1. IRC-2000™ T100 Infrared Camera
Now with image recall!VOx Technology - Only our IR sensors combine the worlds most sensitive detector material, Vanadium Oxide, and proprietary read out integrated circuitry (ROIC) with a vertically integrated manufacturing process to deliver the ultimate in detector thermal performance and value.Because the VOx sensors deliver the best thermal sensitivities available on the market today, the IRC-2000 Series and IRC-3000 Series products find more thermal anomalies and provide more cost savings and superior return on investment.The ThermalScan IRC-2000 T100 is a rugged portable infrared camera with outstanding image quality and precision temperature measurement capability (+/-2C or 2%). Viewing at 30 frames per second makes scanning simple and temperature measurement is made easy with center point temperature radiometry.Snap up to 150 high quality infrared images and easily prepare reports with the SightView™ software included with the camera. The ThermalScan IRC-2000 T100 is ideal for roofing, building, electrical contracting as well as PPM markets.The IRC-2000™ T100 is a rugged, video rate, portable infrared camera that delivers industry leading image quality with precision temperature measurement capability. Its extremely durable housing enables the tool to withstand the everyday abuses of the work environment.With "point and shoot" single trigger operation, it's the easiest-to-use infrared camera on the market. The IRC-2000 T, the Sharper, Simpler, Smarter value in cost effective thermal imaging.Features: Pinpoint Problem areas with non-invasive themperature measurement Create custom color palettes for reports Perform quick and easy scans in real time Portable, durable imager can go anywhereApplicationsIndustrial RoofingThe outstanding thermal sensitivity and image quality of the IRC-2000 T100 combined with the large 3.5" display allows positive identification of moisture problems. This simple rugged tool with one button operation allows you to quickly capture high quality thermal images of problem areas, saving time and money.Facility MaintenancePlants & facilities contain a diverse assortment of critical equipment that can benefit from routine predictive and preventive thermal inspections. Together, the IRC-2000 T100 camera and included SightView software provide the simplest method available to accurately inspect and monitor critical facility equipment for thermal anomalies.ManufacturingContinuous demand to reduce downtime, waste, and costs while increasing performance, yields, and revenues are constant challenges. The IRC-2000 T100 can easily and accurately monitor, identify, and help resolve heat related problems to prevent and minimize downtime while increasing profits.Power and UtilitiesSubstations, transmission lines, transmission equipment, power connections, and other electrical components can benefit from routine thermal monitoring. Potential problems can be diagnosed and repaired before they become catastrophic problems - saving significant dollars on extensive repairs and downtime.ThermalScan TechnologyMicrobolometer Camera TechnologyAnother key technology used in our cameras is the microbolometer focal plane array, also originally developed and patented by Honeywell. The microbolometer array, like the thermoelectric array, is fabricated in a silicon foundry. Each detector incorporates a monolithic vanadium oxide and silicon microstructure on top of a simplified CMOS read out integrated circuit.The array has 19,200 (160 x 120) individual detectors, centered on a 51 micron pitch grid. The normal response time is 12 milliseconds, enabling operation at 30 Hz. The array is very sensitive to infrared radiation. It has a measured nominal NETD (Noise Equivalent Temperature Differential) of 50 milliKelvin at 30 degrees C, with a f/0.8 lens. The array structure is tuned for maximum performance in the 8 to 12 micron waveband.The advantages of Thermal Sensor Technology over other infrared technologies: Operates at room temperature and requires significantly less on-going maintenance than cooled detectors Turns on in a few seconds, requiring much less time than cooled detectors Sensitive to all infrared wavelength radiation and can be optimized for the most desired region, usually 8 to 12 µm Requires no radiation chopper Made in a silicon foundry thousands of units at a time, making it very cost effective Thermoelectric detector has a very large dynamic range, allowing temperatures differing by several hundred degrees to be seen in the same image Thermoelectric detector requires no bias current, greatly simplifying its readout circuitrySpecificationsPerformance Detector: Uncooled Microbolometer (160 x 120 pixel array) Temperature Range: 0-100°C (32-212°F) Pixel Size: 50 µm Square Pixels Spectral Band: 8 mm to 14 mm NETD: < 100 mK @ 30°C Video Frame Rate: 30 Hz Cryogenic Cooling: None RequiredDisplay & Image Storage Digital Display: 3.5 Inch LCD Gray Scale Digital Storage Medium: Internal Flash Memory with 150 Image Capacity Image Transfer: Via RS-232 Connection to PC With Supplied SoftwareSoftware Image File Format: Transferred as PGM format and Saved as JPEG or BMP (Microsoft Word Compatible) Colorization: Multiple Pallet Choices AvailableStandard Optics 20mm f/0.8 Germanium: Field of View: 23° Horizontal, 17° Vertical IFOV (m rad): 3.0Interfaces Image Transfer: RS-232 Video Output: RS-170 NTSCElectrical Battery: NiCd 12V 2AmpPhysical Dimensions L x W x H: 5 x 3.5 x 11 inches Weight (with battery): 4.12 lbsStandard Equipment Camera with 20mm lens 2 Rechargeable Batteries Battery Charger Neck Strap Lens Cap Heavy Duty Carrying Case SightView® Software Operation Manual RS-232 Communication Cable
Now with image recall!VOx Technology - Only our IR sensors combine the worlds most sensitive detector material, Vanadium Oxide, and proprietary read out integrated circuitry (ROIC) with a vertically integrated manufacturing process to deliver the ultimate in detector thermal performance and value.Because the VOx sensors deliver the best thermal sensitivities available on the market today, the IRC-2000 Series and IRC-3000 Series products find more thermal anomalies and provide more cost savings and superior return on investment.The ThermalScan IRC-2000 T100 is a rugged portable infrared camera with outstanding image quality and precision temperature measurement capability (+/-2C or 2%). Viewing at 30 frames per second makes scanning simple and temperature measurement is made easy with center point temperature radiometry.Snap up to 150 high quality infrared images and easily prepare reports with the SightView™ software included with the camera. The ThermalScan IRC-2000 T100 is ideal for roofing, building, electrical contracting as well as PPM markets.The IRC-2000™ T100 is a rugged, video rate, portable infrared camera that delivers industry leading image quality with precision temperature measurement capability. Its extremely durable housing enables the tool to withstand the everyday abuses of the work environment.With "point and shoot" single trigger operation, it's the easiest-to-use infrared camera on the market. The IRC-2000 T, the Sharper, Simpler, Smarter value in cost effective thermal imaging.Features: Pinpoint Problem areas with non-invasive themperature measurement Create custom color palettes for reports Perform quick and easy scans in real time Portable, durable imager can go anywhereApplicationsIndustrial RoofingThe outstanding thermal sensitivity and image quality of the IRC-2000 T100 combined with the large 3.5" display allows positive identification of moisture problems. This simple rugged tool with one button operation allows you to quickly capture high quality thermal images of problem areas, saving time and money.Facility MaintenancePlants & facilities contain a diverse assortment of critical equipment that can benefit from routine predictive and preventive thermal inspections. Together, the IRC-2000 T100 camera and included SightView software provide the simplest method available to accurately inspect and monitor critical facility equipment for thermal anomalies.ManufacturingContinuous demand to reduce downtime, waste, and costs while increasing performance, yields, and revenues are constant challenges. The IRC-2000 T100 can easily and accurately monitor, identify, and help resolve heat related problems to prevent and minimize downtime while increasing profits.Power and UtilitiesSubstations, transmission lines, transmission equipment, power connections, and other electrical components can benefit from routine thermal monitoring. Potential problems can be diagnosed and repaired before they become catastrophic problems - saving significant dollars on extensive repairs and downtime.ThermalScan TechnologyMicrobolometer Camera TechnologyAnother key technology used in our cameras is the microbolometer focal plane array, also originally developed and patented by Honeywell. The microbolometer array, like the thermoelectric array, is fabricated in a silicon foundry. Each detector incorporates a monolithic vanadium oxide and silicon microstructure on top of a simplified CMOS read out integrated circuit.The array has 19,200 (160 x 120) individual detectors, centered on a 51 micron pitch grid. The normal response time is 12 milliseconds, enabling operation at 30 Hz. The array is very sensitive to infrared radiation. It has a measured nominal NETD (Noise Equivalent Temperature Differential) of 50 milliKelvin at 30 degrees C, with a f/0.8 lens. The array structure is tuned for maximum performance in the 8 to 12 micron waveband.The advantages of Thermal Sensor Technology over other infrared technologies: Operates at room temperature and requires significantly less on-going maintenance than cooled detectors Turns on in a few seconds, requiring much less time than cooled detectors Sensitive to all infrared wavelength radiation and can be optimized for the most desired region, usually 8 to 12 µm Requires no radiation chopper Made in a silicon foundry thousands of units at a time, making it very cost effective Thermoelectric detector has a very large dynamic range, allowing temperatures differing by several hundred degrees to be seen in the same image Thermoelectric detector requires no bias current, greatly simplifying its readout circuitrySpecificationsPerformance Detector: Uncooled Microbolometer (160 x 120 pixel array) Temperature Range: 0-100°C (32-212°F) Pixel Size: 50 µm Square Pixels Spectral Band: 8 mm to 14 mm NETD: < 100 mK @ 30°C Video Frame Rate: 30 Hz Cryogenic Cooling: None RequiredDisplay & Image Storage Digital Display: 3.5 Inch LCD Gray Scale Digital Storage Medium: Internal Flash Memory with 150 Image Capacity Image Transfer: Via RS-232 Connection to PC With Supplied SoftwareSoftware Image File Format: Transferred as PGM format and Saved as JPEG or BMP (Microsoft Word Compatible) Colorization: Multiple Pallet Choices AvailableStandard Optics 20mm f/0.8 Germanium: Field of View: 23° Horizontal, 17° Vertical IFOV (m rad): 3.0Interfaces Image Transfer: RS-232 Video Output: RS-170 NTSCElectrical Battery: NiCd 12V 2AmpPhysical Dimensions L x W x H: 5 x 3.5 x 11 inches Weight (with battery): 4.12 lbsStandard Equipment Camera with 20mm lens 2 Rechargeable Batteries Battery Charger Neck Strap Lens Cap Heavy Duty Carrying Case SightView® Software Operation Manual RS-232 Communication Cable

IRC-2000™ T100 Infrared Camera

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Now with image recall! VOx Technology - Only our IR sensors combine the worlds most sensitive detector material, Vanadium Oxide, and proprietary read out integrated circuitry (ROIC) with a vertically integrated manufacturing process to deliver the ultimate in detector thermal performance and value. Because the VOx sensors deliver the best thermal sensitivities available on the market today, the IRC-2000 Series and IRC-3000 Series products find more thermal anomalies and provide more cost savings and superior return on investment. The ThermalScan IRC-2000 T100 is a rugged portable infrared camera with outstanding image quality and precision temperature measurement capability (+/-2C or 2%). Viewing at 30 frames per second makes scanning simple and temperature measurement is made easy with center point temperature radiometry. Snap up to 150 high quality infrared images and easily prepare reports with the SightView™ software included with the camera. The ThermalScan IRC-2000 T100 is ideal for roofing, building, electrical contracting as well as PPM markets. The IRC-2000™ T100 is a rugged, video rate, portable infrared camera that delivers industry leading image quality with precision temperature measurement capability. Its extremely durable housing enables the tool to withstand the everyday abuses of the work environment. With "point and shoot" single trigger operation, it's the easiest-to-use infrared camera on the market. The IRC-2000 T, the Sharper, Simpler, Smarter value in cost effective thermal imaging. Features: Pinpoint Problem areas with non-invasive themperature measurement Create custom color palettes for reports Perform quick and easy scans in real time Portable, durable imager can go anywhere Applications Industrial Roofing The outstanding thermal sensitivity and image quality of the IRC-2000 T100 combined with the large 3.5" display allows positive identification of moisture problems. This simple rugged tool with one button operation allows you to quickly capture high quality thermal images of problem areas, saving time and money. Facility Maintenance Plants & facilities contain a diverse assortment of critical equipment that can benefit from routine predictive and preventive thermal inspections. Together, the IRC-2000 T100 camera and included SightView software provide the simplest method available to accurately inspect and monitor critical facility equipment for thermal anomalies. Manufacturing Continuous demand to reduce downtime, waste, and costs while increasing performance, yields, and revenues are constant challenges. The IRC-2000 T100 can easily and accurately monitor, identify, and help resolve heat related problems to prevent and minimize downtime while increasing profits. Power and Utilities Substations, transmission lines, transmission equipment, power connections, and other electrical components can benefit from routine thermal monitoring. Potential problems can be diagnosed and repaired before they become catastrophic problems - saving significant dollars on extensive repairs and downtime. ThermalScan Technology Microbolometer Camera Technology Another key technology used in our cameras is the microbolometer focal plane array, also originally developed and patented by Honeywell. The microbolometer array, like the thermoelectric array, is fabricated in a silicon foundry. Each detector incorporates a monolithic vanadium oxide and silicon microstructure on top of a simplified CMOS read out integrated circuit. The array has 19,200 (160 x 120) individual detectors, centered on a 51 micron pitch grid. The normal response time is 12 milliseconds, enabling operation at 30 Hz. The array is very sensitive to infrared radiation. It has a measured nominal NETD (Noise Equivalent Temperature Differential) of 50 milliKelvin at 30 degrees C, with a f/0.8 lens. The array structure is tuned for maximum performance in the 8 to 12 micron waveband. The advantages of Thermal Sensor Technology over other infrared technologies: Operates at room temperature and requires significantly less on-going maintenance than cooled detectors Turns on in a few seconds, requiring much less time than cooled detectors Sensitive to all infrared wavelength radiation and can be optimized for the most desired region, usually 8 to 12 µm Requires no radiation chopper Made in a silicon foundry thousands of units at a time, making it very cost effective Thermoelectric detector has a very large dynamic range, allowing temperatures differing by several hundred degrees to be seen in the same image Thermoelectric detector requires no bias current, greatly simplifying its readout circuitry Specifications Performance Detector: Uncooled Microbolometer (160 x 120 pixel array) Temperature Range: 0-100°C (32-212°F) Pixel Size: 50 µm Square Pixels Spectral Band: 8 mm to 14 mm NETD: < 100 mK @ 30°C Video Frame Rate: 30 Hz Cryogenic Cooling: None Required Display & Image Storage Digital Display: 3.5 Inch LCD Gray Scale Digital Storage Medium: Internal Flash Memory with 150 Image Capacity Image Transfer: Via RS-232 Connection to PC With Supplied Software Software Image File Format: Transferred as PGM format and Saved as JPEG or BMP (Microsoft Word Compatible) Colorization: Multiple Pallet Choices Available Standard Optics 20mm f/0.8 Germanium: Field of View: 23° Horizontal, 17° Vertical IFOV (m rad): 3.0 Interfaces Image Transfer: RS-232 Video Output: RS-170 NTSC Electrical Battery: NiCd 12V 2Amp Physical Dimensions L x W x H: 5 x 3.5 x 11 inches Weight (with battery): 4.12 lbs Standard Equipment Camera with 20mm lens 2 Rechargeable Batteries Battery Charger Neck Strap Lens Cap Heavy Duty Carrying Case SightView® Software Operation Manual RS-232 Communication Cable
Part Number: TH2000T100

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