26
Chapter 5 Operation
675–101–101 Rev. P
Changing a Control
When a control such as Time-High is selected, increase and decrease buttons
appear. The control and the displayed value for the selected parameter are
highlighted. Use the decrease or increase keys to adjust the parameter. You may
accept the action by pressing the control button again. If no action is taken, the new
parameter will take effect after 15 seconds.
In normal treatment screens, parameter changes take immediate effect.
When you change the mode, such as NCPAP to BiPhasic, press the flashing mode
button to accept the change.
If no screen interactions occur for a period of 120 seconds and there are not active
alarms, then the screen goes to a ‘locked’ state to prevent inadvertent entries. To
unlock the screen, press the screen lock button. In the case of a high priority alarm,
the screen immediately unlocks to allow access to controls.
CAUTION!
When changing a control, use the pad of your finger (not your fingernail). Damage
to the touch screen may result by using your fingernail, a pen, or similar item to
make changes.
Increase / Decrease Buttons
Pressing the ‘increase’ or ‘decrease’ buttons causes a currently-selected control to
be changed to the next valid greater or lesser value. Each press of the increase or
decrease button is accompanied by an audible click. If the control limit is reached an
audible beep sounds to alert the operator.
Displays of calculated values (such as I:E ratio) dependent on a control setting
change will change with acceptance of the parameter change.
Incompatible Control Settings
When a change to one control requires a change to a separate control to avoid an
incompatible control setting, the required change is made automatically by the driver
software.
If the adjusted control setting is restored prior to 15 seconds elapsed time or prior to
pressing any other control, then the required change action is reversed.
For example
in BiPhasic mode with T-High = 2.0, as R is increased above 28 b/min
the constraint on minimum T-Low can be met only through a reduction in T-High. If R
is increased to 29, then T-High shall reduce automatically to 1.9s. If R is then
immediately
reduced to 28, the previous setting for T-High shall be restored.
Содержание Infant Flow SiPAP
Страница 1: ...Infant Flow SiPAP Operator s Manual ...
Страница 10: ...x Infant Flow SiPAP 675 101 101 Rev P Electromagnetic Environment Specifications ...
Страница 11: ...Infant Flow SiPAP xi 675 101 101 Rev P ...
Страница 14: ...xiv Infant Flow SiPAP 675 101 101 Rev P Infant Flow SiPAP ...
Страница 20: ...6 Chapter 2 Product Specifications 675 101 101 Rev P Infant Flow SiPAP ...
Страница 38: ...24 Chapter 5 Operation 675 101 101 Rev P Rear Panel Figure 8 Rear Panel ...
Страница 48: ...34 Chapter 5 Operation 675 101 101 Rev P Infant Flow SiPAP ...
Страница 64: ...50 Appendix A Product Configurations 675 101 101 Rev P Infant Flow SiPAP ...
Страница 65: ...Infant Flow SiPAP 51 675 101 101 Rev P Appendix B Pneumatic Diagram ...
Страница 66: ...52 Appendix B Pneumatic Diagram 675 101 101 Rev P Infant Flow SiPAP ...
Страница 70: ...56 Appendix C Alarm Troubleshooting 675 101 101 Rev P Infant Flow SiPAP ...
Страница 76: ...62 Appendix D Fault Management 675 101 101 Rev P Infant Flow SiPAP ...
Страница 78: ...64 675 101 101 Rev P Infant Flow SiPAP ...
