The Defibtech Lifeline VIEW automated external defibrillator packs advanced features such as a full-color display screen and ECG capabilities into a durable design made for any environment. It’s an AEDSuperstore top pick for medical professionals, first responders, utility industries, and sports arenas/stadiums. Budget-minded individuals may want to consider other options such as the Defibtech Lifeline/Lifeline AUTO or the HeartSine samaritan PAD 450P.

Summary of Defibtech Lifeline VIEW

• Price Range: $1,965-$2,899
• Durability: IP55
• Features: ECG display optional, available in fully-automatic, aviation option, electrode pads self-test, converts AED to trainer, option for stand-alone trainer sold separately
• Battery Lifespan: 4 years
• Electrode Pad Lifespan: 2 years

Related: Defibtech Lifeline and Lifeline AUTO AED Review

Defibtech Lifeline VIEW Features

The Defibtech Lifeline VIEW AED is made with incredible materials and features that make it one of the most durable and fully packed AEDs on the market.

Device Features

• Rugged and durable; Made with the same material as a football helmet
• Water, dust, and crush-resistant up to 1,000 lbs
• Suitable for high-vibration settings, including aircraft (an aviation version is available), helicopters, and boats
• ECG version that gives rescuers the ability to switch to an ECG display (This feature is most suitable for professional responders or trained individuals)

Device Specifications

• Model: DBP-2003, DDU-2450 (ECG version)
• Size: 7.3 x 9.5 x 2.3 inches (18.5 x 24 x 5.8 cm)
• Weight: Less than 3 lbs (1.4 kg) with battery
• Ingress Protection Rate: IP55; water, dust, and crush resistant (up to 1,000 lbs)
• Operating temperature: 0o to 50oC (32o to 122oF)

Battery Specifications

• Battery power: 12v, 2800 mAh
• Battery capacity: 125 shocks or 8 hours of continuous operation
• Battery life: 4 years
• Type: Lithium/Manganese Dioxide Disposable, recyclable, non-rechargeable
• Visible and audible indicators will notify low battery
• System integrity test on battery inspection
• Unit and battery pack system tests may also be initiated by the user

Pads Specifications

• Adult and pediatric pad options are available
• Part #s: DDP-100, DDP-200P
• Pad Presence self-test: Pads preconnected are tested daily
• Pad Placement: Adult – Anterior/Anterior and Child/Infant – Anterior/Posterior
• Cable Length of pads: 48in (122 cm)
• Pre-connected, single-use, non-polarized, disposable, self-adhesive electrodes with cable and connector
• Pads should be disposed of and replaced after use or on the expiration date

Device Performance and Reliability

The Defibtech Lifeline VIEW AEDs were crafted by the same experienced engineering teams as the Defibtech Lifeline and Lifeline AUTO. This device exceeds the American Heart Association performance recommendation and guidelines to help ease the minds of rescuers that the proper treatment is being given to victims.

Please note, that the Lifeline VIEW, Lifeline ECG, and ReviveR VIEW were all subject to a safety alert in 2020. To learn more or check if your device has been affected by this, visit Defibtech 2020 AED Safety Alert.

Defibtech Certifications

The company’s most recent achievement, in February 2021, was from Tech Top 40, where Defibtech was named one of the top 5 fastest growing companies in the Life Science category. In May 2011, the Defibtech Lifeline VIEW, specifically, won the 24th annual Excellence in Design Awards Competition with a Silver Award in the medical equipment category.

The Defibtech Lifeline VIEW was also selected as the winner in the March 2011 Medical Design Excellence Award (MDEA) competition. This premier awards program for the medical device community recognizes outstanding achievements in medical product designs and engineering that improve the quality of healthcare.

Other company achievements include:

• Spark International Design Award (November 2012)
• Exporter of the Year Award (March 2013)
• American Business Award (June 2010)
• CQIA Innovation Prize (July 2010)
• IDSA Design of the Decade (December 2010)

See all Defibtech awards and achievements.

Defibtech Lifeline VIEW Cost Analysis

Related: Compare this AED Total Cost of Ownership using AEDSuperstore’s AED Cost Calculator

The Defibtech Lifeline VIEW price ranges from $1,965 to $2,899, making it on the higher-end price spectrum of AEDs. However, the professional ECG capabilities, robust design, and high-quality color screen display make it a medical professional-grade device, perfect for first responders! In addition to the initial investment, its essential replacement parts, the AED adult and pediatric electrode pads, and View AED batteries typically range between $70 to $210 each.

The device’s maintenance requirements are minimal, with pad replacements every 2 years and battery replacements up to every 5 (or 7) years unless the device is used or the status indicator says otherwise. With low expenses for such long-lasting accessories, this affordability extends to the overall cost of ownership for this device.

What Are Customers Saying about the Defibtech Lifeline VIEW

“Clear visual and verbal guidance, easy maintenance!”

“So far, I have not received any reports of problems with this unit.”

“Very pleased with the product”

“Easy to use and maintain, much more affordable than my services offer, and quick delivery”

AED Comparison Chart

	CARDIAC SCIENCE	DEFIBTECH		HEARTSINE		PHILIPS		PHYSIO-CONTROL	ZOLL
	POWERHEART G5	LIFELINE	LIFELINE VIEW	SAMARITAN PAD 350P/360P	SAMARITAN PAD 450P	HEARTSTART ONSITE	HEARTSTART FRX	LIFEPAK CR2	AED PLUS	AED 3
Warranty	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	7 Years	8 Years
Weight (LBs.)	5.7	4.2	<3	2.4	2.4	3.3	3.5	4.5	6.7	5.5
Dimensions (H” x W” x D”)	11.8” x 9.0” x 3.4”	11.8” x 8.5” x 2.7”	9.5” x 7.3” x 2.3”	8.0” x 7.25” x 1.9”	8.0” x 7.25” x 1.9”	8.3” x 7.4” x 2.8”	8.9” x 7.1” x 2.4 “	10.8” x 8.9” x 3.8”	11.5” x 9.5” x 5.25”	5” x 9.7” x 9.3”
Fully-Automatic Option			—		—	—	—
Joule Output	95J–354J	150J	150J	150J–200J	150J–200J	150J	150J	150J–200J	120J–200J	120J–200J
Ingress Protection	55	54	55	56	56	21	55	55	55	55
Data Download Method	USB	Data Card	Data Card or USB	USB	USB	Data Card	Data Card	WiFi or USB	USB	WiFi or USB
Electrode Pads Life	2 Years	2 Years	2 Years	4 Years	4 Years	2 Years	2 Years	4 Years	5 Years	5 Years
Electrode Pads Self-test		—							—	—
Pediatric Method	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Key	Button	Pediatric Pad	Button
Battery Standby Life	4 Years	5 or 7 Years	4 Years	4 Years	4 Years	4 Years	4 Years	4 Years	5 Years	5 Years
CPR Coaching	Responsive	Passive	Passive	Passive	Responsive	Passive	Passive	Responsive	Responsive	Responsive
Bilingual		—	—	—	—	—	—		—	—
Remote Monitoring	—	—	—	—	—	—	—		—
Aviation Option	—	—			—	—	—	—	—	—
ECG Display	—	—	Optional	—	—	—	—	—	Optional
Convert AED to Trainer	—			—	—			—	—	—
Stand-Alone Trainer (Sold Separately)			—

Use-Case Analysis

The Defibtech Lifeline VIEW AED is great for medical professionals who need to provide immediate medical care to patients in harsh conditions, during transport, or in loud or challenging environments. Example use cases include:

• Ambulance
• Cop cars
• Fire trucks
• Construction sites
• Factories
• Fitness centers
• Arenas

Each of the above locations is a great fit for the Defibtech Lifeline VIEW, however, if your device has ECG capabilities, it is recommended that only individuals trained specifically in cardiac rhythm recognition in manual defibrillation use that feature.

Local AED Regulations

Many states have laws in place to hold AED owners accountable for their life saving devices. Each state varies by law, but many require places such as schools, gyms, or large facilities to have an AED on the premises. Other corporate industries may follow OSHA or federal laws that include AED-related or CPR training regulations.

Businesses can help protect against civil liability by staying compliant with state AED laws and public access defibrillator (PAD) policies. Program management options are available that help protect businesses from civil liability.

Staying on top of new AED regulation changes is key since AED laws move rapidly through the legislative process. To help stay up to date on AED laws that have recently passed, we recommend the following resources we find helpful:

• AED Law Center
• Public Access Defibrillation (PAD) State Law Fact Sheet
• AED Laws and Legislation Page
• Casetext
• Find Law

How to Use the Defibtech Lifeline VIEW AED

While other AEDs tell you what to do in an emergency, the Defibtec Lifeline VIEW shows you what to do with their large full-color interactive screen on the front of the device.

The following features listed below walk you through how to use this device:

• Full-color interactive screen gives you step-by-step visual and voice prompts for performing CPR, rescue breathing, and external defibrillation
• Includes full text prompting to supplement detailed voice prompts, which makes it great for loud environments
• Built-in metronome to assist with your compression rates during CPR
• Real-time protocol selection allows the rescuer to easily switch from compression-only CPR to compressions with rescue breathing so you can deliver emergency care the best way for you
• The one-touch status screen makes maintenance easy, showing readiness for both pads and batteries
• Built-in video gives easy step-by-step guidance during maintenance
• Proactive reporting monitors the device’s expiration dates and displays alerts when pads and batteries are nearing expiration
• Even though this device is water, dust, and crush resistant up to 1,000 lbs, it is recommended to add a soft carrying case to protect your investment

Watch the full Defibtech Lifeline VIEW AED Overview in the video below.

Defibtech Lifeline View Save Stories

Here’s a summary of a three-in-one story that shares the lives that were saved by the Defibtech Lifeline VIEW AED. Officer John O’Neil had two emergency calls just months apart where he was the first to arrive on the scene. He was able to use the Defibtech Lifeline VIEW to stabilize both victims until the ambulance arrived. Just three days prior to Officer O’Neil’s last incident, coworker and officer Christopher Prell also used his Defibtech Lifeline VIEW to save another man’s life. He was able to use his AED to stabilize the victim and save another life.

Read full story → https://defibtech.com.au/blogs/news/defibtech-aed-helps-law-enforcement-save-two-lives-in-a-week

Frequently Asked Questions

Q. What is the purpose of the Lifeline VIEW screen?

A. The full-motion video screen on the Defibtech Lifeline VIEW AED displays on-screen text prompts designed to work in conjunction with the audio instructions to guide the rescuer through the resuscitation. This feature is beneficial in loud, chaotic environments for rescuers who are hearing impaired or do not speak English, ensuring comprehensive guidance is provided.

Q. What is the difference between the Lifeline VIEW and the Lifeline VIEW with ECG?

A. The Defibtech Lifeline VIEW/ECG includes all of the features of the VIEW, plus professional responders can switch to a display mode that shows the patient’s ECG. This “Manual Mode” is recommended only for trained operators or medical professionals who have been specifically trained in cardiac rhythm recognition in manual defibrillation therapy.

Q. What are the two different operating modes that come on the Defibtech Lifeline ECG version?

A. The Defibtech Lifeline VIEW/ECG includes AED Mode with a high-resolution video display that has animated instructions and CPR coaching. The other is an ECG Monitoring Mode that displays ECG data and event information with 3-lead electrodes.

Q. What makes the Defibtech Aviation VIEW/ECG model able to be used on an aircraft?

A. The Defibtech Lifeline VIEW/ECG Aviation model is equipped with a special TSO-C142 aviation battery pack that allows the device to function up to 15,000 feet. These devices are all approved by the Federal Aviation Administration (FAA) through a Technical Standard Order (TSO) Certificate. TSO certification from the FAA is a list of standards used to approve devices like an AED, among other materials and processes on board an aircraft.

Where to Purchase Defibtech Lifeline VIEW AEDs

At AEDSuperstore, we pride ourselves on providing the most cost-effective Defibtech Lifeline VIEW AEDs, designed to deliver effective responses in emergency situations. You can conveniently purchase the Defibtech Lifeline VIEW AEDs through AEDSuperstore. You can also browse our broader selection of FDA-approved AED defibrillator machines here.

Defibtech Defibrillator Manufacturer Information

According to the manufacturer’s website on Defibtech history, Defibtech has a remarkable history rooted in the mission to increase survival from sudden cardiac arrest. Founded in 1999 by Yale University graduates, Dr. Glenn Laub and Dr. Gintaras Vaisnys wanted to create an automated external defibrillator (AED) that was more affordable to reach a larger market of people and small businesses.

The company’s journey began with the creation of the Lifeline AED, which received FDA approval in 2002, and, shortly after, the Defibtech Lifeline VIEW AED. From there, Defibtech grew into what was recognized in 2007 as one of the fastest-growing medical equipment companies in North America. Today, Defibtech operates from its headquarters in Guilford, CT, and manufacturing facilities in Branford and North Branford, CT.

With over 400,000 AED units in the field globally, Defibtech’s Lifeline AED has been a staple since the beginning. Each Defibtech Lifeline VIEW unit is covered by a warranty for eight (8) years from the purchase date. The battery for this device is covered for four (4) years from the purchase date, not exceeding the date printed on the battery. Single-use accessories such as electrode pads are warranted until use or expiration, whichever comes first.

The post Defibtech Lifeline View Review appeared first on AED Superstore Resource Center.

Every month, an alarming 50,000 people experience a cardiac arrest event, and the success rate of CPR stands at a low of 12%. Imagine if just 1% more people initiated CPR – lives could be saved. 

In this article, we delve into 6 factors that can significantly influence CPR performance with expert insights from Chris Siska, a seasoned CPR instructor with 15+ years of experience in the first response industry.  

There are many contributing factors to CPR. If you don’t know how to do CPR, read “How to Perform CPR” step-by-step in When and When Not to Use an AED. Chris hears commonly asked questions from students that address topics you may not have thought about. 

1. Disabled victims that are stuck in a wheelchair

A common concern is how to perform CPR on a victim stuck in a wheelchair. This may be a concept that you may not have thought of as a CPR instructor, a student learning CPR, or a bystander who has never had CPR training before.

In an emergency situation, the first instinct for many is to panic, but in this particular scenario, simple adjustments can be made to properly perform chest compressions on a victim who is in a wheelchair. 

Chris instructs, “You would simply move them to the ground and lay them flat on their back.” You may need to call for help from another person in this situation if you are unable to safely remove the victim from their chair.” 

Having the victim lay flat on their back will allow the rescuer to have proper hand placement and the ability to push with enough force to the recommended 2 to 2.4 inches when giving chest compressions. 

Some patients may be tougher to remove from their wheelchairs due to injury, weight limits, or fear of hurting the victim. If you are caring for a person who is limited to a wheelchair, be sure to ask their medical provider or research the best way to lower the chair backward to the ground in case of emergencies. 

2. Choking victims that need CPR 

Another common factor that can affect CPR performance is if the victim is choking on an item. The Heimlich Maneuver is the typical rescue protocol for a choking victim, however, if that does not work and the person choking becomes unconscious, then CPR can be used. 

Throughout Chris’s many years of CPR instructor experience, he mentioned many students would ask if someone is choking and they go unconscious how do you get the item out of their airway? 

By starting CPR you can help force the obstructing item out of the airway. With every chest compression, you are pushing air up to force the item out of the airway. This method shows that CPR can not only be used to restart the heart but also to address life-threatening and unexpected complications like choking. 

Other choking protocols that can be used are devices like the LifeVac, but these tools should be used as a last resort – after the Heimlich Maneuver and CPR have been tested. 

Related Article: CPR & Choking: Why You Need a LifeVac 

3. Obstacles during Mouth-to-Mouth Techniques 

If you are performing mouth-to-mouth techniques on an unconscious choking victim, you may be wondering if breathing in their mouth would push the obstructed item deeper into their airway. 

Performing breath blows helps to move the item to a different position so the force from the chest compressions can move it again. Chris explains, “Think of it like a car stuck in the dirt, if you step on the gas the tires just spin. But if you try to rock the car back and forth it will eventually grip and move out.” 

The same goes with items stuck in the airway – moving them around with breath blows will help push the obstructed item out when you resume giving chest compressions.  

4. Weight Limitations 

Factors like weight may also limit rescuers’ ability to properly perform CPR. In scenarios involving unconscious, individuals who are overweight or clinically obese, rescuers may not be able to move them to a safe location.

For example, as a lifeguard who is trying to save a drowning victim, what happens if the victim is too heavy for the rescuer to safely bring them out of the water? Or if an obese victim is unable to be carried out of their wheelchair? 

Specialized techniques like learning about how to administer mouth-to-mouth to an unconscious obese victim while in the water or how to use tools that can help safely pull obese victims out of the water can provide insights to overcome weight-related limitations. Check out our bariatric manikin options. 

5. Climate conditions 

Other factors that may affect CPR performance are climate or environmental conditions. In some cases, an individual in the utility industry may work in extreme temperature conditions. 

Conditions that could be an obstacle during CPR performance are:

• Hypothermia
• Too much humidity
• Precipitation

Hypothermia is when an individual’s body drops to extremely cold and dangerous temperatures (below 30 C). In severe cases, hypothermia can lead to sudden cardiac arrest or hypothermic cardiac arrest making typical resuscitation techniques more difficult to perform. In this case, CPR may need the addition of other treatment modalities to resuscitate the patient. 

On the opposite spectrum, humidity and high precipitation can be a dangerous factor that affects the performance of CPR as well. Not only will the rain/sweat make hand placement more difficult due to a slippery grip, but performing chest compressions in extremely humid outdoor environments can be draining. 

If you work outdoors in a year-round humid area, you know that heat exhaustion can be fatiguing. Imagine performing CPR chest compressions at 120 beats per minute for 15-20 minutes before emergency medical services arrive on the scene to take over. 

Having an automated external defibrillator (AED) on-site or in a work truck can be helpful in breaking up the continuous chest compressions as AEDs automatically analyze the heart’s rhythm and deliver a shock in between CPR use. See How to Use an AED to learn more.

If using an AED, be sure to move the victim to a safe, dry area before attaching the electrode pads. If there is sweat on the victim’s chest, be sure to wipe it down with a cloth, shirt, or towel to help prevent any interference with the electrode pads. 

6. Uneducated Rescuers 

Uneducated rescuers are one of the most impactful factors that can influence CPR performance. If a rescuer is educated on the wrong thing to do – they can injure themselves or the individual that they’re trying to resuscitate. 

The best way to combat this obstacle is to be sure that whether you’re a medical professional, CPR instructor, or individual, you are educated on best practices and common myths around CPR.

One common question that Chris sheds light on is sternal rubs – what are they and are they used in CPR? Chris states students of his would say they have heard of this technique in other CPR classes, “What’s a sternal rub? – Sternal rubs are no longer used but it was a way to see if the patient was responsive by pressing on their sternum in the center of a victim’s chest. It is painful and not socially accepted anymore.” 

Another common misconception that Chris mentioned hearing in the classroom is that breathing techniques are no longer needed. “This is not true. You only do not give breaths if you are unable or unwilling to,” Chris says, “If you are able to give breaths you absolutely should as that will increase the chances of success when giving CPR.”  

The biggest uneducated guess bystanders may have is that they have to be trained in CPR to give CPR to a person in need. Anyone can perform CPR, no training is needed. Even though training helps, you do not need to be certified to be able to follow the steps to giving CPR. 

The more people trained in CPR the more confident communities will be to perform CPR when an emergency arises. 

Most emergencies happen either at work or at home, so learning could mean saving the life of a friend or family member. Don’t wait – visit our AEDSuperstore resource center today or sign up for CPR certification courses. 

DISCLAIMER: Information and resources found on the AEDSuperstore website/blog are intended to educate, inform, and motivate readers to make their health and wellness decisions after consulting with their healthcare provider. The authors are not healthcare providers. No information on this site should be used to diagnose, treat, prevent, or cure any disease or condition.

Reviewed by Chris Siska, EMT, Owner/Instructor at CPR and More

​​Chris Siska has been in the first response industry for 15+ years. His journey started as an EMT-B in 2006. Chris’s dedication to his community in the emergency response industry continued when he started as a CPR instructor in 2008. Chris became a Firefighter in 2012 and started teaching to help give back to his community. When he left the fire service, Chris made teaching CPR courses his full-time career. 

The post 6 Factors That Influence CPR Performance According to CPR Expert, Chris Siska appeared first on AED Superstore Resource Center.

The Defibtech Lifeline and Defibtech Lifeline Auto automated external defibrillators (AEDs) include all of the critical features needed to provide the most advanced treatment for sudden cardiac arrest. The user-friendly design is so simple that even non-medical personnel can effectively operate and potentially save a life with these AED machines.

Defibtech Lifeline Features

The Defibtech Lifeline AED was designed to be rugged and incredibly durable. This device’s award-winning design is made with the same construction and materials as a football helmet.

The Defibtech Lifeline AED comes in both fully automatic (Defibtech Lifeline Auto) and semi-automatic (Defibtech Lifeline).

With the Defibtech Lifeline Auto, after electrode pads have been correctly placed on the patient’s bare chest, the device will automatically analyze the patient’s heart rhythm and deliver a shock without the need for rescuers to intervene. The Defibtech Lifeline also automatically analyzes the patient’s heart rhythm. However, this AED has a red shock button labeled with a lightning bolt that when prompted needs to be pushed to deliver the shock to the patient. Learn more about the difference between these devices here.

Tested to military standards for shock and vibration, this AED’s lightweight design helps provide quick transport and easy rescue, while its ability to withstand dust and water ingress adds to its robust functionality.

Device Specifications

• Size: 8.5 x 11.8 x 2.7 inches
• Weight: 4.2 lbs (1.9 kg)
• Ingress Protection Rate: IP54; splash proof, dust protected
• Operating temperature: 0 to 50o (32 to 122oF)

Battery Specifications

• Battery power: 15V, 1400 mAh
• Battery capacity: 125 shocks or 8 hours of continuous operation
• Battery life: 5 years
• Type: Lithium/Manganese Dioxide
• Disposable, recyclable, non-rechargeable
• Visible and audible indicators will notify low battery
• System integrity test on battery inspection
• Unit and battery pack system tests may also be initiated by the user

Pad Specifications

• Adult and pediatric pad options are available
• Part #s: DDP-100, DDP-200P
• One of the lowest pad prices on the market ranging from $68-$117
• Pad Presence self-test: Pads preconnected are tested daily
• Pad Placement: Adult – Anterior/Anterior and Child/Infant – Anterior/Posterior
• Cable length of pads: 48 in (122 cm)
• Pre-connected, single-use, non-polarized, disposable, self-adhesive electrodes with cable and connector
• Pads should be disposed of and replaced after use or on the expiration date

Device Performance and Reliability

The Defibtech Lifeline (and Lifeline AUTO) AEDs were crafted by experienced Defibtech multidisciplinary engineering teams to incorporate the most cutting-edge digital signal processing techniques and advanced ECG analysis algorithms. This device exceeds the American Heart Association performance recommendation and guidelines to give users confidence that the correct treatment is being given. Please note, this device was subject to a recall back in 2011. The manufacturer sent a correction notice on March 11, 2011. To read more about this recall, visit FDA U.S. Food & Drug Administration.

The first save story reported by the manufacturer in Defibtech Case Studies was with the Defibtech Lifeline at a YMCA in Hartsville, SC. The YMCA member collapsed during a workout, and another member was able to successfully rescue the victim using a Defibtech Lifeline AED despite never having been trained on how to use an AED.

Defibtech Certifications

The Defibtech Lifeline AUTO AED won the Good Design Award in December 2014. This award comes from the oldest design competition in the world, founded in Chicago in 1950 by the pioneering greats of American and modern design. The company’s most recent achievement in February 2021 was from Tech Top 40 where Defibtech was named one of the top 5 fastest growing companies in the Life Science category.

Other company achievements include:

• CQIA Innovation Prize (June 2012)
• Spark International Design Award (November 2012)
• Exporter of the Year Award (March 2013)
• American Business Award (June 2010)

See all Defibtech awards and achievements.

Defibtech Lifeline Cost Analysis

The Defibtech Lifeline (and Lifeline AUTO) price ranges from $1,435 to $1,610 positioning it as a competitive and cost-effective solution for anyone looking for a durable and easy-to-use AED. In addition to the initial investment, its essential replacement parts, the AED adult and pediatric electrode pads, and AED batteries typically range between $70 to $210.

The device’s maintenance requirements are minimal with pad replacements every 2 years and battery replacements up to every 5 (or 7) years unless the device is used or the status indicator says otherwise. With low expenses for such long-lasting accessories, this affordability extends to the overall cost of ownership for this device.

What Are Customers Saying about The Defibtech Lifeline

In a survey given to individuals who previously purchased a Defibtech Lifeline AED, customers anonymously mentioned the device was either lightweight or easy to use. Scroll through our most recent customer feedback below.

“Have not used it personally, it was purchased for a clinic in Costa Rica, but the device is an easy to use design, lightweight, and economical to purchase.”

“Well-built, easy-to-use, compact! It was well worth the expense because we saved a customer’s life!!! The fact that it talks you through the steps and has quick reference pics is especially appreciated because you are on an adrenaline rush when you are trying to help someone in sudden cardiac arrest.”

“Very easy to use, lightweight, and well-built. Have not had to use the device yet.”

“I have personally used it once, but our Sheriff’s Office has several saves over the years. The most recent one was all documented with a body camera. It happened just a few days after the Deputies went through refresher training. The patient was shocked several times, regained pulse and breathing before transport, and made full recovery.”

“Easy to use good tech support.”

“Well-built and ease-of-use. Used numerous times and no problems.”

“Easy to use, well-built.”

“Ease of use.”

Wes’s experience with the Defibtech Lifeline

Author: Wes Wagoner, EMT

Wes believes that Defibtech makes great AED machines at very attractive prices. He says, “Just because these devices aren’t as expensive as their competition doesn’t mean they aren’t as good! One of the unique features of the Defibtech Lifeline AED is the use of a 9V battery for its routine self-checks, ensuring the AED battery is fully charged if it is needed for a rescue.”

Wes continues, “The Lifeline AEDs also use LEDs instead of a less-vibrant LCD screen, which provide bright, clear visual guidance to reinforce voice instructions. Trust me, it can make a huge difference during a rescue!”

AED Comparison Chart

	CARDIAC SCIENCE	DEFIBTECH		HEARTSINE		PHILIPS		PHYSIO-CONTROL	ZOLL
	POWERHEART G5	LIFELINE	LIFELINE VIEW	SAMARITAN PAD 350P/360P	SAMARITAN PAD 450P	HEARTSTART ONSITE	HEARTSTART FRX	LIFEPAK CR2	AED PLUS	AED 3
Warranty	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	8 Years	7 Years	8 Years
Weight (LBs.)	5.7	4.2	<3	2.4	2.4	3.3	3.5	4.5	6.7	5.5
Dimensions (H” x W” x D”)	11.8” x 9.0” x 3.4”	11.8” x 8.5” x 2.7”	9.5” x 7.3” x 2.3”	8.0” x 7.25” x 1.9”	8.0” x 7.25” x 1.9”	8.3” x 7.4” x 2.8”	8.9” x 7.1” x 2.4 “	10.8” x 8.9” x 3.8”	11.5” x 9.5” x 5.25”	5” x 9.7” x 9.3”
Fully-Automatic Option			—		—	—	—
Joule Output	95J–354J	150J	150J	150J–200J	150J–200J	150J	150J	150J–200J	120J–200J	120J–200J
Ingress Protection	55	54	55	56	56	21	55	55	55	55
Data Download Method	USB	Data Card	Data Card or USB	USB	USB	Data Card	Data Card	WiFi or USB	USB	WiFi or USB
Electrode Pads Life	2 Years	2 Years	2 Years	4 Years	4 Years	2 Years	2 Years	4 Years	5 Years	5 Years
Electrode Pads Self-test		—							—	—
Pediatric Method	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Pediatric Pad	Key	Button	Pediatric Pad	Button
Battery Standby Life	4 Years	5 or 7 Years	4 Years	4 Years	4 Years	4 Years	4 Years	4 Years	5 Years	5 Years
CPR Coaching	Responsive	Passive	Passive	Passive	Responsive	Passive	Passive	Responsive	Responsive	Responsive
Bilingual		—	—	—	—	—	—		—	—
Remote Monitoring	—	—	—	—	—	—	—		—
Aviation Option	—	—			—	—	—	—	—	—
ECG Display	—	—	Optional	—	—	—	—	—	Optional
Convert AED to Trainer	—			—	—			—	—	—
Stand-Alone Trainer (Sold Separately)			—

AED Use-Case Analysis

The Defibtech Lifeline AED is great for businesses that are likely to transport and use an AED indoors or outdoors. Examples include:

• Airports
• Rail stations and trains
• Educational institutions (schools, job training facilities, etc.)
• Malls
• Factories
• Resorts
• Fitness centers
• Arenas
• Country clubs

Each of these examples is a great candidate for the Defibtech Lifeline. Anyone is eligible to use this device. No training is required.

Local AED Regulations

Some states have laws and regulations in place to help owners stay responsible AED owners. Certain industries like schools, gyms, or large occupancy facilities may have laws that require an AED to be on-site. Other corporate workplaces and businesses follow OSHA and federal laws that may contain AED or AED-related regulations such as proper AED placement and AED/CPR training.

Businesses can be held liable for an employee or patron’s cardiac death if they are not following these rules and regulations. There are AED programs available that can help protect businesses from civil liability by helping them stay compliant with state AED laws and public access defibrillator (PAD) policies.

AED laws tend to move rapidly through the legislative process and to keep compliant with your emergency medical services, it is important to stay vigilant of new AED regulation changes. Keeping up with AED laws that have recently passed can be difficult. Below are some recommended resources we find helpful to keep up with AED laws and regulations.

• AED Law Center
• Public Access Defibrillation (PAD) State Law Fact Sheet
• AED Laws and Legislation Page
• Casetext
• Find Law

How to Use the Defibtech Lifeline AED

Defibtech Lifeline Save Story

With most sudden cardiac arrest instances happening outside of a hospital setting, it’s very possible that it happens in the workplace. According to the Defibtech Newsroom, Ethan, a truck driver who was on-site in his workplace collapsed from sudden cardiac arrest and survived from a Defibtech AED. Luckily, his other employees were nearby, and Ethan was administered CPR, and the Defibtech AED was used to resuscitate him. Ethan was taken to the hospital after the incident, but later sent home and made a full recovery from the incident.

Read full story → https://defibtech.com.au/blogs/news/sudden-cardiac-arrest-in-workplace

Frequently Asked Questions on the Defibtech Lifeline AED

Q. When should the Defibtech AED NOT be used?

A. The Defibtech Lifeline Automated External Defibrillators (AEDs) should not be used if the victim is responsive or conscious.

Q. What is the best temperature to store the Defibtech Lifeline AED?

A. The best operating temperature for the Defibtech Lifeline AED is between 0 to 50o (32 to 122oF). There is a one-hour operating temperature limit for extreme cold cases: -20oC (-4 F)

Q. How do you replace the Defibtech Lifeline AED battery?

A. First, turn the device to the side to reveal the battery compartment and orange button. Then press the orange button to extract the battery and dispose. Before inserting your new battery, the side compartment to be sure a 9-volt battery is located inside your primary battery. Next, pop the new battery back into the AED until you hear it click. Lastly, check to be sure the active status indicator flashes green.

Q. How do you replace the Defibtech Lifeline AED pads?

A. First, check to ensure that the pad package has not expired. Pads over their expiration date should not be used and should be discarded. Next, check to ensure that the pads package has not been torn, opened, or damaged – dispose if they are. Finally, insert the connector end of the defibrillation pad cable into the pad connector port on the corner of the AED as shown. Press the pad connector in firmly until it is fully seated in the unit. The pad package can then be stored in the pad storage slot in the back of the AED.

Where to Purchase Defibtech Lifeline AEDs

At AEDSuperstore, we pride ourselves on providing cost-effective Defibtech Lifeline AEDs, designed to deliver effective responses in emergency situations. You can conveniently purchase the Defibtech Lifeline AEDs through AEDSuperstore. You can also browse our broader selection of FDA-approved AED defibrillator machines here.

Manufacturer’s Information

According to the manufacturer’s website on Defibtech history, Defibtech has a remarkable history rooted in the mission to increase survival from sudden cardiac arrest. Founded in 1999 by Yale University graduates, Dr. Glenn Laub and Dr. Gintaras Vaisnys wanted to create an automated external defibrillator (AED) that was more affordable to reach a larger market of people and small businesses.

The company’s journey began with the creation of the Lifeline AED, which received FDA approval in 2002. From there, Defibtech grew into what was recognized in 2007 as one of the fastest-growing medical equipment companies in North America. Today, Defibtech operates from its headquarters in Guilford, CT, and manufacturing facilities in Branford and North Branford, CT.

With over 400,000 AED units in the field globally, Defibtech’s Lifeline AED has been a staple since the beginning. Each Defibtech Lifeline unit is covered by a warranty for eight (8) years from the purchase date. The battery for this device is covered for four (4) years from the purchase date, not exceeding the date printed on the battery. Single-use accessories such as electrode pads are warranted until use or expiration, whichever comes first.

The post Defibtech Lifeline and Defibtech Lifeline Auto Review appeared first on AED Superstore Resource Center.

The cost of an AED (AED defibrillator, AED machine, etc.) is essential to consider whether you’re looking for an AED for your home, at your business, or anywhere else. Understanding the initial expense of an AED and the defibrillator’s total cost of ownership (TCO) will help you make a wise choice when selecting your defibrillator.

How Much Does an AED Cost?

Typically, a new AED will cost between $1,200.00 and $3,000.00. A used defibrillator device may cost significantly less and be a good option for those on a budget. The AED devices’ features use cases, and manufacturer can all change the price of an AED model. AED packages are also popular but increase the initial out-of-pocket cost. In this article, we’ll explore the average cost of AEDs and the variables influencing the TCO for an AED.  

What is an AED?

Before we get any further, read the section below if you’re not familiar with what an AED is.

According to the American Heart Association, an automated external defibrillator (AED) is “a lightweight, portable device that delivers an electric shock through the chest to the heart. The shock can potentially stop an irregular heartbeat (arrhythmia) and allow a normal rhythm to resume following sudden cardiac arrest (SCA)”. [Source]

An AED may also be described as an emergency medical device used in conjunction with cardiopulmonary resuscitation (CPR) by a rescuer to stabilize a patient’s heart rhythm during sudden cardiac arrest. 

No matter your preferred definition, AEDs are about saving patients from sudden cardiac arrest before it’s too late.

The Average Price of An AED by Use-Case

In the sections below, we look at the average expense of a new AED based on likely uses.

Home AEDs

Home AED units are becoming more and more common as the benefits of these medical devices become more well-known for sudden cardiac arrest (SCA) aid. While most AED machines will require a prescription, some retailers, including AED Superstore, can provide the prescription for you when you purchase, making buying a personal AED even easier. Please note insurance companies will most likely not cover the purchase.

There are also two non-prescriptive AEDs to keep in mind – the Philips HeartStart Onsite and HeartSine samaritan 350P AED. 

*Note: The only FDA-approved AED for Home is the Philips HeartStart OnSite  HeartSine samaritan 350P 

Currently (August 2023), the average base cost of a new AED for a home at AED Superstore is $1,473.50. This price will vary significantly depending on the options and accessories selected.

Business AEDs

AEDs for businesses and offices have only become more critical in recent years. According to the American Heart Association, 10,000 cardiac arrest events occur annually in the workplace within the United States. CPR and AED device use drastically increase cardiac arrest survival rates (2x-3x), making proper CPR training, AED device placement, and management crucial.

Currently (August 2023), the average base price of a new AED for business or office use at AED Superstore is around $1,715.00.

Church or Non-profit AEDs

Churches, places of worship, and other non-profit organizations often have specific AED machine needs and budget constraints. Carefully managing the AED purchase and understanding the costs involved, including the AED program and AED accessory expenses, is essential. If you’re looking for an AED for a church or non-profit, we recommend reviewing the TCO information below.

As of August 2023, the average base price of a new AED for church or non-profit use at AED Superstore is $1,712.00. This price will vary depending on the options and AED accessories selected. 

If you’re interested in purchasing an AED machine or AED package but are concerned about pricing, please contact us.

EMT / Emergency Medical Responder AEDs

While AEDs are essential for personal and home use, emergency medical responders use the machines most frequently. The TCO, including defibrillator maintenance, accessory purchases such as electrode pads/defibrillator pads, AED batteries, etc., along with the price of a new defibrillator and AED program management, must all be considered. 

Emergency medical responders (EMS) and technicians (EMTs) tend to choose higher-end models loaded with features that their organization needs. While all automated external defibrillators work to reset heart rhythms, only specific models have advanced features such as manual override, ECG monitoring, or aviation capabilities that EMTs may require in their profession. Naturally, the AED price rises as medic features are added.

Not surprisingly, as of August 2023, the average base price of new defibrillators for EMS applications on AED Superstore is the highest of all the groups we’ve looked at–at ~$3,217.00.

What is the Total Cost of Ownership for an AED?

As we all know, the actual cost of owning anything usually exceeds the initial expense of the item. An automated external defibrillator is no exception. To understand the TCO for AEDs accurately, you must consider the cost of replacement parts such as a battery, electrode pads, and other items you may purchase, such as cabinets, signs, program management, classroom training, etc.

We’ve provided an example below using average costs to help you understand these products’ lifetime costs. Please remember prices change over time, and the numbers used in the calculation are averages. When it comes time to purchase an AED, contact customer service and review product info if you have any questions.

AED Purchase Example: 

New AED: $1,600.00

Common AED Accessories Purchased: 

• Backup electrode pads – $50-$175
• Pediatric electrode pads – $50-$220
• AED Batteries – $150-$150
• AED Trainer – $400-$500 
• AED Cabinet & signs – $15-$250

Recurring AED Maintenance Costs:

• AED electrode pads (replaced every two years)
• AED battery (replaced every four years)

Optional Expenses: 

• AED Program Management ($75-$150/yr for complete management–optional) 

Expected AED Lifespan:

• Expected Useful AED Life per The Department of the Army (TB MED 7) – 8 years

The estimated total cost of ownership for an AED with an 8-year usable life: $2,705.00 to $3,440.00

What is the Cheapest AED I Can Buy?

The cheapest new AED at AED Superstore is the Defibtech Lifeline AED.

Should I Buy a Pre-Owned AED to Save Money?

A Pre-owned or used AED can be a viable alternative if a new AED is cost-prohibitive. We cover this question in more detail here.

The post AED Cost appeared first on AED Superstore Resource Center.

What is an Automated External Defibrillator (AED)?

An Automated External Defibrillator or AED, is a medical device used to treat sudden cardiac arrest (SCA).

When SCA occurs, first aid training programs indicate use of a protocol called the SCA “chain of survival”. The closest capable bystander should start CPR by delivering chest compressions while at the same time calling out for help in contacting emergency professional services. An AED is then deployed as soon as it is available to stop ventricular fibrillation.

A relative or caregiver who has had proper training in an AED course can be the one to perform CPR immediately and then provide the needed defibrillation to save a life if an AED unit is already present in the home. In fact, when sudden cardiac arrest occurs at home the patient is reliant on family members or caregivers to immediately begin CPR and make the emergency call.

Automated external defibrillators are invaluable medical devices that must be present for the best possible outcome in the event of a sudden cardiac arrest event at home. There simply is not enough time for EMT services to arrive and rescue the victim–waiting at least doubles the risk of organ damage or death.

Related Article: Best Automated External Defibrillators (AEDs)

What AED Should I Buy for Home?

These facts beg the question: “What is the best AED machine for home use?”

There is one obvious short answer to this question, according to the recommendations of the FDA. The Philips Heartstart Onsite Home AED, sold at a medium price point of $1,465.00 is the only AED to receive FDA approval for home.

Update: The HeartSine Samaritan 350P AED is now available without a prescription, making it the second FDA approved AED for home. View the samaritan 350p Home AED package.

For the buyer who wants to save money, time, and effort in choosing an AED just for the home, the search can stop here. The price, quality, features and FDA approval make this unit a sure bet, and is our recommended AED for home in 2023.

It should be pointed out that the Philips Heartstart Home AED (Links to Philips Description) has a counterpart, the Heartstart Onsite AED. It is the same machine and carries the same FDA home approval, but is approved for public use and packs with it an extended warranty and various accessories. Depending on its intended location, it is packaged for sale to users in these settings:

• Churches
• Schools & Community Locations
• Small Businesses
• Corporate
• Mobile Responder

These various packages should not confuse the buyer, but rather serve as reassurance that the Philips Home/Onsite AED is of good quality and designed to function well in a variety of settings.

Other AED Choices

There are a number of basic AEDs that are fitting for personal use. Though every AED walks you through a rescue with audible and visual prompts and directions, there are still choices to be made based on several factors:

• Price (including initial purchase and long-term costs depending on accessories and eventual replacement)
• Ruggedness (as indicated by “ingress protection” — IP Rating)
• Features (numerous and varied among available AEDs, from automatic shock, ease of pediatric use, switchable languages, graphics, to audio prompts and quality, etc.)

Our Best Picks

Following the criteria above, we have chosen these AED machines as our favorites:

1. Philips HeartStart Home/Onsite AED (AED Superstore’s recommended Home AED)
2. Defibtech Lifeline AED
3. Physio Control CR2 AED or ZOLL 3 AED

1.) Philips HeartStart OnSite AED 

The Onsite AED is the least expensive yet still feature-rich AEDs on the market today. This makes the Onsite AED a “best AED” for home. With a retail price in the $1,200.00 range, purchasers can often find coupons, incentives or deals which bring the price below $1,000.00. The OnSite AED is  a nice fit for home use since it has an all-in-one electrode pad cartridge which makes it easy to swap between adult and pediatric pads. It has easy-to-follow instructions, and the handy “i” button to press anytime you need information from the device.

2.) Defibtech Lifeline AED 

The Defibtech LifeLine AED has only 1 or 2 buttons, depending on whether you choose the fully automatic device or the semi-automatic device. This simplicity makes the Lifeline AED an excellent option for home. In the event of a sudden cardiac emergency, the rescuer simply pushes the on button and the AED walks them through the rescue. If the user has a semi-automatic LifeLine, the AED will tell the rescuer when to push the shock button. If the device is fully automatic, it will instruct the user to not touch the patient, will count down, and then deliver the shock. 

Lifeline AED machines do a phenomenal job of providing features an emergency professional would appreciate while being simple enough for home use. 

3.) Physio Control CR2 or ZOLL 3 AED

The Physio-Control CR2 and ZOLL 3 AED are two of the best AEDs for users who have children at risk of sudden cardiac arrest at home. These defibrillators  have easily identifiable buttons on the front which can be pushed in the event of a child sudden cardiac arrest emergency. The AEDs will dial back the shock to an appropriate level without needing a separate set of electrode pads. 

AED For Home FAQ

How Much Does an AED For Home Cost?

The average AED price ranges from $1,200 to around $1,900 with most consumer units falling below $1,600. Prices vary depending on the features which are important to you. Learn more about how much an AED costs here.

Some AEDs have immediate real-time feedback on the effectiveness of your CPR (HeartSine 450P, ZOLL AED Plus, Physio-Control CR2, Cardiac Science G5 with iCPR electrode pads). 

One AED has a video screen which actually shows you how to do CPR (Defibtech View). Another allows you to switch back and forth from English to Spanish with a touch of the button (Cardiac Science G5). 

A third brand gives you the option of a one-piece Z-shaped pad configuration with hand placement guides and CPR feedback (ZOLL Plus AED). Some are smaller and lighter than others (HeartSine AEDs, Philips OnSite) which are larger (Defibtech, ZOLL, Physio-Control). For a full listing and comparison of all the AEDs and the features of every AED offered through AED Superstore, reference our Ultimate AED Buyer’s Guide.

Who Should Get an AED for Home?

Anyone may need an AED at home, but a home AED is especially valuable for at-risk individuals and those in rural areas. 

As mentioned above, the sobering truth is anybody could need an AED at home because SCA can strike anyone at any time, even healthy people who have no history of heart trouble. If you just want to feel more secure in your ability to save those around you, an AED may be a good addition to your home’s safety equipment.

Those considered at risk for cardiac events, or their loved ones, may want to evaluate the benefits of having an AED in their home. The risk of SCA is increased if you:

• have had a previous heart attack,
• received bypass or stent surgery,
• or are known to have a syndrome such as long QT, Marfan’s, or Wolff-Parkinson-White.

If your home is in a rural location or a place that might be hard to reach during certain times of year (such as due to snow in the winter), an AED might make sense. Again, every minute counts, and by the time the paramedics arrive, it may be too late.

Does Insurance Cover the Cost of AEDs?

In most cases, health insurance does not cover the cost of an AED, much like they do not cover the cost of a first aid kit, even though the two are health-related. There are rare cases in which insurance companies have helped cover a portion of the cost, but it is not common. Always check with your insurance company if you or someone in your family is considered “at risk” because it never hurts to inquire as to whether they will assist in the purchase.

How do I store my AED at home?

If you choose to place an AED in your home, it should be kept indoors in a location where it’s easy to find and easy to maintain. Monthly checks to ensure it is ready to rescue are recommended, and the AED itself will do more frequent checks and typically alert you with either a visual or audio clue something is amiss.

Final Thoughts

Remember, proper CPR training and AED training are as important as having the AED device on hand. CPR guidance is especially important as using an AED defibrillator alone is less likely to save a life. Delivering chest compressions and rescue breathing to a family member during an emergency should not be taken lightly. Proper training will prepare you for the crucial moments when you need to start CPR, utilize a portable defibrillator and contact emergency services. Seconds matter when it comes to restoring a normal rhythm to the heart

You’ll also need to keep adult AED pads and pediatric pads fresh and ready to use whether you choose a Philips Heartstart Home defibrillator or any other AED unit. (Note also that while the adult pads for the Philips Heartstart Home AED come without a prescription, the child pads do not.)

(updated  12/06/2022)

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Can you use an AED on a pregnant woman? 

Is it safe to do CPR and use an AED on a pregnant woman? Yes, it is generally considered safe to use an AED on a pregnant woman, with data from the American Heart Association and other sources recommending use. In fact, it is deemed essential for survival, with the benefits far outweighing any risks.

That being said, it’s important to understand the procedure for treating a pregnant patient with an AED and CPR. Before going deeper, let’s first discuss what an AED (AED machine, AED defibrillator, AED Device, etc.) actually is, as well as sudden cardiac arrest (SCA), and the importance of using an AED during cardiac emergencies. 

What is an AED? 

An automated external defibrillator (AED) is a life-saving device designed to assist in sudden cardiac arrest treatment. This device analyzes the heart’s electrical activity and, if necessary, delivers controlled electrical shocks to the chest through electrode pads. These shocks, known as defibrillation, aim to stop abnormal heart rhythms, such as ventricular fibrillation or ventricular tachycardia, and allow the heart to establish an effective rhythm. 

A typical AED consists of: 

• Electrode pads: These adhesive pads are attached to a patient’s bare chest and deliver electrical shocks to the heart. AED pads detect the heart’s electrical activity and provide the necessary shocks to restore a normal rhythm. 
• Batteries: AEDs are powered by lithium batteries, which help ensure the device is ready for use when needed. The battery provides the necessary electrical energy to deliver shocks and operate the AED’s other functions. 
• Shock button: If the AED is not fully automatic or semiautomatic, there will be a shock button that is typically located on the face of the AED, depending on the make and model. 
• Voice prompt/visual instructions: AEDs often provide voice prompts or visual instructions to guide the user through defibrillation. These prompts give clear and concise instructions to help ensure that individuals with minimal or no training can effectively operate the device. 

The accessibility and availability of AEDs and public access defibrillation programs have significantly improved, with many public spaces, such as airports, schools, and shopping centers, equipped with these devices. This widespread placement of AEDs increases the likelihood of immediate response and improves survival rates in cases of sudden cardiac arrest.

How does an AED help during SCA?

It is crucial to understand that sudden cardiac arrest (SCA) does not discriminate and can happen to anyone, including pregnant women. SCA occurs when the heart starts beating abnormally, preventing it from effectively pumping blood. This results in the person collapsing and becoming unresponsive without a pulse. Immediate intervention is vital to increase the chances of survival and minimize potential neurological damage. 

Cardiopulmonary resuscitation (CPR) is the first step in treating a pregnant woman suffering from sudden cardiac arrest, as it helps circulate the remaining oxygenated blood to the brain and vital organs. However, the heart needs to be defibrillated to restore its normal rhythm, hence the importance of having an AED.

When faced with sudden cardiac arrest in a pregnant woman, there are understandable concerns and misconceptions surrounding the use of an automated external defibrillator (AED). However, as mentioned above, prompt defibrillation in cardiac arrest cases, regardless of whether a woman is pregnant, is necessary.

Importance of prompt defibrillation 

It is essential to remember that cardiac arrest in a pregnant woman affects her and the blood flow to the unborn child. Chest compressions and an AED machine can improve the blood flow, potentially saving the mother and the unborn baby. 

While there may be specific considerations with a high-risk pregnancy, such as those with conditions like high blood pressure, gestational diabetes, preeclampsia, etc., the potential benefits of using an AED on a pregnant woman in cardiac arrest far outweigh the risks. Therefore, addressing misconceptions and ensuring that individuals understand the importance of defibrillator use in maternal cardiac arrest emergencies is essential. We cover a variety of misconceptions later in this article, but let’s look at how to actually treat a pregnant woman experiencing SCA first.

How to perform CPR and use an AED on a pregnant woman

If you encounter a pregnant woman in sudden cardiac arrest, treat her like any other individual in this condition. The immediate response is critical. Start by assessing the scene for safety, checking the pregnant woman’s responsiveness to see if she is breathing, and calling 911. Request an AED or ask someone to look for one while you initiate CPR compressions. 

It’s important to remember if the woman’s pregnancy is not immediately apparent, but you are aware of it, inform the 911 operator about her condition. This way, emergency medical services (EMS) personnel and hospital staff can be prepared for the circumstances of a late-term pregnancy. In such cases, the possibility of an emergency C-section should be considered. Every effort must be made to ensure the best possible outcome for the mother and the baby.

CPR on a Pregnant Woman

Performing CPR on a pregnant woman requires specific considerations and modifications to ensure the safety of both the mother and the unborn child, and understanding the steps to perform CPR can give rescuers the confidence they need to act quickly. 

Step 1: Make sure the pregnant woman is lying flat on her back in the supine position on the ground or floor. 

Step 2: Kneel beside the victim and place the heel of one hand on the center of her chest. Place the other hand on top of the first hand. 

Step 3: Begin CPR by pressing at least 2 inches deep into the center of the chest. Push hard and fast at 100-120 compressions per minute. 

Step 4: Allow the chest to recoil between compressions fully. The American Heart Association, AHA, recommends pushing to the beat of “Stayin’ Alive” by the Bee Gees, “Crazy in Love” by Beyoncé, or “Hips Don’t Lie” by Shakira. 

AED Use on a Pregnant Woman 

Once the AED arrives, turn it on and follow the voice or visual prompts provided. 

Step 1: Find the adult electrode pads and, using the visuals on the pads, peel and place the adhesive side to the pregnant woman’s bare chest. One pad should be placed on the upper right chest and the other on the lower left side. Be sure to avoid placing the pads over the abdomen. 

Step 2: Do not allow anyone to touch the pregnant woman while the AED analyzes or delivers shocks. 

Step 3: Begin CPR by pressing at least 2 inches deep into the center of the chest. Push hard and fast at 100-120 compressions per minute. 

Step 4: Allow the chest to recoil between compressions fully.

Step 5: Alternate between chest compressions and rescue breaths in a ratio of 30 compressions to 2 breaths. If you are uncomfortable providing rescue breaths, continue with chest compressions until help arrives. 

It is essential to continue CPR and AED analysis/shocks until EMS arrives and takes over. If the patient regains consciousness before EMS arrives and there are no signs of trauma, such as broken bones or spinal injuries, gently place her on her left side in the recovery position, as shown in the image above. This position optimizes blood flow to the mother and the fetus, ensuring their well-being.

Misconceptions and Myths about AED Use in Pregnancy 

Many people wonder if the electrical shock from an AED is safe for pregnant women or if it can potentially harm an unborn baby. According to the research found by the American Heart Association, there is enough evidence to strongly support the use of AEDs in pregnancy, meaning prompt intervention during maternal cardiac arrest is crucial. 

An AEDs electric shock target’s the mother’s heart and does not significantly impact the fetus or amniotic fluid. Using an AED on a pregnant woman can help restore normal heart rhythm and improve blood flow to the mother and the unborn child. 

Common Causes of Maternal Cardiac Arrest

• Bleeding
• Heart failure
• Amniotic fluid embolism
• Sepsis
• Blood infection

CPR and Use of an AED: Common Mistakes to Avoid 

When administering CPR and using an AED, it’s essential to be aware of the common mistakes and misconceptions to ensure the safety and effectiveness of the emergency response. Here are some key considerations to avoid errors in CPR techniques specific to pregnant women and the importance of proper training and certification.

Error in CPR techniques specific to pregnant women

Proper hand placement during CPR can be a risk to pregnant women. Although you still place your hands in the same spot, the middle of the chest, be sure not to place your hands too low on the center of the chest as this can put excessive pressure on the sternum. Adjust hand placements higher on the sternum to avoid direct pressure on the pregnant woman’s belly. These modifications help maintain blood flow to the heart and the unborn child, improving the effectiveness of CPR. 

Importance of proper training and certification 

To ensure the best possible outcomes in emergencies involving pregnant women, proper training and certification in CPR and AED usage can help provide you with the knowledge and ability to recognize the signs of cardiac emergencies and know when to act. 

By undertaking proper training, individuals can acquire the necessary expertise to confidently perform CPR and use an AED on pregnant women, reducing the likelihood of errors and improving the chances of successful resuscitation.

When confronted with a pregnant woman in sudden cardiac arrest, an immediate bystander response can be lifesaving. Treat the situation urgently and follow the same protocols as you would for others experiencing SCA. 

Time is of the essence, and initiating CPR and utilizing an AED can significantly increase the chances of survival for both the mother and the baby. Remember to inform the emergency services about the pregnancy to ensure appropriate measures are taken. To learn more about AEDSuperstore’s services, call 800-582-5348 or fill out our contact us form here.

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An Automated External Defibrillator (AED) is crucial when saving a life during a sudden cardiac arrest emergency. But what happens if your AED does not have the correct accessories to deliver the necessary life-saving shock? If pediatric pads are unavailable, you may have questioned, “Can you use adult AED pads on a child? Is it safe, and if so, under what circumstances?”

Explore with us how to apply electrode pads to children and infants, when it is appropriate to use adult pads on a child or infant, and what tools and resources you need to stay equipped for an emergency involving little ones.

Sudden Cardiac Arrest in Children

According to the Centers for Disease Control and Prevention (CDC), roughly 2,000 children and adolescents in the United States encounter sudden cardiac death due to sudden cardiac arrest. It accounts for 3-5% of deaths in children 5-19 years old and 10-15% of unexpected deaths in infants.

Sudden cardiac arrest (SCA) is characterized by an interruption in the heart’s rhythm. Although SCA is relatively rare in a child or infant, it is still possible. Sudden cardiac arrest in infants/children can be caused by genetic abnormalities, certain medical conditions, or by impact to the heart like commotio cordis. 

Rescuers can help improve the chances of survival for pediatric patients experiencing SCA, but they need the proper knowledge and equipment. Unless trained or familiar with automated external defibrillators, many bystanders may not know a different pad is necessary for children versus adults. Knowing when and how to use pediatric AED pads and the difference between adult and pediatric pads can save time during an emergency and help rescuers tend to pediatric patients as fast as possible.

The Importance of Pediatric AED Pads

Pediatric electrode pads ensure that the shock level delivered during defibrillation is appropriate for a child’s size and age. Utilizing incorrect AED pads can pose several risks. For instance, using adult AED pads on a child could result in a bigger shock than necessary, potentially causing harm to the child. On the other hand, using child AED pads on an adult could lead to incorrect fit and potentially low energy, rendering the shock ineffective.

The rationale behind weakening the energy level of pediatric electrode pads is to ensure that the electric shock energy is appropriately adjusted for the child’s size and age. It is recommended that the intensity of shock delivery for small, developing hearts be set at 50 joules. This lower energy level can help protect the child’s heart and improve their chances of survival.

When to Use Adult AED Pads on a Child

If the infant patient’s chest is larger and has enough skin surface available, and they are over 55 lbs, apply adult pads as recommended – one pad placed vertically on the upper left chest and one placed horizontally on the side of the chest just below the right breast. 

Child AED pads are recommended for children under eight years old or weighing less than 55 pounds, although there may be situations where adult AED pads are the only option available. In such cases, adult pads may be used as a last resort.

Follow the steps below whether you are placing adult or pediatric pads on an infant under one or a small child who weighs under 55 lbs:

Step 1. After you begin CPR, turn on the AED and follow any prompts and instructions provided 

Step 2. Expose the victim’s chest and wipe dry the bare skin if needed 

Step 3. Follow the Anterior/Posterior illustration, attaching one pad in the center of the chest and the second pad on the back between the shoulder blades 

Step 4: Wait for instructions from the AED

*Note: It is always recommended to view the instructions on the AED pad labels as many of them have pad placement illustrations or consult with your device’s manufacturer when possible.

When emergency medical services (EMS) arrive on the scene, informing them whether adult or pediatric AED pads were used to treat a pediatric patient and the pad placement you used is vital. This information helps ensure that EMS can provide additional necessary care and intervention.

AED Models and Pediatric Options

Different AED models offer various pediatric options, ensuring rescuers can effectively use the device on young patients. Some AED models provide separate pediatric pads, while others offer opportunities for universal pads that can be used on both adults and children. 

The Physio-Control LIFEPAK CR2 and the ZOLL AED 3 both have pediatric settings to administer a pediatric shock level automatically. These devices feature a “Child Button” that can be clicked to switch between adult and child mode.

The Philips HeartStart FRx AED uses a non-expirable pediatric key that adjusts the shock level on adult pads. This AED requires rescuers to do nothing more than attach the key to the front of the AED and stand clear as the device analyzes the victim’s heart rhythm and detects a shockable rhythm.

These cost-effective solutions allow AED owners to only have one recurring purchase of adult AED pads instead of both pediatric and adult pads.

AED Training and Preparedness

Along with education on pediatric pads, AED pediatric capabilities, and performing CPR, AED training and preparedness are essential for rescuers to be able to use their devices on all possible victims, including children. Becoming a trained rescuer allows one to recognize the signs of sudden cardiac arrest, activate the EMS system, and perform CPR, potentially saving lives in emergencies among young people.

In addition to CPR and AED training, rescuers can learn the age and weight guidelines for using adult and pediatric electrode pads and the proper pad placement for each patient group. This knowledge can help ensure the appropriate shock energy is delivered to the patient. 

By understanding the differences between adult and pediatric pads, being aware of age and weight considerations, and adequately applying adult AED pads to children when necessary, rescuers can improve the chances of survival for young cardiac arrest patients. With AED training and preparedness, we can all play a role in saving lives, one heartbeat at a time. 

Want more information on which pediatric pad options are right for you? Contact us at 800-409-7718 or fill out our Contact Us form to hear from a team member.

Frequently Asked Questions

Q. What can I use if I don’t have pediatric pads?

A. If pediatric pads are not available, it is safe to use standard (adult) pads, ensuring that they do not touch one another. For infants under one-year-old, see the outlined steps under “When to Use Adult AED Pads on a Child.”

Q. Can you use child AED pads on adults?

A. Child pads are designed for infants and children under 8 years old and less than 55 pounds. Using child AED pads on an adult could lead to an incorrect fit due to their smaller size and potentially low energy, rendering the shock ineffective.

Q. Can you cut AED pads to fit a child?

A. It is not recommended to cut or alter AED pads in any way. This includes using a child-sized pad on an adult-sized person and vice versa. Tampering with electrode pads can lead to inaccuracy in shock delivery or harm to the victim. 

Q. Can AED pads overlap each other on a child?

A. No, AED pads should not overlap each other. Sometimes, when adult pads are placed on an infant patient’s chest, they tend to overlap. This can harm the child, which is why it is important to use pediatric-sized pads when possible and follow proper precautions if adult pads must be used. 

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Can you perform CPR on a person with a pacemaker? Can an AED be used safely on someone with a pacemaker? The short answer is yes, it is generally safe to use an AED on someone with a pacemaker.

However, when treating someone who has a pacemaker with an AED and CPR, there are specific considerations that must be made. Read more to uncover some of the common misconceptions about using AEDs on pacemaker patients. 

Understanding Pacemakers and AEDs

When it comes to heart health, pacemakers and AEDs are two life saving devices that play crucial roles in the management of an abnormal heart rhythm and sudden cardiac arrest. Knowing the difference between these two devices is essential to understanding how they can be used safely and effectively together during an emergency if needed

What is a Pacemaker?

A pacemaker is a small device that can be surgically inserted into a person’s chest. It helps to regulate an abnormal heart rhythm through an internal shock. The device is typically placed beneath the left clavicle and connected to the heart through a vein in the left arm. Its primary function is to help regulate the heartbeat, particularly in those who have a slow heartbeat. This small device delivers low-energy electrical pulses to encourage the heart to beat at a regular rate.

Pacemakers can help manage two types of arrhythmias: tachycardia (heart rate exceeds the normal range) and bradycardia (heart rate is too slow). When a person’s heart rate deviates from its normal heart rhythm, the pacemaker is designed to detect this and send an electrical signal to the heart to regulate it back to its normal rate.

What is an AED?

An AED, or automated external defibrillator, is a medical device used to provide an electrical shock to the heart in cases of sudden cardiac arrest. The purpose of defibrillation is to shock the heart back into a normal rhythm when a person is experiencing a life-threatening abnormal heart rhythm, such as ventricular fibrillation, thus reducing the risk of sudden cardiac death. 

AEDs are designed to be used by anyone, even those without medical training, as they come with audio instructions that guide the user through the process.

Pacemaker and AED Interactions

While pacemakers and AEDs serve different purposes, they both revolve around the heart’s rhythm and can intervene with each other during a cardiac emergency. Many mistake this small device as a sign that automated external defibrillators can not be used. 

However, even individuals who have a pacemaker need to be attended to with an AED during a cardiac emergency. The key is to be sure the AED does not interfere with the pacemaker.  

Using an AED on a Pacemaker Patient

Using an AED on someone with a pacemaker is generally safe, but it is essential to follow specific guidelines to ensure the person’s safety and the effectiveness of the AED. This includes appropriately identifying a person with a pacemaker, placing the AED pads correctly, and understanding how CPR and pacemakers interact.

Identifying a Person with a Pacemaker

One way to identify a person with an implanted pacemaker is through a medical alert bracelet, necklace, or pacemaker ID card, which may indicate the device’s presence. Be sure to check the victim’s arms, neck, and pockets/wallet for these indicators if you suspect they have a pacemaker.

Another clue might be a small bump just below the collarbone. Checking both the left and right side of the chest for a small bump or scar from the pacemaker implantation surgery will help

*Caution: An implantable cardioverter defibrillator (ICD), which delivers a high shock much like an AED, may have a similar appearance. Seek medical professional help, if possible to help detect which one it is. Typically, the implantable cardioverter defibrillator will be slightly larger.

Proper AED Placement for Pacemaker Victims

Responding to sudden cardiac arrest in pacemaker patients requires quick thinking and decisive action. If the individual is unresponsive and not breathing, it is crucial to administer CPR promptly. This involves chest compressions and rescue breaths to maintain blood flow and oxygen supply to the brain and other vital organs.

In addition to CPR, if an AED is available, it should be applied immediately. Properly placing the electrode pads is crucial to avoid electrical impulse interference with the pacemaker’s function.

Each pad can be placed as normal- one electrode pad on the upper right chest and the other electrode pad just below the chest on the left side. Manufacturers recommend positioning the pads at least one inch away from the pacemaker device. 

Follow the voice prompts provided by the AED to deliver a shock if necessary. If the person’s heart rhythm returns to a normal heartbeat, the AED will not deliver a shock. Continue to perform CPR with chest compressions and use the AED as directed until medical professionals in an ambulance arrive.

CPR and Pacemakers: What You Need to Know

It is a common misconception that CPR cannot be performed on someone with a pacemaker. In reality, CPR can be administered to a person with a pacemaker, as the device is typically located on the far left or right sides of the patient’s chest, away from the center of the chest where compressions are performed.

CPR should not be administered directly over the pacemaker, as this could cause damage to the device or harm the patient. Always follow the latest CPR guidelines and be familiar with the differences between pacemakers and defibrillators when responding to a cardiac emergency.

Frequently Asked Questions

Q. Can an AED be used on someone with a pacemaker or an Implantable Cardioverter Defibrillator (ICD)? 

A. Yes, an AED can be safely used on someone with a pacemaker or implantable cardioverter defibrillator that is experiencing sudden cardiac arrest. Be sure to place the AED pads at least one inch away from the device and follow the AED’s voice prompts to deliver a shock if necessary. An AED will not deliver a shock if a pacemaker or ICD has already restored the heart back to a normal rhythm. 

Q. Where do you place AED pads on victims with pacemakers?

A. When using an AED on someone with a pacemaker or implantable cardioverter defibrillator, it is important to take extra caution by making sure the AED pads are placed at least one inch away from the internal device. This will help ensure the individual’s safety while still giving the opportunity to use the AED to save the person’s life.

Q. When should an AED not be used?

A. AEDs should not be used when a victim is conscious, breathing, or has a pulse. They also should not be used if the victim is in the water or on a wet surface. The same goes for metal surfaces or areas around conductive materials, as there is a risk that the electric shock from the AED could spread to the rescuer or cause other harm. 

Q. Can CPR be done on a person with a pacemaker? 

A. Yes, CPR can be performed on a person with an implanted pacemaker as long as compressions are not administered directly over the pacemaker. The device is typically located on the far left or right sides of the chest, away from the center of the chest, where compressions are performed.

Q. What are 4 things to be avoided if you have a pacemaker device?

A. It is essential to avoid the following items that can interfere with the functioning of a pacemaker:

• Metal detectors
• Strong magnets
• Devices that generate strong electrical fields, such as industrial X-ray machines or unshielded MRI units

To protect your pacemaker, it is recommended not to wear jewelry with ferromagnetic components near the pacemaker device and avoid contact sports or activities where there is a risk of trauma to the chest area.

The post Can You Use an AED on Someone with a Pacemaker appeared first on AED Superstore Resource Center.

Just as it’s important to know when to use AED units, it’s important to know when NOT to use automated external defibrillators (AEDs) as well. Learning the signs of sudden cardiac arrest (SCA) emergencies and the steps in what to do if someone needs CPR and AED use can save a person’s life during a cardiac emergency when every second counts.

When is an AED needed?

Sudden cardiac arrest can occur when a person’s heart suddenly stops beating effectively, stopping the blood flow to vital organs. An AED (automated external defibrillator) is used to revive someone’s heart back to a normal rhythm after experiencing sudden cardiac arrest and can dramatically increase a person’s chances of living.

AEDs are particularly effective for cases of ventricular fibrillation or ventricular tachycardia, which is another way to describe abnormal heart rhythms that can be life-threatening. Providing prompt emergency cardiac care can help restore the abnormal heart’s rhythm to a normal heart rhythm, once again.

When Should you NOT Use an AED?

While defibrillators are generally safe and easy to use, there are some situations in which their use is not recommended. The following guidelines will explain when you should not use an AED during an emergency.

Do not use an AED if the victim has/is:

1. Conscious and responsive
2. Normal breathing or a pulse
3. Submerged in water or in a wet environment *Note: Always be sure the person’s chest is dry before applying pads
4. Near or has been in contact with flammable substances, such as gasoline or propane
5. A pacemaker or medication patches on their chest
6. A “Do Not Resuscitate (DNR)” bracelet or tattoo on their wrist or arm

Other things to consider when you should NOT use an AED are the device’s pads. Electrode pads come in various types, including pads specifically for infants and children. If the victim is a child, do not use a defibrillator until you have attached pediatric pads to the unit instead of adult pads. Pediatric pads will ensure the appropriate shock level is given to a child under the age of 8 or 55 lbs or less.

These sticky pads have an adhesive that delivers the shock waves from the unit to the person. If the victim has a hairy chest, it may interfere with AED pad adhesion. Many AEDs are usually paired with some type of response kit that will contain a razor to move any hair that may prevent the pads from sticking.

When to Use CPR, an AED, or Both

Cardiopulmonary resuscitation (CPR) is a critical lifesaving technique that helps maintain blood flow and oxygenation to a person’s vital organs. When an AED is not immediately available, CPR can keep the heart pumping until emergency medical services arrive with an AED. CPR involves chest compressions and rescue breaths to support circulation and breathing.

Both CPR and AED use should be utilized on a cardiac arrest victim, but before performing either, it’s vital to assess if a person is unresponsive and not breathing normally. If that is the case, dial an emergency services number (such as 911, 112, or the local EMS) to call for help and ask someone nearby to find an automated external defibrillator.

If an AED is not immediately available, or if there is a delay in obtaining one, start initiate CPR. When an automated external defibrillator is immediately available, it should be used in conjunction with CPR. Instructions will be given from the AED on whether to use CPR or deliver an electric shock from a defibrillator.

Automatic defibrillators will deliver a shock automatically, while semi-automatic devices require a button to be pushed to deliver the shock. After a shock is delivered, CPR with chest compressions should be continued until the unit prompts otherwise.

How to use an Automated External Defibrillator (AED)

After understanding when to use an AED, it’s important to know how to use an AED. A defibrillator can keep a person suffering from cardiac arrest alive until medical professionals and an ambulance arrives. If used properly, this small portable machine can increase survival rates and save lives.

Even though using an AED is for anyone, even those without training, it helps to understand the steps before an emergency arises. Following the steps below on How to Use an AED:

Step 1: Call 911

Once it is determined that the person is not breathing or responsive, call 911 immediately or have someone nearby call 911, while you continue to do the following steps.

Step 2: Check Your Surroundings

Ensure the area around a person is safe for the use of an AED. Check for any water or metal surfaces that may be dangerous when using an AED.

Step 3: Power On the AED

Turn on the AED either by lifting the lid, pressing the power button, or removing the pads and begin to follow the AED Prompts.

Step 4: Remove Clothing from Victim’s Chest

Remove or cut all clothing away from the chest. Do not be afraid to cut or tear clothing if needed.

Note: Most rescue kits include shears strong enough to cut through cloth and wire materials, such as in a woman’s bra.

Step 5: Attach AED Pad to Victim’s Chest

Peel off the backing of the AED pads to expose the sticky adhesive and press firmly to the person’s clean, bare, dry skin. Visual guides on the pads or packaging will show proper placement as this varies from adult to child and infant victims.

Step 6: Connect Pads to AED

Plug the pad cables into the AED if it is not already attached to the device. This will allow the AED to monitor the person’s heart rhythm.

Step 7: Clear the Victim’s Surrounding

Sometimes during emergency situations, crowds begin to form. It is essential to sit back away from the person’s body and instruct others to do the same. Ensure you are not touching the person so as not to interfere with the analysis of their heart rhythm.

Step 8: Follow the AED’s Prompts

If the AED advises a shock, be sure no one is touching the person. For fully automatic AEDs, a button does not need to be pushed, and a shock will automatically be given. However, semi-automatic AEDs will advise you that a shock is required at this time, and then you press the shock button. If the AED does not advise a shock, follow the voice and/or visual prompts for performing CPR until emergency services arrive.

How to perform CPR

An AED will prompt you when to initiate CPR. Even though anyone can do CPR, it helps to understand the steps before an emergency arises, as emergency situations can often be chaotic. To begin CPR, follow these steps:

Step 1: Check for responsiveness

You must determine whether the person is responsive before CPR on a person. Tap the person’s shoulder and ask if they are okay. If there is no response, call 911 or ask someone nearby to call and get an AED (if one is available) while you move on to step 2.

Step 2: Open the Airway and Check for Breathing

Next, you need to open the victim’s airway. Gently tilt the head back and lift the chin to open the airway. You can check to see if the victim is breathing by placing your ear near the person’s mouth or nose. Look for chest movement and listen for breathing sounds. If the person is confirmed not breathing, you know it’s time to start CPR.

Step 3: Perform Chest Compressions

Kneel beside the person and place the heel of one hand in the middle of the chest, between the nipples on the lower half of the sternum (breastbone). Clasp the other hand on top of the first hand and pull the fingers upward. Lean over and press down hard and fast. Aim for a depth of about 2-2.4 inches and a rate of 100 to 120 beats per minute.

Step 4: Perform Rescue Breaths

After 30 compressions, give two rescue breaths. Tilt the person’s head back, pinch their nose, and give two slow breaths, each lasting about one second. Note: If you are not comfortable with giving rescue breaths, you can perform hands-only CPR by doing compressions without breaths. This is still an effective way to keep blood flowing until help arrives.

Step 5: Repeat Steps 3 & 4

Continue the cycle of 30 compressions followed by two breaths until help or an Automated External Defibrillator (AED) arrives.

Using an AED & CPR together

Using an AED & CPR together is a powerful combination. When an AED is available, it should be used along with CPR for the best outcome. When a cardiac arrest emergency arises, the best scenario is to begin CPR, while another person retrieves the AED and powers it on.

Once the pads are in place, the device will analyze the person’s heart rhythm and deliver an electrical shock if necessary. Immediately after, resume CPR as instructed by the AED. Following the step-by-step instructions, whether visually or vocally, from the defibrillator throughout the entire process to ensure you are using an AED & CPR together most effectively.

CPR vs. AED training

Although CPR and using an AED can be done by anyone, even those without medical training, taking a CPR or AED training course can create confident rescuers that are quick to act during an emergency to help save lives.

CPR training equips individuals with the skills to:

• Assess a person’s condition
• Perform chest compressions
• Learn how to give rescue breaths

AED training teaches individuals how to:

• Understand if an AED is needed based on a person’s condition
• Prep a person for a shock using AED pads
• Turn on and confidently handle an AED unit
• Use the device correctly and safely in conjunction with CPR

Familiarizing yourself with the proper resources, techniques, and training can help when determining whether or not you need an AED, CPR, or both in an emergency situation. The key with any emergency is to act fast. Prompt action of both CPR and an AED together can be life-saving when it comes to sudden cardiac arrest.

AEDs should be accessed and used within 10 minutes to increase the chances of survival in a cardiac arrest victim. Educating yourself on the steps and investing in training courses can help you feel confident, act quick if an emergency arises, and potentially save a life.

Let AED.com help you be the confident hero when every second counts. We’re here for you, so you can be there for others. Contact us today at 800-544-0004 or fill out our contact us form.

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AED cabinets play a vital role in safeguarding automated external defibrillators (AEDs), ensuring they are visible and readily accessible during critical moments. This comprehensive guide will provide step-by-step instructions to help you properly install an AED cabinet, follow the appropriate guidelines, and utilize all the features of the AED cabinet and alarm system.

Positioning Your AED Cabinet

Before you can choose a cabinet location, it’s essential that you understand the Americans with Disabilities Act (ADA) Accessibility Guidelines. The ADA Guidelines were established to ensure individuals with disabilities can access fire extinguishers, AED cabinets, and other safety devices.

Follow these guidelines when mounting an AED cabinet:

• Objects, including AED cabinets, should not protrude more than 4 inches into walkways, corridors, passageways, or aisles if the bottom edge is between 27 and 80 inches above the finished floor.
• For surface mount cabinets exceeding the 4-inch protrusion limit, the bottom edge should be mounted no higher than 27 inches above the floor.
• An alternative solution is to use a recessed cabinet that does not extend beyond the 4-inch limit.

For handicapped accessibility: If a person in a wheelchair can only access the cabinet by facing it, the handle should be positioned no higher than 48 inches above the ground. If a person in a wheelchair can approach the cabinet from the side, the handle should be positioned no higher than 54 inches above the floor.

Assembly and Installation

Once you have the correct positioning of your AED cabinet, you can start the installation process. There are safety regulations to consider when installing your surface-mounted AED cabinet to help ensure you stay compliant. Follow the steps below to safely and effectively install your AED cabinet.

1. Ensure the screws, bolts, and wall anchors used for installation do not penetrate electrical wires, pipes, or ductwork within the wall. Power or hand tools such as saws and drills can be damaging if not used cautiously.
2. Locate metal or wood studs within the walls and mark their locations. 16” centers are the most common spacing.
   • For Drywall with wood studs: Align 2 vertical holds of cabinet with stud. Pre-drill holes and use wood screws to anchor the cabinet. 3/16” x 1 3/4” wood screws are recommended. Use drywall anchors and screws for the other 2 vertical holes.
   • For Drywall with metal studs: Securing metal studs is possible, but we recommend avoiding using metal studs and drywall anchors and screws for all 4 holes—pre-drill for anchors using 50lb metal drywall anchors with fins for easier installation.
   • For Concrete, Block, and Brick: Pre-drill and use concrete anchors (blue screws) for all 4 holes. Recommended 3/16″ x 1 3/4″ concrete anchors.

Alarm Features

Having reliable alarm features during an emergency can help the rescue process go more smoothly. When opening a cabinet that triggers an alarm, individuals and potential rescuers are alerted and can quickly locate the AED allowing immediate assistance to the victim in need. Not only do alarms help with response time, but they act as an additional layer of security for the device.

In busy environments where an AED might be located, such as schools, office buildings, or public spaces, unauthorized access to the AED could lead to misuse, tampering, or at worst, theft. With the alarm system in place, any unauthorized attempts to open the cabinet will alert security personnel and anyone surrounding the area.

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Benefits of the alarm feature include:

• Powerful audible alarm: 80 decibel level ensures attention
• Plunger style door switch: Designed for long life and durability
• Low battery warning sign: Alarm “chirps” to warn battery needs replaced
• Manual audible alarm on-off switch: Key that disables alarm
• Easy access to battery compartment: One screw secures the cover

Cabinets with an alarm have an on-and-off switch. These switches come in a variety of formats, including a cabinet key switch, cabinet door switch, and manual audible alarm switch. Cabinets do not have locks, just latches for emergency access. Note: Moving your AED to a secure location is necessary if you need to prevent access to your AED for any reason. A pair of duplicate keys are provided with each new cabinet. Replacement keys are available for purchase.

Looking for an extra measure of alarm and AED system security? Strobe lighting can be ordered with the cabinet. Strobes are a great visual indicator, especially in loud environments such as arenas or stadiums.

What does an AED cabinet alarm sound like? Check out our video below to find out!

Battery

An AED cabinet stores a critical piece of life-saving equipment, making it essential to install and maintain the proper battery.

The alarm comes pre-attached to the inside wall of the cabinet. To access the battery compartment, simply remove the Philips head screw from the front of the unit and install the new 9-volt alkaline battery, which can function for up to two hours on a single battery.

Note: Only use a new, 9-volt alkaline battery.

When a unit’s battery level is almost fully drained, the alarm unit will make a “chirping” sound, which signifies it’s time to change it. If a unit has a strobe light and the battery is almost fully drained, the alarm may still sound, but the light will no longer flash. Adhering to proper battery installation and maintenance procedures can ensure that your life-saving equipment remains powerful and runs effectively.

Prioritizing proper positioning, assembly, alarm features, and battery maintenance can help ensure safe installation and effective maintenance of your AED. Visit AED cabinets or contact one of our representatives using our contact us form with any questions you may have about AED cabinets.

Note: The information in this article is for educational purposes only and is not legal advice or all-encompassing requirements for ADA guidelines. For the most up-to-date guidelines regarding hanging an AED cabinet for accessibility, contact AED Superstore or view the ADA’s website.

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