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Temperature control in hospitals: hospital thermometers

Hospital environments require temperature control and monitoring around the clock, all year round. To do this, we will need a suitable instrument – a hospital  thermometer.

We recommend keeping medical equipment, drugs, vaccines, tissues and blood at the specific temperature appropriate for each case. As you know, the ideal temperature to avoid cell multiplication ranges from 20 to 25 °C. This is the usual temperature in corridors and common areas. However, different temperatures may be required in other areas, such as operating theatres or patients’ rooms.

Types of Hospitals

  • Incubators

    Temperature and humidity control for incubators

    Temperature control in neonates is essential for their development, especially in the first week. This is one of the critical factors, as well as humidity, heart rate and baby weight. Premature babies lose body heat easily, due to, among other things, thinner skin. Continuous monitoring of body temperature as well as incubator air temperature is therefore necessary. For this, it is usual to apply a sensor to the lower abdomen, which continuously informs us of body temperature. Incubators are also equipped with an air sensor that regulates the temperature of the environment inside the cabin. Depending on the body temperature, the ambient temperature is adjusted, thus regulating the baby's temperature and making it remain stable at 36ºC.

    Temperature labels for incubators

    The importance of temperature control in hatcheries for hatchlings, as well as other parameters, makes them fully equipped with electronic sensors. However, the use of temperature labels is very useful, as a redundant and at the same time comfortable system for visual control quickly. The temperature labels allow anyone to see the current temperature in an easy way and also guarantee that the sensors are working correctly. The adhesive thermometers, just stick them on the outside of the incubator and they will inform us at all times of the temperature inside. Likewise, when the baby is more advanced and leaves the incubator, there are fever thermometers, which allow them to stick to the skin and monitor the temperature comfortably in the first months. These thermometers through a color change, clearly indicate body temperature.

    Other incubators and temperature control

    In addition to hatcheries for neonates, there are other types of incubators, oriented to animals or to the reproduction of chickens. The use of thermal labels in these incubators, facilitates the control task and complements the electronic type sensors of the same. Let's see some example in more detail:

    Temperature control for chicken incubator

    The temperature inside a chicken incubator should be around 38 °C to obtain high‑quality animals. However, you should be aware that this temperature value may vary throughout the incubation process. Therefore, a fully functioning incubator temperature sensor is required.

    The reason behind this is none other than the mortality rate in chickens, if we keep a constant temperature and make the following mistakes:
    • Lack of maintenance on the incubator fan
    • An increase in the number of eggs to be incubated
    • Not drying the water that usually appears at the bottom of the incubator
    • Problems opening the hatches
    Therefore, incubator temperature control is essential to get the most out of our installation. The adhesive thermometers ensure an easy and visible way of controlling temperature. Humidity is another factor to be monitored. It should be between 55 and 60%, with a five per cent increase in the latter percentage at the time of hatching.

    The importance of the incubator temperature sensor

    This accessory is essential to make control and monitoring tasks easier. It will help you to detect if the temperature is too high, if there are any sudden variations, and check the temperature of the water that provides humidity.

    Maintenance on the sensor is important so that we can correct whatever is necessary, at a glance. After the first 10 days, we advise you to regularly check the temperature of each egg’s shell to anticipate any problems.

    The best thing to do is to adjust the temperature as the days go by, gradually lowering it from 38 to 35 °C. This scientifically proven method will allow you to raise chickens that develop their internal organs correctly and without defects.

    By using reversible thermometers, we can check if the temperature is right at any time. On the other hand, irreversible thermometers such as the 8‑level thermometer allow us to certify the maximum temperature reached and ensure that the process has been correct.

    We hope we have managed to provide you with the fundamental notions to incubate your chicks correctly and without any worries
    . Having quality sensors and controlling the incubator temperature will make it much easier for you.

Hospitals Best seller

Hospital air conditioning: main temperature control areas

The areas where you will need most control of the temperature are the pharmacy, especially its freezers and refrigerators; the equipment in which tissues and blood are transported and stored; the freezers where samples are stored; the clean rooms, cold rooms and laboratories; the operating theatres and, lastly, the testing rooms.

Hospital autoclave, a device with specific requirements

Areas where sterilization processes are carried using devices such as the hospital autoclave and other medical equipment, both diagnostic and therapeutic, also require a specific temperature.

Temperature control in hospitals

Our approach to hospital air conditioning and temperature control involves the installation of visible thermometers. Supervisors or managers need to view and monitor the temperature easily. To do so, we will use reversible LCD thermometers that are visible and easy to use. Just stick them within the area to be controlled. They will clearly display the temperature by changing colour.

There are special areas, such as the operating theatre, where the temperature will fluctuate in a range between 18 and 22 °C. Therefore, the entire temperature control system will be vital in providing
a suitable environment and atmosphere. In these environments, integrated circuit systems are the most appropriate. Using adhesive thermometers, which are an affordable solution, is a perfect complement that provides a quick reading.

In the hospital’s pharmacy, you will need to check the temperature in the refrigerator to avoid temperature fluctuations and variations in different areas. This way, you will maintain the drugs under stable conditions.

Types of thermometers

We have several general types of thermometers, which we explain below.

Maximum-minimum thermometer

It has two columns of mercuryone with the maximum temperatures and one with the minimum ones. They both have a built-in graduated scale where we can observe the level of mercury and, therefore, the temperature at the time. This thermometer allows the control of variations of maximum and minimum temperatures reached in the refrigerator or the room. You will be able to see them in a different colour.

Adhesive thermometers

They are temperature labels that indicate the temperature of the area or surface to which they have been adhered by changing colour. They are easy to use and affordable.

Temperature recorder

It is an automatic device that takes makes temperature measurements based on time intervals. Thus, it allows you to obtain graphs and tables to observe the temperature variations.

Irreversible temperature indicators

They are a cost-effective alternative to the temperature recorder. These indicators change colour permanently when they reach specific temperatures. This way, we can check whether or not the critical temperature has been exceeded in a particular area.

In conclusion, we recommend hospital thermometers as an effective way of measuring temperature in the healthcare environment.