Details

More Covidien Newport HT70 Plus Pictures Covidien Newport HT70 Plus - Soma Technology, Inc.Covidien Newport HT70 Plus - Soma Technology, Inc. Covidien Newport HT70 Plus Features The NewportTM HT70 plus ventilator combines ruggedness, ease of use and clinical proficiency with exceptional mobility for patients from 5kg to adult. All models of the NewportTM HT70 ventilator family can be used for home care, transport, hospital, long-term care and emergency preparedness, as well as for invasive or noninvasive ventilation. In addition to its standard clinical features, the NewportTM HT70 plus ventilator offers an on-airway flow sensor that provides expanded monitoring with alarms and the choice of flow or pressure trigger. With waveform graphics, an oxygen cylinder usage calculator and internal battery use time estimator, the NewportTM HT70 plus ventilator goes beyond standard portable ventilation. An on-airway flow sensor provides more choices for ventilation—inspiratory or expiratory monitoring and alarms, flow or pressure trigger. The hot-swappable battery provides up to 10 hours of operation (depending on settings). Batteries can be swapped out on the go for extended operation and added freedom without interrupting ventilation. The Battery Time Estimator provides added peace of mind during transports. Built-in oxygen monitoring and alarms alert users to changes or disruptions when using supplemental oxygen. The Cylinder Use Time Calculator helps estimate how long oxygen will last when on the go. The full-color touch screen provides easy access to all controls, simple navigation and a help guide for added convenience. With its rugged and reliable construction, the ventilator is designed to withstand rough treatment in a wide range of environments. A patented gas generator runs cool and quiet, is gas efficient and provides consistent volume delivery. Advanced features such as Alarm Quickset, custom presets and custom backup ventilation make this an exceptional portable ventilator. Covidien Newport HT70 Plus Specifications Dimensions Width: 9.75 in. (24.74 cm) Depth: 11 in. (27.94 cm) Height (includes handle): 10.25 in. (26.04 cm) Weight: 15.4 lbs (6.9 kg) Touchscreen: 5.2 in. (13.20 cm) X 3.9 in (9.90 cm) Nominal: 7 in. (17.78 cm) diagonal Patient Range (≥5 kg) – Adult Controls/Settings IModes (Pressure or volume): A/CMV, SIMV, SPONT NIV (Noninvasive ventilation): On/off in all modes VT (Tidal Volume): 50 to 2,200 mL RR (Respiratory Rate): 1 to 99 b /min i Time (Inspiratory Time): 0.1 to 3.0 sec PEEP/CPAP: 0 to 30 cm H2O/0 to 30 mbar PS (Pressure Support): 0 to 60 cm H2O/0 to 60 mbar* Flow: 6 to 100 L/min I:E Ratio: 1:99 to 3:1 PC (Pressure Control): 5 to 60 cm H2O/5 to 60 mbar Ptrig (Sensitivity): -9.9 to 0 cm H2O/-9.9 to 0 mbar Flow Trigger: 0.0 to 10.0 L/min, Off Manual Inflation: 3 sec maximum O2 (oxygen): 21 to 100% Bias Flow: NIV off: 7 L/min w/PEEP NIV on: 3 to 30 L/min w/PEEP PS Max i time: 0.1 to 3.0 sec PS % Exp. Threshold: 5 to 85% Slope Rise: 1 to 10 Flow Wave Pattern: Square or descending Auto Lock function: On/off Language Selection: Multiple language options *PEEP + PS cannot exceed 60 cm H2O/mbar Monitored Parameters Paw (Peak, Mean, Base): VTI / VTE (insp./exp. tidal volume) MVI/ MVE (insp./exp. minute volume): Peak Insp. Flow RR tot (total respiratory rate): Internal Dual Battery System O2 Concentration: I:E Ratio O2 Cylinder Use:Battery Use Time Estimator Specialty Screens Events: Records up to 1,000 events with parameter settings Trends: Displays trend graphs for last 72 hours Waveform Graphics: Flow/pressure/tidal volume Help: Touch any button for a tutorial of that feature Domains: Basic, transport and hospital Export Data: Capture/download events and trends Patient Presets: Customized or default Customized Back Up Ventilation: Link with apnea and/or low MV and customize settings Alarms High/Low Airway Pressure: Apnea High/Low Baseline Pressure: High/Low Oxygen High Resp. Rate: Low Battery High/Low Minute Volume: Alarm Silence/Reset Device Alert: Back-up Ventilation Alert High Tidal Volume: Airway Flow Sensor Disconnect