Respiratory
VIHA dv10+ ICU Ventilator
Description
VIHA dv10+ is a powerful, versatile high end ventilator for all patient groups. It offers a number of advanced and unique features along with wide range of modes, functions enables precise specialized treatment of critically ill patients.
VIHA dv10+ ‘s compact and powerful turbine offers independence from compressed air to allow maximum mobility throughout the hospital.
Features
Tested as per latest EN/IEC/ISO safety standards
- IEC 60601-1:2005+AMD1:2012+AMD2:2020
- IEC 60601-1-2:2014+AMD1:2020
- IEC 60601-1-8:2006/AMD2:2020
- ISO 80601-2-12:2020
Universal Ventilator
- Adult, Pediatric and Neonatal Ventilation
- Invasive and Non Invasive Ventilation
- Turbine driven Ventilation
Inbuilt Nebulizer
- Inspiration syncronized Ultrasonic / Vibrating mesh Nebulizer
Advanced Modes
- High Flow Oxygen therapy, Apnea backup Ventilation
- Bubble CPAP Mode
- Advanced modes such as APRV, BIVENT, MMV and PRVC
Advanced Maneuvers
- P0.1, Recruitment, O2 Flush, Inspiratory and expiratory hold, Intrinsic PEEP, Sigh
Tested as per latest EN/IEC/ISO safety standards
10.1" Touch Screen Interface
Universal Ventilation (2ml to 2000ml)
Turbine Driven Technology
Inspiration syncronized Ultrasonic / Vibrating mesh Nebulizer
Battery Backup up to 6 hours
Powerful Non Invasive Ventilation
High Flow Oxygen Therapy (HFNC)
Apnea Backup Ventilation
Active autoclavable Exhalation Valve
Dynamic Safety Valve
Proximal Flow Sensor Measurement
Flow and Pressure Trigger in all modes
ET CO2 Mainstream Capnography (Optional)
Advanced modes such as APRV, BIVENT, MMV and PRVC
Pressure Support with SIMV, CPAP, Bivent, APRV, MMV
Loops: Pressure-Volume, Pressure-Flow, Flow-Volume
Lung Recruitment Tools available
General Specifications
Parameter | Specification |
---|---|
Inspiratory pressure | 0 – 90 cmH2O |
Pressure Support | 0 – 90 cmH2O |
Maximum limited pressure | 100 cmH2O (70 cmH2O at ambient pressure < 950 mbar) |
PEEP | 0 – 40 cmH2O |
Respiratory Rate (RR) | 3 – 200 bpm |
I:E Ratio | 1:9.9 to 9.9:1 |
Tidal Volume (VT) | 2 – 2000 ml |
Pressure Trigger | 0 to -10 cmH2O |
Flow Trigger | 0 to 20 lpm |
Maximum Flow | > 180 lpm |
Volume Accuracy | +/- 5% |
O2 concentration (FiO2) | 21 – 100% |
Leak Detection and Compensation | > 50 lpm |
O2 Therapy | 0 to 65 lpm |
Oxygen Input | 3 – 6 bar, Medical Grade |
Display | 10.1 inch colour touch screen TFT |
Dimensions | 300 mm x 300 mm x 330 mm |
Weight | 11.62 Kg ; 25 Kg with Trolley |
Battery | Lithium Phospourous, 25.6V 6Ah |
Battery Back-up Time Mains Input | 360 minutes |
Voltage | 190 to 240 VAC, 50Hz |
Power Consumption | 150W |
Standards and Approvals | Tested as per
|
Maneuvers | O2 Flush, Sigh, P0.1, Lung Recruitment, Inspiration Hold, Expiration Hold, Nebulizer, Tube Compensation, Intrinsic PEEP |
Flow Sensor | Sensatronic DP Flow Sensor – Adult, Pediatric & Neonatal |
Oxygen Sensor | Envitec, OOM202 |
Breathing Circuit | Resistance ≤ 0.3mbar/Ls-1 |
Nebulizer | Ultrasonic Nebulizer – Compatible with Aerogen Solo |
Time – 0 to 30 mins, Inspiration Syncronized |
VIHA dv10 Advanced Neonatal Ventilator Introduction
VIHA dv10 is a powerful, versatile high end ventilator for Neonates and Paediatric patients. It offers a number of advanced and unique features along with wide range of modes, functions enables precise specialized treatment of critically ill patients.
VIHA dv10 ‘s compact and powerful turbine offers independence from compressed air to allow maximum mobility throughout the hospital.
- Neonatal and Paediatric Ventilation
- Invasive and Non Invasive Ventilation
- Turbine driven Ventilation
- Inspiration syncronized Ultrasonic / Vibrating mesh Nebulizer
- High Flow Oxygen therapy, Bubble CPAP Mode, AMV T-Piece Resuscitation,Apnea backup Ventilation
- Advanced modes such as APRV, BIVENT, MMV and PRVC
- Advanced Maneuvers such as P0.1, Recruitment, O2 Flush, Inspiratory and expiratory hold, Intrinsic PEEP, Sigh
- Inbuilt ETCo2 with Mainstream connector (Optional), Inbuilt SpO2 module (Optional)
- Tested as per IEC 60601-1:2005+AMD1:2012+AMD2:2020, IEC 60601-1-2:2014+AMD1:2020, IEC 60601-1-8:2006/AMD2:2020, ISO 80601-2-12:2020