Author: James B. Bartlett

If you ever find yourself in the unfortunate situation of a gas fire, it’s important to know how to handle it safely and effectively. Gas fires can be extremely dangerous, and attempting to put them out without the proper knowledge and tools can result in serious injury or even death.

In this article, we’ll go over the steps you should take to put out a gas fire and keep yourself and those around you safe.

Safety should always be your top priority when dealing with a gas fire. Before attempting to put out the fire, make sure that everyone in the area is safe and that you have a clear path to escape if needed.

If the fire is too large or out of control, evacuate the area immediately and call emergency services. If you decide to try to put out the fire yourself, make sure you have the proper tools and protective gear, and never put yourself in harm’s way.

Key Takeaways

• Safety should always be your top priority when dealing with a gas fire.
• Turning off the gas supply is the first step in putting out a gas fire.
• Using a fire extinguisher or smothering the flames with baking soda or salt are effective ways to put out a gas fire.

Safety First

When it comes to putting out a gas fire, safety should always be your top priority. Before attempting to put out the fire, make sure that you and everyone else in the area are out of harm’s way.

Here are some other safety tips to keep in mind:

• Always have a fire extinguisher nearby. Make sure that you know how to use it properly before you need to use it in an emergency.
• If you smell gas, do not attempt to put out the fire. Instead, evacuate the area and call the gas company or fire department.
• Do not attempt to put out a gas fire with water. Water can cause the fire to spread or even explode.
• If the fire is in a small area, try to shut off the gas supply at the shut-off valve if you can safely reach it. Turn the valve all the way to the right to close it. Do not attempt to shut off the gas if you risk coming into contact with the fire to do so.
• If you do not have a fire extinguisher or cannot safely put out the fire, evacuate the area immediately and call the fire department.

Remember, your safety and the safety of those around you should always come first. Do not put yourself in harm’s way to try to put out a fire.

Remember the acronym PASS: Pull, Aim, Squeeze, Sweep. Pull the pin on the extinguisher, aim the nozzle at the base of the fire, squeeze the handle, and sweep the nozzle from side to side at the base of the flames.

Using a Fire Extinguisher

If you have a fire extinguisher nearby, it can be an effective tool to put out a gas fire. Here are the steps to follow:

1. First, make sure the fire extinguisher is appropriate for the type of fire you are dealing with. Different types of extinguishers are designed for different types of fires, such as Class A, B, C, D, or K. Check the label on the extinguisher to ensure it is suitable for gas fires.
   
2. Remember the acronym PASS: Pull, Aim, Squeeze, Sweep. Pull the pin on the extinguisher, aim the nozzle at the base of the fire, squeeze the handle, and sweep the nozzle from side to side at the base of the flames.
   
3. Keep a safe distance from the fire while using the extinguisher, and move closer only if it is safe to do so.
   
4. Continue sweeping the nozzle from side to side until the fire is completely out. If the fire reignites, repeat the process.
   
5. If the fire is too large or spreading too quickly, evacuate the area immediately and call the fire department.
   

It’s important to note that you should never use water to put out a gas fire, as water can spread the flames and cause an explosion. Instead, use a fire extinguisher or smother the flames with baking soda or a fire blanket.

Remember, always prioritize your safety and evacuate the area if the fire is too large or spreading too quickly.

Turning Off the Gas

When dealing with a gas fire, it’s important to turn off the gas supply as quickly as possible. This will help to prevent the fire from spreading or becoming more intense. Here are the steps you should take to turn off the gas:

1. Locate the gas supply valve. The gas supply valve is usually located near the appliance that is on fire. It may be a lever or a knob that you need to turn to shut off the gas supply.
   
2. Turn off the gas supply. Once you have located the gas supply valve, turn it off by turning the lever or knob to the “off” position. Make sure you turn it all the way to the off position to ensure that the gas supply is completely shut off.
   
3. Do not use any electrical appliances. When you are dealing with a gas fire, it’s important not to use any electrical appliances. This includes light switches, telephones, or anything else that could cause a spark.
   
4. Do not attempt to put out the fire with water. Water should never be used to put out a gas fire. This is because water can cause the fire to spread or become more intense.
   
5. Use a fire extinguisher or baking soda to put out the fire. If you have a fire extinguisher or baking soda on hand, you can use it to put out the fire. Make sure you stand back from the fire and aim the extinguisher or baking soda at the base of the flames.
   

Covering the Flames

If you find yourself dealing with a gas fire, covering the flames is a good way to extinguish it. Here are some steps to follow:

1. Turn off the gas supply: Before you attempt to cover the flames, make sure you turn off the gas supply to the appliance. This will prevent the fire from getting bigger and spreading.
   
2. Use a fire-resistant blanket: A fire-resistant blanket is an effective way to cover the flames of a gas fire. You can use a wool blanket or a fiberglass blanket. Make sure you cover the flames completely and tuck the edges of the blanket under the appliance to prevent air from getting in.
   
3. Use a metal lid: If you don’t have a fire-resistant blanket, you can use a metal lid to cover the flames. Make sure the lid is bigger than the diameter of the fire and that it fits tightly over the appliance. This will cut off the oxygen supply and extinguish the fire.
   
4. Use baking soda: Baking soda is another effective way to cover the flames of a gas fire. Sprinkle a generous amount of baking soda over the flames until they are completely covered. Baking soda releases carbon dioxide when it comes in contact with fire, which helps to extinguish it.
   
5. Don’t use water: Never use water to cover the flames of a gas fire. Water can cause the fire to spread and can also cause an explosion.
   

Covering the flames of a gas fire is one of the easiest ways to extinguish it.

Smothering the Flames

If you have a gas fire, one way to put it out is by smothering the flames. This method involves cutting off the oxygen supply to the fire, which will eventually cause the flames to die out. Here’s how you can smother a gas fire:

1. Turn off the gas supply: The first thing you should do is turn off the gas supply to the appliance. You can do this by reaching for the shut-off valve and turning it all the way to the right to close it. If you can’t safely reach the valve without coming into contact with the fire, do not attempt to turn off the gas.
   
2. Use a fire extinguisher: Once the gas supply is off, you can use a fire extinguisher to smother the flames. Make sure you use the right type of extinguisher for the fire. If you don’t have a fire extinguisher, you can use baking soda instead.
   
3. Cover the flames: If you don’t have a fire extinguisher or baking soda, you can try to cover the flames with a heavy blanket or a lid. This will cut off the oxygen supply to the fire and eventually cause it to die out.
   
4. Don’t use water: Never use water to put out a gas fire. Water can cause the fire to spread and make the situation worse.
   

The gas itself can be flammable and explosive, so it’s important to take all the necessary safety precautions.

Using Baking Soda or Salt

If you have a gas fire in your home, using baking soda or salt can be an effective way to put it out. These substances work by smothering the fire and removing oxygen from the flames.

To use baking soda or salt to put out a gas fire, follow these steps:

1. Turn off the gas supply at the shut-off valve, if it is safe to do so. This will help prevent the fire from spreading.
2. Grab a box of baking soda or a container of salt and pour it onto the flames. The amount you need will depend on the size of the fire, but a good rule of thumb is to use about a cup of baking soda or a handful of salt.
3. If the fire is not completely out, try adding more baking soda or salt until it is extinguished.

It’s important to note that you should never use flour to put out a fire, as it can actually make the fire worse. Additionally, be sure to avoid using water to put out a gas fire, as this can cause the fire to spread or even explode.

Of course, using baking soda or salt can be an effective way to put out a gas fire in your home.

Never Use Water

When it comes to putting out a gas fire, using water is not always the best option. In fact, it can actually make things worse.

Water is not effective at extinguishing gas fires because gas is not a combustible liquid and does not burn. Instead, water can cause the fire to spread or even create an explosion if the gas comes into contact with an electrical source.

If you try to put out a gas fire with water, the water will sink to the bottom and the fire will continue to burn on top. This can create a dangerous situation where the fire is still burning but you can’t see it because it’s hidden under the water.

In addition, using water on certain types of fires, like Class B and C fires, can also be dangerous. These types of fires involve flammable liquids or gases, and using water can cause the fire to spread.

So, what should you do if you encounter a gas fire? The best thing to do is to shut off the gas supply at the shut-off valve if you can safely reach it. Turn the valve all the way to the right to close it. If you can’t safely shut off the gas, leave the area immediately and call emergency services.

Remember, when it comes to putting out a gas fire, never use water. It’s important to know the proper techniques and tools to use in order to safely extinguish the fire and prevent further damage.

Conclusion

Putting out a gas fire can be a daunting task, but with the right tools and knowledge, you can do it safely and effectively. Remember to always prioritize your safety and evacuate the area if the fire is too large or out of control.

Here are some key takeaways to keep in mind:

• Shut off the gas supply at the shut-off valve if you can safely reach it.
• Use a fire extinguisher to put out the fire, aiming at the base of the flames.
• Never use water to put out a gas fire, as it can make the fire worse.
• Baking soda or salt can be used to smother a fire, but never use flour or sugar.
• Always have a fire extinguisher on hand and know how to use it.

By following these tips and being prepared, you can feel confident in your ability to handle a gas fire if one were to occur. Remember, safety is always the top priority, so never hesitate to call for professional help if needed.

Frequently Asked Questions

Radon is a radioactive gas that can be found in homes and buildings. It is odorless, colorless, and tasteless, making it impossible to detect without specialized equipment. Exposure to high levels of radon can lead to lung cancer, making it crucial to detect and mitigate its presence in homes. One of the most effective ways to do this is by using a radon detector.

When it comes to placing a radon detector in a home, there are a few key factors to consider. First and foremost, it is important to choose a location that is representative of the home’s living space. This means placing the detector in a frequently occupied room, such as a bedroom or living room, rather than in a basement or storage area. Additionally, the detector should be placed at least two feet off the ground and away from walls, windows, and doors to ensure accurate readings.

It is also important to consider the specific type of radon detector being used. Some detectors are designed to be placed in a single location for an extended period of time, while others are designed to be moved around the home. The type of detector used may impact where it is placed and how long it needs to be in each location. By taking these factors into account, homeowners can ensure that their radon detector is placed in the most effective location to detect any potential radon hazards.

What is Radon?

Radon is a colorless, odorless, and tasteless radioactive gas that occurs naturally in the environment. It is formed by the decay of uranium and radium in soil, rocks, and water. Radon gas can seep into buildings through cracks in foundations, walls, floors, and other openings.

Exposure to high levels of radon gas is the second leading cause of lung cancer after smoking. Radon gas can accumulate in enclosed spaces like homes and offices, and long-term exposure to high levels of radon can increase the risk of lung cancer.

The United States Environmental Protection Agency (EPA) recommends that radon levels in homes should be below 4 picocuries per liter (pCi/L). However, any level of radon exposure can increase the risk of lung cancer. Therefore, it is important to test homes and workplaces for radon levels and take action to reduce radon levels if necessary.

Radon testing is simple and inexpensive, and there are several types of radon detectors available on the market. Homeowners can purchase do-it-yourself radon test kits or hire a professional to test their homes for radon. It is recommended that radon tests be conducted every two years to ensure that radon levels remain low.

Why is it Important to Place a Radon Detector?

Radon is a colorless, odorless, and tasteless radioactive gas that can seep into buildings from the ground. It is a naturally occurring gas that is produced by the decay of uranium in soil, rocks, and water. Radon is the second leading cause of lung cancer after smoking and is responsible for about 21,000 deaths in the United States each year.

Placing a radon detector in your home or workplace is essential to ensure that you and your loved ones are not exposed to dangerous levels of radon. Radon detectors measure the level of radon in the air, and if the level is above the recommended limit, steps can be taken to reduce the exposure.

The Environmental Protection Agency (EPA) recommends that all homes and workplaces be tested for radon. Radon levels can vary widely from one building to another, even if they are located next to each other. Therefore, it is essential to test each building individually to determine the radon levels.

Radon detectors can be placed in various locations in a building, including the basement, first floor, and second floor. The EPA recommends that detectors be placed in the lowest level of the building that is used regularly. For example, if the basement is used as a living space, the detector should be placed there. If the basement is only used for storage, the detector should be placed on the first floor.

What then?

In conclusion, placing a radon detector in your home or workplace is crucial to protect yourself and your loved ones from the harmful effects of radon. The detector will measure the level of radon in the air, and if the level is above the recommended limit, steps can be taken to reduce the exposure. It is important to follow the EPA’s guidelines for placing the detector to ensure accurate results.

A circuit breaker is a crucial component in an electrical system. It is designed to detect abnormalities within the electrical network and isolate power and consequently this prevents electrical fires and other hazards. 

The device works by interrupting the flow of electricity in the event of a fault, failure to which prolonged over current or over voltage may cause overheating and arching of conductors. 

It is no doubt that circuit breakers saves lives, and protects property. 

In this article, we’ll explore the workings of circuit breakers, how they detect and respond to electrical faults, and their role in keeping us safe. 

What is a Circuit Breaker? 

A circuit breaker is a safety device that automatically cuts off the flow of electricity in a circuit when it detects an abnormal electrical condition. 

The basic function of a circuit breaker is to protect electrical circuits and appliances from excessive currents and overloads that can lead to electrical fires or equipment damage. 

Circuit breakers are typically found in the electrical distribution panel or fuse box of a home or building. 

They are also widely used in industrial facilities, power plants, and other applications where electrical overloads and faults can occur. To a great extent, circuit breakers have replaced the historical fuse system.

How Do Circuit Breakers Work? 

Circuit breakers operate on the principle of electromechanical or electronic sensors that detect electrical overcurrent and trip the breaker mechanism in a fraction of a second. 

The basic working of a circuit breaker can be explained in the following table:: 

It is apparently clear that, without a circuit breaker to discontinue electricity to a faulty appliance or conductor short circuit, a fire is likely to occur. 

Read Also: How to Put Out an Electrical fire

What are The Different Types of Circuit Breakers?

Circuit breakers come in diverse types, each designed to manage distinct levels of electrical voltage and current. The most common types of circuit breakers are: 

1. Miniature Circuit Breaker (MCB) 

MCBs are common in residential and small commercial applications. 

These breakers are designed to handle up to 100 amps and are usually reset manually. 

2. Molded Case Circuit Breaker (MCCB)

MCCBs are commonly used in industrial applications. 

They can interrupt high levels of electrical currents (for example 2.5kA) and you can either reset them manually or automatically. 

3. Residual Current Circuit Breaker (RCCB)

RCCBs are designed to detect ground faults and provide protection against electrical shock. 

They are now a legislative requirement in the US and UK, for example, and are commonly used in bathrooms, kitchens, and other areas where water may be present. 
 

4. Ground Fault Circuit Interrupter (GFCI)

A close associate to the RCCBs are the GFCIs.  They are also safety devices designed to protect against electrical shock. 

They are installed in areas prone to wet conditions such as kitchens, bathrooms, and outdoor outlets. GFCIs operate by detecting a ground fault and interrupting the flow of electrical current instantaneously.

Benefits of Circuit Breakers 

Circuit breakers offer a number of notable advantages over the traditional fuse system that include;
 

1. Easy to Reset

Circuit breakers can be easily reset by flipping the switch on the breaker panel unlike a fuse that would need to be replaced.

It is also very easy to spot a tripped CB as opposed to a blown fuse in the majority of the situations. This saves time and reduces the cost of maintenance.

2. Protection Against Over Currents and Over Voltages

Circuit breakers protect against electrical overloads, short circuits, and other electrical hazards that could lead to equipment damage or fires. 

Therefore, you are likely to use your electrical appliances for a long period of time with no need to replace them every time there is an electrical fault.

3. Durability

Circuit breakers last longer than fuses as they are not damaged when tripped, eventually saving you cost and hassle.

4. Safety

Circuit breakers are recognized by leading safety organizations as a necessary means of protection against electric shock and injury.

Of course this is achieved by cutting off the electrical supply when an abnormal condition occurs in the electrical system. 

Conclusion 

Circuit breakers are essential safety devices that play a critical role in preventing electrical fires, electrocution, and other hazards. 

They work by interrupting the flow of current when an abnormal electric current is detected to isolate the fault.

 Knowing how circuit breakers work and their role in protecting electrical systems and appliances can help you better maintain and protect your electrical systems. 

Before you press the silence button or remove the power from your beeping carbon monoxide detector, you may want to consider the following.

I know it is annoying, let’s see how I can help.

For this article I did not rely on my own experiences only, but I skimmed through the leading carbon monoxide detectors manufacturers to give justice to my research.

Don’t worry, I won’t bother you with a history of carbon monoxide gas and its properties which you must be knowing very well – (that is why you got a carbon monoxide detector – right?)

The main important concept to note is that your co detector does not have another way of communicating with you apart from lighting LEDs and producing sound.

Because you may not always be in a position to see this life saving device at all times to interpret the meaning of the LED lights, it is necessary to have another form of reporting that appeals to a different sense – and that is sound.

The sound is deliberately loud and inconvenient that you have no choice of ignoring.

I can bet most people (apart from those with hearing impairment) will hear the beep even if you were in another room or your attention was drawn to something different. 

So then, why does my carbon monoxide detector beep? Or rather, what is my co detector telling me?

Similar to humans who have different words to communicate different ideas, your device is also configured to communicate different things.

It does this by varying the number of beeps in a given time. For example, it could beep once, then stop for some time before repeating. 

the number of beeps could be two or four, followed by a long pause before repeating.

Hence, the first thing you need to know is the pattern your device is producing / generating the chirping.

Once you get this important piece of information, I can then get to the next step of interpreting the beeps and giving them meaning.

The caveat here is this – it is misleading to have a common interpretation that all CO beeping should be interpreted like two peas in a pod.

Different manufacturers have different rhythms for CO detectors beeping . For example, first alert and Kidde have different configured chirps recurrences. 

Beeping Once Every Minute: Low Batteries

This is to notify you of a low battery. You will hear a chirp every 60 seconds. 

For some of us, keeping track of how many seconds have passed may be difficult, but if you need to use your stopwatch to correctly judge the situation, then go ahead. 

This alarm is common for CO detectors that use a battery to operate or as a backup

You simply need to replace the battery.

Saving for the fact that the use of lithium batteries have eliminated the need for battery replacement within the lifetime of the CO device. Actually, you are strongly advised to purchase a CO alarm with ‘sealed for life’ batteries.

But if your CO monitoring device is still on the AA or AAA batteries, it is likely you are going to get this beep maybe once per year.

The above observation applies to both first alert and Kidde carbon monoxide alarms. 

A large number of carbon monoxide detectors beeping is attributed to drained or depleted batteries. 

Beeping Four Times: Dangerous CO Gas Detected

Hopefully, you do not get to hear this in your home! This means that dangerous levels of carbon monoxide gas have been detected in the house.

Therefore, this is an emergency situation and you and all occupants need to evacuate quickly to a safe place. 

For a place to be considered safe, there must be plenty of fresh air and must not be in the same building where CO was detected.

It is advised you should engage the local fire fighters services and only go back to the house once it has been verified to be safe to do so.

Beeping Five Times: Expired Carbon Monoxide Sensor

This is a message to warn you that the carbon monoxide sensor has reached its end of life. 

No CO sensor is built to last forever. Its monitoring ability deteriorates with time. When proper functionality cannot be guaranteed, then it is time to retire – but not without a ceremony. 

Hence, to inform you that a replacement and new installation is necessary, the smoke detector beeps five times.

This beeping sequence is true for the First Alert but do not expect it from Kidde. Kidde is expected to chirp every 30 seconds. This Kidde pattern is also used to mean that the CO alarm has a malfunction or error condition that may include a low battery.

The carbon monoxide gas sensor can have a life between 5 years and a maximum of 7 years. Most detectors will have the date of manufacture labeled at the back. Therefore, you can confirm if your CO monitor has expired or not.

Avoid these Causes of CO Detector Beeping

I would assume that your carbon monoxide detector was certified by a credible standard, for example, the UL 2034 in the United States or against British Standard EN 50291 in the UK.

If not, it is possible that the monitoring sensor of your device may be below acceptable performance (either due to temperature, humidity) and hence keeps triggering falsely. This is more than annoying as it would be very difficult to know what is causing the beeping or chirping in your smoke detector.

Avoid buying cheap products. Always buy certified quality products and especially from leading manufacturers who have a proper research and development function.

Otherwise you will not sleep or have peace in your own house! Furthermore, you may end up buying the quality product you were avoiding the first time because now you have confirmed that having peace of mind is worth more than the difference of bucks you were trying to save!

Furthermore, there is a high likelihood that the location where your CO detector is positioned may also be a factor that contributes to beeping.

For example, if your device is near the source of carbon fuel burning appliances such as gas boilers or gas cookers in the kitchen or even gas heaters in the living room.

You may want to reconsider if the location of your CO detector is the most suitable for your home.

You can read this article and find out what you need to know about the location of your carbon monoxide detector.

How Do I Stop the Nuisance Noise

Okay, let us face it. I know I have a faulty  CO alarm or low battery or even require to change the CO detector.

Do I need to endure the chirping that can afford to keep me awake the whole night? 

No, you don’t have to.

Majority of the carbon monoxide detectors have a hush or silence button. You can press this button and you will not be hearing from the detector at least for now. 

You may have a lee way of 7 days or 30 days depending on your model before the chirping begins again. At least in the meantime, your little human or pet would also not be terrified by the unnecessary noise.

With online purchases and next day delivery, you do not need to exert too much on this issue. Keep it to mind, that during this period, the device cannot warn you if there is a carbon monoxide gas hazard. Hence, you are prone to carbon monoxide poisoning.

In cases where the hush feature is not present, you can remove power to your device for the sake of mental wellbeing, but promise yourself to resolve the issue as soon as practicable. 

Conclusion

Either of the above described beeping, carries an important message that should not be ignored.

Please act accordingly as it is to the best of your interests.

Each set of beeping could either mean that you need to evacuate the house and find a safe place with fresh air, or it could be that your device may not work properly unless an issue is addressed.

All of which are important – you agree?

Taking everything into consideration, see to it that you are aware about what your product manual says for each of the beeping scenarios.

I see a lot of questions from various humans wondering the best location to put a carbon monoxide detector.

Although some are just curious, there are those who need to confirm if the right thing was done for their domestic dwellings.

Apart from recommending to you that the best answer on this topic is in the manual that came with the device, I have also looked at what some of these manuals are saying. 

And I have summarized it here below for you.

First let us start with the obvious. 

You need a carbon monoxide alarm in rooms or spaces where your family spends most of their time. The lounge is one of the places that goes without saying.

The other common area that families tend to spend most of their time, is the bedroom. 

Of course, humans spend on average a third of their time sleeping.

NFPA offers a suggestion for a CO detector to be outside the sleeping areas but in common areas and in each level of your house.

If you happen to have another room apart from the kitchen that has gas fire or wood fire (whether meant to keep the place warm or for aesthetic purposes), it should be qualifying for carbon monoxide monitoring.

Consideration for the Best Place to Put a Carbon Monoxide Detector

Having said that, let us now look at the exact best place to put a carbon monoxide detector.

Here is a list to guide you.

•  At the top. CO gas is slightly lighter than air and tends to evenly mix with the air. Anywhere at head level is good enough. If you install it too near the ceiling, there could be a delay by the time the CO concentration levels trigger the alarm. By then you will be breathing the lethal gas!
• The distance from the potential source of carbon monoxide gas should not be more than 3 meters. Again you do not want to install it too near the source to avoid false triggers. Therefore, avoid a distance less than 1 meter from the combustion appliance.
• The place you determine to put your CO monitor must neither obstruct free flow of air to the device or be predisposed to drafts of air flow. Because of this, it will not be ideal to install your CO detector near fans, windows or doors.
• Choose a location that is not susceptible to extreme temperatures. This is because the sensor that monitors the gas levels is a transducer with some electronics to interpret what the sensors are detecting. And just like any other electronic device would be affected by extreme temperatures, so do carbon monoxide alarms. Avoid locations like unfinished attics and garages that may have below -4 degrees celsius or above 40 degrees celsius.
• Of course you do not want locations where you have to wonder now and then – who moved my cheese. If installed in easy to reach or along pathways, children or pets can start playing with your devices. And every time, you have to play the judge wondering how to punish your most loved serial offenders!

References: https://www.hse.gov.uk/research/rrpdf/rr847.pdf

What Do the Manufacturers Recommend?

An example is the popular First Alert Carbon Monoxide detector. They recommend that their device is installed at least 6 meters from any carbon burning appliance. 

First alert also discourages installation that could be in direct sunlight, humid, dirty or dusty places. 

“The installation height of your CO alarm doesn’t affect the alarm’s performance.”

On the other hand, Kidde recommends you install 20cm from the ceiling on the wall. If you find that the ceiling is your best place, then keep 20cm from the wall. The rationale here is to avoid the dead band at the corners of the ceilings and the walls that suffers from lack of air circulation. 

Worse than missing your partner’s call for a date, would be undetected carbon monoxide! Although both may never give you the second chance, at least for the latter you may have yourself!

Unlike First Alert, Kidde goes for at least 1.5 meters from fuel burning equipment. Perhaps, an expression of the confidence they have on their CO alarms not to trigger nuisance alarms.

What Do the Regulators Recommend?

Regulators unfortunately do not recommend – they issue orders that must be complied with.

Our friends in the UK for example have the British Standard  BS EN 50292:2013. You will find stipulations for fixed installations on a number of different spaces that cover those in their domestic dwellings and also those away from homes.

In the US, NFPA requires you to follow the instructions of your carbon monoxide detector manufacturer.  Supposing you have bought your CO alarm from a recognizable label who also has issued installation guidelines. 

The NFPA 72 is the standard for the installation of carbon monoxide detection and warning equipment in the US.

How far should carbon monoxide detector be from furnace

The rule of the thumb is not too near to avoid constant triggers and not too far that you could miss or detect co gas too late. The leading manufacturers recommend about 3 meters.

Other Places Where a Carbon Monoxide Detector Positioning may not be Obvious

I have noticed that a lot of folks are more fluid nowadays than a decade ago. There are more people going camping and spending time away from their usual normal dwellings. It is not phenomenal to find families or groups spending a weekend on a friend’s boat or caravan, for example. Good life!

Maybe COVID reflections fueled the rise in silent homes over the weekends and holidays. It doesn’t matter your inspiration – I do it to run away from the extended family.

In the same breath, the risk of carbon monoxide poisoning also moves where people have shifted to.

Hence, it is important to talk about the best locations to put your carbon monoxide alarm in a motorhome, boat or tent or in a vacation stay place. 

Obviously, when it comes to hotels and a lot of Airbnb, the rules apply but you will not be restricted to carry your own portable CO detector.

Taking Everything into Account

When all is said and done, the best place to put your carbon monoxide detector is logically where it can nose out the deadly CO gas and warn you before it becomes a point of no return for you.

Any factor that will affect your device performance to meet the above objective should be carefully considered.

Generally speaking, place your carbon monoxide alarm near enough the burning fuel appliance but guarding against false triggers. Being too near may cause nuisance alarms. 

A location on the wall with natural air circulation at a sensible head height should work great.

I am considering getting one of these fireproof bags but I am not sure whether they really work. 

Well, you are not alone in this. I bought a fireproof bag last year with the expectation that I can keep the most important documents safe even if a fire were to ravage my home. What I had in mind was things like my lease agreement, college degree certificate and other professional certifications. Of course, my passport and marriage certificate as well. 

I cannot really exhaust what is important or not. And I bet your list would be different from mine.

I guess what made this a big issue for me is the fact that I can’t wait for a real fire to either validate or dismiss the claim that fireproof bags really work!

We all know listening to marketers is like listening to your favorite comedian. You will still fall for them!

Are fireproof bags really fireproof?

I will tell you what I discovered in my curiosity.

Fireproof bags are really fireproof. This statement stands because they are made of material that can withstand very high temperatures. An example of this material is silicone-coated fiberglass which can withstand temperatures up to 2000 degrees fahrenheit. 

Talking about being fireproof, a fire can generate very high temperatures. We are talking at anything from temperatures similar to your home oven, about 400 degrees fahrenheit to 9000 degrees fahrenheit. 

There are several factors that influence the hotness of a fire and that includes the material that is burning as well as the available oxygen during combustion. 

Irrespective of the temperatures, your documents would be damaged even if they were exposed to this kind of temperature for seconds!

To further enhance the bag, a lining of silicone may be added to make it waterproof. Although silicone may cause your skin to be itchy, thankfully science has found a way to navigate around this.

Material science has given us non-itchy silicone coated fireproof bags.

Do not forget to go waterproof!

To contextualize this, we have to think of what happens when a fire starts. If all goes as the plans, the firefighters arrive in minutes and whatever was in flames now is under water.

That includes your bag with the documents!

This combination of fireproof and waterproof at the same time means that you are covered for all weathers. 

I am that skeptikal kind of guy. I thought at first, why would anyone need a fireproof bag? But considering the hurricanes, storms, earthquakes and who knows when fire may start! Paying 20 dollars for that extra peace of mind works for me.

If you travel or camp a lot, that could be another reason why you may need one of these bags. 

Apart from what I have just explained above, do you still have a hint of doubt as to whether it will really work?

The rule of thumb is, if it cannot survive the fire then it is not really fireproof. 

But that is not all you want! Are you wondering what else is remaining?

Inside Temperatures

Well, fire causes a rapid rise in temperatures. In these high temperatures, it is possible for the bag not to allow fire to destroy your stuff but if it permits excessive heat, the heat could damage your valuables!

This is a very important factor as well while considering a fireproof bag that should work for you.

An aluminium lining may help to avoid the high temperatures.

There are a dozen questions that I get from prospective buyers. Of course like so many people, we want to see before we can believe! 

I have prepared this article because I was also in a similar situation. The information was quite scanty and scattered – and I hope I have done at least a good job to give as much information in one discussion.

If you are interested in the best fireproof and waterproof document bag, you are in the right place.

Time Limit

Is there a time limit that dictates how long the bag can withstand the high temperatures? The answer is yes. 

A fireproof bag is not meant to withstand fire endlessly. How long it can last majorly depends on the material. 

How long do fireproof bags last?

Since fireproof bags are made of a material meant to withstand the most adverse temperatures in a fire, should give you confidence in their durability.

Material of Construction 

As a result, the quality and suitability of the material used to make the bag directly influences the cost of the bag.

Hence, the real test of whether a fireproof bag is really fireproof is in the material of construction.

If the wrong material is used the bag is emptied of its power to protect your documents in a fire. Unfortunately, it too becomes a victim!

Fiberglass is widely used as an insulation material. As the name suggests, it is actually made from glass. Yes, like the normal window glass.

Besides insulation, you may also find it in soundproofing applications. 

There are quite a number of parts that are made from fiberglass in our cars for example. 

What are Some of the Things I can Store in a Fireproof Bag?

As earlier stated, the majority of people would want the bag to store important documents. For this to work, the bag needs to maintain the temperatures inside the bag at below 200 degrees celsius.

The general ignition temperature of a paper is around 230 degrees celsius. 

If the bag cannot maintain the temperatures below this, then your documents will be damaged.

On the other hand, you could prefer to use the bag to store hard drives and optical discs. These devices would require much lower temperatures inside the bag to prevent damage.

Check carefully to establish if the bag you are getting can support this application.

Of course, for a fireproof bag that maintains much lower temperatures inside, you may be required to part with a little bit more money.

How do you fireproof paper money?

A fireproof bag that keeps temperatures below 300 degrees fahrenheit and that you can pick within 30 min when a fire starts, would be suitable to keep your paper money.

Are you considering reusing the Fireproof Bag?

When a bag is subjected to very high temperatures and maybe suddenly cooled when the firefighters or sprinklers jet in the water – are you thinking like I am thinking?

there is a high probability that the bag material will not maintain its former characteristics. The fiberglass may develop some weaknesses that may fail to prevent your valuables the next time there is fire.

For this reason, most fireproof bags are used once. If a fireproof bag can be reused, please verify that the manufacturer has indicated so.

The bags are ideal for portable use e.g. travelling, camping etc. This is because they are lightweight. However, on the other hand if your application does not require mobility, you could consider using the more robust and heavier fireproof boxes or safes.

The bags due to their light weight will be fire resistant for a short time unlike the fire box / safes that can withstand the fire for a longer time.

Firebags that use velcro fastenings to keep the bag closed introduce another weakness. The material that is used for velcro is not comparable to fiberglass. Zips on the hand struggle to make your bag waterproof.

Who Guarantees that a Fireproof bag is really fireproof

This may be a difficult question! Yet to give guidance I would recommend that you check for mark from UL. At least will show that a credible party has tested the bag and it can leave to the temperatures it says it can withstand.

In Conclusion

Fiberglass is used in the manufacture of fireproof bags. The material is considered non flammable and hence cannot catch fire. Despite this, at high temperatures though, the material would melt. Here we are talking about temperatures above 550 degrees celsius.

Therefore, fireproof bags do really work. But it depends on the intensity and extent of the fire. It is very difficult to have protection against all categories of fires.

If your documents are very critical to you, I recommend the fireproof bag of your choice to be put inside a fireproof safe.

Ideally, a fireproof bag on its own would withstand temperatures of above 1000 degrees fahrenheit on the outside and less than 350 for documents. For electronic devices, internal temperatures lower than 125 degrees are suitable.

Usually, it is a compromise of cost, safety and convenience. 

I hope this article has enlightened you to make more informed choices.

Do you want to safeguard your home and family against fires? Invest in a smoke detector. But, what if you don’t know which brand of a smoke detector to go for?

Whether you want to secure your residence against smoldering or flaming fires, the GE smoke detector is a great option to consider. 

In this article, we discuss the specifics of the GE wireless smoke detector, the procedure for installation, and much more. So read on.

Features of GE ESL Smoke Detectors

The GE smoke detectors are available in two designs for different applications; the stand-alone and supervised wireless types.

The supervised model, which is our focus, also has subtypes depending on the intended place of use.

Supervised wireless models for residential areas are compatible with GE Interlogix control panels while those for commercial buildings work with Advent panels only.

Remember, we are not discussing recalled GE smoke detectors in this article.

But a panel is not a must-have for the smoke-detector configuration.

For instance, you can configure and program your GE wireless smoke detector in the Composer without a panel. But you have to use a Card Access Sensor Bridge and the corresponding DriveWorks driver.

If you want to utilize the same Navigator display features with the usual icons one would obtain through panel identification and programming, bind your wireless sensor to any proxy.

This method of configuration does not require any advanced knowledge on security systems or panel programming! Consequently, this makes the initialization of the detectors much easier.

But the benefits of installing a GE smoke detector are even more for those using GE security systems. The device will relay security sensor information to the system. This is an addition to providing a home automation lifestyle to the GE system without any installation interference.

The GE Interlogix Wireless Smoke Detector is self-diagnostic. On top of this, it integrates a wireless Learn Mode sensor transmitter of 319.5 MHz.

The main features of the TX series detectors include a field-replaceable optical chamber, integrated temperature-rise sensor, automated drift compensator, low-battery annunciator, and a self-contained Temp 3 sounder.

Most importantly, it uses photoelectric technology to detect smoke particles and consequently send an alarm along with important circumstance info to the control panel.

Besides, it comes with a status-sensitive LED and mounting base tamper which is essential in the relaying of trouble conditions.

As a battery-operated detector, GE wireless smoke sensor package includes 3-volt long-life lithium batteries.

What signal outputs can a GE ESL Smoke Detector transmit?

Apart from the fire alarms, this detector can produce signals indicating low battery, tamper, and trouble conditions.

During test and supervisory events, a signal will be conveyed too.

GE Smoke Detector Manual for Programming

Before you begin enjoying the safety provided by a smoke detector, you need to program it. Here are the steps you need to follow:

1. Turn the unit 15 degrees anticlockwise to disengage it from the mounting base.
   
2.    Now lift off the battery cover by sliding it away from the unit and insert the lithium batteries included in the package. Ensure you observe polarity.
   
3.    After inserting the cells, replace the mounting base. Put the unit with the alignment tab position corresponding to the position of the alignment arrow on the tamper base. Then turn the unit 15 degrees clockwise. You hear a snapping sound when the unit fits into place.
   
4.  Now move to the panel and set installer programming mode (you can refer to panel installation manual for more directions). Scroll to the enrolling/learning sensors section.
   
5. When a ‘learn/ enroll sensor’ prompt appears on the panel display, disconnect the unit from the base to trip the tamper.
   
6.    Lastly, reattach the unit to the base and exit the installer programming mode on the panel.

After programming your GE Smoke Detector, you need to verify the integrity of RF communication between the unit and the panel.

You perform the verification before you mount the detector at your preferred site. With the help of your panel’s installation instructions, turn to Dealer Sensor Test Mode on the panel as the initial step.

Secondly, take the detector to the designated mounting point and long-press the ‘Test’ button for about 4 seconds. The unit should transmit a test signal to the system and produce an appropriate alarm response.

Finally, exit the Dealer Sensor Test Mode and mount your GE Wireless Smoke Detector once the corroboration is over.

Where do I mount my GE Interlogix Wireless Smoke Detector?

Installation of this smoke detector should be per the standard protocols which include recommendations on mounting sites.

For existing residential houses, fix the smoke alarm between bedrooms. This will help keep your family safe in case of a fire at night.

If it is a story building, each floor needs to have an alarm installed without excluding the basement. Specifically, the alarm should be mounted in the living room along the stairway.

Smoke alarms installation in a new building is similar to that of an existing one. The only exception is the additional alarms fitted in all bedrooms.

Notable, areas separated by a wall and a door from those with a smoke alarm are riskier. The simple reason being; a fire won’t be detected on time.

It is, therefore, beneficial to fix more GE smoke detectors in such places. For instance hallways, dining room, and utility room.

However, do not install these devices in kitchens, garages, or attics. It does not matter whether they are complete or unfinished. The conditions in these areas often result in improper functioning of the detectors.

When should I perform a smoke test on my GE Smoke Detector?

After mounting your smoke detector, you need to perform smoke and sensor tests to ensure your system is functioning optimally.

The sensor drill is done weekly to test for the integrity of communication between the sensor and the receiver. In most cases the receiver is commonly referred to as the panel.

Smoke test, on the other hand, is carried annually and it verifies whether the unit activates upon detecting smoke; transmitting the signal as required, and producing appropriate alarm response.

Conclusion

A GE smoke detector is essential in protecting your home and family against fire emergencies. However, its condition must be regularly checked to ensure it is working optimally.

Programming, sensor testing, and appropriate mounting are some of the ways of promoting higher efficiency of GE wireless smoke detectors.

Technology has now made it possible to control devices in your home from a mobile App. What’s more, you can control the device from anywhere in the world! Devices like thermostats, TVs, and even sprinklers no longer need your physical presence to turn them on/off.

You can do that from miles away, provided you have installed SmartThings. But what exactly is SmartThings, and how does it work? Well, be sure to stick around a little for more information on SmartThings.

What is SmartThings?

SmartThings is a home automation system that brings a world of possibilities to its users. You can virtually control your home functions from anywhere in the world after installing SmartThings hardware and software.

SmartThings comprises a Control Hub, which is hardware, and software such as a mobile App. The hardware communicates with other devices connected to it, such as security cameras, smart wall plugs, light bulbs, and even door locks, to mention a few devices.

Z-Wave and Zigbee IoT networks (Internet of Things) provides an excellent communication protocol between the control Hub and other devices in a smart home. You can then issue commands from your mobile App, and the Control Hub executes the command. And this is what SmartThings is all about.

What is a Smart Smoke Detector?

As we have already mentioned earlier, Smartthings comprises hardware and software. When it comes to SmartThings Smoke Detectors, the smart smoke detector is the hardware, while the mobile App is the software.

A smart smoke detector can detect any signals of smoke in your home in real-time. If you’re a frequent traveler, a smart smoke detector will send you push alerts regarding the condition of your home. If there is an emergency, you can always call the fire department team from anywhere. 

Most smoke detectors can also detect temperature and carbon monoxide levels.

What Are Some of The Smartthings Smoke Detectors?

Samsung F SMK-1 ADT Smoke Detector

This Samsung SmartThings smoke detector is wireless and is, therefore, easy to install. The battery life is impressive, making it provide 24/7 protection against smoke and high temperatures.

The Samsung F SMK-1 ADT SmartThings smoke and carbon monoxide detector is ideal for utility rooms where a fire is likely to break out. Once the Samsung F SMK-1 ADT detects carbon monoxide or excess heat, it alerts the F ADT STR KT 1 smoke detector SmartThings Hub.

The Hub then sounds a fire siren and sends a notification to the software on your mobile device. Ensure you install this Samsung device with SmartThings compatible smoke detector Hub for excellent performance. Therefore, be sure to look for the right SmartThings ADT Security Starter Kit.

Pros 

• You can receive texts even when the alarm goes off
• Easy to set up

Cons 

• You need an ADT security hub for the system to work

First Alert ZCOMBO

First Alert is a recognized brand globally and their smoke detector is no exception. Other than smoke, the device also monitors the carbon monoxide levels to ensure your home remains safe. 

The First Alert smoke and carbon monoxide detector is also compatible with Smartthings and Nexia home intelligence systems. The product is Z-wave enabled and sends alerts to your mobile devices whenever the alarms go off. 

If you’ve had systems that gave you false alarms, the ZCOMBO is your go to solution because it’s fitted with photoelectric smoke sensors and electrochemical carbon monoxide sensors. These sensors ensure high accuracy eliminating any chances of false alarms. 

Pros 

• Battery doors that are tamper resistant 
• Easy to mount 
• Battery powered and comes with 2 AA batteries 

Cons 

• Not compatible with all home systems such as Wink or OneLink 

SmartThings Smoke Detector Nest vs Relay

There are plenty of smoke and carbon monoxide detectors to choose from. Nest and Relay smoke detectors are some of the famous brands. But they are not the only brands competing for the market.

The relay works to execute the commands from the Nest smoke and carbon monoxide detectors. The Relay is a trigger device that comes in handy when looking for a smart smoke detector with monitoring and smartthings.

Home automation relays will improve your safety and sound an alarm if there is a fire outbreak or smoke buildup in your living space.

Conclusion

SmartThings helps homeowners make their homes safe from hazards emanating from smoke or a fire outbreak. There are many SmartThings devices on the market for automating your some and even get real-time alerts if there is an emergency.

You only need to choose one that will work for you and is compatible with your smartphone or tablet. A wireless smoke detector might be ideal, especially if its battery life is more than a year.

Wired smoke detectors are also great but will need a constant power supply from your mains. Be sure to look for the type that yields the best protection after considering its power needs.

There are plenty of ways you could upgrade your home into a smart one. And one of the ways is to install smoke and CO₂ sensors.

But hardwired smoke and CO₂ detectors might not send notifications to your smartphone in real-time.

You can have real-time notifications sent to your control Hub if you went a little farther by installing wireless audio detectors for smoke and CO₂ sensors. There is no need to look any further, especially with Ecolink firefighter wireless audio detectors in the market.

They work to detect audio from your existing hardwired smoke and CO2 detectors. Then they send you a notification to your control hub, letting you know you have a possible fire outbreak.

Of course, Ecolink audio detectors are wireless and work for 4-5 years non-stop, thanks to their advanced lithium-ion batteries.

This article reviews some of the best wireless audio detectors by Ecolink. So, be sure to read on for more information!

Buying Guide for A Wireless Audio Detector

Detection accuracy

Your audio detector for smoke and CO₂ sensors should be very accurate. The detector should pick up the sound from your hardwired and interconnected smoke and CO2 detectors from far.

This means your device should listen to sensors far away with a high accuracy level for improved home coverage. Therefore, be sure to buy an audio detector with high audio detection accuracy.

The Battery Life

Since your audio detector will be wireless to provide 24/7 home coverage against a possible fire outbreak, it requires a powerful and durable battery.

The battery should power the device for 4-5 years non-stop for round the clock coverage against a fire outbreak.

You want to make sure you receive warnings through your phone in the event of smoke or fire.

Easy Installation

Your device should be easy to install. As such, it should come with mounting brackets, screws, and adhesive tape for easy installation.

Therefore, make sure such mounting kits come with the product.

Compatibility with Various Control Hubs

Wireless firefighter audio detectors are compatible with various control Hubs such as Vera Plus, D-Link Staples Connect, and HomeSeer, to mention a few.

Ensure the control Hub for your wireless audio detector is also compatible with your smart device such as a smartphone or tablet for user convenience.

You will get real-time notifications and take action to alert the local emergency response team.

The assumption here is that your wireless firefighter audio detector is compatible with the control Hub on your smartphone.

Ecolink Firefighter Audio Detectors Review

Ecolink Z-Wave Plus Firefighter Wireless Audio Detector

The Ecolink audio detector will listen to the existing smoke and carbon dioxide detectors in your home. The device will then send signals to your Z-wave network for action if any is required.

This feature ensures that your home is secured against any possible fire outbreaks.

Check Current Price

The smoke and CO2 detector will work with all Z-Wave home security hubs such as Piper NV, Vera Plus, Vera Lite, and D-Link Staples Connect to notify you of any event in your home. You can then choose to act so that you eliminate the threat in time.

This particular Ecolink Audio Detector uses Z-wave ID ZC10-16075150 for easy compatibility. Its accuracy level is very high and does not give false alarms.

Therefore, it is a highly reliable detector. It is also natively compatible with SmartThings. It is also easy to install.

For ease of installation, it comes with a mounting bracket, screws, and an adhesive tape. Ecolink is a reliable smoke detector with 20 years of experience backing it up. As such, it could be worth the investment.

Ecolink Zigbee Wireless Audio Detector

This is another incredible Ecolink Audio Detector that listens to your existing smoke and CO₂ detectors for any sign of a fire outbreak.

The audio detector will then send signals to your Zigbee hub.

Check Current Price

The audio detector does not rely on your household’s power supply to function but has its built-in battery for its power needs.

Furthermore, the battery life is impressive, and the device can last up to four years just listening in for any sign of a fire outbreak.

It is easy to install since it requires no wiring. To mount you will receive a mounting bracket, screws, and adhesive tape to make things easy for you.

It works perfectly with an Alexa Zigbee HUB to give you a real-time alert in case of any smoke or CO₂ event.

The notification comes right on your phone to help you take action and maybe alert firefighters. The audio detector is also compatible with Samsung SmartThings Hub for user convenience!

The built-in LED light also gives a visual response to fire-related events in your home.

In case there is smoke build-up in your residential space, you will see the multi-colored LED change. Therefore, this Ecolink Audio Detector is another outstanding device to help keep your residence fire-safe.

Some of the Most Frequently Asked Questions

1.  How long does the battery for an Ecolink firefighter wireless audio detector last?

It depends on the model that you have selected. But all Ecolinks have impressive battery life. You can be sure to get a 5-year battery life if you invest in Ecolink audio detectors. However, some batteries last for 4 years, which is still impressive.

2.  How many Ecolink audio detectors do I need for my home?

Ecolink firefighter audio detectors have excellent listening accuracy. They can pick up sound from sensors that are far away. As such, you only need one Ecolink device for full home coverage.

3.  Can an Ecolink Audio detector work as a standalone device?

Unfortunately, no. it listens to the sound from your existing hardwired smoke and CO₂ sensors and sends a real-time notification. The alert message will then help you contact the relevant emergency response team.

4.  Is my Ecolink Audio Detector waterproof?

Your device is not waterproof since it has vents that maximize its performance. As such, you should install your wireless firefighter audio detector in a room that does not expose it to water elements.

You should also install your device at a strategic location to listen to all the existing smoke and CO₂ sensors.

Conclusion

If you are looking to cover your home against a possible fire outbreak, a wireless audio sensor for the smoke and CO₂ detectors will come in handy. Ecolink firefighter wireless audio detector work exceptionally well to detect warning sounds from your existing smoke and CO₂ sensors.

They also have a long battery life to provide wireless monitoring for years! As such, you will still get notifications even if your household power supply is off. Besides, they are easy to install and work with various Control Hubs. They could make your home fire-safe and are an ideal investment, and cover homes of different sizes.

It’s understandable if you have a security camera for your home. In most states, it’s legal to have security cameras indoors and the outdoors as long as you respect privacy in areas such as bathrooms.

You may argue that the main aim of having security cameras is deterrence. The petty thieves will most likely not tamper with a property that has security cameras in the open.

However, if they spot the cameras’ location, some serious thieves will find ways to shut them off so that they gain access to your property.

In this article, we’ll explore the different ways you can hide a camera in plain sight.

But first, let’s understand some of the reasons that may prompt you to hide the security cameras.

Why would you need to Hide Security Cameras?

1.       Hidden security cameras cannot interfere with your home décor.

2.       When cameras are out of sight, your guests will have a more comfortable stay.

3.       With hidden cameras, you can watch your pet and kids from anywhere.

4.       Home security cameras allow you to monitor your babysitter, especially if you suspect how they treat the kids.

5.       Hidden cameras help you understand the motive of everyone within your home, including the delivery guy.

6.       Hiding cameras protects them from intruders who may want to destroy them.

Now that we know why we may need to hide cameras let’s look at factors to consider before you hide the cameras.

Factors to Consider Before Hiding a House Camera in Plain Sight

Before you think of disguising a camera, consider these factors.

Location

Which part of your home do you want to monitor? With this knowledge, you can come up with creative ways of hiding the camera.

For example, if you’re going to watch the baby, you can place the camera in the baby’s bedroom. Luckily, most bedrooms have a lot of stuff that it’s effortless to conceal the cameras.

Power

If you have a wired camera, you need to consider the location of the power outlet.

Besides, you also have to think of how to lay the wires such that they aren’t easily noticeable.

Connection Signals

We all know those parts of our homes with low WIFI signals. It would be best if you didn’t place your cameras in the said areas.

Otherwise, you won’t achieve your goal of getting quality videos.

Size of camera

The size of the camera also determines how easy it is to hide it from plain sight.

The bulky and large-sized cameras are difficult to hide, while the smaller and wireless ones are the best to experiment with the tricks discussed here.

Creative Ways to Hide your Cameras Indoors

The battery-powered cameras without wires are the best if you’re looking to conceal them fully. Here are some of the ideas you can incorporate.

Plush Toys

Do you fancy stuffed toys? Then, you can use them to hide your camera without anyone noticing. For this tactic, you need to find an old toy that isn’t eye-catching.

Next, cut its back using a pair of scissors and remove some stuffing to leave space for the camera.

Place the camera lens in such a way that it views from one of the eyes. Also, remember to leave some space for the USB port while sewing the toy back. Place the toy on a shelf or a location where it cannot get knocked over.

Boxes

Do you have some cute little boxes lying around your house? You can use these boxes to hide your camera from suspicious eyes. For example, you can convert your tissue box into an incredible hiding place for your camera.

All you have to do is drill a small hole where the lens will peep from. Then, place the camera well inside the box. To avoid any suspicion, you can pack some items above the camera, such as books or paper towels.

Planting pots

If you love decorating your home with potted plants, you can incorporate the camera with the plants.

For this trick to work correctly, you need to dig into the soil in the pot. After that, place the camera inside the soil and cover it, only leaving the lens exposed.

Finally, cover the lens slightly with the leaves of the plants so that it’s not noticeable.

Bookshelf

If you love reading books, you definitely have a collection. Now, in the event of a break-in by burglars, they most likely won’t touch your books but will target the more valuable products.

Placing the camera on the topmost shelf is the best way to hide it while still monitoring your home in real-time.

Lights

Using a strong adhesive, you can fix the camera on the ceiling near the lights.

However, it would be best to make sure that the bright light doesn’t affect the quality of the videos taken.

If you have chandeliers, you can also stick the camera on them. A camera placed above can pick every movement. You can also think of other creative ways on how to hide a ceiling camera in plain sight. 

Now that we’ve explored ways of concealing security cameras indoors, let’s look at ideas you can use for your outdoor security cameras.

Smoke Detectors

This is one of the most creative ways to hide a camera in plain sight. It is difficult for someone to tell that a hidden smoke detector camera is a fake smoke alarm.

How to Hide Cameras in Plain Sight Outdoors

Just like indoors, it’s also advisable to hide cameras even in the outdoors. In this section, we’ll explore different ways you can do this creatively.

Build a birdhouse

Birdhouses are often fully enclosed, only leaving tiny breathing spaces.

You can place a wireless camera inside the birdhouse because you also want to make sure there aren’t any wires dangling on the birdhouse.

Near bushes/leaves/trees

If you have some growing plants, bushes, or leaves in your compound, then you can hide your camera in plain sight.

You have to get your wiring right for this method because it would be suspicious to have wires passing through a tree. PVC wiring can help you hide your camera’s wires, or you can opt for battery-powered cameras instead.

The good thing about this tactic is that you can place the lens so that it peeks from the branches or leaves without being noticed.

Alternatively, you could paint the camera the color of the plants to create camouflage. However, if you paint your camera, it means that you interfere with the warranty policies.

On the roof

You can also place your camera on the rooftop. Most people won’t be quick to suspect the presence of a camera on your roofing.

Besides, the destructive burglars always aim at disconnecting the cameras before they can go about their business.

With a camera on the roof, the intruder would shy from climbing on the roof if they realize there is a security camera.

Our Final Thoughts

Whatever your reason to hide your camera, being in a position to monitor your home in real-time is the most satisfying feeling.

This guide gives you some tips on how to hide a camera in your home, whether you want to monitor inside the house or outside. 

Electrical faults or arcing can result into a fire. Statistics indicate that 3 out of 10 home fires is caused by electrical appliances. How do you then put out an electrical fire? 

Well, the first rule of thumb is – do not use water even when it is the first instinct that may come to mind. 

Water and electricity do not coexist in harmony. Basically, that is because water is a good conductor of electricity. If there be any live electrical power, you can encounter this hazardous energy. You may be shocked or even electrocuted! 

There are therefore safe methods that are recommended to put out an electrical fire. I will take you through the process. 

First, ensure that if possible, the sources of power have been switched off. However, when that posse’s danger, do not worry and do not put yourself in direct danger. 

Secondly, go for a class E fire extinguisher. This type of fire extinguisher is meant to put out electrical fires.  

Electrical fires are best extinguished using foam. 

But how do I know whether I am dealing with an electrical fire or not? 

Sometimes you may be unsure whether the fire is caused by electricity or classified as an electrical fire. And that is okay. 

However, observe the following to help you make the right conclusion.  

i) Is the fire on an electrical appliance? 

ii) Is the fire on or near an electrical socket or power distribution panel? 

iii) is the fire in the generator room? 

iv) is the fire near an electrical heater or cooling appliance? 

If the answer to any of the above questions is yes, you are most likely dealing with an electrical fire.

When unsure, you are much safer assuming that the fire is electrical. 

Follow these simple steps to effectively put out an electrical fire: 

1 If you identify the appliance on fire, you can reach out the source of the electrical power and isolate it.

Remember, conditions must be safe for you to do this. Switch off the switch connecting the appliance to electricity.

Even better still, if you know the location of the main power circuit breaker for your house, switch off the power at this point. 

2 If the fire is at the incipient stage and therefore still small, put a heavy but dry blanket to cover the fire.

This eliminates the oxygen which in turn stops the fire. Take care that the surface upon which you are putting the blanket is not too hot otherwise it will ignite the blanket or melt it depending on the material of the blanket. 

Often electrical fires start from overheating appliances. 

3 Grab a fire extinguisher and put out the fire. A class C fire extinguisher should be used.

Most residential fire extinguishers are labeled to be safe for class A, b and C. However, ensure you verify this before using the fire extinguisher. 

4 When a class C fire extinguisher is not available, you can use baking soda. This works when the fire is small. The baking powder represses the fire by cutting off oxygen. 

5 Do not use water to extinguish the fire. You are making the situation more unsafe. The water is a good conductor of electricity and hence would transfer the electrical power into your body.

Consequently, you will experience electrical shock and in worse situations get electrocuted. 

6 If the fire is not contained and becomes bigger, escape to a safe distant away from the house and request for fire brigade. Use your prepared fire emergency plan to evacuate.  

It is recommended that you practice your fire emergency response plan with your family often. This gives everyone confidence when the actual evacuation happens. 

What are some of Electrical Fire Preventive Tips?  

🔘 Always confirm than an electrical appliance can be supported in the socket you want to plug it into. For example, use heating appliances on power socket outlets labeled for such application. 

🔘 Do not do electrical connections or modifications if you are not trained to do such. Always involve an electrician for professional and safe services. 

🔘 Regularly inspect the conditions of your appliances and electrical circuits especially at the main power distribution panel. 

🔘 Use of extension cords for power intensive applications, for example cooling and heating is not recommended. Even when you use the extension cords for the other light applications, ensure that they are in good working conditions. 

🔘 Pay attention to what you smell or hear. If you smell something burning or hear hissing sound near electrical sockets/ appliances, do not ignore. Call an electrician to check it out. 

🔘 Use home appliances that have safety features to prevent situations like fire. Some appliances will switch off when they sense overheating. As well, there are portable space heaters that will shut off if they tip over. Such devices proactively prevent fire from starting. 

🔘 Install a smoke detector in each room of your house to alert you when fire starts. It is at the incipient stage where you have much control over the fire. 

🔘 Electrical cables should be properly sized to support electrical load requirements. Cables are known to overheat if undersized and are a potential cause of fire. 

🔘 It is best practice to unplug the appliances from power sources when you are not using them. This prevents them from overheating or unintended operation by kids for example. 

Conclusion 

Electricity is a subtle hazard. We use it frequently and somehow trivialize the associated dangers. Despite this, when you practice the preventive tips and the fire response steps outlined above, it mitigates the risk of fire injury or death. 

Avoid using water where electricity is involved. However, if you are sure you have isolated power from the main source, there is no harm using water to put out an electrical fire. 

Keep the main thing the main thing. And the main thing is your safety. Do not compromise your safety while attempting to put out an electrical fire.  Evacuate and call for help. It is better to be safe than be trapped in a fire.