CareFusion AVEA - Data Input; Output Specifications; DC Power Supply Specifications; Independent Lung Ventilation (ILV) Specifications

202 Appendix B: Specifications Operator's manual
L2786 Rev. M
DC Power Supply
The ventilator can also operate from a 24 VDC power source (internal or external battery).
Internal Battery:
The Internal Battery requires a minimum charge time of 4 hours to achieve a full charge. Under normal operating
conditions, the internal battery is capable of powering the ventilator alone for 1 hour and powering the ventilator and
compressor for 30 minutes when fully charged. The ventilator should be connected to a main A/C supply and charged for
at least 4 hours prior to switching to battery power.
External Battery: 22.0 to 26.4 VDC
Under normal operating conditions, fully charged external and internal batteries combined are capable of powering the
ventilator and compressor for a period of time equal to or greater than 2 hours and the ventilator alone for a period of
time equal to or greater than 7 hours. With a discharged battery the ventilator should be connected to a main AC supply
and charged for at least 12 hours to insure a full charge.
Data Input / Output
Independent Lung Ventilation (ILV)
The ventilator provides an output (master) and an input (slave) for synchronization of ventilators. The output supplies a
5 VDC logic signal synchronized to the breath phase of the master via a 25-pin connector on the rear of the ventilator.
The pin configuration for this connector is as follows:
PIN
FUNCTION
1 Analog Input Channel 0
14 Analog Input Channel 1
18 ILV In
6 ILV Out
20 Factory Use Only, DO NOT CONNECT
22 Analog Output, PRESSURE
23 Analog Output, FLOW
24 Analog Output, VOLUME
25 Analog Output, BREATH PHASE
5,9,10,11,12,13 Ground, Analog
Note:
At least one analog ground is required for safe and accurate signal output and input.. One analog ground is sufficient
for any and all of the other signals.