Size 25.4-152.4 mm; Reflectance Material Spectralon®, Spectraflect®, Infragold®; No. of Ports 3, 4; Port Diameter 6.35-63.5 mm; Detector Assemblies Si, Ge, InGaAs Labsphere’s 3P/4P-GPS-X series of general-purpose integrating spheres with 3 ports or 4 ports respectively provides a broad range of different models, suitable for various requirements. Choose your sphere by selecting size, ports, and reflectance material/coatings. The addition of a wide range of interchangeable accessories including light sources, assemblies, port reducers and more allows for an endless number of application solutions. This flexibility allows you to create your own uniform source or light measurement system or modify an existing system in a matter of minutes. A variety of system calibration options enable systems to be customized for application specific tasks. Labsphere’s integrating sphere design features sturdy port frames, easy access mounting options, and quick-change accessory options meeting a multiple of requirements. Labsphere’s dedicated Calibration Lab provides calibration options to ensure your system is customized to meet specific application requirements. As you change components, simply click on the system software to recalibrate. Spheres are offered with Spectraflect®, Spectralon® or Infragold® coating which combines a highly reflective surface with nearly perfect Lambertian reflectance. Both durable and highly stable over time, these coatings ensure optimal integration of light over the lifetime of your sphere. All of Labsphere’s products are created in an ISO 9001 registered environment and provide NIST traceable results upon calibration. Once the configuration has been selected, AMS Technologies qualified engineering and support experts are available to help you with your specific application needs. For quick and easy start-up, Labsphere’s 3P/4P-GPS-X series general purpose starter kits are conveniently packaged with the supplier’s most common port accessories, adaptors, and integrating sphere mounting components to help you get started. For specifications about Labsphere’s 3P/4P-GPS-X series of general-purpose integrating spheres and kits, please download the datasheet. Key Features: Sizes: Miniature 25.4-51.2 mm (Cube Style), Standard 76.2-152.4 mm Reflectance Materials: Spectralon®, Spectraflect® Coating, Infragold® Coating Number of Ports: 3 (2 ports on the sphere’s equator at 0° and 90°, 1 port at the top), 4 (an additional port opposite the 0° port) Port Diameter: 6.35-63.5 mm Baffle mounted between the 0° and the 90° port Optional Light Sources: Internal Halogen (5-100 W), Ecternal Halogen (Dichroic 30-120 W, Rhodium 40-100 W) Available Detector Assemblies: Silicon, Germanium; Indium-Gallium-Arsenide InGaAs Accessories: Illuminator or Detector Assemblies, Port Reducers, Port Plugs, Filters, and more… Calibration Options: Total Spectral Flux Calibration, Radiance Calibration, Exit Port Uniformity Mapping, and more… Applications: Light Measurement; Remote Sensing; Image Sensor Test; Researching and Prototyping; Building Your Own Systems

350-1050 nm; Sphere Size 0.25-3 m; Measurement Geometry 2π, 4π; Performance 0.001-713,250 lm; Max. 4π DUT Size ~16.7-~200 cm; Max. 2π DUT Size ~10 cm-~39 cm Labsphere’s illumia®Plus2 series integrating sphere spectroradiometers are flexible, modular light measurement solutions with centralized data management. From high bays to headlights and everything in between, Labsphere has designed an integrating sphere spectroradiometer for your application, offering flexibility to meet your most demanding light measurement requirements. When a solid-state light engine is used in a luminaire or fixture, the thermal environment near the LEDs is altered by both the design and the application environment. Comprehensive knowledge of the thermal behavior of your luminaire’s or fixture’s photometric and colorimetric performance starts with the illumia® Plus2 elevated temperature spectroradiometers, enabling you to characterize the thermal behavior of your luminaire or fixture simply and confidently across a temperature range of +15°C to +80°C. These elevated temperature spectroradiometers include a choice of a 1.65 m or 2 m insulated integrating sphere with temperature-controlled feedback loop, application-specific modules, accredited reference lamps and Integral® Software. Build a system that meets your needs: illumia®Plus2 integrating sphere spectroradiometers offer flexibility to meet your most demanding requirements and grow with your business. The systems are available in sizes from 25 cm to 3 m in both 2π and 4π geometries. Choose from three spectrometer options and application-specific electronic modules that help you maximize efficiency and productivity while maintaining high absolute accuracy and repeatability, no matter the application. These systems’ advanced integrating sphere design yields improved productivity by allowing lamp “hot swap” to achieve greater efficiency and laboratory throughput. Add-on electronic modules increase functionality and simplify compliance with IES LM-79-19, IES LM-78, and equivalent measurement guidelines. Labsphere’s illumia®Plus2 elevated temperature integrating sphere spectroradiometers are designed specifically to test photometric and colorimetric performance over a broad dynamic range of temperatures per IES LM-82 and LM-79-19 recommended practices. Using Labsphere’s Integral® software, you can operate your system from any device at any location and in multiple languages or automate calibration routines with built in LM-45 stabilization. The software meets LM-79-19 and LM-78 measurement methods and industry standard color calculations. Key Features: Sphere Sizes from 25 cm to 3 m for your Device under Test 2π and 4π Measurement Geometries Three Spectrometer Options to Meet Your Spectral and Dynamic Range Needs Control Module and Programmable Power Supplies Deliver Full Automation Improved Productivity:- Add-on Electronic Modules Increase Functionality and Simplify Compliance- Automated Calibration Routines Ensure Ease-of-use and Improved Efficiency- Automated IES LM-79-19 Stabilization Routine- Improved Integrating Sphere Design Allowing Lamp “Hot Swap” to Achieve Greater Efficiency and Shorter Measurement Time- Generate Reports Using Excel Templates: Data Where You Want It, How You Want It, Formatted for Language and Style Typical Lumen Ranges: From 0.001 lm to 3,400 lm all the way to 0.07 lm to 713,250 lm Spectral Flux Measurement Wavelength Range: 350 nm to 1050 nm Exposure Time Range: 40 µs to 900 s (Depends on Sphere Size and Source Type) Typical Performances Across All Variants:- Tungsten Filament: 0.007 lm to 65,4750 lm- Cool White LED: 0.001 lm to 713,250 lm- Warm White LED: 0.001 lm to 675,000 lm- Blue LED: 0.001 lm to 38,250 lm- Red LED: 0.002 lm to 54,000 lm Max. 4π DUT Sizes: ~16.7 cm Linear Lamps, ~2.5 cm Small Lamps to ~200 cm Linear Lamps, ~30 cm Diameter Small Lamps (ref. LM-78) Max. 2π DUT Sizes: ~10 cm Diameter to ~39 cm Diameter (ref. LM-79) Key Features illumia®Plus2 800: Wide Spectral Range Fast CMOS Array Detector Compact Size Ideal for QC and Manufacturing Applications High Sensitivity Key Features illumia®Plus2 2600: Fast, Low-noise, TE-cooled Back–thinned CCD Array Detector Shutter for Dark Measurements in Real-time Hardware Triggering Capability Exceptional Stability at Long Exposure Time High Dynamic Range Additional Key Features illumia®Plus2 Elevated Temperature: Based on CDS 2600 Spectrometers Ambient Temperature Control and Monitoring Light Source Temperature Monitors LIV and Temperature Stability Key Features illumia®Plus2 3020/3030: Exceptional Measurement Sensitivity Inbuilt Filter Wheel With ND Filters Provides Excellent Dynamic Range Low Stray Light High Speed Easily Synchronized With Other Devices Applications: Measuring Packaged LEDs, Clustered LEDs, Miniature Lamps, Entertainment Lighting, Automotive Lighting, (LED) Troffers, (LED) Luminaires, Indoor Lighting, Outdoor Lighting, Roadway Lighting, Lamp and Luminaires, CFLs, Fluorescent Lamps, OLEDs, Low Power LEDs; HID Lamps; LED Devices in High-speed Production Environment

Near Lambertian; 350-1000 nm; Grey Scale Level 5-94%; Uniformity ±1%, ±1.5%, ±2%; Target Size 0.5x0.5-1.2x2.4 m Labsphere’s Permaflect® large-area, grey and white, reference diffuse reflectance targets are ideal for accurately assessing short-range and long-range sensitivity over the dynamic range of LiDAR systems. For imaging applications your grey target solution must work for a wide variety of lighting environments and still maintain its appearance. Most importantly it has to have uniform spectral response. It also must be thermally and physically durable, UV light stable, thermally color stable, no gloss, no polarization and no fluorescence. If your grey target solutions do not meet these requirements, you need Permaflect diffuse reflectance targets. Permaflect targets are available for individual purchase in three sizes: 0.5 x 0.5, 1.0 x 1.0, 1.5 x 1.5 or 1.2 x 2.4 m, unframed and with or without mounting. Available reflectance factors are 5%, 10%, 18%, 50%, 80% and 94%. Permaflect diffuse reflectance targets are also available in Labsphere's LiDAR Test Target Kits, including three reflectance levels; 10%, 50% and 80%, a robust case that holds all three Permaflect targets for storage and transport, and spectral reflectance and uniformity test reports. The kits come in a choice of three target sizes; 0.5 x 0.5, 1.0 x 1.0 and 1.5 x 1.5 m. Key Features: Lightweight: 1.5 kg (0.5 x 0.5 m) to 18 kg (1.2 x 2.4 m) Tailorable Targets Sizes: 0.5 x 0.5, 1.0 x 1.0, 1.5 x 1.5, 1.2 x 2.4 m Target Sizes Are Ideal for the Operating Distance Reflectance Levels in NIR Laser Wavelength 905 to 940 and 1550 nm Grey Scale Levels: 5%, 10%, 18%, 50%, 80%, 94% Variance From Average: ±1%, ±1.5%, +3%/-0% Uniform Reflectance Over the Entire Reflecting Surface – Uniformity: ±1%, ±1.5%, ±2% Typical Flatness: 0% to 8% Peak-to-Peak From 350 to 950 nm Near Lambertian Diffuse Reflectance Factor for Incident Angle Independence Durable and Robust for Production and Field Use Easy to Clean LiDAR Test Kit Accommodates Mounting of the Frameless Targets Applications: LiDAR; Time of Flight; Ground Truth; Imager Calibration; Sensor/Source Compensation; Remote Sensing; Coatings & Materials; Airborne Calibration; Automotive Sensor Calibration; Spectral Radiance; Spectroradiometer Calibration; Reflectance Factor

254, 265, 275 nm; Irradiance 20-20000 µW/cm²; Resolution 0.3 µW/cm²; SNR 104; Interface USB 2.0 Type C; Power Supply 5 VDC, 100 mA Labsphere’s calibrated SMARTSens-D digital UVC irradiance sensors enable real-time UVC dose monitoring for the validation of UVC surface disinfection. Easily access dosage information on demand using Labsphere’s SMARTSens-D software platform, or integrate the digital sensors as a component in your UVGI system software using the provided firmware and APIs as the basis for developing a dashboard for multiple devices and installs. Each sensor is available for either UVC or far UVC measurements and delivers unparalleled application flexibility and measurement accuracy with irradiance responsivity calibration options for Hg sources (for disinfection at 254 nm) and LED sources, including 265 nm and 275 nm LEDs. Labsphere’s SMARTSens-D digital UVC irradiance sensors are available with one to four SSD-UVC/UVCF-2M sensors per UVC-HESC-001/002 controller. Choose the number of sensors that best monitors the UVC dose in your UVGI system design. Labsphere’s SMARTSens-D integrated digital UVC sensors UVC-HISC-001/002 feature the controller integrated into the sensor package for simplified dose monitoring and are available as single sensors that can be used to monitor UVC irradiance and dose. Multiple sensors can be networked and monitored from a central location. Not sure where to place your sensors or how many sensors you need? AMS Technologies and Labsphere have you covered with the supplier’s comprehensive radiometric modeling service. For SMARTSens products, Labsphere offers modeling of an enclosed volume such as UV-C disinfection cabinet or enclosure, as well as modeled simulations of illumination in the enclosed environment under varying lighting conditions and geometric scenarios. As a result, we can assist in determining the best locations for integrating SMARTSens UVC irradiance and dose-meter sensors to validate disinfection cabinet performance, hotspots, cold spots, and optical radiation distribution and uniformity. The modeling package includes: A Zemax model and optical radiation distribution in the chamber for up to three different lighting scenarios. Correlation between irradiance at up to five specific locations within the chamber to sensors mounted on the wall of the chamber A complete report that includes all analysis, summaries, and recommendations Key Features: Real-time Dose Monitoring for Disinfection Confidence and Exposure Safety Instantaneous System Performance Feedback Enables Immediate Troubleshooting and Increased Performance Confidence Concurrent Dose Monitoring Allows Tracking of Area Safety Levels to Optimize Efficiencies Measures Surface Irradiance Irradiance Range: 20 µW/cm² to 20 mW/cm² Absolute Resolution: 0.3 µW/cm² Relative Resolution: 0.0015% to 1.5%, Depending on Irradiance Signal to Noise Ratio: 104 f2 Directional Response: <1.5% Communication Protocol: USB 2.0 Type C Hardware Sampling Rate: 10 Hz User Defined Running Average: Up to 25 Readings Sensor Input Optics Type: Diffuser Dome, 9 mm Diameter Power Supply: USB 2.0 Type C, 5 VDC, 100 mA Dimensions Controllers: 41 x 41 x 24 mm (SSC-1000), 42 x 42 x 36 mm (SSC-4000) Dimensions Irradiance Sensors SSC-UVC/UVCF: 28 x 28 x 13 mm Dimensions Integrated Irradiance Sensors UVC-HISC-001/002: 41 x 41 x 23 mm Applications: Real-time UVC Dose Monitoring in Medical Disinfection Enclosures, Disinfection Chambers, Rooms and Production Systems; Validation of UVC Surface Disinfection; Tracking Disinfectant Lamp Performance in HVAC Systems for UVGI Coil Maintenance

Highly Lambertian; 250-2500 nm; Reflectance Factor 2-99%; Reflective Area Ø 31.75, 50.80 mm; Dimensions Ø38.1x14.0, Ø60.45x15.2 mm Labsphere’s Spectralon® diffuse reflectance standards can offer the highest diffuse reflectance values of any known substance. These durable, chemically inert standards can have typical reflectance values ranging from 2% to 99% and are spectrally flat over the UV-VIS-NIR spectrum. All Spectralon materials are optically flat to ±4% over the range of 250 to 2500 nm and ±1% over the photopic region of the spectrum. Spectralon diffuse reflectance standards are highly Lambertian, with Spectralon SRM-99 reflectance material being the most Lambertian reflector available for use over the wavelength range from 250 to 2500 nm. All reflectance calibration tests are performed in the Reflectance Spectroscopy Laboratory at Labsphere. The standards used in these tests are directly traceable to the National Institute of Standards and Technology (NIST). Spectralon diffuse reflectance standards are available individually and in sets, consisting of a diffuse white standard and a selection of diffuse gray standards. Each standard is supplied with complete diffuse reflectance data from 250 to 2500 nm, every 50 nm. All standards are housed in a durable delrin holder with a protective cover. Diffuse reflectance standards are available in sets of four or eight standards in either 31.75 or 50.80 mm diameters. A set of four standards includes one each of the following reflectance values: 99%, 75%, 50% and 2%. A set of eight standards includes one each of the following reflectance values: 99%, 80%, 60%, 40%, 20%, 10%, 5% and 2%. Diffuse reflectance standards are also available individually (31.75 or 50.80 mm diameter, reflectance values 99%, 80%, 75%, 60%, 50%, 40%, 25%, 20%, 10%, 5% and 2%) or even on custom order with reflectance properties to meet your specific needs. Please contact the AMS Technologies reflectance standard experts to discuss your customized diffuse reflectance standard solution. Key Features: Calibrated Spectralon Standards, Accredited Under NVLAP ISO 17025 Lab Code 200951-0 Highly Lambertian Durable Chemically Inert Wavelength Range: 250 to 2500 nm Spectrally Flat Over the UV-VIS-NIR Spectrum Optically Flat to ±4% Over Wavelength Range, ±1% Over the Photopic Region of the Spectrum Reflectance Factor: 2% to 99% Reflective Area: 31.75, 50.80 mm Diameter Dimensions: 38.1 mm Dia. x 14.0 mm Height, 60.45 mm Dia. x 15.2 mm Height Applications: Densitometers; Integrating Sphere Systems; Optical Equipment; Photographic Equipment; Reflectometers; Remote Sensing Instruments

250-2500 nm; Reflectance Value 2-99%; Reflectance Tolerance at 600 nm ±2%-±5%; Reflective Area 50.8x50.8-610x610 mm; Dimensions 57x57x17-616x616x17 mm Labsphere’s Spectralon® diffuse reflectance targets are ideal for laboratory, production and field applications that require long exposure to harsh environmental conditions such as field validation experiments performed to collect remote sensing data. Because of the diffuse reflectance properties of Spectralon, these targets maintain a constant contrast over a wide range of lighting conditions. Spectralon diffuse reflectance targets are available in plates up to 610 x 610 mm, in white or gray material, and are mounted in a rugged anodized aluminum frame. Calibration data from 250 to 2500 nm, every 50 nm, is supplied with the targets. Calibration data is traceable to the National Institute of Standards and Technology (NIST). All targets are thermally and chemically stable and easily cleaned. Targets larger than 610 x 610 mm can be constructed and calibrated, and custom targets of various reflectance values are also available up to 3 x 3 m. Please contact the AMS Technologies reflectance target experts to discuss your customized diffuse reflectance target solution. Key Features: Durable and Washable Wavelength Range: 250 to 2500 nm Various Reflectance Values Available: 2% to 99% Reflectance Tolerance at 600 nm: ±2% , ±3% , ±5% Flatness Range over 350 to 760 nm: ±4% , ±5% Impervious to Harsh Environments Thermally and Chemically Stable Reflective Area: 50.8 x 50.8 to 610 x 610 mm Dimensions Mounted: 57 x 57 x 17 to 616 x 616 x 17 mm Applications: Backlight Illuminators; Environmental Test Targets; Laser Targets; Optical Reflectors; Remote Sensing Targets; Proximity Sensors; Light/Sensor Compensation