How to protect electronics from emp attack,nuclear energy plants in india,72 hour survival checklist - How to DIY

If you want to protect your electronics from an EMP attack or occurrence, there are a few actions you need to take. There are other ways of shielding units and mobile devices from an EMP, by encasing them in a Faraday Cage.
The shielding bags are very nice, because they come in many sizes that can be stored in your BOB, a desk drawer, your vehicle, or anywhere else you can think of where you may need one for quick use to protect your electronics from an EMP. There are more decorative bags of different sizes that a available for cell phones and lap tops. The energy from an EMP is a extremely fast moving and powerful energy, but also a temporarily existing energy of sorts. If you have any questions on this subject and your Faraday Cage project, please contact me. Responding to fears about an EMP event, 4Patriots LLC introduces the EMP Bag, designed to protect people's crucial electronic devices in the event of an EMP caused by a terrorist attack or massive solar flare. In fact, former CIA Director James Woolsey says that an EMP attack could end up killing 90 percent of Americans. People are looking for ways to protect their electronics including laptops, tablets, digital cameras and portable generators, from an EMP. This lightweight, easy-to-carry, military-grade bag is crafted from a double shielding, hand-woven, copper mesh inner core and an outer layer of high density, waterproof, ballistic nylon. The bag comes with a rigid, hard-shell case that protects one’s most important items from getting damaged.
Tagged: Electromagnetic pulse, EMP, Faraday Cage, Faraday Cages, Prepper, preppers, prepping, Survival skills.
An electromagnetic pulse, or EMP, may sound harmless enough but its effects can be devastating. EMPs can occur naturally, as with lightning and a case we will explore later in this article, as well as through man-made sources such as nuclear or radio-frequency (non-nuclear) weapons.
Modern day reliance on the power grid leads many preppers to classify EMPs as a serious threat. The following article will teach you the basics in understanding what an EMP is, how it can be caused, and the short and long term effects.
Continue reading at The Bug Out Bag Guide: Preparing for an EMP Attack – Can Faraday Cages Help? Tagged: DIY Faraday Cage, EMP, Faraday Cage, Preparedness, Prepper, preppers, prepping, Survival and Primitive Technology, Survival skills, survival tips, Zombie apocalypse. However, if we were to consider which cataclysms have their candy-apple-red warheads, pointed squarely in our direction, then we arrive at a few very different conclusions.
For instance, we’ve talked about EMPs in previous posts, because it seems to carry a very high likelihood that one might just be headed our way in the future, and shut down the power grid for months or years. An EMP, or electromagnetic pulse, is an energy wave of electrons that can be emitted unidirectionally or omnidirectionally. Posted in: Disaster Scenerios, Emergency Survival Tips, How To Prepare, Prepping, Space Weather. Tagged: About EMPs, CME, disaster scenarios, Effects of an EMP, EMP, EMP effects, Faraday Cage, How to Protect Your Essential Electronics from an EMP, major disaster, Natural Disasters and Hazards, nuclear attack, Preparedness, Prepper, preppers, Protect Your Essential Electronics from an EMP, Protecting Your Devices from an EMP Attack, severe weather, Solar flare, Survival and Primitive Technology, survival tips, Survivalism. EMP stands for electromagnetic pulse, and occurs in the form of a large burst of electromagnetic radiation that has the potential to disrupt electricity, radio waves, magnetic fields, Wi-Fi, and most other forms of electric currents we use on a daily basis.
Whether a potential EMP comes in the form of a manmade nuclear attack or a natural solar flare, the effects could be disastrous.  Granted, the devastation would largely depend on the strength and severity of the pulse and the location toward which it was geared. In the worst-case scenario, an EMP could result in a total grid-down scenario and loss of all things electricity. While this would cause most of mankind to resort to primitive measures of survival not seen since the Dark Ages, certain members of society would fare far worse than others.  Among the most at-risk for prolonged survival after an EMP are the elderly, the disabled, and young children and babies. These individuals often require personalized medical care that involves the use of electronic systems, from diabetes test meters to respiratory aids to heart monitors, the functionality of which are threatened by an EMP. With so many categories of individual at heightened risk of losing their life-support systems after an EMP strike, its important to have backups of the most essential life-sustaining devices stored in EMP-proof containers for the best chance at long-term. Again, the effects electronic systems will suffer from an EMP largely depend on its size and altitude.  Some solar flares and low-output nuclear bombs may have very little electromagnetic effect on the earth, but precautions should be taken nonetheless.
One survival tool for electronically sensitive equipment is the Faraday cage, a metal box designed to absorb the surge of an EMP without harming its contents. However, many containers are suitable for impromptu Faraday cages including ammunition cases, metal filing cabinets, truck bed cabinets, and the like.  Therefore the thickness of the box doesn’t make much difference in determining its effectiveness against EMP waves, though thicker metal is likely to work better overall (think a large safe). Ultimately, it’s all about how you insulate and shield your devices.  Thus, a washer or dryer could be used to store some larger or obscurely shaped devices if needed, so long as all sides are made of metal and have a tightly fitting lid.
For most home and commercial electronic devices, surge protectors and lighting arrestors serve to protect the systems from failure in the event of a power outage–fortunately they will also protect them against the effects of an EMP. For better or worse, since we have yet to experience an EMP strike, its unknown as to how effective surge protectors and resistors will be in a real-world event.
EMPs are most commonly associated with nuclear blasts, and were first tested under the American nuclear weapons development of the 1940s and 50s.
Thus, an EMP would deliver the most devastating effects to earth if a nuclear weapon exploded in space–or high in the earth’s atmosphere. Accordingly, scientists and astronomers have long been studying the effects of the radiation produced by solar flares.  As far back as 1859 with the Carrington Event (from August 28 till September 2), the largest geomagnetic storm ever recorded occurred and disabled telegraph systems all across Europe and North America.
A study conducted by Lloyd’s of London and the United States’ Atmospheric and Environmental Research (AER) estimated the results of such a storm would have a $2.6 trillion effect on the world economy. More recently, a series of solar storms in the 1970s was substantial enough to bring an end to the widespread use of CB radios, in addition to disrupting commercial radio and television transmissions. Like any disaster, there’s no way of knowing the true effects of an EMP until it actually happens.  Ideally, we will never know what that experience is like, as it could mean utter devastation for most of mankind in its worse form.

For those dealing with life-threatening medical issues, losing access to electricity may be a life and death scenario.  Most evidence suggests the likelihood of a worst-case scenario is slim, but if your life depends on it you should take the necessary precautions.
Planning is great, and with a little help and foresight, you can learn how to plan for a disaster scenario and survive if you’re wrong. There are as many types of world-ending disasters as a person could sit down and come up with, but a few major ones seem to persist, mostly because they are the most reasonable and possible ones. All of these are very possible ways for at least the world around you to end, if not the entire world. Learning the basics of survival is probably the single-most important way you can prep for a disaster, no matter if it is natural or man-made.
A great way to make sure you survive if something you didn’t plan for happens is to look at what the commonality is between various disasters and prep for those.
Basics like shelf-stable food and water are necessary for every disaster out there, which is why this is where most people start. It’s easy to get wrapped up in a specific scenario, but when you take a step back, it’s easy to see you need to prep for overall disaster, not specific ones. Don’t prep because a specific natural disaster may occur, but rather prep because it is the smart thing to do and to make sure you’re ready for as much as possible.
Learn about where you live and think about how disasters will affect you and your area specifically, and prep for those ideas. Some EOTWAWKI events require special planning, and those should 100% not be overlooked, so take a little from each. Tagged: Amateur radio, Electromagnetic pulse, Emergency Survival Tips, EMP, Faraday Cage, Global Positioning System, Hardening Prepper Communications Against EMP, Preparedness, Prepper, preppers, Radio, Survival and Primitive Technology, survival tips, Survivalism, Very high frequency.
As Preppers, we all continue to observe the world around us and update our threat assessment profile; at least that’s the plan, right? Recent events on the Korean peninsula have many Preppers considering the increased potential for a high-altitude electromagnetic pulse strike (‘HEMP’) against America. Should a HEMP strike occur, it will most likely take down most if not all of the national electrical grid, in which case we would enter into a worst-case grid-down survival scenario.
Preppers who have two working radios after an event will have a significant tactical advantage in executing their survival strategies.  And coordinating groups of Preppers using radio communications will enhance organizing any recovery efforts that may be undertaken at some point after such an event.
The first step, if you don’t already own a compliment of radio gear is to acquire some quality two-way communications equipment.
There are many companies who compete in the commercial-military radio communications sector, so choosing a company and its products are usually made by experience or second-hand referrals. With that said, I highly recommend that readers who are interested in affordable high-quality, robust radio gear visit ICOM’s website, where you can find a local dealer to help you with your individual needs. In order to have a communications capacity post-event (HEMP), Preppers need to implement EMP countermeasures for most if not all of their communications devices.
With regard to the first instance (‘a’); Shielding (Faraday Caging) is the key principle in protecting the radio chassis and its circuitry.
With regard to the second instance (‘b’) there are various types of coax, cables and filters that can be used that will either stop or attenuate the damaging pulse energy. First, with the recent advancements in EMP filter technologies, many in-line (coax and control cable) filters have become mainstream and are easily within reach (cost and availability) of all Preppers. Second, there is an abundance of information on ‘how-to’ harden your radio systems, which can be implemented with relative ease now that we can access filters and cables that work.
I hope that this brief article helps you to get started, or if you’re already radio-prepped, get your EMP countermeasures dialed-in.
You may not be not be so inclined to have a large metallic Faraday cage with you at all times, these shielding bags are a great choice of use. Batteries will normally not be affected by an EMP if they are separate or disconnected from a circuit pathway, but I store mine in the same place as that of my protected electronics for organizational reasons. Its discreet appearance makes it look like a bag one would carry to the gym or a work site. This simple, step-by-step system of videos and illustrated instruction manuals provides a blueprint for building one’s own off-grid power system, including electricity, heat and hot water. An EMP is essentially an intense burst of energy (for instance a lightning bolt, which is simply a highly concentrated EMP event that is very localized) that, depending on size and intensity, could potentially wipe out electrical and information systems across vast areas. In order to properly prepare for such a phenomenon – whether to defend against Mother Nature or technological warfare – it is imperative to have a clear understanding of what exactly an EMP is in order to properly prepare yourself to defend against it. This article also explores Faraday cages and how they can work to protect you against EMPs, discussing the features that are most important and various types you can purchase and build yourself. When this pulse comes into contact with electronic devices, it essentially overloads their more delicate components and fries their circuit boards. Whatever it is being stored in the Faraday cage must be insulated from the inside metal surface of the box, but should otherwise remain protected. On the contrary, the metal construction of most cars and trucks act as virtual Faraday cages for the electronic components contained within.  Therefore, if you were to insulate your vital medical electronics in tin foil, put them in a makeshift Faraday cage, and store it inside your vehicle, it should be protected from most moderate EMP strikes. While a powerful surge could wipe out the grid and shut off electrical services, the devices themselves would not be harmed if plugged into a surge protector.  However, they would need to be run on a backup power source in the event of this happening.
In the end, the best way to protect vital electronics, like those medical devices needed to sustain life, is to keep them disconnected from external power sources, away from antennas, and shielded in a well-sealed and insulated Faraday cage. Prepping is built around the idea of planning for unforeseen events to be ready when they come.
Learning from books like How To Survive The End Of The World As We Know It by James Wesley Rawles and the Army survival manual are necessary ways to make sure you’re as ready as you can be. This means that you should prepare the common items and skills that as many disasters share as possible. Many of the disaster types could involve airborne substances, whether they are diseases, fallout or chemical weapons, a good respirator seems like something that is commonly helpful, so this would be a great thing to prep.

Make a list of the top ten scenarios you feel are real and possible, and then order them in real-world probability. A nuclear attack on major cities will affect people living near those cities very differently than those living in the middle of Montana. If you live near the coast your preparations will be very different than someone living inland, since the coastal people also need to prepare for tsunamis. Generators are very useful survival tools, so why not shield yours with a Faraday cage just in case? There are lots of companies that make ‘consumer-grade’ equipment (AM-FM-CB walkie talkies), which do work well on a limited basis. In the interest of full disclosure I must first tell my readers that ICOM America is one of my sponsors.
This sounds like a daunting task, which is probably why many Preppers have failed to employ any EMP countermeasures on their communications equipment. Pulse energy that enters the radio equipment through its antenna’s coax or other cables connected to the radio. This can be accomplished by various means, which are outlined in the document that is associated to this article.
Due to the size and installation considerations coupled with the fact that you may be using your radio(s) on occasion, fixed-radios, such as base-stations are more difficult to store in Faraday Cages  than small hand-held radios. There are many excellent papers by various HAM radio groups and others on ‘how-to’ harden your gear, and I have provided one such document as a download herein below, as well the link to an online vendor for EMP filters. It’s called the Silent Pocket, which is designed to stop signals from entering an electronic device for the purpose of leaving the device on, but not transferring information or ringing when in important meetings. Also, I do not know how severe an EMP that occurs might be or how close the source that generated it is. All electronic devices could be rendered useless by such an attack for an extended period of time, throwing America back by 100 years or more. In fact, you can even hop on YouTube and build your own small EMP device that will emit a blast to completely wipe out electronic devices as large as … well, a small desk clock. But what if you plan for the wrong disaster and something you didn’t even see coming happens? Building a Faraday cage is a great way to prepare for a massive solar flare, but would do you little to no good for a bank shutdown. These will teach you how to survive using more than the things you stored away, and will keep you going for the long haul, no matter what disaster comes. This will help get your head into the right mindset and start you thinking a little more macro and a little less micro. If a banking collapse happens you would want to get out of cities ASAP, but if you live farther away from cities, you would want to prepare less for immediate running and more for defense and security for the people leaving the cities. Gold and silver are most useful in a governmental collapse, but are always worth something, so toss them into the mix, too. Mix things up and think about the probability of other SHTF scenarios to see what you can do to protect yourself and your family. However, in a dire situation that may last for months or possibly even a year or beyond, having high-quality military grade equipment is a good investment in survival.
The reason I chose ICOM America is because prior to their becoming one of my sponsors, I used their equipment for more than 20 years at sea in tough unforgiving conditions (heat, cold, seawater, etc.) and never had a single failure with one of their products.
I recommend buying ‘Marine’ radio gear, since it is built to withstand the unforgiving marine (ocean-going) environment. With regard to small portable and handheld radios, this can be as simple as putting your radios into a Styrofoam package (ice chest) and then placing that into an all-steel garbage can with a tight fitting lid. So one option is to protect them ‘in-place’, such that a surprise attack does not catch your radio without some protection. This will help to prevent the Electromagnetic Pulse (EMP) from entering the unit and harming the circuits inside the device.
You could be planning for a bank shutdown and an economic collapse, but instead a random solar flare knocks out all electronics and power.
The same goes for the respirators that would be needed in the wake of a super volcano and the little good they would do in a major weather-related disaster. Grab one or two major pieces of prepping from your list of disasters you made in tip #3 above and you’ll have a mix bag of survival that can be useful across the board. Preparing for that one specific scenario is still fine, but you need to have a backup plan in case something else happens so you can still thrive and survive. As a professional mariner, I cannot (and could not) afford to have any equipment failures at sea. For instance, their marine-grade VHF radio transceivers are sealed so well that they are waterproof (submersible) and meet stringent Mil-Spec ratings for many adverse conditions.
EMP filters on all cables and coax will also help protect against lightening damage to fixed radios. Think of the metallic outer shell as if it were an atmosphere, protecting your electronic world. So, how do you prepare for a disaster you feel is very real and possible while still hedging your survival in case you’re wrong? Many of their radios have built-in scramblers, which makes overhearing communications between you and your team members virtually impossible (an important feature in some scenarios).
So, well before ICOM America became my sponsor, I was literally betting my life on their radios.

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