The feeling of creeping cold is unmistakable. Winter’s chill can make life uncomfortable and force you to crank up the thermostat. Your environment's relative humidity or wind chill doesn’t matter, either. When the digits fall below zero, spending anytime outdoors can feel painful and makes you wish you had access to an electric heating jacket and gloves.
But what if the worst happens? What if the heat doesn’t turn on in your home when it should? Perhaps you have an elderly family member that lives alone, and their independence in a chilly environment becomes a concern. Even belongings such as electronics, appliances, and delicate objects can be affected by humidity and low temperatures, especially if stored in particularly freezing locations such as a shed, a garage, a storage room, or a camper. Whether inside or outside, you need an alarm that can warn you of extreme temperatures and help you know how to take corrective actions.
No matter where you live, drastic changes in the weather can happen at unexpected times. You might remember the polar vortex that swept down from the Arctic in early 2019, freezing areas that almost never see temperatures below thirty-two degrees Fahrenheit. Unfortunately, some places experienced worse than just snow. Some examples of terrible cold weather from this event include:
So before crazy cold weather can descend on your home, find out what temperature monitoring devices can do to alert you before damage is done.
If you have a thermostat in your home for heating and cooling, you may already be familiar with the function of a temperature monitor. Installed as either a wireless or hardwired system, your device typically connects to physical hardware called sensor contacts. Based on the limits programmed into the device (minimums of temperature, maximums of humidity), when the specific range is reached, the monitor will alert you. Devices can vary, but a range of -40° F to 160° F is typical. Installed with batteries instead of being dependent on your home’s electricity, they can function on their own and even alert you when the batteries are nearly drained.
Let’s say you don’t want your home’s pipes to freeze. With functions like soil and liquid temperature detection, when the temperature falls to a certain degree, the system can shut off portions of your indoor or outdoor water supply. This will save you the headache of fixing burst pipes and the flooding that follows.
Another function of a monitor is for humidity. Technology in high humidity evnironments can be damaged by the moisture. Fortunately, many systems have the ability to track temperature and humidity at the same time. Once the monitor senses that the ambient humidity of the room has risen or fallen to the set parameters, the monitor will alert you in a few different ways depending on the type of device installed. Wireless systems can include sensors placed in hard-to-reach areas to make sure no drafts or moisture affect your belongings from any angle.
Temperature sensors may seem fairly straightforward, but there exists a wide range of features your device can include.
First, there’s no need to worry about your system being completely isolated. Most sensors can alert you not just with a high-volume alarm, but by calling you or texting your phone (or multiple phone numbers), emailing you when changes occur, or even contact an outside monitoring service. It can also alert you before your device’s batteries lose charge. If your device offers a connection through a smartphone app, you can get real-time data on temperature changes which may give you a better idea of when and how to make changes. This can take the form of tracking information and graphs of day-to-day trends to help you plan the right heating requirements and help you save money on your gas bill.
Home systems include connections to Cloud services. Your system may come with a data logger for precise information, enabling you to keep track of your home, garage, or storage room from anywhere in the world. This may also enable you to make changes right from your smartphone, such as changing temperature or humidity limits. These systems allow you to export the information to your personal computer in case you need to report your findings to a monitoring company. You can access this information through wifi wherever you go.
There are many effective low temp alarms on the market today. For a handheld digital device that requires no additional hardware or software, consider the temperature alarm from Thomas Scientific. Armed with a probe sensitive to minute changes in temperature, this temperature alarm can alert you if you discover any pockets of cold air that need adjustment. The alarm also comes with a Velcro backing to mount on a wall for constant monitoring.
This may require more of a technical background to use but, temperature sensors from Stoneridge can be placed almost anywhere and can detect differences in temperature in both wet and dry environments. There are sensors that can measure temperature below -40° F, but only in extreme environments will you ever need anything more expensive.
Since wireless sensors can be placed almost anywhere, there are many ways you can utilize them in unique ways to keep things safe. For instance:
Described in detail by Roaming Times, temperature monitoring systems do more than just maintain the inner cold. Waterproof sensors can be used in water or waste holding tanks (prepared beforehand with anti-freeze or an equivalent) to make sure the environment inside doesn’t freeze and damage the pipes and metal.
You can also use a temperature sensor as a way to determine where cold may be leaking into your camper. Monitor the changes to your sensor as you make changes to the windows and doors. With multiple sensors reading the cold from multiple angles, they can help you determine exactly where drafts are coming from. You may think your refrigerator or your heater would be safe from cold temperatures, but if your winters are severe enough, the deep freeze can damage your appliances and make them unusable during your next outdoor excursion.
Wireless sensors that link to a smartphone can be easily monitored and alert you the moment things get dangerous.
You may think that installing sensors in such remote places would soon drain batteries and make them useless. Fortunately, sensor systems can be installed into almost any power grid, including solar power. With a single solar panel on an outdoor wall (to avoid being buried in snow) or on the roof of your cabin, it can easily provide the power necessary to keep your sensors functioning.
Described by the National Institute of Aging, the elderly are particularly sensitive to cold temperatures. As we age, we lose the ability to keep our bodies warm. The elderly in particular are threatened by the cold simply because they can’t quite determine when they are cold. Hypothermia, which occurs when the body cannot maintain an appropriate temperature, can set in with remarkable speed, which can lead to many different types of physical damage, such as pneumonia, cardiac arrest due to the rapid shrinking and constriction of blood vessels, and even death.
Other factors that can lead to low temperatures within the body are the consumption of alcohol, not eating enough food, antipsychotics and antidepressants, sleeping pills, and heart medications such as beta blockers and clonidine. Monitoring medications is very important for multiple reasons, but cold temperatures is an overlooked one.
An appropriate temperature in the home of an elderly family member is 68° F or above. Even with this temperature, it is a good idea to remind your family members to wear warm clothing, especially if they are heading outside.
Temperature sensors can be placed in any number of places. Just like inside of a camper, sensors attached to windows, doors, and other known places where drafts can enter is an easy solution to help you know where to reinforce the home with additional insulation, sealing, or heating. And, of course, if temperatures fall too low in the house, your sensors will immediately warn you that something is wrong.
The primary concern with water getting into your computer is corrosion. When interacting with the metal components of a computer, moisture can make the delicate pins and parts begin to rust. With rust in the way, necessary components cannot make the connections to each other, stopping the flow of electricity and information. Short circuits can happen, as well as total system failure. Some systems with the right software have anti-humidity modes that allow the fans inside to run harder than usual to dry out the interior. If you have this, you should certainly let it run every once in a while, if not as often as you turn the computer on (if the humidity of your location requires it).
On the opposite end, low humidity can have an interesting effect on electronics. In dry environments, static electricity can build up between the various parts. While this is especially true if your computer is moved repeatedly. Common with laptops, static can interfere with connections and cause shorts. If you build computers for a living, you should have one important practice in mind: never assemble PC parts on carpet. This easily builds up static and threatens to destroy your machine the moment you turn it on.
In the end, you want your computer parts to run in an atmosphere of about 45% to 50% humidity. Humidity sensors can ensure just that.
Record management services, document preservation services in libraries and colleges, and museums all continue to exist because of careful management of humidity, heat, and cold. Acid-free paper is essential for modern documents, but old documents and papers made from different materials (some also written in different types of ink) are more difficult to maintain. Collectibles, too, are subject to the degradation of time and the elements. Posters, photographs and autographs, and even thicker objects such as signs, bottles, automobile parts, bicycles, and picture frames are all susceptible. If placed in storage like an outdoor shed or a garage, don’t be surprised when you find that delicate pieces like these degrade rapidly. Even books can bend and warp under bad conditions, and they can be very difficult to restore once damaged.
Dangers include direct sunlight and warm temperatures, cracking cold temperatures, and high humidity. Just as protecting computer parts, the right setting for preserving collectables and documents is 70° F and roughly 50% humidity. Monitoring these factors is essential, and humidity and temperature monitoring alarms and sensors can help you maintain the proper environment and preserve unique memories for many years to come. When the location of your collectibles become unconducive for their preservation, a wireless monitor may be the solution you need.
For as useful as temperature and humidity alarms are, they would be difficult to use if they didn’t come equipped with the latest technology to give you to-the-second information at your fingertips. With your device’s mobile app on your smartphone, you’ll know the exact conditions of your sensors, and be alerted when something changes. And with cloud-based software installed on some systems, you can even be alerted through your email or check your sensors no matter where you are in the world.
If you don't have the money for a full temperature monitoring system, Cove provides some affordable tools for temperature monitoring. Our Flood/Freeze Sensor and our Smoke/Heat/Freeze Detectors will alert you by alarm and text if the temperature in your home, office, or rv is outside of the acceptable ranges you've set. On top of being affordable and wireless, they are also incredibly easy to install.
Consider picking up a humidity and temperature monitoring system or augmenting your security system with Cove temperature sensors, to protect everything you love, no matter the weather!
Take this short quiz to build your customized system today!