Аппарат ИВЛ Trilogy EV300 оснащен высокопроизводительной турбиной и предназначен для неинвазивной и инвазивной вентиляции легких. Благодаря этому респираторная поддержка на протяжении всего периода госпитализации может проводиться при помощи одного аппарата ИВЛ независимо от тяжести состояния пациента. Внутрибольничная транспортировка пациентов с аппаратом Trilogy EV300 позволяет экономить время и трудозатраты медицинского персонала.
A/C-PC |
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A/C-VC |
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CPAP |
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PSV |
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S/T |
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SIMV-PC |
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SIMV-VC |
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Weight |
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Size |
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Screen dimensions |
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Ingress protection |
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Low flow |
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High pressure |
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Tidal volume (Vti or Vte) |
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Minute ventilation (MinVent) |
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Leak |
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Respiratory rate (RR) |
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Peak inspiratory flow PIF |
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Peak inspiratory pressure PIP |
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Mean airway pressure |
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Spontaneous triggered breaths |
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I:E ratio |
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Dynamic compliance (Dyn C) |
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Dynamic resistance (Dyn R) |
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Dynamic plateau pressure |
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Auto-PEEP |
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FiO₂ with FiO₂ sensor |
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SpO₂ with pulse oximeter |
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Pulse rate with pulse oximeter |
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EtCO₂ with CO₂ accessory |
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AC input voltage |
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DC input voltage |
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Li-ion batteries |
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Charge time for battery |
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Inspiratory Pressure |
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Tidal Volume |
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Minute Ventilation |
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Respiratory Rate |
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Circuit Disconnection |
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Apnea Interval |
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Operating Conditions |
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Transient operating temp |
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Storage temperature |
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AVAPS with passive circuit |
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Tidal volume |
|
Breath rate |
|
PEEP |
|
EPAP/CPAP |
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IPAP |
|
Pressure support/control |
|
Inspiratory time |
|
Rise time |
|
Triggering and cycling |
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Flow trigger sensitivity |
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Flow cycle sensitivity |
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Flow pattern |
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FiO₂ |
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Inspiratory time min/max |
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Backup ventilation |
|
General |
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Collateral |
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Particular |
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Wireless communication |
|
A/C-PC |
|
---|---|
A/C-VC |
|
Weight |
|
---|---|
Size |
|
A/C-PC |
|
---|---|
A/C-VC |
|
CPAP |
|
PSV |
|
S/T |
|
SIMV-PC |
|
SIMV-VC |
|
Weight |
|
---|---|
Size |
|
Screen dimensions |
|
Ingress protection |
|
Low flow |
|
---|---|
High pressure |
|
Tidal volume (Vti or Vte) |
|
---|---|
Minute ventilation (MinVent) |
|
Leak |
|
Respiratory rate (RR) |
|
Peak inspiratory flow PIF |
|
Peak inspiratory pressure PIP |
|
Mean airway pressure |
|
Spontaneous triggered breaths |
|
I:E ratio |
|
Dynamic compliance (Dyn C) |
|
Dynamic resistance (Dyn R) |
|
Dynamic plateau pressure |
|
Auto-PEEP |
|
FiO₂ with FiO₂ sensor |
|
SpO₂ with pulse oximeter |
|
Pulse rate with pulse oximeter |
|
EtCO₂ with CO₂ accessory |
|
AC input voltage |
|
---|---|
DC input voltage |
|
Li-ion batteries |
|
Charge time for battery |
|
Inspiratory Pressure |
|
---|---|
Tidal Volume |
|
Minute Ventilation |
|
Respiratory Rate |
|
Circuit Disconnection |
|
Apnea Interval |
|
Operating Conditions |
|
---|---|
Transient operating temp |
|
Storage temperature |
|
AVAPS with passive circuit |
|
---|---|
Tidal volume |
|
Breath rate |
|
PEEP |
|
EPAP/CPAP |
|
IPAP |
|
Pressure support/control |
|
Inspiratory time |
|
Rise time |
|
Triggering and cycling |
|
Flow trigger sensitivity |
|
Flow cycle sensitivity |
|
Flow pattern |
|
FiO₂ |
|
Inspiratory time min/max |
|
Backup ventilation |
|
General |
|
---|---|
Collateral |
|
Particular |
|
Wireless communication |
|
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