More Precision thermoMETER // Non-contact infrared temperature sensors

Non-contact infrared temperature sensors thermoMETER Non-contact temperature measurement - precise and reliable. Highest signal quality High precision and speed Compact sensors and controllers Precise temperature measurement in industrial applications Infrared pyrometers from Micro-Epsilon are designed for measuring surface temperatures from -50 °C to +1100 °C. The infrared radiation emitted by a body is used for the measurement. As this measurement non-contact, the devices perform wear-free and can therefore be reliably used over long periods of time. Selectable models and optical systems enable...

Next-generation industrial pyrometers Functional principle & special features Infrared pyrometers for industrial series and automation Model Page Measuring range Spectral range High-performance industrial pyrometer Robust miniature pyrometer Fully integrated compact pyrometer Technical drawings Connection possibilities and accessories General information

■ Next-generation industrial pyrometers Robust stainless steel sensors Flexible cable lengths on sensor and controller Quick & easy setup via M12 thread Industrial aluminum die-cast housing Preconfigured for fast commissioning Standard Ml2 connection cable For high ambient temperatures Compact industrial sensors designed for series applications For automation, process monitoring and machine building Parallel digital and analog operation Sensor configuration does not interrupt the output of measured values Perfect signal stability and signal quality Best temperature compensation and EMC immunity...

Powerful pyrometers with a large range of features Free display and parameterization software is available for the modern infrared temperature sensors from Micro-Epsilon. Measurement data can be displayed, saved and exported in sensorTOOL via USB or RS485 and the sensors can be parameterized for specific applications. Display and processing of signals Sensor information & communication settings Sensor configuration Configuration features Simulation mode: Testing the cabling for quick commissioning Field calibration: Setting the offset and gain Alarm function: For all processing stages of the...

System design and functional principle thermoMETER Ambient radiation The infrared radiation of a body is used for non-contact temperature measurement. The total amount of radiation detected by the sensor corresponds to 100 % or 1. It is made up of the actual emission of the object, the transmission (e.g. by a heat source behind the measured object) and the reflection (e.g. a heat source is reflected on a metallic surface). To determine the actual object temperature, only the emission is considered. This is used by entering an emissivity on the pyrometer to calculate the correct temperature of...

Special features of non-contact infrared temperature measurement thermoMETER Emissivity As can be seen from the functional principle, the emissivity is important The decisive factor is the highest possible and constant emissivity, for the correct calculation of the temperature value. The emissivity is which most non-metallic materials have in the long-wave spectral a fixed factor that theoretically depends on the material, its surface properties, the temperature and the wavelength. For precise and stable temperature measurements, the emissivity should be as high as possible Most non-metallic...

Advantages & applications thermoMETER Fast measurement The temperature is measured with very short response times up to 20 ms. The sensors are therefore ideal for monitoring fast inline processes. Monitoring the drying process in paper production with thermoMETER UC Compact designs ideal for integration The FI and SE models are among the smallest sensors in their class and are particularly suitable for integration and for OEM applications. Integrated in asphalt pavers, thermoMETER FI pyrometers measure the asphalt temperature after application Precise and reliable Pyrometers from Micro-Epsilon...

Large temperature measuring range Infrared pyrometers have a large temperature measuring range and can therefore be used very flexibly. Depending on the model, temperatures from -50 to +1100 °C can be measured with consistent precision. Checking the processing temperature when loading asphalt with thermoMETER UC Detection of miniature objects Models with corresponding optics and optional CF attachment lens achieve extremely small spot diameters up to 0.8 mm. This makes precise temperature measurements of even the smallest components possible. Measuring the temperature of samples in DNA analyzers...

High-performance industrial pyrometer thermoMETER UC Temperature measuring range from -50 to +1100 °C High temperature resolution of 50 mK Analog and digital interfaces Powerful alarm relays with 400 mA No cooling required for ambient temperatures up to 180 °C Powerful industrial controller Versatility and robustness meet highest performance Easy configuration via buttons & display With the thermoMETER UC, Micro-Epsilon offers an extremely The thermoMETER UC has a powerful industrial controller with an powerful system with a wide range of functions and a modern design. integrated LCD display...

= smallest spot size / focal point (mm) The ratio D:S (example 2:1, see table) describes the ratio Distance (distance from the front edge of the sensor to the measuring object) to Spot size (measurement spot size).

Robust miniature pyrometer thermoMETER SE Temperature measuring range from -40 to 1100 °C Short response time of 20 ms Voltage or two-wire current output (switchable via software) Open-collector output with 500 mA No cooling required for ambient temperatures up to 120 °C Best price/performance ratio – ideal for OEM series applications Compact. Robust. Functional. Ready-made channel The thermoMETER SE is a miniature infrared pyrometer for measuring The sensor, controller and connection cable of the thermoMETER SE object temperatures up to 1100 °C and is ideal for integration into are already pre-assembled....