Temperature measurement & monitoring
Temperature Measurement & Monitoring.
Precise, fast and non-contact temperature measurement for demanding industrial processes using advanced infrared sensing technology from Micro-Epsilon.
Temperature is a critical process variable.
Reliable temperature measurement supports process monitoring, quality assurance, maintenance and industrial automation.
Process Monitoring
Monitor temperature at critical production points and identify changes in process conditions.
Quality Control
Temperature data can support consistent production conditions and quality monitoring.
Equipment Monitoring
Monitor temperature where conventional contact measurement may be difficult or unsuitable.
Inline Measurement
Measure moving or difficult-to-access objects without physical contact.
Non-contact infrared temperature measurement.
Micro-Epsilon provides non-contact infrared temperature sensors and pyrometers for precise industrial temperature measurement.
thermoMETER UC
High-performance industrial pyrometer for non-contact temperature measurement in demanding industrial applications.
thermoMETER SE
Robust miniature pyrometer for applications requiring compact installation and reliable industrial measurement.
thermoMETER FI
Fully integrated compact pyrometer combining sensor and controller for compact installations and industrial applications.
Special Application Pyrometers
Specialised infrared pyrometers for applications requiring specific spectral ranges and higher temperature measurement capabilities.
Thermal Imaging
Thermal imaging technology can visualise temperature distribution across a target for inspection and monitoring applications.
Flexible Integration
Interface and signal-processing solutions allow temperature measurement to be integrated into industrial automation systems.
Measure temperature without touching the target.
Infrared measurement is useful when the target is moving, hot, difficult to access or when physical contact is not suitable.
Where non-contact measurement helps
Infrared sensors allow temperature to be measured remotely from a safe and practical distance.
- Moving production materials
- High-temperature objects
- Difficult-to-access measurement points
- Continuous inline processes
- Surface temperature monitoring
- Automated quality inspection
Micro-Epsilon advantages
Micro-Epsilon’s infrared pyrometers are designed for precise industrial temperature measurement.
- Non-contact measurement
- Compact and robust sensor designs
- High signal quality
- Temperature stability
- Integrated or remote controllers
- Flexible interfaces
Turn temperature into usable process data.
Temperature measurement can become a useful process signal for monitoring, control and quality assurance.
Detect
The infrared sensor detects thermal radiation emitted by the target surface.
Measure
The sensor converts the detected infrared radiation into a temperature measurement.
Integrate
Measurement signals can be connected to industrial automation and monitoring systems.
Monitor
Use temperature data for process monitoring, quality control and automation.
One technology. Multiple applications.
Micro-Epsilon infrared temperature technology can be applied across a wide range of industrial measurement tasks.
Paper Production
Temperature monitoring for drying and production processes.
Battery Production
Temperature measurement in battery-film coating processes.
Glass Manufacturing
Non-contact temperature monitoring for high-temperature glass processes.
Steel & Metal
Measure high-temperature materials during industrial metal processing.
Plastics & Manufacturing
Monitor surface temperature during industrial production processes.
Research & Development
Non-contact temperature measurement for R&D, testing and process development.
Choose the right temperature measurement.
The suitable sensor depends on the target, temperature range, environment, installation space and measurement requirements.
What are you measuring?
Identify the material, surface and physical characteristics of the target.
What temperature range?
Define the minimum and maximum temperature expected in the process.
What measurement distance?
Consider the distance between the sensor and the measurement target.
What is the environment?
Consider ambient temperature, installation space and industrial conditions.
From temperature sensor to industrial solution.
Sciengate provides industrial measurement solutions and engineering support for temperature measurement, process monitoring and automation applications.
Application Assessment
Understand your process, target material, temperature range and measurement point.
Sensor Selection
Identify suitable Micro-Epsilon temperature measurement technology for the application.
System Integration
Connect measurement signals with industrial automation and monitoring systems.
Technical Support
Work with our engineering team to evaluate the measurement requirement and implementation.
Need to measure temperature without contact?
Tell us your process, target material, temperature range and measurement requirement. Our engineering team can help identify a suitable temperature measurement solution.
Talk to Engineer