Thermocouples - PSE - Priggen Special Electronic

PSE Priggen

Hochtemperatur- Thermoelement mit Keramik- Isolierröhrchen, max. +1700°C, Typ R mit 1,5m Ausgleichsleitung und Stecker

SKU:: httek

PSE Priggen

Hochtemperatur- Thermoelement mit Keramik- Isolierröhrchen, max. +1700°C, Typ R mit 1,5m Ausgleichsleitung und Stecker

693,77 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

Magnet Surface Probe, -20 to +80°C, Type K

ETI

Magnet Surface Probe, -20 to +80°C, Type K

SKU:: 133-016

Probe temperature range: -20 to +80°C
Response time: less than 30s
Accuracy to BS EN 60584-1:2013
Ideal for temperatures of magnetic metal surfaces

ETI

Magnet Surface Probe, -20 to +80°C, Type K

35,70 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

ETI

Thermocouple Leads Set

SKU:: 816-100

accessory for MicroCal 1 thermocouple simulator

seven lead set with plugs

type K, J, T, R, N, S and E

allows simple testing of all these thermocouple types

ETI

Thermocouple Leads Set

160,65 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

ETI

Stainless Steel Penetration probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

SKU:: 133-161

probe temperature range: -75 to +250°C

high accuracy

response time: less than 3s

probe length: 120mm

probe diameter: 3,3mm, pointed

ETI

Stainless Steel Penetration probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

32,13 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

GTT-05-0150, Sheath Thermocouple Probe, Plug Mounted,...

Senseca

GTT-05-0150, Sheath Thermocouple Probe, Plug Mounted, Type K, Ø 0.5mm, Length: 150mm -200 to +1150°C

SKU:: GTT-05-0150

Very thin, flexible sheath thermocouple probe: Ø 0.5mm
Probe length EL: 150mm
Measuring range: -200 to +1150°C
Accuracy class 1

Senseca

GTT-05-0150, Sheath Thermocouple Probe, Plug Mounted, Type K, Ø 0.5mm, Length: 150mm -200 to +1150°C

110,67 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

FEP (Plastic) Probe, Type K Plug-Mounted Thermocouple,...

ETI

FEP (Plastic) Probe, Type K Plug-Mounted Thermocouple, -60 to +250°C

SKU:: 133-155

probe for safety areas, i.e. air lines

probe temperature range: -60 to +250°C

response time: less than 3s

ideal for measuring food

probe length: 40mm

probe diameter: 3,2mm, pointed

ETI

FEP (Plastic) Probe, Type K Plug-Mounted Thermocouple, -60 to +250°C

39,27 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

ETI

Air or Gas Probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

SKU:: 133-301

probe temperature range: -75 to +250°C

high accuracy

response time: less than 1s

probe length: 120mm

probe diameter: 3,3mm, perforated tip

ETI

Air or Gas Probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

27,37 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

Ribbon Surface Probe, Type K Plug-Mounted Thermocouple,...

ETI

Ribbon Surface Probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

SKU:: 133-045

temperature range: -75 to +250°C

response time: less than 1s

length: 120mm, diameter: 8mm

ETI

Ribbon Surface Probe, Type K Plug-Mounted Thermocouple, -75 to +250°C

39,27 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

Ribbon Surface Probe, 90° Angled Sensor Head, -75 to...

ETI

Ribbon Surface Probe, 90° Angled Sensor Head, -75 to +250°C

SKU:: 133-046

temperature range: -75 to +250°C

response time: less than 1s

length: 120mm, diameter: 8mm

ETI

Ribbon Surface Probe, 90° Angled Sensor Head, -75 to +250°C

35,70 € *

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: 11 - 13 Workdays (DE - int. shipments may differ)

In stock

Thermocouple, 1m PTFE Wires, Exposed Junction Plug, -75...

ETI

Thermocouple, 1m PTFE Wires, Exposed Junction Plug, -75 to +250°C

SKU:: 133-362

probe temperature range: -75 to +250°C

high accuracy

fast response time: <0,5s

exposed wires

probe length: 1000mm, PTFE insulated

probe diameter: 1.5mm

ETI #133-362

ETI

Thermocouple, 1m PTFE Wires, Exposed Junction Plug, -75 to +250°C

15,47 € *

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: 1 - 3 Workdays (DE - int. shipments may differ)

Thermocouples: Fundamentals of Temperature Measurement

Thermocouples are specialized sensors used for measuring temperatures in a wide range of applications. They operate based on the principle of the thermoelectric effect, where voltage is generated when two different metals are connected and exposed to different temperatures. This effect enables the measurement of temperature differences, allowing precise temperature values to be determined. Thermocouples are particularly suitable for use in extreme environments, as they provide reliable results at both very high and very low temperatures. Their simple yet effective functionality makes them an indispensable tool in many technical and scientific fields.

How Thermocouples Are Used in Industry

In industry, thermocouples play a crucial role in monitoring and controlling temperatures in various processes. Whether in metal processing, chemical production, or energy generation, thermocouples are used wherever precise temperature control is required. Their durability and ability to provide accurate measurements even under challenging conditions make them an ideal choice for industrial applications. Accurate temperature measurement is essential in many processes to ensure product quality or to keep machinery and equipment operating within optimal parameters.

The Functionality of Thermocouples in Detail

Thermocouples work based on two differently conductive metals that are connected at one point. When the temperature at this point increases, an electric voltage is generated, which is proportional to the temperature difference. This voltage can be measured and converted into a temperature value. Due to their construction, thermocouples are particularly robust and can be manufactured in different designs to meet the specific requirements of various applications. Their functionality is simple yet highly effective, making them one of the most widely used temperature measurement methods in science and technology.

Thermocouples and Their Importance in Research

In scientific research, thermocouples are an essential tool for conducting precise and reliable temperature measurements. Particularly in experiments carried out under extreme temperature conditions, thermocouples offer the advantage of providing stable and accurate values even under heavy stress. The precise monitoring of temperatures is crucial in many research fields to analyze processes and gain scientific insights. Thanks to their versatility and high reliability, thermocouples are used across a wide range of scientific disciplines, from materials research to physics and chemistry.

How to find the thermocouple for my application?

How to Find the Right Temperature Sensor for Your Application – A Comprehensive Guide

Choosing the right temperature sensor is essential for accurate measurements and the smooth operation of your application – whether in industrial settings, laboratories, building automation, or private use. However, with the wide range of available sensors, making the right decision can be challenging. In this guide, you will learn what to look out for in order to select the ideal temperature sensor for your specific application.

1. What Is a Temperature Sensor?

A temperature sensor – also known as a temperature probe – is an electronic component that converts temperature differences into an electrical signal. This signal can then be used for display, control, or data recording. The most common types include:

PT100 / PT1000 (Platinum Resistance Thermometers)
Thermocouples (e.g., Type K, J, T)
NTC / PTC Thermistors
Digital Temperature Sensors

Each of these sensor types has specific characteristics that make them particularly suitable for certain applications.

2. Application Areas Determine the Type of Sensor

To begin with, you should ask yourself where and for what purpose you intend to use the temperature sensor. Typical areas of application include:

Process Engineering & Industrial Automation

PT100 / PT1000 sensors or thermocouples are often used here, as they offer high accuracy, fast response times, and a wide temperature range.

Building Automation & HVAC

For monitoring room temperatures, heating systems, or ventilation units, NTC sensors or digital sensors are often suitable due to their easy integration.

Food Industry & Medical Technology

High hygiene standards and fast response times require special, often waterproof sensors with appropriate certifications.

Research & Laboratory

In sensitive measuring environments, highly precise resistance thermometers (e.g., PT100 in 1/10 DIN class) are recommended.

3. Key Selection Criteria for Temperature Sensors

To find the right sensor, you should consider the following criteria:

Temperature Range

Determine the minimum and maximum temperatures the sensor needs to measure. Thermocouples, for example, are ideal for extreme temperatures.

Accuracy & Tolerance Class

Choose the accuracy level required for your application – for example, Class A or B for PT100 sensors.

Response Time

In dynamic processes, a fast response time is crucial for reliable measurement.

Design and Installation Method

Whether you need an immersion sleeve, screw-in sensor, surface sensor, or penetration probe – the design must match your specific setup.

Media Resistance & Protection Rating

Ensure the sensor materials (e.g., stainless steel, Teflon) and protection class (e.g., IP65, IP68) are suitable for the environment – especially in humid or chemically aggressive conditions.

Signal Processing / Output Signal

Do you need an analog signal (e.g., 4–20 mA), a digital signal (e.g., I²C, One-Wire), or a direct resistance signal?

4. Custom Solutions and Expert Consultation

In many cases, it is worthwhile to seek expert advice from a specialist distributor or measurement technology expert, especially if you need custom solutions or have specific requirements – such as applications in hazardous areas (ATEX) or demanding hygienic environments.

5. Conclusion: How to Choose the Right Temperature Sensor

The ideal temperature sensor depends on a range of factors – from the temperature range and environmental conditions to the signal type. Start by clearly defining your requirements and consult an expert if in doubt. This ensures that your temperature measurement is reliable, accurate, and durable.

Need help finding the right temperature sensor?
We are happy to support you with our many years of experience in professional measurement technology. Contact us at priggen@priggen.com for personal advice or browse our wide selection of temperature sensors for every application at www.priggen.com.

Are there calibrated thermocouples available?

Gerne! Hier ist die einwandfreie englische Übersetzung des Textes über kalibrierte Thermoelemente:

Are Calibrated Thermocouples Available? – Everything You Need to Know

If your application depends on precise temperature measurements, you will eventually ask yourself: Are calibrated thermocouples available – and what are their benefits?
The answer is: Yes, thermocouples can be calibrated, and in many industries – such as manufacturing, laboratory environments, medical technology, or quality assurance – calibration is either required or highly recommended.

In this article, we’ll explain what a calibrated thermocouple is, what to consider when selecting one, and the advantages of using calibrated sensors.

What Is a Thermocouple?

A thermocouple is a type of temperature sensor made from two different metallic conductors joined at one end. Due to the thermoelectric effect, a voltage is generated that changes with temperature. This voltage can be measured and converted into a temperature reading.

Common types include:

Type K (Nickel-Chromium / Nickel) – widely used, robust, broad temperature range
Type J (Iron / Copper-Nickel) – suitable for lower temperatures
Type T (Copper / Copper-Nickel) – highly accurate at low temperatures
Types N, S, R, B – for high-temperature or specialized applications

What Does "Calibrated Thermocouple" Mean?

A calibrated thermocouple is a sensor whose measurement accuracy has been tested and documented in a calibration laboratory. The calibration is carried out over a defined temperature range, where the thermocouple is compared to a traceable reference sensor. The deviation from the standard curve is then recorded.

The result is a calibration certificate, which typically includes:

The measured temperature range
Actual values and deviations from the target values
Measurement uncertainty
Traceability to national or international standards (e.g., DAkkS, ISO 17025)

Why Are Calibrated Thermocouples Important?

Calibrated thermocouples provide verified accuracy and reliable results. They are especially important in the following areas:

Quality assurance under ISO 9001
Validated processes in the pharmaceutical, food, or medical industries
Precise temperature monitoring in industrial furnaces, test benches, or laboratories
Comparative measurements and certifications

Only calibrated sensors ensure your temperature data is reliable, comparable, and compliant with industry standards.

Where Can You Get Calibrated Thermocouples?

At priggen.com, we offer a wide selection of high-quality thermocouples, available with or without calibration certificates, depending on your specific needs.

You can choose from the following calibration options:

Factory calibration – suitable for most industrial applications
UKAS-/ DAkkS calibration – for highest accuracy and full traceability
Custom calibration ranges – tailored to your requirements
Multi-point calibration – across several temperature points if needed

Our team will gladly assist you in selecting the right sensor and calibration method – customized for your application.

Conclusion: Calibrated Thermocouples – Accurate, Reliable, and Traceable

Yes, calibrated thermocouples are available – and in many cases, they are indispensable for achieving compliant, safe, and precise temperature measurements. If your application relies on accurate data or operates within a regulated industry, using calibrated sensors is a must.

Need help selecting a calibrated thermocouple?
The team at priggen.com is here to support you with expert advice. Contact us at priggen@priggen.com or visit our online store for professional measurement technology, featuring a wide range of temperature sensors, calibration services, and accessories.