OP_medinCNOmini_3080_EN_Rev03
64Pages

A Hamilton Medical Company User manual for medinCNO® mini

The medinCNO®mini contains batteries and electrical components. Consequently it cannot be disposed of in domestic waste but must be collected separately and recycled in accordance with local regulations. (WEEE) 0483 Classification (according to COUNCIL DIRECTIVE 93/42/EEC Annex IX): IIb medin Medical Innovations GmbH Adam-Geisler-Str. 1 – 82140 Olching – Germany +49 8142-44846-0 – www.medingmbh.com – info@medingmbh.com Made in Germany medin Medical Innovations GmbH Adam-Geisler-Str. 1 D-82140 Olching

medin Medical Innovations GmbH Adam-Geisler-Str. 1 D-82140 Olching

A Hamilton Medical Company medin Medical Innovations GmbH 8 +49 8142 448 460 °P_medinCN°mini EN Adam-Geisler-Str. 1 info@medingmbh.com Rev 03 Stand 28.08.2017

These instructions for use contain information about starting up, using and maintaining the medinCNO ®mini (CNOmini). They also contain safety information, describe the device's functions and give an overview of the ancillary equipment needed. Users must be very familiar with the information and warnings given in these instructions for use in order to operate the medinCNO®mini safely. However, they are no substitute for training. The instructions and warnings are categorised as follows: Warning: Warnings must be followed in order to prevent possible serious consequences for the patient or...

A Hamilton Medical Company 2.1 Intended purpose The medinCNO®m/n/ CPAP driver is used in combination with the Medijet® nCPAP generator to administer CPAP therapy or with a suitable nasal cannula to administer therapy to premature infants and newborns. The medinCNO®m/m must be used under the supervision of expert, specially trained staff in a clinical setting, and the patient's oxygen saturation must be monitored at the same time. Warning: - The medinCNO®m/m is intended for clinical use only. - The medinCNO®m/m may only be used while the patient's oxygen saturation is being monitored...

A Hamilton Medical Company 2.5 Technical description of function 2.5.1 Principles of function The medinCNO®m/n/ is a CPAP driver that can be used in combination with the Medijet® nCPAP generator to administer CPAP therapy or with a suitable nasal cannula in High Flow mode. The role of the medinCNO®m/m in this CPAP system is to provide the necessary, possibly oxygen-enriched drive flow, which is fed to the nCPAP generator Medijet® via the tubes connected to the patient and is converted into CPAP pressure within the generator or to the nasal cannula in High Flow mode. An internal...

Oxygen concentration: Pressure measurement: Push (inspiration support by the medinCNOsmini) O2 flush Electronic shut-off valve Mechanical overpressure valve Operating time medrn A Hamilton Medical Company working range) Basis of measurement: DIN 1343 at 0°C, 1013.25 mbar and 0% air humidity (0/1013) Setting range: 21% to 100% (in flow working range) Measurement range: 21% to 100% Accuracy ± 3% (Vol.) MLF - 16 or OOM 102 measurement sensor Measurement range 0 mbar to 15 mbar - pressure graph Accuracy ±1.3 mbar Verification: Redundant measurement by two sensors Setting range additional flow...

Changes and modifications to the medinCNO®mini are not permitted without the permission of the manufacturer: see chapter 9.4 Repairs and an exchange of parts may only be made by trained, professional service personnel and only in accordance with the instructions in the Maintenance Manual, observing warnings in the manual and in these instructions for use. The medinCNO®mini and its power supply unit are not suitable for use in the direct vicinity of the patient. Only the patient tubes, the Medijet® and the masks and prongs or a suitable nasal cannula are used in the direct vicinity of the...

Installation of the medinCNO®mini – Conditions Prior to start-up, the medinCNO®mini must be securely mounted. In doing so, the following conditions must be observed: 3.1 Figure 1: a) Brackets holding the medinCNO®mini in position; b) Ventilation slits; c) Overpressure valve; d) Knurled screws The medinCNO®mini must always be securely mounted before the device is started up. To do this, the two fixing brackets on the back of the device (Figure 1-a) are inserted into a standard rail (cross-section: 10 x 25 mm) and the brackets are then fixed in place manually using the knurled screws (Figure...

medfn A Hamilton Medical Company 3.2 Power supply 3.2.1 Mains operation The power supply unit (REF 39-113) of the medinCNO®m/n/ may only be connected to a power supply with the following properties: • Voltage: 100 - 240V~ (alternating current) • Frequency: 50 - 60 Hz The power supply unit of the medinCNO*mini has a C8 connector for connection to the mains grid. The power line between the power supply unit of the medinCNO®m/n/ and the mains grid must therefore meet these conditions: • Power supply side: plug appropriate for the country • Device side: C7 plug in accordance with...

A Hamilton Medical Company CPAP Figure 2: Battery charge status displayed in the top left-hand area of the screen The charge status of the internal battery is displayed in the top left-hand area of the medinCNO®m/n/ screen (Figure 2). A full battery is shown with a symbol with five bars. As soon as only two bars remain, the battery symbol is shown in red and the medinCNO®m/n/ should be connected to the mains soon. As soon as there is only one bar left, the battery alarm is triggered. Attention: When the medinCNO®m/n/ is running on battery power, an alarm is sounded when the internal battery...

A Hamilton Medical Company - H2O < 67 ppm (V/V) (free from condensate) - Oil < 0.1 mg/m3, ideally oil-free - H2O < 870 ppm (V/V) and free from condensate! If as a result of the operating temperature it is possible that condensate may form despite a relatively low concentration of H2O in the air, then the concentration of H2O must be reduced accordingly. Figure 3: Water trap in the medinCNO®m/m air inlet; a) Bolt for removing the condensate from the water trap The medinCNO®m/m can be fitted with a water trap in the air inlet as an option (Figure 3) (REF 39-800). This allows small...