How to pace with Zoll?
- Attach cardiac monitoring electrodes to your patient's chest and to the electrocardiogram (ECG) cable on the device. ...
- anterior electrode to the left of his sternum, centered close to the point of maximal cardiac impulse.
- posterior electrode on his back, to the left of the thoracic spinal column (directly opposite the anterior electrode).
Should you have a defibrillator at home?
The law has ensured that every home has a smoke detector. If we’re going to improve everyone’s chances of surviving sudden cardiac arrest, every home should have a defibrillator. Without AEDs in homes, we will never improve the chances of surviving sudden cardiac arrest.
Do I need training to use a defibrillator?
You don't need training to use one. The machine gives clear spoken instructions – all you have to do is follow them - and it won’t shock someone unless they need it. If you come across someone who is unconscious, unresponsive, not breathing or not breathing normally, they’re in cardiac arrest.
How to replace and install Zoll AED Plus batteries?
- Start from the Left side, inserting the first 4 batteries top to bottom.
- Then the right side, inserting the next 4 batteries top to bottom.
- Lastly, insert the middle 2 batteries top to bottom.
How does the ZOLL defibrillator work?
How ZOLL Defibrillators Work. ZOLL AEDs assess a victim's heart rhythm during an SCA event to determine when it's appropriate to deliver a shock. Once a shockable rhythm is detected, the AED will either deliver a shock automatically or instruct the rescuer to do so by pushing a button.
Is an AED and defibrillator the same thing?
An AED, or automated external defibrillator, is used to help those experiencing sudden cardiac arrest. It's a sophisticated, yet easy-to-use, medical device that can analyze the heart's rhythm and, if necessary, deliver an electrical shock, or defibrillation, to help the heart re-establish an effective rhythm.
What should you avoid with a defibrillator?
Don't dangle headphones round your neck or within 3cm (1in) of your ICD. Don't put mobile or cordless phones, or MP3 players within 15cm (6in) of your ICD. Don't wear magnetic fasteners near your ICD. Don't use a TENS machine for pain relief, and keep electric-pulse body-toning tools below your stomach.
Can defibrillators restart a stopped heart?
Language switcher. Defibrillators are devices that send an electric pulse or shock to the heart to restore a normal heartbeat. They are used to prevent or correct an arrhythmia, an uneven heartbeat that is too slow or too fast. If the heart suddenly stops, defibrillators can also help it beat again.
What is the difference between an AED and a manual defibrillator?
Whereas an automated external defibrillator analyzes the patient's heart rhythm and calculates the power of the shock automatically, a manual defibrillator allows the operator to determine the power of the shock (in joules) using the settings on the machine.
How much shock does a defibrillator give?
On a biphasic defibrillator, this is usually between 120 joules to 200 joules. On a monophasic defibrillator, this is usually 360 joules.
How much shock does an AED deliver?
between 120-200 joulesMost AEDs deliver a shock between 120-200 joules, with each shock moving in an opposite direction between the pads.
Is a defibrillator AC or DC?
In essence the 'shock' circuit in a defibrillator has three key components: a high voltage source, a capacitor and switches. Modern defibrillators use direct current (dc) rather than the alternating current (ac) which earlier models used. This poses a problem for designers of battery- operated devices.
Why is it important to use a defibrillator before an AED?
1 It's equally important that defibrillators are easy to use and provide rescuers with CPR feedback, helping them deliver CPR that meets the American Heart Association's definition of high quality and improves the chances of a victim's survival.
What Is the Purpose of Defibrillation?
Defibrillation uses electric shock (often called counter-shocks) to start a stopped heart — or momentarily stop a chaotic rhythm — and get the heart beating normally again.
How many joules does a Zoll RBW have?
At 200 joules, the ZOLL RBW delivers more average current to high-impedance patients than any other biphasic waveform — even defibrillators with higher energy settings.
How to use an AED?
Follow the device’s guidance to attach the electrodes to the victim. The AED will advise you whether to continue CPR or stop so that it can analyze the victim’s heart and deliver a shock . Continue to follow the audio or on-screen text instructions provided by the device until emergency services arrive or until the victim displays obvious signs of life. For more in-depth instructions, read our guide on how to use an AED.
What is AED mode on a BLS monitor?
The AED mode on our R Series ® monitor/defibrillator also encourages BLS responders to apply electrodes and deliver therapy if needed while waiting for the ALS team to arrive .
What is an AED?
AEDs are designed for bystanders without emergency medical training. If you see someone displaying signs of cardiac arrest, immediately call 911 and have another bystander locate the nearest AED. Perform CPR until the bystander returns with the AED. Follow the device’s guidance to attach the electrodes to the victim.
Is it important to have a defibrillator at home?
Since VF, VT, and SCA can happen to anyone anywhere — in or out of the hospital or even at home — it is vital that defibrillation devices are widely available. Speed to therapy as well as high-quality CPR are essential to improving outcomes.
Electrodes and Internal Paddles
We offer a wide variety of electrodes for defibrillation, monitoring, and multifunction use. Designed to accommodate various clinical needs, ZOLL electrodes are easy to apply and use.
Batteries
Get the power you need. Click here to find the battery for your defibrillator or other ZOLL device.
ZOLL LifeVest: Providing Peace of Mind and Lifesaving Therapy
The LifeVest ® wearable cardioverter defibrillator (WCD) is designed to protect patients at risk of sudden cardiac death (SCD), when a patient’s condition is changing and permanent SCD risk has not been established.
Contact ZOLL 24 hours a day, 7 days a week
[email protected] For LifeVest customer support, technical support, or medical orders please call 800.543.3267
When is it necessary to use a defibrillator?
When a child experiences sudden cardiac arrest or a similar kind of arrhythmia, it’s necessary to act fast to give them their best chance at survival. For many children, defibrillation is needed when they are already in the hospital. Under these circumstances, a trained care team would use a manual defibrillator as well as high-quality CPR to give them the best treatment possible.
How much shock do you need to use a pediatric defibrillator?
When using a manual defibrillator on a pediatric patient, begin with a dose of 2 J/kg and use 4 J/kg for any subsequent attempts. If you are using an AED that supports pediatric pads, it will automatically decrement the shock level to the starting dose.
How much weight can a toddler use for a ZOLL pad?
ZOLL pediatric pads are safe for children 55 pounds (25 kg) and under who require a lower current to defibrillate the heart. Always refer to the instructions on any pediatric pads to ensure they are appropriate and safe for the weight of the child.
Where should you place AED pads on a child?
If a child is under the age of 8, pediatric AED pads should be attached to the front and back of the child, with one located near the sternum, and another located between the shoulder blades.
What is zoll electrode?
These electrodes use the ZOLL waveform, which offers the highest rate of capture with the lowest current required.
How does a defibrillator work?
Once the electrode pads are attached to the patient, the defibrillator is used to deliver strong electrical impulses. This causes the heart to contract in a controlled manner, helping the patient maintain a target heart rate of between 60 and 80 beats per minute until the care team observes an improvement in pulse, blood pressure, skin color, and temperature. This will verify that mechanical capture has occurred successfully.
How does pacer technology impact patient survival?
ZOLL’s patented technology allows ZOLL defibrillators to provide twice the capture of a typical defibrillator at half the current, using a 40-millisecond pulse with constant current. This overcomes disadvantages inherent in other external pacemakers and results in greater patient comfort.
What is the best treatment for an unstable patient with a slow heart rate that doesn't respond to dopamine?
For an unstable patient with a slow heart rate that doesn’t respond to dopamine or epinephrine, the appropriate treatment is synchronized pacing rather than cardioversion.
Where is ZOLL positioned?
When a patient suffers from bradycardia or another condition for which external pacing is indicated, electrode pads — connected to a monitor/defibrillator — are positioned on the patient’s chest, often directly in front of the heart (anterior), and on the patient’s back, directly behind the heart (posterior).
Is transcutaneous pacing a defibrillator?
Transcutaneous pacing should not be confused with defibrillation. Defibrillation is a non-invasive medical technique used to reset the electrical rhythm of the heart during health events such as sudden cardiac arrest or ventricular fibrillation. External pacing is also a non-invasive measure, but instead of delivering a shock, ...
What Is Capnography?
Capnography is the monitoring of the concentration or partial pressure of carbon dioxide (CO 2) in respiratory gases.
Why Use Capnography?
In the American Heart Association (AHA) 2015 Guidelines, continuous waveform capnography is a Class I, LOE A recommendation for confirming and monitoring correct placement of an endotracheal tube. 1
Mainstream and Sidestream Available on One Defibrillator
The R Series ® is the only monitor/defibrillator that offers both mainstream and sidestream capnography. Depending on the needs of your patient, exchanging mainstream technology for sidestream is seamless. It’s as simple as unplugging one cable and exchanging it for another.
What Is Mainstream Capnography?
Mainstream capnography is most commonly used for mechanically ventilated patients and intubated patients who require intensive monitoring. Mainstream devices can also be used on non-intubated patients, but require a mouthpiece or a mask.
Mainstream Capnography on the R Series
The R Series uses a small, lightweight plug-and-play Respironics ® CAPNOSTAT ® 5 sensor, which provides fast response and reliable monitoring.
Sidestream Capnography on the R Series
Sidestream measurement is aspirated through a nasal cannula via an internal sampling pump, the LoFlo ® Sidestream System. Sidestream is ideal for non-intubated patients.
Treatment
Introduction
- Early defibrillation and CPR are two critical components in treating sudden cardiac arrest. Speed to therapy as well as high-quality CPR are essential to improving outcomes. All of our manual defibrillators and automated external defibrillators feature Real CPR Help® technology, which provides real-time coaching and CPR feedback on rate and depth of chest compressions. And a…
Medical uses
- Current defibrillates the heart and helps to restore normal sinus rhythm. The goal of a defibrillation shock is to deliver the appropriate amount of current at the right time.
Results
- All ZOLL defibrillators and AEDs feature our proprietary Rectilinear Biphasic waveform (RBW) technology the only biphasic waveform that has demonstrated clinically superior results as compared to monophasic waveforms for:
Performance
- At 200 joules, the ZOLL RBW delivers more average current to high-impedance patients than any other biphasic waveformeven ones that have higher energy settings.
Advantages
- *The data demonstrate the equivalent efficacy of low-energy rectilinear biphasic shocks compared to standard high-energy monophasic shocks for transthoracic defibrillation for all patients in VT/VF at the 95% confidence level. The data also demonstrate the superior efficacy of low-energy rectilinear biphasic shocks compared to standard high-energy monophasic shocks in patients in …