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  1. 1 wrz 2023 · Peel the backing off of the AED pads and place one pad on the upper right side of the victim’s chest and the other pad on the lower left side of the victim’s chest. Connect the pads to the AED machine by plugging in the connectors on the pads to the corresponding ports on the machine.

  2. www.aed.com › blog › aed-pads-a-complete-guideAED Pads: A Complete Guide

    13 lip 2023 · AED pad placement varies by age and size. Infants need pediatric pads, which are smaller pads that adhere to the chest and back called anterior-posterior. Adult pads are placed anterior lateral on the opposite chest sides. The following steps walk you through general steps of how to apply AED pads:

  3. 30 kwi 2023 · Here is a beginner’s guide to where exactly AED pads should be placed on an adult’s chest in the anterolateral position. Step 1: Locate the rib cage and breastbone. Step 2: Place one AED pad on the upper right side of the chest, just below the collarbone.

  4. 7 lis 2024 · Typically, you place AED electrode pads on the bare chest of someone who appears to be suffering from a cardiac arrest. An AED machine will scan heart rhythm and fibrillation and ascertain whether or not you need to deliver an electric shock to help the organ regain a healthy beat.

  5. 27 kwi 2021 · Automated External Defibrillator pads (also known as AED electrode pads) are an essential part of any lifesaving AED machine. These pads are placed on the bare chest of a person who is suspected to be suffering from Sudden Cardiac Arrest (SCA).

  6. 24 wrz 2024 · For young children with small chests, use the anterior-posterior pad placement method. Place one pad in the center of the chest and the other on the back between the shoulder blades. Using pads with the anterior-posterior placement method ensures that the pads do not overlap or touch each other.

  7. Place one pad on the upper right chest, just below the collarbone, and the other on the lower left side of the chest, below the pectoral muscle. This positioning allows the electrical current to pass optimally through the heart, increasing the chances of restoring a normal rhythm.