
Part No. 715-0088, Rev. B
- 55 -
5.7. SLA Battery Replacement
Replace SLA battery at least every year.
Rationale:
Cycle life vs. depth of discharge (Battery datasheet)
200 cycles for 100% discharge (66.7 full discharge events per year)
450 cycles for 50% discharge (150 discharge events per year)
1200 cycles for 30% discharge (400 discharge events per year)
Potential for decreased length of discharge cycle, noticed at a time of
increased vulnerability (i.e. on internal or external transports)
5.8. LiFePO
4
Battery Replacement
Replace LiFePO
4
battery every 2 years.
Rationale:
1500 cycles for 100% discharge (66.7 full discharge events per year)
Potential for decreased length of discharge cycle, noticed at a time of
increased vulnerability (i.e. on internal or external transports)
Potential for decreased length of discharge cycle, noticed at a time of
increased vulnerability (i.e. on internal or external transports)
PLEASE NOTE:
When the AeroNOx 2.0 is being used for NO therapy as intended, it is critical
that the AeroNOx 2.0 always be operated with a fully charged functional battery.
With a discharged battery, the AeroNOx 2.0 may continue to operate from the
external power supply, but ANY interruption (e.g. intentional or unintentional
disconnection of the external power supply) may shut down the device
unexpectedly. Electrochemical NO and NO
2
sensors in the machine require a
stable voltage source to maintain their bias and give accurate readings. This
stable voltage source is the battery supplied with the AeroNOx 2.0 .
If an SLA battery is deeply discharged, its operating life will be significantly
shortened. The LiFePO
4
battery is more tolerant of deep discharges but running it
to depletion is discouraged for patient safety. If batteries are left in a discharged
state for any period of time, they may become damaged making them incapable of
accepting and holding a charge even when they are again connected to the
charger supplied with the AeroNOx 2.0 . A fully charged
NEW
6 VDC 4.5 Ah
Battery is capable of operating the AeroNOx 2.0 reliably for up to 5 hours. This
time will decrease as the battery ages and particularly if the battery has been
allowed to discharge as explained above. The battery has additional protection
built-in to cut-off at a certain voltage to protect the battery from over-discharge.
Содержание AeroNO 2.0
Страница 1: ......
Страница 3: ...This page intentionally left blank ...
Страница 6: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 3 SCLAIM MER ...
Страница 7: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 4 SCLAIM MER ...
Страница 8: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 5 SCLAIM MER ...
Страница 9: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 6 SCLAIM MER ...
Страница 10: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 7 SCLAIM MER ...
Страница 11: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 8 SCLAIM MER ...
Страница 12: ...Par rt No 715 008 88 Rev B LA ANGUAG GE DIS 9 SCLAIM MER ...
Страница 26: ...Par rt No 715 008 2 13 2 14 88 Rev B Physical D VESA Mou Dimensions unting Patte and Cente ern 23 er of Mass ...
Страница 78: ...Par rt No 715 008 88 Rev B 5 12 3 Re 5 12 4 Fr ear Interna ront Intern al Layout al Layout 75 ...
Страница 94: ......
Страница 95: ...Par rt No 715 008 7 3 88 Rev B Nitric Oxid de Sensor S Specificatio 92 ns ...
Страница 96: ...Par rt No 715 008 88 Rev B 93 ...
Страница 97: ...Par rt No 715 008 7 4 88 Rev B NO2 Senso or Specifica ations 94 ...
Страница 98: ...Par rt No 715 008 88 Rev B 95 ...
Страница 99: ...Par rt No 715 008 7 5 88 Rev B Oxygen Se ensor Spec cifications 96 ...
Страница 105: ......