38 companies for Temperature Measurement Systems ✓ B2B manufacturers, distributors & suppliers from 7 countries ✓ With special service for fast information and prices ✓
Measuring, controlling, regulating and evaluating - when it comes to pioneering automation and digitalisation technology, the ifm group of companies is a pioneer and partner. Since the company was founded in 1969, ifm has been developing, producing and selling sensors, controllers, software and systems for industrial automation and digitalisation worldwide. Today, the ifm group of companies is one of the global industry leaders with around 9,055 employees.
- Precise temperature measurement through Pt1000 sensor element. * Integrated or separate evaluation electronics selectable. * Modular concept - tailor-made for every application. * Variable process connection technology through optional adapters. * Robust mechanics with high vibration and shock resistance.
* Precise temperature measurement through Pt1000 sensor element. * Integrated or separate evaluation electronics selectable. * Modular concept - tailor-made for every application. * Variable process connection technology through optional adapters. * Robust mechanics with high vibration and shock resistance.
Requirements Temperature monitoring is one of the most important measuring tasks in the food industry. In order to ensure a constant process quality, the temperature sensors used must be calibrated regularly. This is time consuming and expensive. Implementation The temperature sensors of type TAD use two different sensor elements that monitor each other in the process. This ensures that any drift of the sensor is reliably detected. Furthermore, if one element fails, the process can be continued with the second measuring element (backup function). Customer benefits The two high-precision and long-term stable measuring elements of the TAD temperature sensor create safety and quality in the process. The 4...20 mA signal, which is proportional to temperature, allows processing via any standard control system. For easy further processing, the signal is scalable for the relevant temperature range. The diagnostic output warns when "Drift warning limit reached" or "Drift alarm limit reached". ifm electronic guarantees reliable drift detection within the set drift limits for a period of 5 years. The integrated ASEPTOFLEX adapter thread allows hygienic adaptation to all common process adapters. The completely closed housing guarantees protection class IP 69 K. The chosen design reduces dirt deposits and is easy to clean all around.
- Spark detector - TM 3/9 plus - Temperature monitoring by means of three contact temperature probes to monitor facilities for mecha...
Fagus-GreCon Greten GmbH & Co. KG is an owner-managed family business with headquarters in Alfeld/Hanover. The GreCon division is market leader in the production and development of measuring technology and fire protection systems for applications in numerous industries including the wood-based panel industry. The Fagus division is a leader in the field of production and development of shoe lasts. The two business divisions are active worldwide and offer customer service on site. Built in 1911 by the architect Walter Gropius, the Fagus plant is one of the first examples of modern architecture and was declared a UNESCO World Heritage Site in 2011. The Fagus-GreCon Group currently has more than 600 employees worldwide.
KROHNE is a global manufacturer and provider of instrumentation, measurement solutions and services. Founded in 1921 and headquartered in Duisburg, Germany, we offer extensive application knowledge and local contacts for instrumentation projects in over 100 countries. KROHNE stands for innovation and high quality products as one of the market leaders in the process industry.
KROHNE specializes in process measurement – from field instrumentation to system solutions – and is a full-service provider for flow, level, pressure, temperature and process analytics products, accompanied by a broad range of services. We have proven experience working with many customers across most industries, including but not limited to chemical, oil & gas, food & beverage, water & wastewater, power generation and distribution, marine, as well as mechanical and plant engineering.
Today, KROHNE employs more than 4,000 people, operates 15 production facilities and owns 44 companies worldwide while remaining an independent, family-owned company. Our aim is to provide the right measurement solutions for our customers’ process measurement applications. We achieve this by manufacturing innovative, reliable, high-quality products and services, employing qualified and motivated people and maintaining long-term, reliable partnerships with our business partners.
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measurement
- Temperature Measurement Systems | Temperature Measuring Technique | Thermocouples
- Temperature Measurement Systems | Temperature Measuring Devices
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems
- Temperature Measurement Systems | Temperature Report Systems | Temperature Measuring Devices
- Temperature Measurement Systems | Surface Temperature Measurement Device | Temperature Measuring Devices
- Temperature Measurement Systems | Temperature Logging Systems | Temperature Measuring Devices
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems | Temperature Logging Systems | Temperature Report Systems
- Temperature Measurement Systems | Temperature Measuring Devices
- Temperature Measurement Systems | Temperature Measurement | Pressure Gauges
- Temperature Measurement Systems
- Temperature Measurement Systems | Wind Measuring Systems
- Temperature Measurement Systems
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems
- Temperature Measurement Systems | Surface Temperature Measurement Device | Temperature Measuring Devices
- Temperature Measurement Systems | Temperature Measuring Devices | Thermography
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems | Temperature Measuring Devices | Temperature Measuring Technique
- Temperature Measurement Systems | Temperature Measuring Technique | Pressure Gauges
- Temperature Measurement Systems | Surface Temperature Measurement Device | Temperature Measuring Devices
- Rotronic Continuous Monitoring System RMS - The Rotronic Monitoring System is one of the most flexible monitoring systems availabl...
The range of ROTRONIC temperature measuring equipment comprises of Pt100 probes and instruments such as transmitters, handhelds and data loggers.
- Temperature Measurement Systems for use in the Electronics Industry
- Temperature Measurement Systems - Thermal Profiling in Solar Photovoltaic Manufacturing
- Temperature Measurement Systems for Thermal Profiling in Ceramics & Kiln Firing
- Temperature Measurement Systems for Thermal Profiling in Food Processing
- Temperature Measurement Systems for the industrial coating industry
Temperature profiling is the process of recording and interpreting temperatures of products as they move through either a conveyorized or batch heating process (typically an oven or furnace). The collected numeric data is converted by temperature analysis software into meaningful information and displayed as a graph – thermal profile.
This information tells you what temperatures your product reached, for how long and at what point of the process. Process engineers know what the perfect profile for their product should be and variations from the ideal indicate a potential problem or unacceptable quality. By analyzing the thermal profile, you are able to verify and improve product quality, increase throughput and solve production problems.
The necessary components of an effective temperature profiling system include: thermocouple sensors to gather temperature information, data acquisition loggers to collect the data, thermal barriers to protect the data loggers, and most importantly, temperature profiling software for the analysis and archiving of all temperature data.
Benefits of Temperature Profiling
- Improved product quality
- Increased productivity
- Minimized energy costs
- Validated process control (QS/ISO9001)
- Efficient and fast new process setup
- Quick troubleshooting
Temperature Measurement Systems - Manufacturers, Traders & Suppliers

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