What to do for 'etCO2 @ Out of Range (Low)' on Dräger Infinity Delta Monitor?
If the Dräger Monitor displays 'etCO2 @ Out of Range (Low)', it means the expiratory gas concentration has fallen below the lower measuring range. Check the ventilation and check zero.
What does 'inCO2 @ Out Of Range (High)' mean on my Dräger Infinity Delta Monitor?
If the Dräger Monitor displays 'inCO2 @ Out Of Range (High)', it indicates that the inspiratory gas concentration has exceeded the upper measuring range. Check the ventilation.
What causes 'etCO2 @ Out Of Range (High)' on Dräger Monitor?
The Dräger Monitor displays 'etCO2 @ Out Of Range (High)' because the expiratory gas concentration has exceeded the upper measuring range. To resolve this, check the ventilation.
What does 'RRc < #' mean on my Dräger Infinity Delta and how do I resolve it?
If the Dräger Monitor displays 'RRc < #', it means RRc has fallen below the lower alarm limit. Check the patient's condition and the ventilation settings.
How to troubleshoot 'RRc > #' on a Dräger Infinity Delta?
If the Dräger Monitor displays 'RRc > #', it means the patient is breathing at a high respiratory rate or RRc has exceeded the upper alarm limit. Check the patient's condition and ventilation settings, or spontaneous respiratory rate. Also, check ventilation settings.
Why does the Dräger Infinity Delta Monitor say 'inCO2 > #'?
The Dräger Monitor displays 'inCO2 > #' when the inspired CO2 concentration has exceeded the upper alarm limit, or there is a leakage in the breathing system, or the gas measurement is inaccurate due to high respiratory rate, or there is a large dead space. You can exchange the breathing system, check ventilation settings, adjust alarm limits if necessary, or check ventilation.
What to do if RRc @ Apnea on Dräger Monitor?
If the Dräger Monitor displays 'RRc @ Apnea', it means there is no breathing or ventilation. You should immediately start manual ventilation. Also, check the ventilation settings and the patient's spontaneous breathing ability. Ensure that the sample line is connected to the breathing circuit or gas analyzer.
General| Touchscreen | Yes |
|---|---|
| Parameters Monitored | ECG, SpO2, NIBP, Temperature, Respiration |
| Connectivity | Ethernet, USB |
| Display Type | TFT LCD |
| Battery Type | Lithium-ion |
| Power Supply | 100-240 V AC, 50/60 Hz |
| Alarms | Visual and audible alarms for all parameters |
| Data Storage | Internal memory |
| Compatibility | Dräger |
Provides critical safety information for device operation.
Instructions on reporting serious adverse events with the product.
Identifies and describes the intended users of the medical device.
Addresses security vulnerabilities and network operational stability.
Configuration options for alarm control and emergency response.
Details on network connections, data exchange, and IT integration.
Guides on alarm requirements, limits, history, and latching.
Overview, setup, cuff diagram, and status messages for NBP.
Information on ECG signal processing and available lead configurations.
Application, setup, connection, display, and troubleshooting for etCO2.
PiCCO parameters, setup, measurement, and accessory details.
Accuracy specifications for Masimo and Nellcor SpO2 sensors.
Details on maintenance intervals and measures for device components.
Guidelines for reprocessing medical devices and approved disinfectants.
Specifications for electromagnetic compatibility and immunity.
Resolving issues related to alarms and disconnect messages.
Guidance for resolving issues with SpO2 and etCO2 monitoring.
Details on standard and dual-pin ECG lead sets.
List of items included in the Infinity PiCCO pod kit.
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