Heating Thermostats: What They Are And How Is It Measured

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Nothing is further from the truth; the control of the room temperature is one of the most complicated tasks in the field of smart regulation and energy efficiency. For example, the Mediterranean countries suffer abrupt temperature variations between night and day depending on their geographical areas. Monitoring these changes is already a necessity for energy saving.

Given this situation, we need a heating programmer, a thermostat device, or a Chrono-thermostat which you can find on website for instance, but how to choose the correct device to adjust the heating?

What Is A Thermostat?

It is a small device used to manage the heating or cooling system and keep it on only when essential. They are control systems that work by closing or opening the electrical circuit depending on the temperature.

The time control of the on, off, and heating regulation helps to make it more effective when we need it.

What Does The Thermostatic Control Measure?

Measuring the internal ambient temperature is essential when performing a thermostatic regulation, but there are a series of context factors that must be taken into account, such as:

Humidity: in the same way it occurs in tropical areas, the feeling of embarrassment increases with relative humidity, so it is necessary to measure this parameter.

CO2: the concentration of this gas, produced by breathing itself, causes discomfort, so it must be kept within limits.

External temperature: measuring this variable to take into account the control of the interior can be of great help when regulating (for example, in hydraulic systems). It can also help, for example, to use fresh air from outside during summer nights if it is at a suitable temperature (“free cooling”).

We use intelligent regulation systems to control the three points; thermostats and Chrono thermostats work ideally in gas, diesel, or pellet. These devices affect two key temperatures:

energy-saving temperature

Inertial temperature: Minimum temperature of the house.

The comfort temperature: The one that the home must reach so that its inhabitants are comfortable.

Inertia temperature – Comfort temperature = Intermediate temperature

The intermediate temperature should be controlled to save energy in the home. We must always ensure that between the comfort temperature and the inertial temperature, we never have more than 5 degrees. Otherwise, we will be spending more money to feel comfortable in the home.

Heating thermostat types: If you have an independent heating system, these devices allow you to manage the equipment better, have a home that is always warm, cozy, and without waste and you can get them on website.