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Does Optris make a camera that can be used for early fire detection?
Optris IR cameras are ideal for early fire detection applications because they are able to monitor a large area for any temperature that exceed a preset threshold. Optris thermal cameras are often deployed for indoor applications to detect fire on wood products that can ignite from planing, cutting or chipping machinery. Thermal cameras can be optimized with the ideal optics based on the area to be monitored and the mounting location. Outdoor applications such as fire detection in utility environments can be supported in the same way with enclosure accessories that protect the cameras from the elements. Optris IR cameras have alarming capabilities that communicate the alarm condition with industry standard voltage or current outputs.
What pyrometer would be the best to measure the temperature of a sample located inside a quartz tube from outside the tube?
There are several pyrometer options available in the Optris line up with short wavelength response optimal for detecting infrared radiation transmitted through a quartz window which will attenuate roughly 50% of the IR signal at 3.5 µm. The IR signal is not detectable by any infrared sensor with a wavelength response longer than 4.5 µm so avoid the use of any sensor responsive in the longer wavelengths unless you are interested in measurement the temperature of the quartz window.
Consider Optris 1M, 2M or 3M series pyrometers depending on the temperature range of your sample. Also, make sure the spot size measured by the sensor is smaller than the diameter of the target to be measured using the Optris Optics Calculator. Close focus optics are available on some sensors that decrease the spot size for measurement of small targets. For very small targets like filaments, it may be necessary to use a short wave IR camera (PI05M, PI08M, or PI1M) which leverage small pixel size to make an accurate measurement.
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Does Optris make a camera that can be used for early fire detection?
Optris IR cameras are ideal for early fire detection applications because they are able to monitor a large area for any temperature that exceed a preset threshold. Optris thermal cameras are often deployed for indoor applications to detect fire on wood products that can ignite from planing, cutting or chipping machinery. Thermal cameras can be optimized with the ideal optics based on the area to be monitored and the mounting location. Outdoor applications such as fire detection in utility environments can be supported in the same way with enclosure accessories that protect the cameras from the elements. Optris IR cameras have alarming capabilities that communicate the alarm condition with industry standard voltage or current outputs.
What pyrometer would be the best to measure the temperature of a sample located inside a quartz tube from outside the tube?
There are several pyrometer options available in the Optris line up with short wavelength response optimal for detecting infrared radiation transmitted through a quartz window which will attenuate roughly 50% of the IR signal at 3.5 µm. The IR signal is not detectable by any infrared sensor with a wavelength response longer than 4.5 µm so avoid the use of any sensor responsive in the longer wavelengths unless you are interested in measurement the temperature of the quartz window.
Consider Optris 1M, 2M or 3M series pyrometers depending on the temperature range of your sample. Also, make sure the spot size measured by the sensor is smaller than the diameter of the target to be measured using the Optris Optics Calculator. Close focus optics are available on some sensors that decrease the spot size for measurement of small targets. For very small targets like filaments, it may be necessary to use a short wave IR camera (PI05M, PI08M, or PI1M) which leverage small pixel size to make an accurate measurement.
Does Optris make a camera that can be used for early fire detection?
Optris IR cameras are ideal for early fire detection applications because they are able to monitor a large area for any temperature that exceed a preset threshold. Optris thermal cameras are often deployed for indoor applications to detect fire on wood products that can ignite from planing, cutting or chipping machinery. Thermal cameras can be optimized with the ideal optics based on the area to be monitored and the mounting location. Outdoor applications such as fire detection in utility environments can be supported in the same way with enclosure accessories that protect the cameras from the elements. Optris IR cameras have alarming capabilities that communicate the alarm condition with industry standard voltage or current outputs.
What pyrometer would be the best to measure the temperature of a sample located inside a quartz tube from outside the tube?
There are several pyrometer options available in the Optris line up with short wavelength response optimal for detecting infrared radiation transmitted through a quartz window which will attenuate roughly 50% of the IR signal at 3.5 µm. The IR signal is not detectable by any infrared sensor with a wavelength response longer than 4.5 µm so avoid the use of any sensor responsive in the longer wavelengths unless you are interested in measurement the temperature of the quartz window.
Consider Optris 1M, 2M or 3M series pyrometers depending on the temperature range of your sample. Also, make sure the spot size measured by the sensor is smaller than the diameter of the target to be measured using the Optris Optics Calculator. Close focus optics are available on some sensors that decrease the spot size for measurement of small targets. For very small targets like filaments, it may be necessary to use a short wave IR camera (PI05M, PI08M, or PI1M) which leverage small pixel size to make an accurate measurement.
Does Optris make a camera that can be used for early fire detection?
Optris IR cameras are ideal for early fire detection applications because they are able to monitor a large area for any temperature that exceed a preset threshold. Optris thermal cameras are often deployed for indoor applications to detect fire on wood products that can ignite from planing, cutting or chipping machinery. Thermal cameras can be optimized with the ideal optics based on the area to be monitored and the mounting location. Outdoor applications such as fire detection in utility environments can be supported in the same way with enclosure accessories that protect the cameras from the elements. Optris IR cameras have alarming capabilities that communicate the alarm condition with industry standard voltage or current outputs.
What pyrometer would be the best to measure the temperature of a sample located inside a quartz tube from outside the tube?
There are several pyrometer options available in the Optris line up with short wavelength response optimal for detecting infrared radiation transmitted through a quartz window which will attenuate roughly 50% of the IR signal at 3.5 µm. The IR signal is not detectable by any infrared sensor with a wavelength response longer than 4.5 µm so avoid the use of any sensor responsive in the longer wavelengths unless you are interested in measurement the temperature of the quartz window.
Consider Optris 1M, 2M or 3M series pyrometers depending on the temperature range of your sample. Also, make sure the spot size measured by the sensor is smaller than the diameter of the target to be measured using the Optris Optics Calculator. Close focus optics are available on some sensors that decrease the spot size for measurement of small targets. For very small targets like filaments, it may be necessary to use a short wave IR camera (PI05M, PI08M, or PI1M) which leverage small pixel size to make an accurate measurement.
Does Optris make a camera that can be used for early fire detection?
Optris IR cameras are ideal for early fire detection applications because they are able to monitor a large area for any temperature that exceed a preset threshold. Optris thermal cameras are often deployed for indoor applications to detect fire on wood products that can ignite from planing, cutting or chipping machinery. Thermal cameras can be optimized with the ideal optics based on the area to be monitored and the mounting location. Outdoor applications such as fire detection in utility environments can be supported in the same way with enclosure accessories that protect the cameras from the elements. Optris IR cameras have alarming capabilities that communicate the alarm condition with industry standard voltage or current outputs.
What pyrometer would be the best to measure the temperature of a sample located inside a quartz tube from outside the tube?
There are several pyrometer options available in the Optris line up with short wavelength response optimal for detecting infrared radiation transmitted through a quartz window which will attenuate roughly 50% of the IR signal at 3.5 µm. The IR signal is not detectable by any infrared sensor with a wavelength response longer than 4.5 µm so avoid the use of any sensor responsive in the longer wavelengths unless you are interested in measurement the temperature of the quartz window.
Consider Optris 1M, 2M or 3M series pyrometers depending on the temperature range of your sample. Also, make sure the spot size measured by the sensor is smaller than the diameter of the target to be measured using the Optris Optics Calculator. Close focus optics are available on some sensors that decrease the spot size for measurement of small targets. For very small targets like filaments, it may be necessary to use a short wave IR camera (PI05M, PI08M, or PI1M) which leverage small pixel size to make an accurate measurement.
