Description
The Falco 101 medical devices is designed for use in home care, suitable for the ventilation of adult and pediatric patients. With a compact and lightweight design, these features make the Falco 101 easy to handle and use in confined spaces.
Since the air is supplied by a turbine drive inside the equipment, no external compressed air sources are required. The ventilators have a low pressure O2 input.
Equipped with an automatic “SELF-TEST” control of the device during start-up, which guarantees its correct operation and a check before using the ventilator.
Operating modes:
- 980111: NIV-APCV, NIV-PSV e P-SIMV (with expiratory valve) and NIV-NIV-CPAP, BILEVEL ST (with “leakage” system with whisper).
Settable parameters:
- 980111: CPAP/PEEP (cmH2O), Slope, FR (bpm), FRsimv (bpm), PEEP (cmH2O), Pinsp (cmH2O), IPAP (cmH2O), EPAP (H2O), PMax – Pmin – PS (cmH2O), Ti (s), Ti Max (s), Tr. E (%), Tr. I (L/min), BACK-UP parameters, I:E
Displayed parameters:
- 980111: RR (bpm), I:E, (*) FiO2 (%) optional, Vti (ml), VM (L/min), PAW , PEEP, CPAP (cmH2O)
Automatic compensation of all measured and supplied ventilator parameters, without the need for operator intervention. Oxygen consumption calculation
Leak compensation up to 60 l/min with the whisper system.
An acoustic and visual alarm system contributes to patient safety.
Technical alarms, these are activated by the lung ventilator during use and represent a permanent check on possible hardware or software damage.
If a critical situation potentially endangers the ventilation process, the ventilator switches to the so-called “safety condition”: if the patient is able to breathe, the inspiratory airways and the expiratory valve are open so that he can inhale ambient air and exhale through the expiratory valve
The devices are equipped with a rechargeable battery that guarantees an operation of 4 hours (battery life varies depending on the device settings and battery wear).
The Falco 101 lung ventilator is based on well-established technology, defined as technology that has been developed and widely used over an extended period of time, with demonstrated safety and performance, and which is no longer considered innovative or experimental.
