFANT 9 Non invasive Ventilation optional Max leakage compensation level E NIV Nasal CPAP Leakage overrange detection Disconnect detection Disconnect flow Low High E Disabled Connect detection 25 I min 15 l min Automatic Automatic Configurable 7 5 l min 15 l min Deactivates disconnect detection Manual or automatic via bias flow 10 SERVO i INFANT Critical Care TECHNICAL SPECIFICATIONS SERVO i INFANT Open Lung Tool OLT optional with Universal Basic Edition Three simultaneous graphical trends presented breath by breath Values stored breath by breath Cursor function Zoom function Time marking 1 EIP and PEEP End Inspiratory Pressure and Positive En
4. ET Patient range E Infant invasive ventilation E Infant NAVA NIV NAVA E Infant NIV PS PC E Infant Nasal CPAP Operating conditions Operating temperature Relative humidity Atmospheric pressure Lowest pressure in breathing system Weight 0 5 30 kg 0 5 30 kg 3 30 kg 0 5 10 kg 10 to 40 C 15 to 95 non condensing 660 to 1060 hPa 400 cmH5O Critical Care SERVO i INFANT 3 Non operating conditions Impact Storage temperature Storage Relative Humidity Peak acceleration 15 g Pulse duration 6 ms Number of impacts 1000 25 to 60 C 13 to 140 F lt 95 Storage Atmospheric Pressure 470 to 1060 hPa Power supply Power supply automatic range 100 120 V AC 10 50 selection Plug in battery module E Battery backup E Battery capacity E Recharge time E Battery backup time External 12 V DC Max power consumption 60 Hz or 220 240 V AC 10 50 60 Hz Two battery modules are delivered with the ventilator Up to six battery modules can be included Rechargable 12 V 3 5 Ah each Approximately 3 h battery At least 3 h when using six batteries 12 0V 15 0VDC 10A At 100 120 V 2 A 190 VA 140 W At 220 240 V 1 A 190 VA 140 W 4 SERVO i INFANT Critical Care TECHNICAL SPECIFICATIONS SERVO i INFANT The ventilator General User interface Dimensions See dimensional drawings Weight Approximately 5
5. L SPECIFICATIONS SERVO i INFANT Dimensional drawings SERVO i on Mobile Cart SERVO i Holder F A A A E z E ite Q E 5 o 6 5 ON 415 mm 438 mm SERVO i Shelf Base MAOUET GETINGE GROUP MAQUET Medical Systems USA 45 Barbour Pond Drive Wayne NJ 07470 www maguetusa com ca maguet com Maguet Critical Care AB 2011 All rights reserved e MAQUET reserves the right to modify the design and specifications contained herein without prior notice Order No 66 70 110 Printed in Sweden e 120104 e Rev 12 English e Data Sheet GETINGE GROUP is a leading global provider of products and systems that contribute to quality enhancement and cost efficiency within healthcare and life sciences We operate under the three brands of ArjoHuntleigh GETINGE and MAQUET ArjoHuntleigh focuses on patient mobility and wound management solutions GETINGE provides solutions for infection control within healthcare and contamination prevention within life sciences MAQUET specializes in solutions therapies and products for surgical interventions interventional cardiology and intensive care MCV00008326 REVB
6. VENTILATION SERVO i INFANT MAQUET Semi 5 HIGHLIGHTS m For neonatal to pediatric patients m Intuitive user interface m Designed for cost efficiency m Flexible placement m Modular interchangeable plug in units m Enables Heliox delivery MAQUET GETINGE GROUP CRITICAL CARE NAVA improved synchrony and unique monitoring capabilities m For invasive as well as non invasive ventilation m Y sensor measuring optional to internal measurement m Available in MR and Transport editions for continuity of ventilatory care 2 SERVO i INFANT Critical Care SERVO i VENTILATOR FAMILY SERVO i INFANT SERVO i Configurations The SERVO i Ventilator family consists of four configurations Infant Adult UBE Universal Basic Edition UEE Universal Extended Edition Standard Configuration Options xX Not applicable The SERVO i Ventilator family addresses the very different requirements of neonatal pediatric and adult needs from a single ventilation platform All four configurations are the same ventilator equipped with different functions They can be customized and upgraded with different options for future needs SERVO i Adult and SERVO i Infant can also be upgraded to SERVO i Universal The same ventilator can be used at the bedside during transport and in the MR room facilitating training operation and maintenance increasing efficiency and flexibility An agree
7. al Care SERVO i INFANT 5 Airway pressure upper E Invasive ventilation E Non Invasive Ventilation Expired minute volume Upper alarm limit Expired minute volume Lower alarm limit It is possible to permanently silence this alarm 16 90 cmH O 16 40 cmH 0 0 01 30 I min 0 01 20 1 min Optional No patient effort Apnea alarm 2 45 s Automatic return to support mode on patient triggering No consistent patient effort Respiratory frequency High end expiratory pressure Low end expiratory pressure High continuous pressure O concentration Gas supply Yes described in User s manual 1 160 breaths min 0 55 cmH50O 0 47 cmH50 Note Setting the alarm to O zero is equal to alarm off Set PEEP level 15 cmH20 exceeded for more than 15 seconds Set value 5 vol or 18 vol Below 200 kPa 2 0 bar 29 PSI and above 650 kPa 6 5 bar 94 PSI Battery End tidal CO upper and lower limit Leakage out of range in NIV Technical Autoset alarm limits specification m High airway pressure E Upper minute volume E Lower minute volume E Upper respiratory frequency E Lower respiratory frequency m High end expiratory pressure E Low end expiratory pressure E Upper end tidal carbon dioxide concentration etCO E Lower end tidal carbon dioxide concentration etCO Limited battery capacity 10 min No battery capacity less than 3 min Low batt
8. d Expiratory pressure 2 VT and VT Inspiratory and Expiratory Tidal volume 3 Cdyni and VTCO Dynamic inspiratory Compliance VTi EIP PEEP and Tidal CO elimination Requires SERVO i CO Analyzer option Up to 21 600 breaths A cursor can be moved with the main rotary dial or via the touch screen When moving it along the graph the numeric parameter values valid for that actual moment will be shown Time resolution of the x axis can be selected in five different steps Hours and minutes when values are measured NAVA optional Standards Size E Edi module Edi catheter cable Weight Edi module Power source Edi module supply voltage Parameters Edi catheters IEC EN 60601 1 Type CF defibrillator proof 154 x 90 x 21 mm Length 2 m 0 25 kg Powered from SERVO i lt 3 W at 12 V normal operation Edi waveform Edi leads waveforms NAVA estimated pressure waveform Pest 6 Fr length 49 cm 6 Fr length 50 cm 8 Fr length 100 cm 8 Fr length 125 cm 12 Fr length 125 cm 16 Fr length 125 cm TECHNICAL SPECIFICATIONS SERVO i INFANT SERVO i CO Analyzer optional Standard Size E CO Analyzer Module E Sensor Weight E CO Analyzer Module E Sensor E Airway adapter Connectors and cables E CO Analyzer Module E Sensor Power source E CO Analyzer Module supply voltage E Power consumption E Sensor EN 864 ISO
9. ery voltage 0 5 20 4 100 mm Hg 0 5 14 kPa Yes Described in the User s manual Yes Described in the User s manual Invasive ventilation controlled modes only Mean peak pressure 10 cmH 0 or at least 35 cmH50 Expiratory minute volume 50 Expiratory minute volume 50 Breathing frequency 40 Breathing frequency 40 Mean end expiratory pressure 5 cmH50 Mean end expiratory pressure 3 cmH50 End tidal carbon dioxide concentration 25 End tidal carbon dioxide concentration 25 6 seRVO i INFANT Critical Care TECHNICAL SPECIFICATIONS SERVO i INFANT Ventilation Modes Invasive ventilation Controlled ventilation PC E VC E PRVC Supported ventilation PS CPAP E VS Combined ventilation m SIMV VC PS SIMV PC PS SIMV PRVC PS E Bi Vent Automode Can be configured with alternative flow patterns VC with flow adaptation VC without flow adaptation VC with decelerating flow Optional Optional Comes with the corresponding controlled ventilation mode Optional Comes with the corresponding controlled ventilation mode Optional Pressure controlled ventilation on two independently adjustable levels allowing unrestricted spontaneous breathing on both levels Optional Control mode VC lt gt Support mode VS Control mode PC lt gt Support mode PS Control mode PRVC lt gt Support m
10. kg page 14 Attachment Can be attached to the mobile E User Interface W 355 x D 53 x H 295 mm cart a table rail or pole 15 E Patient Unit W 300 x D 205 x H 415 mm 30 mm diameter Weight Approximately 20 kg Patient Method of triggering Flow pressure and Edi Type TFT LCD module optional Size 31 cm 12 1 diagonal Max operating pressure Approximately 115 cmH50O a Viewing area 246 0 x 184 5 mm Bias flow 0 5 l min Inspiratory channel Gas supply Pressure drop Max 6 cmH50 at a flow of 1 I s Inlet gas pressure Air O 200 650 kPa 2 0 6 5 bar E f i 29 94 PSI Internal compressible factor Max 0 1 ml cmH5O Connection standards available AGA DISS NIST or French Gas delivery system Microprocessor controlled valve standard Inspiratory flow range 0 to 0 55 I s Unavailable gas loss of gas The flow from an unavailable aai A A E ka compensated for so that the Expiratory channel patient gets the preset volume Pressure drop Max 3 cmH50 at a flow of 1 I s and pressure Internal compressible factor Max 0 1 ml cmH20 PEEP regulation Microprocessor controlled valve Patient system gas connectors Rise time expiratory flow lt 12 ms for 10 90 response Hoh measurement at flow of 0 05 3 2 I s Conical fittings Male 22 mm female 15 mm Expiratory flow range 0 to 3 2 Vs In accordance with ISO 5356 1 Gas exhaust port Male 30 mm cone TECHNICAL SPECIFICATIONS SERVO i INFANT Critic
11. ment with MAQUET must be signed see conditions in the SERVO i MR declaration Order no 66 71 670 and the Interhospital Transport Declaration Order no 66 64 721 respectively UBE NIV NAVA NAVA Heliox Nasal CPAP pa NIV PC NIV PS Bi Vent Y Sensor Measuring CO Analyzer Nebulizer Alarm output connector Open Lung Tool Automode SIMV PRVC PS PRVC VS SIMV VC PS VC SIMV PC PS PC PS CPAP All patient category software KEY TO ABBREVIATIONS NAVA Neurally Adjusted Ventilatory Assist NIV Non invasive ventilation UEE SIMV Synchronized Intermittent Mandatory Ventilation PRVC Pressure Regulated Volume Control VS Volume Support VC Volume Control PS Pressure Support PC Pressure Control CPAP Continuous Positive Airway Pressure TECHNICAL SPECIFICATIONS SERVO i INFANT The system General CE 0413 Classification Standards Noise level IP classification Electromagnetic compatibility EMC Emission mmunity Extended test to 30 v m The device complies with requirements of Medical Device Directive 93 42 EEC Class equipment According to IEC EN 60 601 1 IEC EN 60 601 1 Type B IEC EN 60 601 2 12 EN 794 1 lt 50 dBA measured at 0 3 m distance IP 20 According to IEC EN 60601 1 2 Edition 2 2001 According to IEC EN 60601 1 2 The EMC Declaration Information to the Responsible Organization is available from MAQU
12. ode VS Optional Ventilation modes Non invasive Ventilation optional NIV PC NIV PS Nasal CPAP Ventilation modes NAVA optional NAVA NIV NAVA Neurally Adjusted Ventilatory Assist via endotracheal tube or tracheostomy Neurally Adjusted Ventilatory Assist via non invasive patient interfaces Waveform and loop presentations Real time waveforms up to 4 waveforms can be displayed simultaneously E Pressure E Flow E Volume E CO E Edi Loops E Volume Pressure E Flow Volume Requires SERVO i CO Analyzer option Requires SERVO i NAVA option A reference loop and three overlaying loops can be displayed Displayed simultaneously with Open Lung Tool graphical trends if requested Critical Care SERVO i INFANT 7 TECHNICAL SPECIFICATIONS O SERVO i INFANT Displayed Trended F Displayed Trended Monitoring value value Monitoring velue velue A End Expiratory Flow Yes Yes Breathing frequency Yes Yes AA Yes yaa atic R Spontaneous breaths per No Yes P minute RRsp Dynamic Compliance Yes Yes Peak Airway Pressure Yes Yes Inspiratory Resistance Yes Yes Mean Airway Pressure Yes Yes Expiratory Resistance Yes Yes Pause Airway Pressure Yes Yes Elastance Yes Yes End Expiratory Pressure Yes Yes Time Constant Yes No CPAP Pressure Yes Yes PO 1 Yes Yes Inspired Tidal Volume Yes Yes Work of Breathing patient Yes Yes Expired Tidal Volume Yes Yes Work of Breathing
13. odule supply voltage 154 x 90 x 43 mm Length 51 mm 0 4 kg 7 59 Makrolon polycarbonate 2 0 m Medical grade PVC Powered from the SERVO i lt 5 W at 12 V normal operation Y sensor measuring Performance Measuring method Parameters Measuring range Airway adapter dead space Fixed orifice differential pressure Airway pressure Airway flow Inspiratory and expiratory volumes 0 125 to 40 l min lt 0 45 ml Servo Ultra Nebulizer optional Weight Dimensions Connection cable length Nebulizer T piece connections Internal volume Ultrasonic generator freguency Particle size water Output from nebulizer water minimum water flux Buffer liquid Max medication temperature Volume medication cup Noise level Approx 125 g H 105 mm x L 108 mm x W 60 mm 2 0m Inlet outlet 22 15 mm outer inner diameter and 22 mm inner diameter ISO standard Pediatric patient tubes Adapters 22 10 mm outer diameter and 15 10 mm outer diameter 60 ml 2 4 MHz Mass Median Diameter MMD approximately 4 0 um measured distally in endotracheal tube 8 mm inner diameter Min 0 1 ml water min at 0 1 gas flow s Min 0 3 ml water min at 0 5 gas flow s Sterile water 55 C 131 F Max 10 ml Max 50 dBA measured at 0 3 m distance Aeroneb Nebulizer Systems optional Weight Aeroneb module Dimensions Aeroneb module Connection cable length Particle
14. size water Flow rate Volume nebulizer unit Residual volume Approx 216 g H 105 mm x L 108 mm x W 60 mm 2 0m 1 5 mass median aerodynamic diameter MMAD gt 2 ml min m Pro 10 ml Solo 6 ml 10 Yo Critical Care SERVO i INFANT 13 TECHNICAL SPECIFICATIONS SERVO i INFANT SERVO i Mobile Cart optional SERVO i IV Pole optional Weight 20 kg Max load total Dimensions H 1015 mm x L 640 mm x W 560 mm see dimensional drawing Gas trolley optional below Max load 2x10 kg bottles Docking Dockable to SERVO i Mobile A 7 Cart SERVO i Drawer kit optional Dockable to a separate wall Weight 4 5 kg clamp Dimensions H 240 mm x L 210 mm x W 300 mm Compressor Mini optional See separate data sheet SERVO i Holder optional Weight 3 5 kg Dimensions H 352 mm x L 247 mm x W 159 Service mm Regular maintenance Once every 12 months or at see dimensional drawing least after 5000 operating hours below SERVO i Shelf Base optional For more detailed specifications please refer to the User s manual Weight 1 2 kg Dimensions H 29 mm x L 205 mm x W 159 mm see dimensional drawing ORDERING INFORMATION below SERVO i Ventilator and accessories See separate information SERVO i Version 6 1 System Flow Chart Order no Gas cylinder restrainer optional 66 70 102 Max load 2 x 5 liter bottles 14 seRvo i INFANT Critical Care TECHNICA
15. w trigger sensitivity level 0 100 fraction of bias flow Press trigg sensitivity CmH50 20 0 Insp rise time of breath 0 20 CPAP pressure CmH50 2 20 CMV frequency breaths min 4 150 SIMV frequency breaths min 1 60 cycle time Breath cycle time SIMV s 0 5 15 Insp rise time s 0 0 2 Phigh CmH20 PEEP 1 50 Insp cycle off of peak flow 1 70 THigh S 0 2 10 Insp cycle off in NIV of peak 10 70 Tpeep 9 6 210 flow PS above Pyigh CMH 20 0 80 PHigh Nebulizer time min 5 30 Backup settings Setting range Parameter Inspiratory tidal volume ml 2 350 PC above PEEP cmH50 5 80 PEEP PC above PEEP in NIV 5 32 PEEP CMV frequency breaths min 4 150 I E ratio 1 10 4 1 Tinsp s 0 1 5 TECHNICAL SPECIFICATIONS SERVO i INFANT Parameter Oxygen breaths Start breath Pause hold Alarm silence reset Compliance compensation Automode optional with Universal Basic Edition Nebulizer optional Backup ventilation Setting range 100 for 1 minute Initiation of 1 breath In SIMV mode initiation of 1 mandatory breath Insp or exp O 30 seconds 2 minute silence and reset of latched alarms On Off Automode On Off 5 30 min Continuous Off Backup On Off Suction Support Pre oxygenation time Post oxygenation time Suction phase time Adjustable oxygen level Saving of data Max 2 min Max 1 min No maximum level 2
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