Showing results: 16 - 30 of 38 items found.
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Pegasus R Model 970 -
Isothermal Technology Ltd
Compact High Temperature Source 150C to 1200C E >0.995. The Pegasus R is a compact furnace for calibrating radiation pyrometers.
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Oberon R Model 426 -
Isothermal Technology Ltd
The Oberon R uses a Sodium heat Pipe to ensure an exceptionally low temperature gradient along the furnace core. It is ideal for the realization of Aluminium, Silver or Copper ITS-90 Fixed Points.
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IR-R6, IR-R7, IR-R8 -
Summit
Practical use precision type comparison blackbody furnaces cover the temperature range of 100 to 3000°C by 3 kinds of blackbody furnace and calibrate radiation thermometers accurately.
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RayClouds Photoelectric Technology Co.,Ltd.
Infrared Radiation Thermometer include Infrared Standard Radiation Thermometer, Portable Blackbody Radiation Source, Pyrometer Blackbody Calibration Source and Blackbody Radiation Sources, in line with national high temperature standards and medium and low radiation temperature standards, and are widely used in calibration verification of various temperature sensors and temperature instruments.
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ZhangZhou Weihua Electronic co.,ltd
Is a thermometer which infers temperature from a portion of the thermal radiation sometimes called blackbody radiation emitted by the object being measured.
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Electronic Specialties Inc.
An infrared thermometer is a thermometer which infers temperature from a portion of the thermal radiation sometimes called black-body radiation emitted by the object being measured.
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Apogee Instruments, Inc.
Unique DesignDesigned to optimize performance and price. The filter, blackbody thermopile detector, and thermistor (to measure detector temperature) are all contained in a compact housing that provides improved thermal coupling.
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Opto Diode
Opto Diode manufactures five families of infrared emitters that are used for a variety of medical and industrial applications, including gas analysis, environmental monitoring, spectroscopy, and process control. From the steady state (DC) emitters (SA Series), to high-power steady state emitters (SHA Series), to pulsable sources of black-body radiation (SVF Series) and fast pulsable sources of black-body radiation (SPF Series), to high-speed IR emitters with integrated drive electronics (PIREPLUS), we have the perfect family of products for your critical requirements.
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IR-762 -
Infrared Systems Development Corp.
The IR-762 Energy Modulator is a variable speed rotating disk chopper designed for use with radiation sources, including blackbody, tungsten filament, mercury lamps, Nernst glowers and as part of instruments where modulated radiation is needed.
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Tempsens Instrument Pvt. Ltd.
Tempsens offers calibration of Non contact temperature sensors i.e. Infrared pyrometers traeceble to both national and international standards. Infrared thermometers can be calibrated at our NABL accredited laboratory, from 0ºC to 2900ºC utilizing state-of-the-art blackbody sources.
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Process Instruments Inc.
Optical pyrometers can be calibrated from 800 to 2300C using NIST certified ribbon filament lamps and temperatures up to 3500C using a graphite arc furnace. Infrared thermometers can be calibrated from -30C to 2300C utilizing state-of-the-art blackbody sources and transfer standards.
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Bodkin Design & Engineering, llc
We offer a line of comprehensive solutions to address all of your thermal calibration needs. From bench-top differential sources with .01° C resolution for experiment calibration to built-in OEM devices for on-the-fly thermal reference, Bodkin Design and Engineering and IRBlackbody have the right blackbody for you.
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IR-704 -
Infrared Systems Development Corp.
The IR-704 system integrates a Blackbody source, Motorized Aperture wheel, Motorized Filter Wheel, High Speed Shutter and High Speed Filter Shutter. The system was designed as a forced air-cooled Multi-Spectral, Multi-Aperture target system for direct integration with collimator / target projection systems, but can also be used as a direct target system.
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Apogee Instruments, Inc.
Calibrated to a custom black-body cone with a measurement uncertainty of 0.2 C from -30 to 65 C when the sensor (detector) temperature is within 20 C of the surface (target) being measured. Radiometers are only sensitive from 8 to 14 m (atmospheric window) to minimize the influence of water vapor and CO2 on the measurement.
