Functions - Ambu Man Advanced Manual De Instrucciones

3.4. Battery
The AmbuMan Wireless can be equipped with an battery pack.
3.5. Battery lifetime
The battery lifetime using WLAN is approximately 10 hours using fully charged battery pack.
3.6. Adapter (optional)
AC/DC Adapter
Input: 100-240 V AC / 47-63 Hz / 700 mA)
Output: 12 V DC / 2,0 A
3.7. Operating distance
The wireless connection has a range of approximately 50 meters outside having no
obstacles in between.
3.8. Usage and storage:
Storage temperature (non-condensing): –18 °C (-0,4 °F) to 40 °C (105 °F)
Usage temperature (non-condensing): –5 °C (23 °F) to 40 °C (105 °F)
Humidity: 5% to 95%

4. Functions

4.1. Defibrillation and ECG ①
The manikin is equipped with electronics that can simulate an ECG-Signal on the manikin.
The control of the signal is done by the virtual ECG-Box inside the Ambu CPR-Software or
by using the external Ambu ECG-Box.
4.1.1. Defibrillation electrodes
The manikin is equipped with two defibrillation electrodes in order defibrillate the
manikin. The defibrillation electrodes (1.1) are placed on the chest of the manikin on the
right chest next to the upper sternum and on left chest around the 5th to 6th rip. (1.2)
If semi-automatic defibrillators or AED's with adhesive chest electrodes are used, special
adapters for the specific defibrillator (simulating the adhesive chest electrodes) should be
fitted to the chest defibrillation electrodes on the manikin making it possible to connect
the cable from the AED's.
4.1.2. ECG electordes
4 ECG Electrodes (1.3) are placed on the chest of the manikin making it possible to monitor
the ECG on a defibrillator or a separate scope.
5
4.2. Monitoring instrument ②
To pull out the monitoring instrument depress the catch (2.1) and let the instrument slide out.
The training can also be performed with the monitoring instrument inside the manikin.
Readings on the monitoring instrument can be viewed from two sides. By activating the
cover plate on the side facing the trainee, instrument readings can be concealed from
trainees undergoing a CPR test (2.2), while allowing the training instructor to monitor the
effectiveness of the CPR on the opposite side.
The monitoring instrument is divided into two halves. The left-hand side registers
ventilation, including inspiration volume (2.3), and provides indication of stomach inflation
(2.4). The right-hand side of the instrument registers chest compression, including depth of
compression in millimetres (2.5), and provides indication of incorrect hand positioning (2.6).
The gauges for insufflated volume and depth of compression are designed to display
green when the correct volume and chest compression have been reached, and red when
the measurement recorded is outside the correct range.
If the display is green and red the measurement is at the borderline of the correct range.
The instrument registers inflation in the stomach (2.4) and incorrect hand positioning (2.6)
by changing from black to red colour display.
The values on the scale plates on the monitoring instrument are in accordance with the
actual guidelines for resuscitation. It is possible to order instrument plates with other
recommendations or guidelines.
4.2.1. LAN connector ②
To connect the manikin to a computer the LAN connector (2.7) can be used, placed on
backside of the manikin.
4.2.2. Power button ②
To turn on the manikin for the use of the software application press the power button
(2.8) on top of the monitoring instrument. The green LED (2.9) is flashing while the
system is booting and is steady activated once the system is completely powered up.
To turn off the manikin the power button needs to be pressed at least 3 seconds.
If the button is pressed for 10 seconds and more the system is forced to shut down.
6