Business relies on the flow of money, as the human body relies on the flow of blood. Science does the same with data. Whether the field is physics, chemistry, ecology, biology, geology, and engineering, the sciences rely on data to understand the world. Among the data that scientists and engineers without which rarely live without is temperature. Deviations from the ideal temperature can kill all life in a river or spoil food.
Thus, monitoring temperature is necessary for both the academe and industry. However, you cannot just stick a thermometer on something every hour. That would be such a hassle. Luckily, scientists can use a temperature data logger to help them with monitoring.
Make Logging Data Hassle-Free
Any scientist will tell you that working in the lab is not all about having eureka moments and inventing life-changing technologies. Most of the time, it involves painstakingly recording crucial data. It is also the same in other industries. Take wine or beer making, for example. The right temperature encourages the yeast to ferment the wine or beer, so you get the product you want.
If the temperature is any cooler or warmer, you can get a product that has a wrong flavour profile. Thus, wine and beer makers have to monitor the temperature every day throughout the fermentation process closely. Stricter protocols, such as in food safety and quality assurance, can require logging in the temperature in shorter time intervals such as every hour, half-hour, 15 minutes, etc.
These situations are when a temperature data logger can come in handy. Stopping whatever you are doing every 15 minutes so that you can check and log in the temperature is annoying. A temperature data logger has a probe and built-in thermometer to check the temperature. However, the logger will not just show the temperature, like what all typical thermometers do. As the name suggests, the logger can also log in the temperature for you. Thus, you can check the temperature data the logger recorded any time you want.
Any scientists will also tell you that they do not work the typical work hours. Some experiments can take longer than 8 or 12 hours. A scientist cannot just leave an ongoing experiment just because everyone else is clocking out. Standing by the experiment is even more imperative if they have to record data like temperature continuously. The same goes for industries. Take fermentation again, for example. The beer or wine does not stop fermenting when the official workday ends. This situation is another where a temperature data logger can help. The logger can connect to your computer or even your mobile device and send the data in real-time. Thus, you can be at home in your pyjamas having pizza, and if you want to peek if the temperature is still consistent, you just open its corresponding program.
Keep Data Accurate
As smart as people think scientists are, scientists can still mess up. Even the simplest task of writing down numbers can be a struggle if they are sleep-deprived and are running on caffeine. Fortunately, a data logger does needs neither sleep nor caffeine to operate. Most loggers just need a battery. If you calibrate a logger correctly, it can accurately record data. You just have to make sure it is running on full power, so it does not abruptly shut down.
One of the best things about science is how it can make life easier. The products of science, like data loggers, can make the field easier. Whatever your application maybe, if you need to record temperature regularly, then a temperature data logger can be a lifesaver.