TELTOMED ONETT
Artificial lung ventilator for hospitals for professional use only. Combining the key components required for complex pulmonary ventilators together with our knowledge in Telemetry which allows us to monitor patients remotely and deliver data in a centralized system.
The information contained in this website does not constitute a binding description of DPV 100 or its functionalities. The DPV 100 is at continuous development stage, therefore, any information provided in this website may be subject to change at Teltonika Telemedic’s sole discretion.
Intuitive control & user Interface
O2 mixturing
Up to 3 hours operating time
Essential ventilation modes
Invasive and Non-invasive ventilation
Alarm modes and security levels
Intuitive control & user Interface
O2 mixturing
Up to 3 hours operating time
Essential ventilation modes
Invasive and Non-invasive ventilation
Alarm modes and security levels
Description
Features
DownloadsDescription
INTENDED USE
Ventilator is used for the continuous mandatory, intermittent or continuous spontaneous mechanical ventilatory support of patients who require mechanical ventilation via non-invasive and invasive methods. The ventilator is a restricted medical device intended for use only by qualified, trained personnel under the direction of a physician. It is an electronically controlled, turbine driven mechanical ventilation device, that incorporates measuring respiratory conditions and maintaining FiO2 pressure, volume and flow.
PATIENTS
Ventilator is designed for adult patients who require respiratory support.
Features
| SUPPORTED VENTILATION MODES *MODES ARE BEING EVALUATED FOR FULL IMPLEMENTATION **NOT ALL MODES SUPPORT NIV | |
| PC-CMV | Pressure controlled continuous mandatory ventilation |
| PC-SIMV | Pressure controlled synchronized intermittent mandatory ventilation |
| CPAP | Continuous positive airway pressure |
| BiLevel | Two level positive airway pressure |
| A/C PRVC* | Assist control pressure regulated volume control |
| APRV* | Airway pressure release ventilation |
| VC-CMV* | Volume controlled continuous mandatory ventilation |
| VC-SIMV* | Volume controlled synchronized intermittent mandatory ventilation |
| PSV* | Pressure support ventilation |
| NIV** | Non-invasive ventilation |
| GENERAL SETTINGS *VALUES ARE SUBJECT TO CHANGE | |
| Pressure O2 | Range: 2.8 to 6 bar |
| Positive End Expiratory Pressure (PEEP) | Range: 0 to 45 cmH2O |
| Tidal Volume (VT) | Range: 30 to 3000 ml Resolution: 50 ml |
| Respiratory rate (RR) | Range: 1 to 100 b/min |
| Ins. Time | Range: 0.35 to 5 s Resolution: 0.1 s |
| FiO2 | Range: 21% to 100% Resolution: 5% |
| Pressure trigger | Range: 1 to 15 cmH2O |
| Flow trigger | Range: 10 to 25 L/min |
| Inspiratory Flow | Range: 3 to 80 L/min |
| Peak Inspiratory Pressure (PIP) | Range: 5 to 60 cmH2O |
| ALARMS *LIST AND VALUES ARE SUBJECT TO CHANGE | |
| ELECTRIC | |
| External power source absent | The main power supply is switched off by the switch or power cord is unplugged, or any external power loss. Device starts to work from internal battery. |
| Battery level at 50% of charge | The battery level is between 50% and 20% and ventilator starts working from internal battery. |
| Battery level at 20% of charge | The battery level is below 20% and ventilator starts working from internal battery. |
| Battery absent | The battery is not detected. |
| BMS error | Battery Management System malfunction is detected. |
| Main board communication error | Loss of external and internal power is detected, display starts to work from its own battery. |
| PUST error | Power on self test error. |
| TEMPERATURE | |
| Device temperature high | If the device temperature is between 40°C and 50°C, alarm notification is displayed on the screen and sound alarm is being activated. |
| Device temperature extreme | If the device temperature is above 50°C, alarm notification is displayed on the screen and sound alarm is being activated. |
| VENTILATION | |
| Air leak | Detection of the Air Leak above or below the alarm limits. |
| Ppeak | If the Ppeak value is above or below the alarm limits. |
| VTinsp | If the VTinsp value is above or below the alarm limits. |
| VTexp | If the VTexp value is above or below the alarm limits. |
| MVinsp | If the MVinsp value is above or below the alarm limits. |
| MVexp | If the MVexp value is above or below the alarm limits. |
| Peak insp flow | If the Peak insp flow value is above or below the alarm limits. |
| FiO2 | If the FiO2 value is above or below the alarm limits. |
| PATIENT | |
| Patient disconnected | The breathing tube system got disconnected from the ventilator. |
| Rtot | Rtot value is above or below the alarm limits. |
| I:E ratio | I:E ratio value is above or below the alarm limits. |
| HARDWARE | |
| Input voltage range | 100 - 220 V AC, 50/60Hz |
| Internal back-up battery | Li-Ion Battery pack, 22.2V, 10.8Ah |
| Dimensions | 400 mm x 344 mm x 160 mm |
| Weight | ~10kg |
| Integrated Sounder | For alarm notifications in case of emergency |
| WiFi | IEEE 802.11 a/b/g/n/ac, dual band |
| Firmware updates | Optional cloud-based solution |
| DISPLAY | |
| Size and type | 10’’ touchscreen |
| Resolution | 1200 x 1920 pixels |
| CERTIFICATION *IN PROGRESS | |
| Regulatory | CE MDR (EU 2017/745) EN ISO 80601-2-12:2011 EN 60601-1:2006+A12:2014 |
| SECURITY | |
| 1 | Device always performs self-check procedure and checks the parameters. In case of failure of any sensor, valve or other component will result alert notification and sound alarm will be activated. |
| 2 | In case of electricity shutdown, internal batteries will allow to operate from 1 to 3 hours. It is designed in such way that even if a short electricity shutdown occurs, it would not affect any operations of ventilator. |