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Fully integrated compact pyrometer for precise infrared temperature measurement
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Infrared pyrometers from the thermoMETER FI series are robust sensors for non-contact temperature measurement from -40 to +1100 °C. The combination of sensor & controller in one housing is extremely space-saving and simplifies integration. Its ease of use, extended configuration options via the sensorTOOL software and excellent price-performance ratio make the thermoMETER FI the ideal temperature sensor for OEM and series applications.
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Fully integrated with extensive functions
The thermoMETER FI industrial pyrometers combine sensor and controller in a robust stainless steel housing, making them extremely compact. The integrated controller is extremely powerful and offers numerous setting options, which can be made via an optional USB converter and the sensorTOOL.
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The thermoMETER FI temperature sensors are extremely robust and can be used in environments up to +80 °C (even higher with cooling). Thanks to excellent temperature compensation, the industrial pyrometers measure extremely precisely, even at highly fluctuating ambient temperatures. In addition, high EMC immunity ensures that the measurement signal is not affected and remains stable even in industrial applications.
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Quick setup and user-friendly operation
These precise temperature sensors are calibrated at the factory and preconfigured for a temperature range from 0 to +600 °C. Alarms or the system status can be recognized remotely via two integrated LEDs (red & green). An additional aiming aid function facilitates commissioning and helps to optimally align the sensor.
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Integrated into asphalt pavers, thermoMETER FI pyrometers measure the asphalt temperature after application
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Measuring the temperature of samples in DNA analyzers with thermoMETER FI
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Robust miniature pyrometers for non-contact infrared temperature measurements
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The thermoMETER SE is a precise infrared pyrometer for temperatures from -40 to +1100 °C. It consists of a compact sensor with a miniature controller integrated into the connection cable. The sensor itself is extremely small and can be used in hot environments up to 120 °C. In addition to its miniature design, robust construction and high performance, the thermoMETER SE is characterized by a wide range of interfaces and setting options. It is extremely versatile and is used in machine building and machine design, in production and for quality assurance. Due to its excellent price-performance ratio, it is particularly suitable for series applications and OEMs.
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Lots of power - little effort
The thermoMETER SE industrial pyrometer is a complete and preconfigured measuring channel. The sensor, controller and connection cable are one unit that is calibrated and preconfigured at the factory, and therefore ready for immediate use. If required, the sensor can be parameterized via the sensorTOOL, which provides advanced settings and functions.
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The thermoMETER SE temperature sensors are extremely robust. As the controller is integrated in the cable, the sensor can be used in environments up to +120 °C (even higher with cooling). Thanks to excellent temperature compensation, the industrial pyrometers measure extremely precisely, even at highly fluctuating ambient temperatures. In addition, high EMC immunity ensures that the measurement signal is not affected and remains stable.
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Compact sensor with miniature controller
Compact sensor with miniature controller
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Measuring the temperature of baked goods with thermoMETER SE sensors
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Checking the drying process after painting vehicles with thermoMETER SE
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Monitoring the drying process in paper production with thermoMETER SE
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Temperature measurement in the coating process of battery films with thermoMETER SE
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High-performance industrial pyrometer for non-contact infrared temperature measurement
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The thermoMETER UC is an extremely powerful system for non-contact temperature measurement from -50 to +1.000 °C. It offers extensive functions and a modern design with standard M12 connections. The sensor is extremely small and can be used in environments with high temperatures up to 180 °C. Due to its high performance and robustness, it is primarily used in machine building and machine design, in production processes and for quality assurance. Various interfaces such as analog and digital outputs or switching and alarm signals offer numerous possibilities for integration into processes, machines and systems.
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Flexible setup via display & keys or software
The robust controller in a die-cast aluminum housing has an integrated display with RGB backlight. The system can be set conveniently and easily using the large membrane keypad. Set alarm signals can be displayed via the backlight. As an option, sensorTOOL software is available free of charge for parameterization via a PC.
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Minimal installation effort
The controller of the thermoMETER UC has two M12 connections, which enable quick and easy wiring with standard industrial cables without having to remove the cover. The sensor is already permanently connected to the controller, whereby different cable lengths are available. The completeness of the cabling can be conveniently checked using a simulation mode. When mounting the sensor, an integrated aiming aid function supports the alignment of the sensor to the measuring object.
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Powerful pyrometer with extensive functions
The thermoMETER UC offers many functions and parameterization options for data acquisition, processing and output. For example, the emissivity of the measuring object can be calculated automatically for correct measurement recording. Intelligent averaging and filter functions are available for signal processing, as well as a calibration option via offset/gain. The output configuration is highly flexible. The desired alarm or analog output can be selected and scaled as required. Settings can be made for all processing stages of the temperature signal.
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Compact True Color Sensor
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CFS sensors with integrated glass fiber optics
Operating the colorSENSOR CFO controller requires sensors that are used on the measuring point. Depending on the measurement task, the sensors can be individually combined. Sophisticated glass fiber sensor provide benefits due to their minimal installation dimensions, robust materials and are ideally suited to mechanical stress and harsh ambient conditions such as high temperatures. The sensor can also be used in restricted areas as the sensor head requires a minimum of installation space.
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CFS2 circular sensor with integrated glass fiber optics
Micro-Epsilon has developed a new circular sensor for relative color measurements. The new CFS2 color sensors combine the advantages of fixed lens sensors with those of an external controller. The CFS2 circular sensors enable the circular illumination of a measurement object. Instead of using a single, bundled light beam, the measuring point is illuminated in a circular and therefore very homogeneous manner. This enables precise color measurements on reflecting and structured surfaces. The compact design of the CFS2 sensors enables much more flexible installation compared to fixed lens models.
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These circular sensors can also be used for color recognition on common materials and surfaces, which makes them a universal tool for all controllers with FA connection. In addition to the relative color measurement or color inspection, the CFS2 color sensors are also used in the following measurement tasks:
 Intensity measurement- Completeness check (presence and absence)
- Determination of surface properties and texture
- Material recognition
- Position determination
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Intuitive operation via web interface
The integrated, intuitive web interface simplifies configuration of the CFO system. The sensor is connected to a PC via an Ethernet interface. The web interface features measurement value display, set up and configuration of e.g. exposure and measurement frequency. Furthermore, the sensor can be adapted to suit different color groups and tolerance space for each color.
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Customer-specific calibration
In order to improve the recognition performance and to reduce deviating measurement values between several sensors for a certain configuration, customers can request a customer-specific calibration for the colorSENSOR CFO200. Therefore, the sensor and the controller are calibrated to the customer-specific reference target in the measurement arrangement required. A measurement deviation of Delta E < 1 between the individual systems can be achieved. Due to the calibration, the sensors are exchangeable and measure colors which have almost the same Lab values.
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| Name |
CFO100 |
CFO200 |
CFO250 |
| Photo |
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| Reproducibility |
ΔE ≤ 0.5 |
ΔE ≤ 0.3 |
ΔE ≤ 0.3 |
| Color space |
XYZ, xyY, Lab, Luv, u'v'L |
XYZ, xyY, Lab, Luv, u'v'L |
XYZ, xyY, Lab, Luv, u'v'L |
| Size of the color memory |
256 (7 groups)
3 digital OUTPUTs
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320 (254 groups)
8 digital OUTPUTs
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320 (254 groups)
8 digital OUTPUTs
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| Switching frequency |
Max. 10kHz |
Max. 30kHz |
Max. 30kHz |
| Data output rate |
Max. 20Hz RS232
Max. 20Hz REST-API
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Max. 20Hz RS232
Max. 20Hz REST-API
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Max. 500Hz UDP order USB
Max. 380Hz RS232
Max. 20Hz REST-API
Max. 20Hz Modbus
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| Light source |
White light HBLED; > 130 lm 90° |
White light HBLED; > 220 lm 90° |
White light HBLED; > 220 lm 90° |
| Signal input |
1 INPUT (IN0) |
4 INPUTs (IN0 - IN3) |
4 INPUTs (IN0 - IN3) |
| Interface |
Ethernet; RS232 |
Ethernet; RS232; USB |
Ethernet; RS232; USB |
| Interface protocols |
REST-API; Eliza |
REST-API; Eliza |
REST-API; Eliza; Modbus; UDP 3byte binary |
| Signal enhancement |
5 steps, auto |
8 steps, auto |
8 steps, auto |
| Special features |
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Triggered measurement data output |
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New: True Color Controller for fast output of measurement values – colorSENSOR CFO250
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The colorSENSOR CFO250 is a high-performance controller for precise color recognition in industrial measurement tasks. The internal evaluation of taught-in color values as well as the output via the digital switching outputs takes place at a speed of up to 30 kHz.
Using a simplified 3-byte protocol, the unweighted raw data can also be transmitted directly to a PLC or machine system in Lab or XYZ at up to 500 Hz via a UDP, RS232 or USB interface.
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