DS-11091 Ventilator offers a cost-effective respiratory care solution with a wide range of ventilation modes and advanced features. Its turbine-based design enables independent operation at ICU set-ups without the need of compressed medical air. V310+ comes with invasive & non-invasive modes to provide respiratory support to Adult & Paediatric patients.

The intuitive 10-inch touchscreen interface offers extremely easy controls and enhances healthcare professionals’ patient care experience.

Patient Inclusions: Adult & Paediatric
Therapy: Invasive Ventilation, Non-invasive Ventilation, O2 Therapy
Respiratory rate (RR): 1-80 BPM
Peak Inspiratory Pressure: 80 cm of H2O
PEEP: 0 -50 cm of H2O
Pressure Support: 0 -60 cm of H2O
Inspiratory Time (Ti): 0.2 -10 s
I:E Ratio: 1:10 to 10:1
Tidal Volume (VT): 50 -2000 mL
Trigger Flow Sensitivity: 1 -20 L/min
O2 Concentration (FiO2): 21 -100 %
FiO2 Control: Closed Loop Electronic Manipulation
Recruitment Tools: Manual Breath, O2 Boost, Inspiratory hold, Expiratory hold
Leak Detection and Compensation: 100% leakage compensation in NIV modes
O2 Therapy: Continuous flow 10 -75 L/min, Concentration 21 -100 %
Oxygen Input: 46-60 PSIG
Screen: 10” TFT LCD Touchscreen
Dimensions Patient Circuit: 396 X 340 X 255 mm
Weight: 10.3 Kg Patient Unit, 25 Kg with Trolley
Battery: Lithium, Internal
Battery Back-up Time: Upto 8 hours
Mains Input: 201 -240V AC, 50 -60 Hz
Input Current: <2.00 A
Power Consumption: <150 W
Pressure Measurements: Peak Inspiratory Pressure (PIP), Positive End Expiratory Pressure (PEEP), Plateau Pressure (Pplat ), Mean Pressure (Pmean ), Range: 0 to 100 cm H2O
Flow Measurements: Expiratory Minute Volume (MVe ), Inspiratory Minute Volume (MVi ), Spontaneous Expired Minute Volume (Spont. MVe ), Range 0 to 160 L/min
Volume Measurements: Inspiratory Tidal Volume (VTi ), Expiratory Tidal Volume (VTe ), Total Leak Volume
Other Measurements: Oxygen Concentration (FiO2 ), Respiratory Rate (RR)
I:E Ratio, Rapid Shallow Breathing Index (RSBI), Dynamic Lung Compliance (Cdyn), Inspiratory Time (Ti), Expiratory Time (Te)
Trends: Storage of trends for last 96 hours of all parameters