Powerheart G3 Trainer AED from Cardiac Science

The Powerheart G3 Trainer AED is the perfect way to familiarize your team with the operation of the Powerheart defibrillator and keep your skills fresh between re-certification courses. The AED Trainer helps you prepare by simulating different rescue situations. It gives students valuable, realistic training with a defibrillator.

Technical Specifications

  • Four preprogrammed, simulated rescue scenarios correspond to American Heart Association (AHA) and European Resuscitation Council (ERC) guidelines and the AHA Heartsaver AED curriculum.
  • Instructor advances rescue stages and scenarios through an infrared, wireless remote control.
  • Instructor may at any time pause and interrupt the rescue scenario for anecdotal comments or additional instruction.
  • Students hear voice prompts that would typically occur during an actual rescue attempt.
Versatile With the Cardiac Science AED Trainer, the instructor has the ability to:  
  • Change the rescue scenarios based on class needs.
  • Vary simulated cardiac rhythms from shockable to non-shockable.
  • Select from any of the multiple languages preprogrammed within the AED Trainer.
  • Utilize with the Powerheart AED G3 family of products.
  • Reusable training electrodes.
  • Compatible with any type of CPR manikin.
  • Powered by two alkaline D-cell (training device) and two AAA (remote control) batteries.
  • Dual modes can be easily configured for semi-automatic and fully-automatic training.
  • Simulated delivery of defibrillation pulse for training purposes.
  • Cardiac Science AED Trainers will not generate or deliver defibrillation shocks.
(H x D x W)
  • 7 cm x 29 cm x 21 cm (2.8 in x 11.4 in x 8.3 in)

Primary Benefits of an AED Trainer

The device gives students a realistic way to prepare for a real-life situation. Clear, instructive voice prompts guide students through a simulated rescue, and the built-in metronome sets the proper chest compression pace. The G3 AED Trainer provides four pre-programmed rescue scenarios and simulates shockable and non-shockable rhythm situations.