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Thermocouples and Pt100 are devices used to measure temperature in various applications. Here is a brief description of each:

1. Thermocouples:
- Definition: A thermocouple is a temperature measuring device based on the principle that there is a relationship between temperature and the electromotive force generated between two different metals when they are at different temperatures.
- Operation: It consists of two wires of different metals joined at one end, forming a "hot junction." When this hot junction is exposed to a different temperature compared to the other end (cold junction), a voltage difference is produced, which can be measured and converted into a temperature reading.
- Types: There are many types of thermocouples, each with specific characteristics. Some common examples include type K (chromel-alumel), type J (iron-constantan), and type T (copper-constantan).

2. Pt100:
- Definition: Pt100 is a platinum resistance sensor (Pt) used to measure temperature.
- Operation: The electrical resistance of Pt100 changes predictably with temperature. Normally, Pt100 has a resistance of 100 ohms at 0 °C. As the temperature changes, the resistance also changes, and this is used to determine the temperature.
- Precision: Pt100 is known for its high precision and stability compared to some other temperature sensors.
- Applications: It is commonly used in applications where precision in temperature measurement is critical, such as in laboratories, chemical industries, and industrial processes.

Both types of sensors have their own advantages and disadvantages, and the choice between a thermocouple and a Pt100 depends on the specific needs of the application. Thermocouples are more robust and can withstand extreme conditions, while Pt100 offers greater precision in certain temperature ranges.

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Head temperature probe
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Head temperature probe

Probes with head.
Used to take temperature in tanks, tubes, tanks, etc. They can be manufactured in PT100, PT100, PT500, Thermocouple j,k,s.
Screwed directly or using pressure fittings, they can sometimes be installed using a thermowell with a thread for adjustment with the probe. Materials STAINLESS steel 316L, 321, 304.

Working temperature -200°C....+500C. If you need a greater temperature range,
perature consult.
PVC head probe
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PVC head probe

Probes with head.
Used to take temperature in tanks, tubes, tanks, etc. They can be manufactured in PT100, PT100, PT500, Thermocouple j,k,s.
Screwed directly or using pressure fittings, they can sometimes be installed using a thermowell with a thread for adjustment with the probe. Materials STAINLESS steel 316L, 321, 304.

Working temperature -200°C....+500C. If you need a greater temperature range,
perature consult.
Compression sliding fittings
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Compression sliding fittings

Adjustable compression fittings, available in stainless steel and brass. Used to ensure and define the immersion depth in the process, also used in pressureless systems

copy of Head temperature probe
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copy of Head temperature probe

Probes with head.
Used to take temperature in tanks, tubes, tanks, etc. They can be manufactured in PT100, PT100, PT500, Thermocouple j,k,s.
Screwed directly or using pressure fittings, they can sometimes be installed using a thermowell with a thread for adjustment with the probe. Materials STAINLESS steel 316L, 321, 304.

Working temperature -200°C....+500C. If you need a greater temperature range,
perature consult.
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