What does 'Battery pack low' mean on Defibtech DDU-100 Medical Equipment?
If your Defibtech Medical Equipment unit says “Battery pack low,” it indicates that the battery pack capacity is getting low. The unit will still deliver shocks, but you should replace the battery pack as soon as possible.
General overview of the DDU-100 AED, its controls, and functions.
Details on the AED's speaker, buttons, LEDs, and connectors.
Conditions for which the DDU-100 AED is indicated for use.
Conditions under which the DDU-100 AED should not be used.
Requirements for safe and effective operation of the DDU-100 AED.
Hazards related to electricity, battery pack, and usage environment.
Potential issues with device performance due to environment, pads, analysis, etc.
General safety statement regarding physician order.
Lists components and accessories included with the DDU-100 AED.
Instructions for installing the Defibtech Data Card (DDC).
Procedure for installing the 9V battery into the battery pack.
Steps for inserting and removing the main battery pack.
How to connect the defibrillation/monitoring pads to the AED.
Steps to perform a manual self-test on the DDU-100 AED.
Guidelines for storing the DDU-100 AED for readiness.
Identifies AED controls and indicators.
How to interpret the Active Status Indicator and other status lights.
Procedure to power the AED on and off.
Steps to prepare the AED and patient for use.
How the AED analyzes the patient's ECG rhythm.
Process of charging and delivering a shock.
What happens when the AED determines no shock is needed.
CPR procedures after a shock is delivered.
Steps to take after the AED has been used.
Guidelines for operating the AED in various environmental conditions.
Description of power-on, daily, weekly, monthly, and manual self-tests.
Daily, monthly, and post-use maintenance tasks for the AED.
How to replace the 9V battery for the Active Status Indicator.
Guidelines for cleaning the DDU-100 AED and its components.
Recommendations for storing the DDU-100 AED.
A checklist for operators to monitor AED readiness.
Common problems, causes, and corrective actions for the DDU-100 AED.
Characteristics and functions of the defibrillation pads.
Types of battery packs used with the DDU-100 AED.
Information on Defibtech Data Cards (DDC) and their types.
Guidelines for recycling the AED and accessories.
Information recorded on DDCs when the AED is used.
Procedure to download internal data to a DDC.
Physical, environmental, and performance specifications of the AED unit.
Specifications for high-capacity and standard lithium battery packs.
Characteristics of Defibtech self-adhesive pads.
Available Defibtech Data Cards and their storage capacities.
Information about the DefibView PC software for data review.
General| Device Type | Automated External Defibrillator (AED) |
|---|---|
| Model | DDU-100 |
| Manufacturer | Defibtech |
| Waveform | Biphasic Truncated Exponential |
| Battery Type | Lithium Manganese Dioxide (LiMnO2) |
| CPR Coaching | Yes |
| Data Recording | Yes |
| IP Rating | IP55 |
| Relative Humidity | 5% to 95% (non-condensing) |
| Altitude Range | 0 to 15, 000 feet |
| ECG Display | No |
| Warranty | 8 years |
| Energy Selection | Automatic |
| Self-Test | Daily, weekly, and monthly self-tests |
| Voice Prompts | Yes |
| Environmental Protection | Yes |
| Operating Temperature | 0°C to 50°C (32°F to 122°F) |
| Storage Temperature | -20 to 70°C (-4 to 158°F) |
| Visual Indicators | Yes |
| CPR Feedback | Yes |
| Energy | 150 J (fixed) |
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