Williamson
Williamson infrared pyrometers are used in a number of different industries including steel, aluminum, copper, petrochemical, semiconductor, and flame-fired processes.
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Willliamson Flame Intensity Monitor (FI)
Willliamson Flame Intensity Monitor (FI)
Williamson Flame Intensity Monitors (FI) are the single-wavelength sensors of choice for a variety of flare applications where the more sophisticated dual-wavelength flare products are not appropriate or are not required.
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Model FM-17-EXP Flare Monitor for Hazardous Area Classification
Willliamson Model FM-17-EXP Flare Monitor for Hazardous Area Classification
The Williamson Flare Monitor (FM) utilizes proven dual-wavelength technology to monitor the ratio of carbon to available oxygen deep within the hot flare flame. This ratio value correlates to combustion efficiency and is used to adjust the flow of air or steam to smokeless flares, thus assuring smoke-free operation and maximum combustion efficiency.
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Model FM-17-N4 Flare Monitor For Non-Hazardous Classification Areas
Willliamson Model FM-17-N4 Flare Monitor For Non-Hazardous Classification Areas
The Williamson Flare Monitor (FM) utilizes proven dual-wavelength technology to monitor the ratio of carbon to available oxygen deep within the hot flare flame. This ratio value correlates to combustion efficiency and is used to adjust the flow of air or steam to smokeless flares, thus assuring smoke-free operation and maximum combustion efficiency.
Manufactured by
CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Multi-Wavelength MWx-AS Pyrometers for Aluminum Hot Rolling Mils
Willliamson Multi-Wavelength MWx-AS Pyrometers for Aluminum Hot Rolling Mils
Multi-wavelength pyrometers are used to measure the temperature of non-greybody materials. These are materials for which the emissivity not only varies, but varies differently at different wavelengths.
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Multi-Wavelength Pyrometer Technology
Willliamson Multi-Wavelength Pyrometer Technology
Certain materials can be difficult or near impossible to measure with precision using single- wavelength or ratio pyrometers because of their complex emissivity characteristics. These types of materials are called non-greybody materials and their emissivity varies with wavelength
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Single-Wavelength Pyrometer Technology
Willliamson Single-Wavelength Pyrometer Technology
Single-Wavelength pyrometers are preferred when appropriate due to simpler, lower-cost technology. They are available in Short-Wavelength, Long-Wavelength and Specialty-Wavelength configurations. For most applications, select the shortest wavelenght compatible with the measurement conditions and desired temperature span. Specialty wavelengths may be necessary depending on the optical transmission properties of the target.
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
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Willliamson Ratio Pyrometer Technology
Willliamson Ratio Pyrometer Technology
Ratio pyrometers are different from single-wavelength pyrometers in that they measure infrared energy at two wavelengths instead of one. The ratio of energy between the two measured wavelengths is then converted into a temperature value. This method of measurement allows ratio pyrometers to compensate for emissivity variation, partially filled fields of view and optical obstructions.
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CTH Industrial Controls can provide you with service and start up assistance for Williamson Technologies.
