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B200 Medium Temperature Blackbody Furnace
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Fast temperature rising speed (1400 ℃ @ 55 minutes) Slight temperature deviation of the cavity (±0.5℃) Low heating power (1.2KW) Long time working ability under 1400 ℃ Equipped with computer software
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Product description
User guide
The B200 is a blackbody calibration source that may be set to any temperature between 300 to 1400 ℃. A closed-end tube with a 25.4 mm aperture diameter is heated by specially manufactured elements. It takes only 55 minutes for B200 to rise to 1400℃ from room temperature. Less than thirty minutes is needed for any temperature’s stability. A precision thermocouple controls the blackbody cavity that the accuracy can be 0.1℃. The power consumption is low to 1.2 KW even when the B200 is working under 1400℃ at a long time. The B200 is easy to operate and maintain, and it’s durable with a long life.
Specifications
Temperature Ranges 300-1400℃
Accuracy ±0.25% of the reading/±1℃
Temperature Resolution 0.1℃
Stability 0.5 ℃ per 8 hours
Source non-uniformity ±0.5℃
Emissivity: 0.995@0.7-14um
Cavity Closed pipe 41m（inside diameter） X 255mm（Length）,125mm
Communication RS232/RS485
Method of control Digital PID control
Operating ambient temp 0℃~55℃
Cooling Overtemperature automatic air cooling
Weight 40kg
Power Supply 220Vac±10%
50/60Hz 3000VA
The blackbody furnace is a high-precision calibration device specifically designed for the accurate calibration of infrared thermometers, pyrometers, and thermal cameras. By generating a stable and uniform temperature field, the blackbody furnace provides a reliable reference source for temperature measurement systems used in research, manufacturing, and industrial quality control. Its advanced temperature control system ensures outstanding accuracy and repeatability, making it an essential instrument for laboratories and industries requiring precise thermal calibration.
One of the key advantages of the blackbody furnace is its ability to produce consistent radiation across a wide temperature range. This feature ensures that temperature sensors and infrared devices can be calibrated under realistic operating conditions, improving their accuracy and long-term reliability. The furnace is constructed with high-emissivity materials that simulate an ideal blackbody surface, ensuring near-perfect radiation uniformity and minimizing measurement errors caused by reflectivity or environmental interference.
The blackbody furnace is designed with user-friendly controls and an intuitive digital interface, allowing operators to easily adjust temperature settings and monitor stability. Its robust thermal insulation and efficient heating system enable rapid temperature rise and stable operation, while maintaining excellent energy efficiency. Additionally, the furnace’s compact design and durable build make it suitable for both laboratory and field calibration tasks.
In summary, the blackbody furnace is a vital tool for any organization that depends on accurate temperature measurement and calibration. Its precision, stability, and versatility make it the ideal solution for ensuring the performance and reliability of infrared thermometers and other temperature-sensing devices. With the blackbody furnace, users can achieve confidence and consistency in all thermal measurement applications.
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