Workswell - Model BB200 -Highly Accurate Black Body Radiation Source
The Workswell BB200 is a highly accurate black-body radiation source for infrared thermography. The BB200 offers continuous temperature settings from 30°C-200°C (86 °F to 392 °F), with a 0.1°C (0.18 °F) single step. Its surface, a 100mm-diameter, temperature-stabilized area, is designed with pyramid shapes that increase emission stability and reduce reflective effects. With a surface emissivity of 0.95 ±0.005 for the LWIR spectrum and a long-term time stability that is better than ±0.08%, the BB200 takes thermography to the next level. For more information on the black-body principle, please read our educational article on the topic.
The BB200 is a simple, cost-effective black-body calibrator offering high accuracy, crucial for thermal cameras in febrile subject screening. It features a mounting hole compatible with a 1/4-20 UNC thread and a durable housing made of Teflon and aluminum. Notably, the BB200 can store temperature values in its memory for automatic loading upon power connection. It boasts an OLED display, showcasing both set and actual surface temperatures. Integral to the Workswell MEDICAS thermal imaging system, the BB200 aligns with IEC 80601-2-59 and ISO 16142 standards. It supports custom application development through an available SDK (standard development kit), enabling integration and remote control via RS485 or USB-C. The package includes comprehensive manuals, a sample application for SDK understanding, and optional accessories like RS485 cables and converters.
Measurement Area
100mm stabilized diameter area
Temperature Range
it operates within 30 °C to 200 °C or 86 °F to 392 °F
Surface Emissivity
0.95 ± 0.005 for the LWIR spectrum
Aperture Diameter
The device features a 100mm aperture diameter
Temperature Stability
± 0.05 °C / hour at 40°C or ± 0.09 °F / hour at 104 °F
Space Thermal Non-Uniformity
≤ 0.3 °C / 0.5 °F
The BB200 is a versatile instrument suitable for a variety of applications. Its precision and reliability make it ideal for industrial settings, particularly in quality control and manufacturing processes. It can be used for monitoring and controlling temperature-sensitive operations, ensuring product quality in environments where precise temperature measurements are critical.
Calibration
The BB200`s precise temperature range and stability are vital for calibrating scientific and industrial instruments. It ensures that these instruments measure and record data accurately, which is crucial in research where precise data is paramount. Industrial setting with a large furnace being monitored by a drone-mounted thermal imaging camera, which highlights different high-temperature zones within the furnace, aiding in the detection of hotspots and process uniformity.
Thermal Testing
In R&D labs, the BB200`s ability to maintain specific temperatures is essential for testing materials and components under various thermal conditions. This helps in understanding how substances behave and change under different temperature scenarios.
Environmental Monitoring
The BB200`s accurate temperature measurement is valuable for monitoring sensitive environmental conditions. This could be crucial in ecosystems research or in maintaining conditions in controlled environments like greenhouses.
Equipment Testing
For testing equipment, the BB200`s precise temperature control and measurement area are crucial. It ensures that other equipment operates correctly under various thermal conditions, which is essential in fields like aerospace or automotive engineering. close-up-female-engineer-hand-controling-robot-arm-welding-machine-industrial-40-modern-factory-backgroundsmart-female-engineer-inspect-quality-control-factory
Automation and Quality Control
The precise temperature control and stability of the BB200 are critical in manufacturing processes where maintaining a consistent temperature is key to ensuring product quality, especially in industries like electronics or pharmaceuticals.