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Geiger Counters & Iodide Supplements, the essentials - Health

Radiation detectors known as Geiger counters and potassium iodide supplements sales have soared after the recent Japanese reactor disaster. Iodide supplements are proven to block some amounts of radiation and are selling out in North America especially on the west coast of the United States. Sales of Radiation Detectors are also spiking. Geiger counters can determine how much radiation a person has been infected with.

The continued increase in sales of these items has been based on the news of Japans inability to cool down their damaged nuclear reactor cores in the Fukushima power plant. The possibility of a core meltdown is driving Americans to stock up on iodine supplements and Geiger counters. The realization that nuclear waste in the form of radiation clouds coming from Japan and reaching the US west coast is causing many to panic.

Retailers are rushing to restock their supplies of iodine pills and Geiger counters while experts in the US are trying to calm the population by insisting that no harmful amounts of radiation from the Japanese reactors will reach American soil. Geiger counters are used to detect ionizing radiation (usually beta particles and gamma rays, but certain models can detect alpha particles).

One of the nuclear experts, and also a professor at Northwestern University, Elmer Lewis, "I think it's exceedingly improbable I'd say impossible that this accident would deliver any detectable amount of radiation at ground level in the United States," said Elmer Lewis. Lewis continued to reassure the media that any amount of radiation from the Japanese reactors that do, if ever reach the US will have absolutely no health consequences. The US Nuclear Regulatory Commission also agreed with Lewis and said no harmful levels of nuclear radiation are expected to reach American soil. Despite such statements, Americans are scrambling to buy iodine pills and supplements along with Geiger counters. Potassium iodine which can to a certain degree protect the thyroid gland from radiation if taken shortly before exposure, does not protect other parts of the human body from radiation.

Companies that sell and stock iodine supplements are overwhelmed and many of these companies are saying their phones dont stop ringing. This has also been the case for companies that sell Radiation Detectors. American companies who sell Geiger counters and iodine pills are desperately looking to Europe and elsewhere to meet their supply demands.

Where to buy Geiger Counters - Technology - Gadgets and Gizmos

Named after Hans Geiger and W. Mueller who invented the device, the Geiger counter is radiation detection and measuring instrument. It consists of a gas-filled tube containing electrodes, between which there is an electrical voltage, but no current flowing.

When ionizing radiation passes through and ionizes the gas within the tube a short, intense pulse of current passes from the negative electrode to the positive electrode and is measured or counted. The number of pulses per second is an indication of the rate at which ionizing events are occurring within the tube.

To measure radiation, the Geiger counter is the best. Radiation readings allow you to monitor personal radiation exposure, monitor an area or perimeter, monitor changes in background radiations, detect nuclear leaks and contamination, ensure regulatory compliance or even check for radioactive minerals in the earth.

It allows through a simple handheld device to give accurate radiation counts. The Counter readings are the best available on the market now. Measuring a wide array of radiation (alpha, beta, gamma, and x-radiation). It is now the best way for you and your family to protect yourself from risky zones and evaluate your present condition.

Geiger counters dosimeters - which can range from the size of a pen to the size of a person's palm - are typically used to measure a person's exposure to radiation. They cost between $400 and $600, with most small enough to be either worn or carried in pockets.

Where to buy geiger counters?

Geiger counters being in such high demand over the last few weeks, resulted in producers not being able to keep up. Some producers opted for a policy organized around "triage" sell, consisting in selecting buyers which can be quite aggravating.

Should you rush out and order one today? Well, it may not be a bad idea, given that it could take up to 6 months to get one shipped to you. In this day and age, you never know whether Japanese nuclear officials, or eve U.S. agencies and officials are telling us the whole truth about the extent of the radiation, not just from Japan, but radiation from nuclear power all around the world.

If you live in close proximity to a nuclear reactor it may make sense to have one on hand to see for yourself whether any radiation is escaping from your local nuclear plant.

We at Geiger counter kits we offer a platform for anyone that wishes to find a counter easily and fast.

You can buy a Geiger counter for a pretty reasonable price these days so feel free to browse our selection of Geiger counters for sale at

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All about Geiger Counters - Technology

A Geiger counter is an extremely useful gadget, which is used for measuring radioactivity. These units are capable of determining the nuclear radiation like alpha particles, beta particles and even gamma rays. This counter was the creation of a well-known scientist, whose name is Hans Geiger. The name of this counter has been kept after his name as Geiger counter. The measurement work achieved in health physics, geology, trade, and varied other areas are mostly carried by this particular product as they can be created with the electronic circuits. With the density of the gas on this instrument kept at a low degree, the excessive energized gamma photons can cross by simply, without even getting detected. Specifications of Geiger counter

The Geiger counters include a singular Geiger tube, which is principally famous for detecting gas. It additionally accommodates varied kinds of purposes associated to the geophysics, nuclear physics, and medical therapies too with the presence of isotopes and x-rays. It's mentionable that, there are numerous counters that have electrodes in it and are termed as multi wire proportional counters.

Working Principle of Geiger counterThe sensor is a Geiger-Mller tube, a fuel-stuffed tube that briefly conducts electrical energy when a particle or photon of radiation briefly makes the gasoline conductive. The instrument amplifies this sign and displays it to the user. The core of a Geiger counter is a Geiger tube, a glass cylinder crammed with a fuel such as helium, neon, or argon. A thin metal wire runs down the center of the tube, charged with voltage which varies, relying on the applying, however is usually around 1,000 volts. When ionized particles come into contact with the gas within the tube, they collide with the fuel and produce an electron. The electron is drawn in the direction of the charged wire in the middle of the tube, colliding with extra atoms and ionizing them alongside the way in which, and making a cost on the wire. This cost could be translated into a measure of how a lot radiation is energetic in the area.

Advantages of Geiger counterIf you are working in an x-ray lab, there could be a possibility of a leakage or an exposure. Geiger counter checks that and helps you in getting ready for the situation in advance.When discovering minerals in the rocks, this device could be fairly helpful to locate the radioactive minerals and rocks.They can detect very low levels of radiation - a single particle might be detected.Even academics use this instrument to elaborate their examples on the radioactive topic to the students.The risk of radiation is set by the fireplace brigade personals and police with this system, in case of a fireplace breakout.It acts as a fantastic assist close to a nuclear energy plant to test the environmental ranges of radiation.

Numerous Kinds of Geiger counterThere are several manufacturers that produce the Geiger counter. Geiger counter are available in lots of brands. You may surf them by way of web to find the best. Though, all these models differ of their functionality, peculiarity, and sensitiveness and of their worth too. Certainly you will also get the counters in the market that has high video and audio output. It's mentionable that, the units that can detect even the minimum radiation are thought-about because the best. These counters are also costly in comparison to the ones which can be in a position to detect only the excessive radiations.

The LED DisplayNo matter reading of the radiation has been detected by the counter, it is vitally vital so that you can have a superb take a look at it. You will receive desired information about the detection of the gas with the help of unique LED show on the Geiger counter. The purpose of LED display is extensive because it offers you with extra information that may prove to be really handy at times.With so many benefits and advantages derived from the Geiger counter, it's best to actually go for them to have a good thought concerning the ranges of radiation round you. These devices are available online too, the place you may evaluate them with completely different models and get the most effective one for yourself.

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Radiation Exposure: What can I do? - News - Current Affairs

Experiencing the front line of a crisis is a terrifying experience, especially in the face of uncertainty and fear of the unknown. This point is especially well illustrated in Japans ongoing nuclear crisis. For over a week now, rescue workers in Japan have dealt with floods, fires, power outages, and infrastructure damage, all compounded with the threat of an escalating nuclear crisis. Radiation levels are at elevated levels for miles around the Fukushima Dai-ichi nuclear complex and scientists are scrambling to determine how much radiation has already been released into the environment. In the interest of providing a little peace of mind to security personnel across the globe whose line of work brings them into contact with critical situations, we have a few basic suggestions on how to avoid radiation risks.

The way the public views radiation has been shaped by some of the most horrific incidents in modern history: Chernobyl and Hiroshima. These extreme cases have influenced many to assume that radiation is an exotic and deadly phenomenon. In reality, our environment is steeped in radiation that our bodies absorb without any proven ill effect. The most important factor in understanding the impact of radiation is quantity how high radiation levels are and how these levels translate to risk.

Security personnel are key and assist as the first line of defense against these varying dangers of radiation. Organization is extremely important in crisis situations, and even just a few informed individuals can drastically change the outcome of a hazardous situation. Security personnel have to act quickly to mitigate and ascertain the amount of radiation in the environment. Two tools that are absolutely essential to security personnel in a radiation crisis are the dosimeter and radiation detector.

A dosimeter is a small badge worn on the body or a small handheld device used to measure how much radiation the person has been subjected to. Security personnel are often exposed to more radiation in their line of work, and must carefully monitor their dosimeters to tell them when they are approaching risk levels and must leave the danger area. To give some idea of safe radiation levels, natural background radiation the radiation that we are exposed to every day from cosmic rays and naturally-occurring radioactive materials is about 620 millirems per year in the United States. A coast-to-coast airplane trip will expose you to about 12 millirems, and a year of watching four hours of television per day adds up to about 2 millirems. These quantities are miniscule compared to a federal occupational limit of exposure at 5000 millirems per year. Children and pregnant women have much lower exposure levels, and very high levels of radiation can cause serious health risks in a sh ort time.

Radiation detectors are indispensable to security efforts because they allow personnel to find contaminated areas and people quickly. A common detector that has been used in the past is a Geiger-Mueller detector, or a Geiger counter. A Geiger counter is a very low cost detector, typically less than $500 USD, and provides very basic detection of large levels of radiation. However, they have significant limitations in a radiation crisis including limited to no detection of lower levels of radiation that can still be dangerous, as well as slower response time. One of the best detection technologies on the market is called a scintillation detector. These detectors, on average, are 100 times more sensitive than Geiger counter and respond more rapidly to radiation, usually within one second, and typically cost around $1,200 USD. The much greater sensitivity of scintillation detectors is important in situations like the Japanese nuclear crisis because the heightened environmental levels of radiation in the ocean near the complex (which are 127 times normal background levels) would not even show up on a typical Geiger counter. The information scintillation detectors gather from radiation can even be used to identify different radioactive isotopes. Devices such as the D-tect Systems mini rad-D (a personal handheld detector) and rad-ID (a handheld radiation detector and identifier) and regularly used by security personnel and individuals in such situations to detect and, where necessary, identify the types of radioactive materials a person has been exposed to.

The procedures outlined by government agencies are carefully adapted to each dangerous situation and should be strictly adhered to. These procedures aim to limit the spread of radiation and minimize risk to exposed areas. Although the specific instructions given out for each incident vary, here are a few general guidelines that should always be followed.

First, in case of radiation contamination, get people (including yourself) out of harms way as quickly as possible and notify authorities. Radiation spreads easily though blowing dust and smoke, so radiation-free secure zones must be established by sealing off areas from the outside environment by closing and weather-proofing doors and windows and placing food and water in well-insulated areas such as basements.

Second, since human skin generally acts a good barrier against low-level radiation, the biggest threat is breathing in radioactive materials or somehow ingesting them. Make sure to wear a face mask in areas that may be contaminated and wash hands regularly. If you suspect someone has been exposed to radioactive dust, the best solution is usually as simple as discarding contaminated clothing and washing with soap and water, as this will rid the body of radiation before it can cause damage. As an additional guard against significant amounts of radiation, potassium iodide tablets are sometimes given to protect to the thyroid gland.

Third, preparation is vital when it comes to any kind of disaster, and we recommend everyone keep an emergency kit close at hand so that they can be personally prepared in case of any crises. This kit should include such things as food and water for a few days, water filtration kit, emergency blanket, rain gear, batteries for radios and detectors, dust mask, extra clothing, flashlight, candles, waterproof matches, cooking utensils, necessary medications, and a first aid kit. Although we generally take these supplies for granted, shortages can occur quickly in crisis situations.

Although the current nuclear crisis is fraught with unanswered questions, appropriate preparation will enable you to minimize potential risks and provide you the ability to safely navigate through any crises, including potential radiation exposure.

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Radiation Exposure: What can I do? - News - Current Affairs

Experiencing the front line of a crisis is a terrifying experience, especially in the face of uncertainty and fear of the unknown. This point is especially well illustrated in Japans ongoing nuclear crisis. For over a week now, rescue workers in Japan have dealt with floods, fires, power outages, and infrastructure damage, all compounded with the threat of an escalating nuclear crisis. Radiation levels are at elevated levels for miles around the Fukushima Dai-ichi nuclear complex and scientists are scrambling to determine how much radiation has already been released into the environment. In the interest of providing a little peace of mind to security personnel across the globe whose line of work brings them into contact with critical situations, we have a few basic suggestions on how to avoid radiation risks.

The way the public views radiation has been shaped by some of the most horrific incidents in modern history: Chernobyl and Hiroshima. These extreme cases have influenced many to assume that radiation is an exotic and deadly phenomenon. In reality, our environment is steeped in radiation that our bodies absorb without any proven ill effect. The most important factor in understanding the impact of radiation is quantity how high radiation levels are and how these levels translate to risk.

Security personnel are key and assist as the first line of defense against these varying dangers of radiation. Organization is extremely important in crisis situations, and even just a few informed individuals can drastically change the outcome of a hazardous situation. Security personnel have to act quickly to mitigate and ascertain the amount of radiation in the environment. Two tools that are absolutely essential to security personnel in a radiation crisis are the dosimeter and radiation detector.

A dosimeter is a small badge worn on the body or a small handheld device used to measure how much radiation the person has been subjected to. Security personnel are often exposed to more radiation in their line of work, and must carefully monitor their dosimeters to tell them when they are approaching risk levels and must leave the danger area. To give some idea of safe radiation levels, natural background radiation the radiation that we are exposed to every day from cosmic rays and naturally-occurring radioactive materials is about 620 millirems per year in the United States. A coast-to-coast airplane trip will expose you to about 12 millirems, and a year of watching four hours of television per day adds up to about 2 millirems. These quantities are miniscule compared to a federal occupational limit of exposure at 5000 millirems per year. Children and pregnant women have much lower exposure levels, and very high levels of radiation can cause serious health risks in a sh ort time.

Radiation detectors are indispensable to security efforts because they allow personnel to find contaminated areas and people quickly. A common detector that has been used in the past is a Geiger-Mueller detector, or a Geiger counter. A Geiger counter is a very low cost detector, typically less than $500 USD, and provides very basic detection of large levels of radiation. However, they have significant limitations in a radiation crisis including limited to no detection of lower levels of radiation that can still be dangerous, as well as slower response time. One of the best detection technologies on the market is called a scintillation detector. These detectors, on average, are 100 times more sensitive than Geiger counter and respond more rapidly to radiation, usually within one second, and typically cost around $1,200 USD. The much greater sensitivity of scintillation detectors is important in situations like the Japanese nuclear crisis because the heightened environmental levels of radiation in the ocean near the complex (which are 127 times normal background levels) would not even show up on a typical Geiger counter. The information scintillation detectors gather from radiation can even be used to identify different radioactive isotopes. Devices such as the D-tect Systems mini rad-D (a personal handheld detector) and rad-ID (a handheld radiation detector and identifier) and regularly used by security personnel and individuals in such situations to detect and, where necessary, identify the types of radioactive materials a person has been exposed to.

The procedures outlined by government agencies are carefully adapted to each dangerous situation and should be strictly adhered to. These procedures aim to limit the spread of radiation and minimize risk to exposed areas. Although the specific instructions given out for each incident vary, here are a few general guidelines that should always be followed.

First, in case of radiation contamination, get people (including yourself) out of harms way as quickly as possible and notify authorities. Radiation spreads easily though blowing dust and smoke, so radiation-free secure zones must be established by sealing off areas from the outside environment by closing and weather-proofing doors and windows and placing food and water in well-insulated areas such as basements.

Second, since human skin generally acts a good barrier against low-level radiation, the biggest threat is breathing in radioactive materials or somehow ingesting them. Make sure to wear a face mask in areas that may be contaminated and wash hands regularly. If you suspect someone has been exposed to radioactive dust, the best solution is usually as simple as discarding contaminated clothing and washing with soap and water, as this will rid the body of radiation before it can cause damage. As an additional guard against significant amounts of radiation, potassium iodide tablets are sometimes given to protect to the thyroid gland.

Third, preparation is vital when it comes to any kind of disaster, and we recommend everyone keep an emergency kit close at hand so that they can be personally prepared in case of any crises. This kit should include such things as food and water for a few days, water filtration kit, emergency blanket, rain gear, batteries for radios and detectors, dust mask, extra clothing, flashlight, candles, waterproof matches, cooking utensils, necessary medications, and a first aid kit. Although we generally take these supplies for granted, shortages can occur quickly in crisis situations.

Although the current nuclear crisis is fraught with unanswered questions, appropriate preparation will enable you to minimize potential risks and provide you the ability to safely navigate through any crises, including potential radiation exposure.

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10 myths about radiation - Health

Since there are too many people misbelieving that we are dying from any radiation exposure, there is a need to belie the most common radiation myths.

Two-headed cowThe real story was that a 2-month-old infant was put on the conveyer at the airport and was screened by the x-ray unit, normally used for looking at carry-on luggage. Once the operator noticed the outline of the baby, he immediately turned the x-rays off. So, the amount of radiation exposure the baby could have received was at the worst case the same as people receive every day from natural background radiation. The norm of daily radiation exposure is 0.001 rem, which is 100,000 times less than the dose that might cause the baby to get sick. In fact, there was more harm done to the baby by the ambulance travel and the needle sticks for obtaining blood and other samples to find out whether the radiation caused any effects.

Airport x-ray machinesMany people believe that the metal detectors they had been walking through at the airports are exposing them to radiation. This is not true. However, nowadays there are screening detectors of a next generation out there, which do expose people walking through them to radiation. Still, the rate of radiation it exposes people to is again 5 to 100 times lower than what we receive every day from natural background.

Two-headed cowTwo-headed cow is believed to be a result of radiation released by the local nuclear power plant. In fact, this is the type of myth which can never be formally proved right or wrong, since there's no scientific evidence to claim that it was radiation exposure which caused the abnormality. All people can point at when trying to prove them right is television and comics, like Spiderman and the Hulk. In most cases, people just connect two facts together: the existence of the two-headed cow and the location of a nuclear power plant, and make groundless conclusions.

Radiology x-raysSome people think they get too many x-rays done at the hospital. However, there's no limit on prescribed medical radiation exposure. Besides, it's up to you to refuse to have x-rays done, or ask your physician about the advantages of having one or more x-rays done.

Human-made radiationHuman-made radiation is for some reason considered worse than natural radiation. This is just another myth, because radiation is the same regardless of its source - nature or humans. So, there's no difference between radiation resulted from exposure to nature and human-made radiation.

No harmful radiationWhen people claim that there's no harmful radiation at site, it causes question about whether radioactive material was found at the location at all, and if it was, what made the radiation not harmful. Usually such claims are made when the radioactive material was found at the location, but its amount wasn't enough to cause harm to people. Instead of claiming the radiation is not harmful, people should focus their attention at the question of why it was found at site.

Irradiated foodMany people misbelieve that their food becomes radioactive if it is irradiated, and oppose to the process. However, the truth is that the food doesn't become radioactive because of irradiation and there's no scientific evidence that it forms any harmful chemicals. Instead, food irradiation is good for our food because of many food-borne illnesses and deaths that can be prevented by irradiation. The matter is that irradiation kills the bacteria residing in food which causes people to get sick. Statistics show that if half of the food was irradiated, around 1,000,000 cases of bacterial infections could be avoided, which would save 350 lives annually.

Whole-body CT scanSome people even recommend the others to go to their doctors and ask for a whole-body CT scan in order to make sure they have no cancer. However, this procedure alone won't confirm the presence of cancer, but will only expose you to radioactivity. Nevertheless, lots of free-standing medical clinics with CT units were built with a purpose of satisfying the increased demand for the scans. Meanwhile, the scan is only needed if there are signs of sickness and after conversation with a doctor.

Of course, it would have been great if one simple test was able to find out what is wrong. Unfortunately, current technology can't do that yet, so any tests involving radiation exposure can only be performed with a valid medical reason.

Dental x-rays cause headachesWhile large doses of radiation do cause such effects as nausea and vomiting, small doses do not. So, the dose from such diagnostic medical exams as dental x-rays cannot cause a headache or otherwise make people sick.

Radiation detectors prevent terrorist attackIndeed, radiation detectors at ports of entry like airports and stations are able to detect different threats like explosives and radioactive materials if they are located in incoming containers or on incoming people. However, terrorists can harm people and cause panic in many other ways, which radiation detectors at a port of entry can't prevent.

Potassium iodideThe rumors are that potassium iodide pills are usually given to people living 25 miles far from the nuclear power plant in order to protect them from radiation in case of a release. In fact, taking potassium iodide can only help your thyroid not to take up much of the radioactive iodide as without taking the pills. The pills work by filling up your thyroid gland with potassium iodide, thus leaving less or no room at all for radioactive iodide which can be breathed in or taken in through your mouth. That's it, so the pills don't really protect you from any other types of radiation, as well as they don't protect from the radioiodine outside your body. Finally, the pills are only effective if taken within a few hours before an incident or right after the release of radioactive iodide.

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First there was Three Mile Island Followed by Chernobyl and Then Fukushima Dai-ichi, Who Is Next? - Technology - Electronics

While most of the so called First World countries have been peacefully enjoying the fruits of the electricity generated by nuclear power plants for several decades, it has not been without its fair share of problems. The first major release of gamma radiation into the atmosphere by a nuclear power plant occurred in 1979 when Three Mile Island next to Harrisburg suffered what was reported as a minor leak, but was eventually found to have been a full meltdown of one of the reactors.

In 1986 the Chernobyl nuclear power plant in the Ukraine went into catastrophic meltdown as one of the containment vessels ruptured and created a reaction that led to radioactive smoke floating over large areas of the Soviet Union and Europe. This was the first Level 7 nuclear disaster on a scale developed by the International Atomic Energy Agency and to date the worst such disaster in history with an expected final death toll expected to number in the hundreds of thousands.

Finally there is the Fukushima Dai-ichi disaster in Japan that occurred as a result of an earthquake in March of 2011 and the ensuing tsunami. Here three of the reactors are known to have gone into full meltdown and there were numerous explosions within the facility that have led to the release of gamma radiation into the air and into the oceans as sea water was pumped into the reactors to try and cool them down. The net result is an unacceptably high level of gamma radiation in the surrounding area that may render it uninhabitable for years to come.

So what does this mean for the average person or even more importantly for anyone who works in the emergency services fields, which includes police, fire, rescue and emergency medical personnel? In essence it means that you are at risk of being exposed to unacceptably high levels of gamma radiation at any time if you live or work in the vicinity of a nuclear power facility or are called help out near one in the event of a natural disaster.

Part of the problem lies in the fact that the majority of these facilities were built decades ago, long before current technology would have changed the way they were designed and built. Many here in the US are far past their original expected lifespan and have been "recertified" several times and updated in attempts to make them safer, more accurately to monitor radiation levels, meet new standards and keep them online far longer than they were originally designed to last.

It also means that your risk of radiation exposure is far higher now than it has ever been at any time in the past. Many of these structures were not built to withstand earthquakes or as in the case of the Fukushima Dai-ichi reactor, an earthquake, followed by a tsunami. As such, given their overall age, the chances of another major nuclear catastrophe are very high and it will be up to you to monitor the radiation levels you are exposed to or suffer the consequences.

There are several different devices that you can use to monitor radiation levels around that will let you keep a close eye on radiation levels. Unless there is a disaster, the average amount of background radiation you are likely to be exposed to over your lifetime will never be enough to cause any problems, however in the event of a radiation leak, the levels can become high enough to cause health issues very quickly. You should have access to radiation monitoring equipment that will give you advance warning of a rapid increase in radiation levels.

Where once the only form of radiation detectors was the simple Geiger counter, which was not very accurate, today there are several personal radiation detectors on the market. These new detectors are as much as one hundred times more sensitive than the Geiger counter and can provide you with the most accurate results in history within as little as one second. These units can tell how high the radiation level you are dealing with is and what type of radiation it is in case you should need to seek medical attention.

The newest generation of radiation detectors from U Detection combines gamma, gamma/neutron radiation detectors with a built in dosimeter. These devices were designed for use by first responders, law enforcement and those in security whose jobs may take them into areas where they are likely to face exposure to any type of radiation that can cause physical harm.

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Portable Intelligent Radiation Detector Control the Amount of Radiation You Are Exposed To - Technology - Electronics

Portable Intelligent Radiation Detector Control the Amount of Radiation You Are Exposed To

The world has completely changed today. Technology has greatly advanced and despite the fact that this advancement has brought with it many benefits, it has also come with a lot of downsides. Among the greatest of these downsides is nuclear pollution. Radiation in excessive amounts is actually very harmful to people. In order to stem the negative effects of nuclear pollution, get yourself the Portable Intelligent Radiation Detector - Alarm Built In - Prevent Nuclear Pollution. This great device helps you to be able to tell the amount of radiation that you are exposed to and also to be able to detect when the radiation has reached alarming levels.

The Intelligent Radiation Detector with a built-in alarm that is portable is a detector for radiation doses and is a 200A type. It is powered using batteries, has a light weight and is pocket sized. It also has a very big LCD screen from which you can read the radiation that is around you accurately and also read the radiation that has accumulated within a precise period of time. It is possible to make use of it in harsh environments and it makes use of single chip technology. The moment the level of radiation goes above the threshold or in the event that it becomes blocked, the alarm system is automatically switched on. Thus you are able to get a warning in advance of the impending danger and be able to take the necessary measures in time and avoid very hazardous situations.

The Radiation detector with built-in alarm-Portable intelligent has a variety of great and beneficial features. Among these features is the fact that it consumes very little power. It has very high sensitivity thus making it very effective in reading the radiation levels. It is very effective in the support of cumulative storage. Even better this device is able to support blackouts. It is deep blue in color and has a dosage rate of 0.01usv/h-5msv/h and the warning threshold stands at 5msv/h. It is very fast and its alarm response time is less than three seconds. It works well with an environment temperature of: -10- 50 and environment humidity of 90% with the lack of condensation.

Excess radiation has very adverse effects on anyone who is exposed to it. However, it is possible to avert these damaging effects with the help of this amazing device, the Portable Intelligent Radiation Detector - Alarm Built In - Prevent Nuclear Pollution. It is without a doubt a very effective device and will help you avoid a whole lot of dangerous situations. Do not wait to cure a radiation situation, prevent it with this out of the world device. Its light weight and low power consumption make it a very convenient device to have and it is also very easy to carry around. To add on to all its great benefits and features is its great price- the Radiation detector with built-in alarm-Portable intelligent is very cost effective!

To find out more information on Ankaka's line of Wholesale Radiation Detectors check out this link: /Wholesale-radiation-detectors_c10120

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