Optris CTlaser 05M High Performance Infrared Pyrometer for Molten Metals
The Optris CTlaser 05M infrared sensor has been developed for the temperature measurement of molten metals in the range of 1000°C to 2000°C.
Technical Details
- Temperature range: 1,000 °C to 2,000 °C
- Spectral range: 525 nm
- Response time: 1 ms
- 150:1 optical resolution
- 0.1 to 1.1 emissivity
- Outputs / analogue: 0/4 – 20 mA, 0-5/10 V, thermocouple J, K
- 160mA max current draw
- 8 to 36VDC power supply
- IP65 NEMA-4 rated
Prices from £895.45
Optris CTlaser 05M Infrared Temperature Sensor
The Optris CTlaser 05M infrared thermometer is purposefully engineered to measure the temperature of metal surfaces, including molten metals. It is equipped with a short measuring wavelength of 525 nm, which effectively reduces errors during emissivity fluctuations. The thermometer has an impressive temperature range spanning from 1,000 °C to 2,000 °C.
Its versatile design allows for easy installation in environments with high ambient temperatures, and it can be equipped with various industrial accessories, such as water cooling if required. This ensures accurate and reliable temperature measurements for molten metals and metal surfaces.
The Optris CTlaser dual laser sensors offer a greater degree of flexibility in available options. The electronics are housed in a remote enclosure with a selection of output and digital interface options. The electronic box also includes its own digital LCD display showing temperature and alarm conditions. All configuration options are set via the front panel removing the need to use a PC to configure the pyrometer.
Shorter wavelength versions are also available specifically designed for use with metals, glass and plastic films. All Optris CTlaser pyrometers come with a choice of optics to best suit your requirement.
Additional Information & Software
The industrial infrared temperature sensor can be used with an optional USB interface and license-free Compact Connect software to configure the sensor by PC and record temperature measurements instead of traditional analogue or thermocouple outputs. The infrared temperature sensor and pyrometers from Optris can now also be easily operated from a smartphone using the IRmobile App for Android.
Calibration, as well as a full range of accessories, are available for the Optris high performance infrared pyrometers and thermal imaging cameras.
What’s In The Box
- Infrared sensor
- Cable length: 3 m (standard), 8 m, 15 m
- Mounting nut
- ACCTLFB mounting bracket
- Electronic box with LCD display
- Programming keys
- Manual
Applications of the Optris CTlaser 05M Infrared Thermometer
The Optris CTlaser 05M infrared thermometer is specifically designed for measuring molten metals, making it ideal for applications in heavy industries, metal processing industries, and research settings. Its impressive temperature range, spanning from 1,000°C to 2,000°C, allows for accurate and reliable temperature measurements in high-temperature environments.
This pyrometer is a valuable tool used in various industries and research fields to ensure precise temperature monitoring and control during processes involving molten metals.
Laser Sensor For Molten Metals
A laser sensor for molten metal is a specialised device that uses laser technology to measure and monitor the temperature of molten metals without direct contact. It ensures accurate and reliable temperature readings in high-temperature industrial environments, enhancing process control and safety.
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What is a Pyrometer?
A pyrometer is a non-contact temperature measuring device used to measure the temperature of objects from a distance by detecting their thermal radiation, typically in the form of infrared radiation. It is commonly employed in industrial settings and other applications where contact-based temperature measurement is impractical or unsafe.What is a Short Wavelength Digital Pyrometer?
A short-wavelength digital pyrometer is an advanced temperature measuring device that utilises a short measuring wavelength, often in the infrared range, to accurately gauge the temperature of objects without making physical contact. It offers precise temperature readings and is commonly used in industrial and scientific applications requiring high-temperature measurement accuracy.Related products
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