Very simple fact: Metal detecting is the world's most awesome hobby! If it were not for metal detectors a great number of awesome, scarce, and not to mention notable artifacts would likely still be languishing under the grass concealed from eyesight. A great number of things were found merely by sheer chance, however the greater part of them were discovered in places that had been methodically investigated prior to any seeking took place. I have been a keen metal detectorist for longer than thirty-five years, and during this period I have discovered a number of powerful methods to raise my finds rate, and several 'off beat' methods to earn money with my metal detector too! But first, allowed me to start off this enlightening ebook by providing you one simple fact...It is easy to be prosperous being a metal detectorist - When you know the tricks of being successful ! The issue is that well over 95% of so called 'metal detecting specialists' have no clue what they're doing with regards to utilizing their metal detectors to their full capability. They are aware precisely what every last switch and switch on their individual detector actually does, know the exact battery pack consumption, and have absolutely every one of the latest gizmos, however their finds collection is usually extremely sparse. So don't beat yourself up if you're not as productive as you wanted with using your metal detector....It certainly is not your fault. ..and below is why... with The majority of the help and advice available to metal detectorists is produced by people who don't understand what they're doing.... It's like the blind leading the blind. Trust me I know. Over the last 35 years or more I've devoured a fortunes worth of literature, courses and video's that I thought would certainly give me the 'secrets.' It was not until I set about to question the ways they presented, and take a look at my very own new practices that I seriously discovered what proved helpful and what didn't. I was fortunate. I not merely had a number of detectors to check my theories and methods, I also had authorization to search on countless acres of terrain to put them to the test. Several worked perfectly......Other ones flopped. While some purely took my breath away! The 10 secrets I'm preparing to reveal aren't theories. They are not hearsay. They are tried and tested 'in the field' and every single one of them can help increase your finds tenfold. I promised you a great deal with this article, and you're going to get every single technique 'on a plate.' So get comfortable. Turn your telephone off. Put the 'Don't Disturb' sign on your door. And lock yourself away for the next 10 minutes or so. One last point...As you go through this report you may find yourself pondering - that's self-explanatory - I already know that or what's so remarkable about that? Any time you sense yourself doing this STOP yourself and ask 'But am I using this type of method whenever I am out there searching?' Quite frankly , if you are regularly doing one or two of these tactics I'm going to be surprised - that's the reason this stuff's so impressive! Why don't we get started with possibly the No 1 worry for most metal detectorists. 1) Getting permission from property owners to search around property. This is definitely a tough one. Many people lack the self-confidence to inquire about authorisation from the get go for the fear of rejection. This is ordinary human behaviour, and this instinctive emotion paralyzes and prevents us from performing many of the things we really wish to do. However, there is a very simple strategy to triumph over this debilitating emotion: Create a more significant fear of regret. Allow me to attempt to clarify by quoting an example of an experience I had several years ago. In close proximity to where I lived was an old farm house close to a 13th century church. Part of the church wall structure had been repaired in antiquity wilh roman floor tiles, meaning that there must be roman remains or perhaps a villa nearby and for that reason perfect metal detecting terrain. But even though I vaguely knew the landowner he was renowned for being very disagreeable and bad tempered. Due to this I never contacted him to ask to search his land. One day as I drove past his property I was taken aback to notice a chap with a metal detector upon one of his fields. I parked up and strolled back to have a chat with him. I informed him I too was a metal detectorist and enquired how he was getting on. "Best day of my life" he replied, and opened up his container to reveal to me his finds. He had a veritable treasure trove. A stunning enameled roman brooch of a hare, numerous roman silver coins, a roman bronze brooch in the style of a flamingo, numerous roman bronze coins, and to top it all off, a gold half noble of Edward the third. I was dumbstruck! A couple of years later, I saw the farmer at a church fund raising occasion. In the course of our chat I let him know I was very much interested in metal detecting.,"Why didn't you say so" he said "You could have searched my land, but regrettably I have someone currently doing so. " Wouldn't you just know it. Why had I not askedcontacted him when I had the chance? Do I regret it? You bet I do! I hope my misfortune will stimulate you to spring into action and get asking! Don't be left with just regret. After all what's the toughest thing that can happen? A refusal that's all. No broken bones and no blood spilt. It's certainly not that terrible is it? So how can we improve our chances of getting a yes? In the early days of metal detecting there seemed to be no worries at all in getting authorisation to search. Landowners were curious about the activity, and in the history of the land they owned, but things have altered over time. A large number of small farmsteads have disappeared, and vast tracts of land are now owned by corporations that deny access. A small group of metal detectorists have bought the metal detecting pastime into disrepute through their unlawful behavior, and the media typically has a adverse view of our hobby. But all is not lost. I find the technique here is to build trust. My tactic these days is not to mention metal detecting in any way when first approaching a landowner. I introduce myself as an 'amateur archeologist' or 'birdwatcher' when I ask permission to access the land. Then after a couple of successful sessions, when I next meet them, I explain something like "I saw an interesting area when I was out in your fields today, and wondered if you would mind if I gave it the once over with my metal detector?" I have yet to have a refusal with this type of question. Other terms that can help with building trust include "I will of course regard your crops" and "I am more than happy to report anything I may find to you personally" It's also a comfort to landowners if you hold a public liability insurance policy. Nowadays this can be obtained quite cheaply. To be able to explain to a landowner that you are totally insured by $5m public liability insurance often works wonders. I commonly drop this in the conversation if I sense a little reluctance to grant permission. Always try to speak with the landowner direct as opposed to a staff member. Be prepared to meet a landowner or farmer very early in the morning to chat with him. He will respect you for fitting into his busy routine. Always present some kind of i . d . such as a driving licence. Leave a card with contact phone number. Agree to a 50%/50% split on anything of value that you may find. Offer to show just how the metal detector works as many 'non-detectorists' believe that you are going to dig waist deep pits on their land therefore threatening cattle. Make clear this isn't the case. Attempt to do a little research on their land with old maps prior to visit. Try to notify them of a fact about their land they may not know like "Did you know that there was once a cattle fair held on your land" You will be surprised how quickly a 'no' can turn into a 'yes' once you find some common interests! 2) The deepest buried items are ALWAYS found while the earthis wet. Here we go with human instinct yet again. We don't like to be wet! And freezing and soakedis even worst. So much of our metal detecting is done when the weather is fine. But a majority of detectorists don't perfectly understand that wet earth helps the conductivity of your metal detector a lot, (Up to 50% added depth) and therefore it can help locate deeply buried items. I have frequently been to sites that have produced minimal by way of finds in the hot summer months, but have then surprised me by just 'coming alive' and producing numerous finds when I revisited in the course of the wet winter months. Do not make the error of disregarding a site as 'unproductive' when you have only actually searched there at the time of the summer. For those who have I urge you wrap up dry and warm, and return there in the winter months. I can practically guarantee you are in for a pleasant surprise if you do! 3) Search SLOWLY. You'll have heard how crucial this is many times, but few detectorists really fully understand exactly why you should searchin this manner. This is crucial stuff so bear with me and I will attempt to describe in simple terms whythis is so. It is all with regards to how the ‘footprint’ a metal detector search head actually works beneath the earth. Let us say you have a circular 9" search head. At soil level, with the search head parallel to the soil your effective search area is going to be the same as the search head. ie a 9 wide circle". Now make an effort to imagine a 'cone' shape like an ice cream cone, also 9” across at the circular wide end and attached below the search head, with the pointed end going down. If your metal detector has a optimum depth of say 10", the point of this imaginary cone with be 10" deep. Now given that we are dealing with a cone shape, if you take a 'slice' through the cone anyplace below the search head, the area here will be smaller than 9". At say 5" deep it might be just 4.5" in area. (50% smaller) This 'smaller' area is the area your metal detector will detect any items buried at 5" deep. Essentially your metal detector now has a substantially reduced search head width of only 4.5" for discovering any object buried at 5" deep. As the objects get deeper the situation gets even worst. At a depth of 7.5" your effective search head decreases to approximately 2" diameter, and near your optimum search depth of 10" it is more or less zero! 4) The most beneficial course of action to search HILLS. Hilltops have often been a most popular location for man. As a lookout spot, or possibly a fort or sanctuary, and as a result will make good metal detecting territory, however, many detectorists don't find them effective searching grounds. They turn up, head promptly for the top of the hill, and after an hour or so of fruitless searching they head back home again. The trick here is is not to search the summit, but search the area in between midway down and the bottom of the hill. The reason being that a natural phenomenon named 'soil creep' that means the topsoil and stones have got a natural tendancy, as a result of the motion of wind and rainwater, to advance from the top of hills towards the bottom. You will of course realise that any hilltop artifacts also will move with the soil which means this is where we have to search. A drawback of soil creep to detectorists is that items around the very bottom of the hill can frequently be buried quite deeply, so I would recommend starting about halfway up and just as before, search very slowly. 5) Searching OLD TRACKWAYS You will discover tens of thousands of these available to search, many on public land. But much like hills a lot of detectorists tend not to search the most productive places. You don't want to waste time searching the tracks themselves. These were usually just a fast means of travelling from A to B, both by horse or wagon. People would not remain on the tracks, they camped in close proximity. These areas are where you should be searching. Endeavor to put yourselves in their shoes. Where is the natural protection from rain or the wind? Where is there water? Is there a spring or creek in close proximity? Look for indicators that could show old camping places. Tumbledown natural stone walls or rotting tree stumps for instance. A classic sign I have located on quite a few occasions is a numberof brick sized rocks organized in a large rectangle. These rocks were utilised to hold down the sides of large canvas tents, and simply left 'in situ' when the campers moved on to anotherspot. Take advantage of Google Earth to investigate probable areas. Good indications are cleared areas, usually circular, and differently coloured areas of grassland inside anotherwise normally coloured field. A lot of these camping locations were used for hundreds of years, and many remain to be identified. Find one and it may turn into a goldmine ! 6) Ask QUESTIONS...and pay attention to the ANSWERS. Earlier times is nearer than you believe! Incredible as it sounds the final surviving widow of a man who fought in the American Civil War, Maudie Hopkins, died on August 17, 2008. Yes, just a short time ago. My very owngrandfather was born in 1856, and I have personally spoken with a cavalry man who fought with a sword and lance on horseback in the Boar War in 1899. You can find people still living today who know the location of long forgotten about dwellings and homesteads, picnic spots, funfair and get together places. Once they pass on that knowledge passes with him or her. Produce a list of all elderly family members and close friends and ask questions. Do it TODAY! The next day could be too late! They'll be pleased for the chance to chat. Where did they go to school? Where did their parents or grandparents go to school? Where did they spend their childhood school special occasions. Did they have a favourite fishing spot or swimming hole? Use your imagination. Their responses could be very helpful for your metal detecting research. 7) The relevance of PLACENAMES. All maps, but particularlyolder maps, supply you with a large amountof details to help you find new areas to search in the form ofplacenames and fieldnames. Most of these places are usually named after people, features, or occasions. Many are really apparent. For example the town of Battle in England was titled as such simply because it was the site of the battle of Hastings in 1066. And what metal detectorist would neglect such gems as fieldnames I have locatedof silver penny field, temple field, fair field, gold field, or silver acre? A excellent idea for discovering previously unknown roman roads in the UK is to search for field names including the words 'street' or 'stret' for example two I have found termed 'stretend' or 'street orchard'. Then working with a clear plastic ruler and a map showing the area, try to line up any natural features to reveal the straight line of a roman road. For instance there might be a straight length of trees bordering the field. Lay your ruler parallel to the hedgerow and see if any different feature, perhaps a laneor farm track, lies on the very same line a little distance away. If that's the case extend the line further away and try and lengthen the line even further. Do not forget to include modern day roads also as these are often built over earlier roads. Tracks, footpaths, field boundries, and ditches may all be included when making use of this approach. Keep in mind there is going to be 'gaps' in the line you're in search of such as open fields or even buildings. These gaps are a result of modern development. Just focus on finding these long lines and perhaps you may find yourself a roman road. If you do then bear in mind, just as in the advice for trackways, to search areas further away from the road alone. The majority ofthese roads were employed for quick transport of military personnel and theirresources, not general commerce. You needto identify the camping locations used by these people. Also look within the map for various other indicators of earlyhabitation. Circular or semi-circular fields ought to be researched as they were often fortified settlements. I once found an unknown roman villa by spotting a loop shaped detour in an otherwise straight modern road. There seemed to be no reason at all at all exactly why this feature should be there. On further research I found the road ‘detoured’ around the site of this villa and it has since become one of my favourite metal detecting sites. 8) Dig those deep "IRON" signals occasionally. The majority of us are confined on the time we can spend detecting, so therefore we set up our detectors to discover exclusively non-ferrous items. But you are going to be missing out big time if you do this continuously. Many large, deeply buried non-ferrous objects will trick your detector and give a loud, wide 'iron' signal, and the sole method to know if it is truly iron or not is to dig it! Frompersonal experience I know this to be true. Some 'iron' signals I have dug have proved to be a bronze age axehead, a large brass travelling inkwell, and even a hoard of civil war era silver coins. Clearly if you dig these types of signals you'll without doubt dig up some iron horseshoes too, but just imagine what you may be missing if you underestimate them. I would also urge you to keep digging even if you haven't located the buried item after digging down 12" or so. I realize how awkward this can be sometimes, especially if the hole that you are digging is in a nice even field! The heap of excavated earth becomes bigger and bigger, and the signal is still down there! A lot of detectorists surrender at this point and leave the item there. I have had very large finds (A clay pot containing lead musket balls, and a complete set of horse brasses) from nearly 3' down! So the advice here would be to continue to keep digging and don't quit ! 9) Generating MONEY together with your metal detector. I've a great tactic of earning extra money with my metal detector that you could possibly easily copy in your own area. For several years I have been providing a service to local insurance companies whereby I search for reportedly lost items of jewelry. Here's how it operates. If a client of one of the insurance companies reports a lost item, they give me an estimated location of where it was lost. I then do a thorough search of the area with my detector. If I find the item I receive a commission of 2.5% of the insurance value of the lost item as payment for my services, so saving the insurance company a payout of 97.5%. If I don't find it then the insurance company pays me a nominal sum of $10.00 being a retainer for my efforts. My success rate for discovering these lost items is approximately 20%. This is not very high in part due to the fact that in these hard economic periods many reportedly ‘lost’ items were not really lost at all, but phony insurance claims! A furtherfactor is that many items are lost on the beach (Warm hands cool in the water, and off slips the ring!), or perhaps the insurance claimant is not sure precisely where it was lost. I have found gold rings for insurers in compost heaps (Slipped off when throwing grass cuttings ), in a children's play sand pits, and even in a shallow creek (A lady threw her engagement ring in the water soon afteran argument with her fiance, and afterthey kissed and made up she wanted it back again!) Another unlikely, but profitable method to find modern coins is to search over the large empty car parks you will see when the mall, shopping centre or theme park etc: is closed. Numerous coins are dropped here by people entering and exiting vehicles. They hear the coin drop but almost never recover it simply because it has rolled away below the neighbouring parked vehicles. These lost coins are a little hard to find by just 'eyes only' but are quickly found with your metal detector. 10) A handful of non-metal detector treasure hunting tips. Have you ever discovered an old deserted shack or house during your metal detecting trips, and been tempted to have a look inside? Many of these contain hidden treasures once you know where to look. Most likely the most obvious places would certainly be under loose floorboards or maybe the loft or roof space, but I would like to make you aware of a few places you most likely wouldn't consider. As with all my advice so far this is a proven approach a great number of items in my trophy display case were unearthed utilising them. The 1st improbable hidey hole is in the keyhole of old entrance doors. Lots of young kids have 'posted' a coin as well as other small precious items inside a keyhole, and it has slipped out of sight. Among the items I have recovered from keyholes over time is a gold half guinea, several gold finger rings, earings and a small diamond brooch. You don't even have to travel to an disused property to do this technique! Many towns have an architectural centre providing plenty of old second hand doors. Make sure to pay a visit to them but do not forget to take a screwdriver at hand! My second hidey hole is beneath the gaps that usually arise under the baseboard (also called skirting board, skirting, mopboard, floor moulding, as well as base moulding). This is actually (generally wood) panel covering the lowest part associated with the interior wall of a house. Its purpose is usually to cover the joint in between the wall surface (usually plaster or drywall) and the hardwood floor. Most of us may have dropped a coin at some time, and accidently kicked it as you tried to pick it up and it has scuttled across the floor on it's side. This has occurred an abundance of times in many households, and often the coin disappeared beneath the baseboard never to be seen once again. My preferred instrument for recovering these lost coins is a thick wire jacket hanger. Purely ease it into the gap under the baseboard and work your way along 'fishing' out just about any tucked away treasures. Try it out in your personal house and discover what turns up. Put just one or two of these strategies into place and you are sure to maximize your finds amount several fold. Here's to your long term successes...and Happy Hunting !



 

44 Carbon Monoxide Detectors Devices That Save Lives

Carbon Monoxide Detectors, Devices That Save Lives A carbon monoxide detector can be one of the best do-it-yourself home security investments you'll ever make. Plain and simple, carbon monoxide detectors save lives. They do not detect smoke like a smoke alarm or heat like a heat detector unless they're designed to perform this double function. (In which case it is clearly indicated on the box they come in). They detect the presence of poisonous carbon monoxide (CO) gas at high levels in a home environment and sound an alarm to inform the occupants of the lethal danger. Without a detector, carbon monoxide gas is practically untraceable. It's odorless, tasteless, and invisible. How CO is produced: Carbon monoxide is a gas that is produced whenever fuel is burned improperly. It can be produced by: Oil and gas furnaces. Gas powered hot water heaters Gas ovens and ranges. Wood-burning fireplaces. Charcoal BBQ grills. Running car engines. It's a result of incomplete combustion. If a fuel-burning device is malfunctioning and located in a closed or poorly ventilated area, CO can build and reach deadly levels. Install a carbon monoxide detector to be notified of dangerous CO levels the moment they occur. Types of detectors: There are three basic types of carbon monoxide detectors available on the market today. Electrochemical Semiconductor Biomimetic 1. Electrochemical CO detectors confirm the presence of carbon monoxide gas in the air by detecting the slight changes that the gas causes to a unit's internal electrical current. Electrical current changes are measured and monitored by internal sensor electrodes that are immersed in a chemical solution. Any changes in the current will sound the alarm. Electrochemical CO detectors are highly recommended. They are classified as being the best type of CO detector you can buy. They have a reputation of instantly detecting dangerous levels of carbon monoxide. These units are battery operated have a life span of 5 years or more. 2. Semiconductor CO detectors were the first CO detectors to be invented. They also confirm the presence of carbon monoxide gas by detecting slight changes in electric current. Instead of a chemical solution however, the units use an internal heated semiconductor - usually tin dioxide. When carbon monoxide comes into contact with the tin dioxide, it creates a change in the electrical current by lowering the resistance across the semiconductor. This increase in current triggers the alarm. This type of carbon monoxide detector is a good choice because it requires practically no maintenance. 3. Biomimetic CO detectors use a gel pack filled with synthetic hemoglobin to confirm the presence of carbon monoxide gas in the air. CO gas is absorbed into the gel pack causing the hemoglobin to change color. Sensors detect the color change and notify the unit's processor to sound the alarm. Biomimetic detectors are known to trigger false alarms due to the contaminants that accumulate in the gel pack over time. The gel pack should be changed once every 2 to 3 years.These units can last up to 10 years and operate on battery power. Where to install CO detectors: As a general rule, a minimum of one carbon monoxide detector should be installed on every floor of your home including the basement. Detectors should be located close to each bedroom or sleeping area. Usually within 10ft. As an addition safety measure, CO detectors can also be placed close to any fuel burning devices such as furnaces or water heaters. Before installing your CO detector, contact your municipality. Inquire about the local by-laws covering CO detectors in your area. When installing the unit, follow the manufacturer's instructions. (The above instructions can be applied to smoke alarms and heat detectors as well). If you live in the US, you can find your state statutes concerning CO detectors by clickinghere . Choosing the right power source: Carbon monoxide detectors are powered in one of three ways. They can work with a ... Battery Power Source 120v Power Source 12v/24v Power Source 1. Battery Power Source CO detectors run on batteries. When the batteries run low, the units chirp annoyingly to inform the homeowner. These types of CO detectors may not be the best choice because they require a commitment of maintenance. The batteries need to be changed once a year. Studies show that most people don't bother changing the batteries yearly. They remove the batteries altogether to eliminate that annoying chirping sound. Without a power source, the detector cannot sense carbon monoxide gas. 2. 120v Power Source CO detectors plug directly into the wall socket. These types of carbon monoxide detectors are a better choice. However, in the event of a power outage they offer no monitoring capabilities. Without electrical power, the unit is dead. Yes, some units do come with a battery backup in case of power failures. The question is, will you think to check your CO detector during a power failure? Will the battery backup work? 3. 12v/24v Power Source CO detectors can be connected directly to your system's security panel. These types of detectors are clearly the best choice. Once they are part of your security system, the central station that monitors your alarm system daily can monitor them as well. Some security systems dial out as opposed to being centrally monitored. Depending on the setup, the security system may be configured to directly dial out and contact local authorities when the carbon monoxide detector senses high levels of gas.

43 Smoke Detectors Save Lives

Smoke Detectors Save Lives As a security consultant, I strongly recommend the addition of smoke detectors to everyone who is considering the purchase of a security system. A burglar can come into your home and steal your television, guns, stereo, computer and I-Pod. It can all be replaced. A fire can destroy everything you have ever cherished in a matter of minutes. In a fire, time is of the essence. A fire can double in size every minute. In just a few minutes, a fire can engulf large areas of your home, blocking exit paths and filling your house with smoke. Seconds matter and the sooner a fire is detected, the sooner the fire department can arrive. Smoke detectors are a very popular and relatively inexpensive addition to a security alarm systems and if your budget will allow, they should be installed in every sleeping area. As a minimum, smoke detectors should be added to every floor of your home. You should install smoke detectors not only for the safety of you and your family, but to minimize damage to your home and your belongings. Think of all the irreplaceable things in your home and then think about your current protection. Early detection is everything and smoke alarms save thousands of lives every year while minimizing the destruction caused by fires. There are 2 main types of Smoke Detectors; Ionization and photo-electric. Ionization smoke detectors, utilize extremely small amounts of the radioactive element americum-241 to ionize, or electrically charge the incoming air particles coming into the chamber. A positive and a negative sensor measures the electrical current created by the charged particles. When smoke enters the ionization chamber, it disrupts the electrical current and causes an alarm. Ionization type smoke detectors are extremely cost effective and therefore very popular. Ionization type detectors are more sensitive and therefore better at sensing flaming fires with less smoke. As you gain altitude, ionization type smoke detectors lose their effectiveness due to density of the air entering the chamber. At altitudes above about 4,000' above sea level, photo-electric detectors are typically used. A photo-electric smoke detector utilizes a small light source in a 90 degree chamber. In normal conditions, the light shoots straight across the detector and is ignored. When smoke enters the chamber, it deflects some of the light particles which are reflected onto a light sensitive sensor, causing an alarm. Photo-electric type smoke detectors are better at sensing smoldering fires which cause a lot of smoke. Heat Detectors are another effective type of fire alarm protection. Heat detectors are great at sensing flaming fires but are not affected by smoke. This makes them the preferred protection in kitchens and dusty environments such as warehouses, boiler, mechanical, electrical and telephone rooms. Heat detectors come in two varieties; fixed temperature and rate of rise. A fixed temperature sensor utilizes a thermal sensor that goes off at a pre-determined temperature. The two most common alarm temperature thresholds are 135 degrees and 194 degrees. Rate of rise heat detectors also have a fixed alarm temperature, but they incorporate a thermal sensor that goes off if the temperature rises very quickly. They are excellent at detecting flash fires that can flare up quickly. Carbon Monoxide (Co2) detectors can prevent many catastrophes and should be installed in hallways and in or near any furnace rooms, basements or other areas where the silent deadly gas could accumulate. Smoke, Heat and Co2 detectors can be installed as stand-alone units with local audible alarms or they can be added to any existing security alarm system to alert the entire household and automatically dispatch the fire department. If you have existing or if you add battery operated smoke detectors, make sure to test the batteries on a regular basis. Dead smoke detector batteries can lead to dead people. I cannot urge you strongly enough to install and regularly test smoke detectors in your home. It might save your families life.

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