LYRA x2
Top notch Performance of Non-Invasive and Invasive Ventilation for all Patient Categories
LYRA x2 is a premium non-invasive turbine driven ventilator with no compromise on the performance in invasive ventilation.
User can easily switch between NIV- and IV-modes by UI operation only.
Comprehensive parameter monitoring describes the full scenario of patient’s status to the care giver.
In a busy ICU it is imperative to give the desired mechanical ventilation to the patient.
An 18.5 inch vertical layout touchscreen display makes operating of the ventilator smooth & easy.
Power Battery Backup External AC power supply Input voltage: 100-240 V
Input frequency: 50/60 Hz
Input current: 2.5 A Max
Build-in Lithium-ion battery, 3 hours (Powered by one new fully-charged battery in standard working condition)
Communication interface: Rs232, Ethernet, USB port, Nurse call, CO2 calibration connector
Gas supply: O2 Pipe Connector: DISS Gas supply pressure:
Dimensions: 327 mm x 310 mm x 493 mm
Weight: Approximately 21 kg
Display Size: 18.3 Color active matrix TFT touch
Display Resolution 1080 x 1980 pixels
Brightness: Adjustable
Ventilation Specifications
Patient Type: Adult, Pediatric Invasive Ventilation Mode:
VCV (Volume Control Ventilation)
PCV (Pressure Control Ventilation)
VSIMV (Volume Synchronized Intermittent Mandatory Ventilation)
PSIMV (Pressure Synchronized Intermittent Mandatory Ventilation)
CPAP/PSV (Continuous Positive Airway Pressure/Pressure Support Ventilation)
PRVC (Pressure Regulated Volume Control) V + SIMV (PRVC + SIMV)
BPAP (Bilevel Positive Airway Pressure)
APRV (Airway Pressure Release Ventilation) Apnea Ventilation Non-invasive Ventilation Mode
CPAP (Continuous Positive Airway Pressure)
PPS (Proportional Pressure Support)
S/T (Spontaneous and Timed)
VS (Volume Support, similar like AVAPS )
Controlled Parameters
O2 %: 21-100% (increments of 1%)
VT (Tidal Volume): Adult: 100-2000 mL (increments of 10 mL) / Pediatric: 20-300 mL (increments of 1 mL)
f (Ventilation frequency): 1-80 bpm (increments of 1 bpm)
fSIMV (Ventilation frequency in SIMV mode): 1-80 bpm (increments of 1 bpm)
I:E range: 4:1-1:10 (increments of 0.5)
Tinsp (Inspiratory time): 0.20-10 s (increments of 0.05 s)
Tslope (Time of Pressure Rising): Thigh 0-2.00 s (increments of 0.05 s) Tlow: 0.2-30 s (increments of 0.1 s) Tpause: 0.2-30 s (increments of 0.1 s)
ΔPinsp: 5%-60% (increments of 1%), Off
ΔPsupp: 0-60 cm H2 O (increments of 1 cm H2 O) Phigh: 0-60 cm H2 O (increments of 1 cm H2 O) Plow: 0-45 cm H2 O (increments of 1 cm H2 O)
PEEP: 1-45 cm H2 O (increments of 1 cm H2 O), Off
Flow trigger: 0.5-15 L/min (increments of 0.1 L/min)
Pressure trigger: -10 to -0.5 cm H2 O (increments of 0.5 cm H2 O)
Auto CPAP: 4-25 cm H2 O (increments of 1 cm H2 O)
EPAP: 4-25 cm H2 O (increments of 1 cm H2 O)
IPAP: 4-20 cm H2 O (increments of 1 cm H2 O)
Max P (VS maximum IPAP): 6-40 cm H2 O (increments of 1 cm H2 O)
Max P (PPV maximum pressure limit): 5-40 cm H2 O (increments of 1 cm H2 O)
Max V (PPV maximum volume limit): 200-3500 mL (increments of 5 ml)
Max E: 0-100 cm H2 O/L (increments of 1 cm H2 O/L) Max R: 0-50 cm H2 O/L (increments of 1 cm H2 O/L)
Apnea Ventilation
Vtvapnea: Adult: 100-2000mL (increments of 10 mL) / Pediatric: 20-300 mL (increments of 1 mL) ΔPapnea: 5-60 cm H2 O (increments of 1 cm H2 O)
Fapnea: 1-80 bpm (increments of 1 bpm)
Apnea Tinsp: 0.20-10 s (increments of 0.05 s)
Monitored parameters
Paw
Oxygen concentration
WOB
Ppeak
VTe
spn
RSBI
Pplat
VTe/IBW
NIF
Pmean
PEEP
Ftotal
PEEPi
Insp Flow
PIP
Exp Flow
EPAP
Tot.leak
Continuous Flow (O2 Therapy)
Alarm settings
Tidal Volume: High: Adult: 110-4000 mL, Off / Pediatric: 25-600 mL,Off Low: Adult: 50-4000 ml, Off / Pediatric: 10-600 mL,Off
Minute Volume: High: Adult: 0.2-100.0 L/min / Pediatric: 0.2-60.0 L/min Low: Adult: 0.1-50.0 L/min / Pediatric: 0.1-30.0 L/min
Airway pressure: High: 10-85 cm H2 O Frequency: High: 1-150 bpm, Off Inspired oxygen (FiO2 ): High: Actual reading +8% (High-pressure oxygen) / 2%-100% (Low-pressure oxygen)
Apnea alarm time: Low: Actual reading -8% (High-pressure oxygen) / 18%-98% (Low-pressure oxygen) / 5-60 s