There’s a lot at stake when it’s about managing high-value equipment, assets, or any other perishable products. The need for remote temperature monitoring systems is critical for numerous applications like maintaining optimal temperatures, ranges of temperature, and humidity. It is now being used in almost every industry. The range of applications of temperature monitors is vast – they are even used in the geotechnical monitoring fields. From a bird’s eye view, a temperature sensor is used to compute the degree of cold or hot in an area and convert it into a readable unit.

What is a Temperature Monitoring System?

 To put it simply, a monitoring system of temperature is a resistance temperature detector that helps get the measurement of temperature in a readable form. This is done via an electrical sign. Since these systems are designed for a wide variety of needs, you have to decide the type you will use. The top three are thermocouples, thermistors, and RTDs.

With the right temperature monitoring system, you can track critical temperatures at sites, server rooms, and data centers that include important gear. Instead of installing a new distributed control system, you can use intelligence to figure out temperature-related problems. The role of a Resistance Temperature Detector is of prime importance here as it changes electrical resistance in direct proportion with the temperature change. It does it in a repeatable and precise manner.

What does it do?

A temperature sensor is used to measure the degree of coldness or hotness in an object and alerts the management if there is any discrepancy in the temperature. Its working depends upon the voltage across the diode. The temperature change is directly proportional to the resistance of the diode. It changes the resistance going across the diode into readable units, i.e., Centigrade, Celsius, and Fahrenheit. Once it is transformed into readable units, it can be easily measured.

How does it work?

 The remote monitoring IOT measures the temperature through electrical signals. The temperature sensor comprises two types of metals. These metals generate electric voltage or resistance when it experiences temperature change. The voltage that goes across the diode terminals plays a critical role in working a temperature monitoring system. The temperature rises whenever there is an increase in voltage. A drop then follows it in voltage between the base’s transistor terminals and the diode’s emitter. An accurate measurement is of extreme importance in making sure that this process is successful. There are different kinds of temperature sensors – they depend on the type of temperature that needs to be measured. The two primary types of temperature sensors are contact and non-contact sensors. Places of hazard usually use contact sensors.

• Contact temperature Sensors: Certain temperature sensors need to be in direct contact with the object or person to measure temperature increases or decreases. These kinds of sensors are used to detect gases, solids, liquids varying over a wide range of temperatures. The range includes Resistance Temperature Detector (RTD), Thermocouple, thermistor, and thermometer.
• Non-Contact Temperature Sensors: These are sensors that do not come in direct contact with the object to measure temperature. The degree of hot and cold is measured through radiation that is emitted through the source of energy. Thermal imaging and Infrared sensors are the most types of non-contact temperature sensors.

Things to consider while choosing the right temperature  monitoring system

 Industrial operations are incomplete with the measurement of temperature. But it should be kept in mind that not all devices used to measure temperature are made equal to each other. Therefore, it is of critical importance that you choose very carefully when selecting a temperature monitoring device for yourself. Often a temperature monitoring system fails miserably to watch out for the most critical features. Here are a few things to be kept in mind while choosing a temperature monitoring system:

• Sensing environmental alarms

You must make sure that the monitoring system you are choosing is competent to keep an eye on the entire remote site environmental factors. There are a few obstacles that serve as ecological threats to network equipment. They are:

1. Water damage: Water leakage affects our daily lives and damages the temperature sensor. You must be made aware if there is water near your equipment. Therefore, if you choose a suitable sensor, you will be alerted if there is water collecting to prevent unnecessary damage.
2. Humidity: Too much moisture in the air can also create problems. It can cause your equipment to either rust or degrade, which eventually leads to a short circuit. When the humidity is too high or too low, it can cause damage; therefore, it is best to choose a temperature sensor that notifies you about the amount of humidity – to prevent your equipment from getting damaged.
3. Airflow: Disruptions of airflow are often the cause of severe consequences. If you have your airflow sensors in place, it will make you aware if there is an airflow pressure that could harm your device.

• Integrated support

An important feature that must be kept in mind is having an integrated support alarm monitoring system. It helps in managing your entire network and prevents you from constantly checking multiple screens. If you have an integrated system, you will be notified in case there is any kind of abnormality or problem. You will be able to check on any alarm that goes off from one single screen.

Get the best IoT solutions with Zenatix

We at Zenatix believe in giving you the best in the market; that is why we also feel it is essential to educate our customers on the do’s and don’ts when it comes to selecting the right IoT solution. We have put our best minds together to make hardware that is well suited for you and helps you stay away from any kind of inconvenience which can come across if your temperature sensors are at fault. Get the best temperature monitoring systems with our assistance. Contact us for further information!