Caution: Do not attempt to perform Air Servo Valve calibration
unless the air gas supply is regulated to 50 ± 2 psig and capable
of supporting a minimum of 180 L/min of constant flow.
1 Set the e360 ventilator to Diagnostics Mode “d1”.
2 Disconnect the patient circuit from the e360 ventilator.
3 Press the “Manual Inflation” button to initiate Air Servo Valve
calibration. The e360 ventilator will go through a calibration
maneuver that slowly increases and then decreases flow twice.
4 The value of “TSI Air Flow” displayed on LCD touch screen
will slowly change as the delivered flow changes.
5 Wait for several minutes to complete the calibration until the
“
Message ID” changes to “6”.
Note: If the “Message ID” shows “7” during this calibration, the Air
Servo Valve needs to be replaced.
Oxygen Servo Valve: d2
Caution: Do not attempt to perform Oxygen Servo Valve
calibration unless instructed by a NMI Representative or for one
of the following conditions:
•Replacement or readjustment of Oxygen Inlet Regulator
•Replacement of Oxygen Servo Valve
•Replacement of Analog PCB
•Replacement of Main PCB
Caution: Do not attempt to perform Oxygen Servo V
alve
calibration unless the oxygen gas supply is regulated to 50
±2
psig and capable of supporting a minimum of 180 L/min of
constant flow.
1 Set the e360 ventilator to Diagnostics Mode “d2”.
2 Disconnect the patient circuit from the e360 ventilator.
3 Press the “Manual Inflation” button to initiate Oxygen Servo
Valve calibration. The e360 ventilator will go through a
calibration maneuver that slowly increases and then
decreases flow twice.
4 The value of “TSI O
2
Flow” displayed on LCD touch screen
will slowly change as the delivered flow changes.
5 Wait for several minutes to complete the calibration until the
“
Message ID” changes to “10”.
Note: If the “Message ID” shows “7” during this calibration, the
Oxygen Servo Valve needs to be replaced.
SECTION 5
SER360 A1106 5-13
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