Many AEDs are rated IP55 or higher, meaning they are resistant to dust and water jets. Some are specifically designed for outdoor or rugged use and can operate in extreme conditions with protective cases or cabinets.
Yes. AEDs perform rhythm analysis before delivering a shock. They only advise and deliver a shock if a “shockable” rhythm like ventricular fibrillation (VF) or pulseless ventricular tachycardia (VT) is detected.
Pediatric mode adjusts the shock energy and guidance for use on children under 8 years old or weighing less than 55 lbs. Some AEDs use special pediatric electrode pads, while others have a built-in switch to toggle between adult and pediatric settings.
CPR coaching refers to real-time audio or visual feedback that helps guide the responder’s chest compression rate and depth. This feature helps even untrained bystanders deliver more effective, guideline-compliant CPR.
Smart AEDs include features such as Wi-Fi connectivity for status monitoring, automatic self-checks, cloud reporting, GPS tracking for EMS, and bilingual voice prompts. These enhancements improve readiness, maintenance, and accessibility in emergency scenarios.
Evaluate AEDs based on ease of use, voice prompts, battery and pad costs, pediatric compatibility, and ruggedness. Also, ensure it meets your workplace size and employee training levels.
If the device is properly maintained and documented, legal protections typically apply even if the device fails. After use, report the failure to the manufacturer and retain logs showing routine maintenance and inspections.
No. AEDs operate entirely offline and are fully functional without internet access. However, some newer models offer optional Wi-Fi connectivity to notify managers about battery status or usage.
In rare circumstances, especially where an AED is available and not used due to negligence, a lawsuit could occur. Proper signage, training, and a clear emergency protocol help mitigate legal risk.
Not directly. AEDs are for sudden cardiac arrest, which involves an electrical issue in the heart. Heart attacks are caused by blocked blood flow. However, a heart attack can lead to cardiac arrest, in which case an AED becomes crucial.
