| Products name | Defibrillation electrode pads | Products model | AEDT-01 |
| Impedance | ≤25 Ohm | Wire length | 1.2±0.1m |
| Connector | Adaptation to AED main unit |
pediatric defibrillator pads size |
120 mm x 190 mm |
|
pediatric defib pads weight |
100G | Storage Temperature | -20℃~70℃ |
| Working temperature | 0℃~45℃ | Bag Size | 200*130*10mm |
Item name: AED training electrode pad
Subject: Medical Science
Properties: Medical Polymer Materials & Products
Function: Training in school or hospital
Type: AED simulator accessories
Suitable for: Adult/Child
Material: foam
Preparations for AED use
Wet Casualty
If the casualty's chest is sweaty or wet, dry the chest wall before applying the AED pads. Always ensure the chest is bare, clean, and dry. Most AED kits include a small towel for expediting this process. Moisture can reduce the adhesion of the pads to the chest wall and affect the effectiveness of the AED shock.
Medicated Patches
Electrodes for defibrillation should not be placed over any medicated patches. This could cause burns when the AED delivers a shock. Before attaching the AED pads to the bare skin, remove all medicated patches from the chest and clean off any residue.
Hairy Chest
If chest hair interferes with the proper placement of the electrode pads, shave it off. AED kits typically include a small razor to assist rescuers with this procedure.
Jewelry
Any metal jewelry, such as necklaces and chains, should be moved off to the side of the chest, away from the pads. Jewelry can produce sparks and burns on the chest when the AED delivers a shock.
Tattoos
Tattoos do not interfere with the delivery of the shock. Rescuers can place the pads over any tattoos.
fAQ
1.What are CPR shock pads?
CPR shock pads, also known as defibrillator electrode pads with CPR feedback, are a type of electrode pad used in automated external defibrillators (AEDs). They are designed to provide real-time feedback on the quality of chest compressions administered during CPR.
2.How do CPR shock pads work?
CPR shock pads incorporate sensors that can detect the depth and rate of chest compressions. When used during CPR, these pads transmit data to the AED, which then provides audio or visual cues to help the rescuer improve the quality of chest compressions.
3.Why are CPR shock pads important?
Effective chest compressions are crucial for maintaining blood flow to the vital organs during cardiac arrest. CPR shock pads help ensure that rescuers perform chest compressions correctly, increasing the chance of survival for the patient.
4.Are CPR shock pads difficult to use?
No, heart shock pads are designed to be user-friendly. The AED provides clear instructions and feedback, guiding the rescuer on how to perform effective chest compressions.
5.Can CPR shock pads be used on children?
Yes, there are pediatric CPR shock pads available specifically designed for use on infants and children.
6.How do I know if my AED supports CPR shock pads?
You should check the CPR shock pads manufacturer's specifications or contact the supplier to determine if your AED is compatible with CPR shock pads.
7.How often should CPR shock pads be replaced?
The replacement interval for CPR shock pads may vary depending on the manufacturer's recommendations and how frequently they are used. It is essential to follow the manufacturer's guidelines for proper maintenance and replacement schedules.
8.Can CPR shock pads be reused?
No, CPR shock pads are single-use devices and should be discarded after one application to maintain sterility and effectiveness.
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