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- Introdução
Introdução
Parâmetros controlados
| VT | 2-2000ml |
| MV | 250-15000 mL / min |
| Min Tinsp/Texp | 150 1000-ms |
| Frequência respiratória | 4-200 bpm |
| PEEP | 0-40 cmH2O |
| Max Inspiration pressure FiO2 | 90 cmH2O |
| FiO2 | 21-100 Vol% |
| Flow-trigger | 0.5-30 l / min |
| Pressure-trigger | -20-20 cmH2O |
| Suspiro | On/Off, 1/5 times every 100 breath cycle |
Parâmetros de monitoramento
VTe mand, VTe spon, VTi mand, VTi spon
MVemand, MVe spon, MVimand, MVi spon, MVe total,RR mand,RR spon.,Tinsp
Texp, Ppeak, Pplat,PEEP,Pmean,FiO2JVleak,
Flowpeak_insp,Flowpeak_exp,Pmin,RSBI,P0.1,C,R,
RCinsp,RCexp,WOB
| Concentração de oxigênio | 21% -100% |
| Fluxo | 4-60L / min |
Trend & Event Log
| trend Length | 72 hrs for monitoring parameters |
| Registro de eventos | 3000 registros |
Interface de comunicação
Interface de comunicação
HDMI, Ethernet, USB, CO2 Module Connector **Optional**
CONDIÇÕES AMBIENTAIS DE OPERAÇÃO
| Quantidade | Variação |
| Temperature (around module) | -20 - + 60 degrees C -20 |
| Operating temperature (outside) gas inlet | - + 50 degrees C 5-95% |
| Umidade relativa do ar | RH |
| Ambient Air Pressure | 500 - 1100 mbar |
| Geração de ruído |
The CWM-8010 is an advanced turbine ventilator for provide acute respiratory support for adult, pediatric and neonatal use. Excellent ventilation performance and comprehensive monitoring capabilities adapt to various clinical requirements.
NEW generation of ventilator
♦Molding production, tight structure.
♦Turbine driven machine.
♦12.1-inch touch screen.
♦New interface design with user friendly layout and color assortment.
♦I ntelligence operating system.
♦Can display 3 types of waveform in same interface.
♦3 level of audio and visual alarm indication, adjustable sound volume.
Desempenho de ventilação
♦Integrated turbine design can continuous delivery high low more than 220L/min with rapid response of compensation.
♦Comprehensive ventilation modes for volume and pressure based, with selection of pressure support, spontaneous breath and non-invasive ventilation. Ventilator is applicable for wide range of patients and clinical situations.
♦Quick response for patienfs trigger which improved the synchrony between patient-ventilator.
♦Graphic capabilities for trends and event record, long time monitoring for all types of ventilation parameters.
♦Provide respiratory support from neonatal to adult.
