What to do if Cardiac Science Medical Equipment shows 'E40' message?
If the Cardiac Science Medical Equipment displays an 'E40' message, it typically indicates a defective probe. Replace the probe, then insert the new probe into and out of the probe well to reset the message.
Why is the temperature reading unreasonable on my Cardiac Science Medical Equipment?
If the temperature reading on your Cardiac Science Medical Equipment seems unreasonable, make sure the probe is correctly inserted into the probe well. If it's out of the well when you power up the device, insert it and try the measurement again.
What to do if pressure does not rise on Cardiac Science 5300 Medical Equipment?
If the pressure isn't rising after pressing the Cuff Start/Stop switch on your Cardiac Science Medical Equipment, first check the air hose connection to make sure it is secure. Also, inspect the cuff for any air leaks. If there's a leak, replace the cuff and check for any kinks in the hose, removing them as necessary.
How to fix no temperature measurement on Cardiac Science Medical Equipment?
To resolve the issue of no temperature measurement with the Cardiac Science Medical Equipment, ensure the probe is properly connected. If it's disconnected, connect it securely. If the probe is defective, replace it with a new one.
How to stop Cardiac Science Medical Equipment main unit from heating up?
To address the issue of the main unit of your Cardiac Science Medical Equipment heating up, ensure that there is adequate ventilation around the device.
Describes the purpose and patient populations for the monitor.
Details safety alerts, general warnings, and cautions for safe operation.
Lists the standard accessories and components included with the main unit.
Identifies and describes the function of each part of the main unit.
Covers initial setup steps like installing the battery and connecting power.
Details connecting the air hose, cuff selection, and pre-measurement checks.
Explains proper cuff application techniques for adults, children, and neonates.
Describes how to perform a manual NIBP measurement and interpret results.
Explains connecting SpO2 sensors (Nellcor and Masimo models).
Details the different types of SpO2 sensors and their applications.
Details connecting the body temperature probe.
Explains how to set various alarm limits for the 5350 model.
Describes how alarms are triggered, silenced, and recovered from.
Introduces the two modes for adjusting settings: Setting Mode and Utility Mode.
Explains the procedure for accessing and using Setting Mode for configurations.
Details the procedure for accessing and using Utility Mode for configurations.
Covers battery indicators, icons, charging status, and low battery warnings.
Lists system, NIBP, SpO2, and temperature error codes with causes and checks.
Provides solutions for common symptoms and issues with the device.
General| Device Type | Automated External Defibrillator (AED) |
|---|---|
| Waveform | Biphasic |
| Battery Type | Lithium |
| IP Rating | IP55 |
| Voice Prompts | Yes |
| Visual Prompts | Yes |
| CPR Feedback | Yes |
| ECG Analysis | Yes |
| CPR Coaching | Yes |
| Model | 5300 |
| Energy Selection | Automated |
| Battery Life | 4 years (standby) |
| Operating Temperature | 0°C to 50°C (32°F to 122°F) |
| Storage Temperature | -20°C to 60°C (-4°F to 140°F) |
| Shock Delivery | Automated |
| Self-Testing | Daily, weekly, monthly |
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