DY-HT2M Non-point Source Blackbody Furnace(RT +5℃-500℃)

The temperature range of the black body temperature calibrator is 5℃~500℃.Blackbody radiation source, mainly used for calibrating radiation thermometers, infrared thermometers and radiation temperature sensing detectors.The product is small in size, light in weight and easy to carry. It is not only suitable for the use of radiation thermometers in the laboratory calibration of measuring institutions at all levels, but also for on-site calibration.It is widely used in the technical index test of the process test and the qualification test during the development of the infrared detector.

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Product Introduction of Blackbody Temperature Calibrator

The blackbody calibration source is a standard for infrared radiation. It is widely used in the technical index test of the process test and the qualification test during the development of the infrared detector. It can complete the response uniformity, response curve and death of the photosensitive surface of the infrared focal plane device. In the test of parameters such as element pixels. At the same time, the area source blackbody radiation source is the core equipment of the infrared imaging prism collimation device, and it cooperates with the infrared collimation optical system and infrared target to complete the key technical index test and performance evaluation of the infrared imaging system. It can meet the testing requirements of infrared imagers in my country's newly developed infrared imaging guided weapons, and can meet the testing requirements of infrared thermal imaging cameras that are widely used in medical, construction, security monitoring, environmental testing and other industries.

Product Feature of Blackbody Radiation Source

1) The appearance is novel and the furnace and temperature controller are integrated.

2) The heating element is insulated from the shell, and special software is used for pressure-limited heating, so no high-power power transformer is required.

3) Automatic temperature rise and temperature control is adopted, which is safe and reliable, with fast heating speed and good temperature stability.

4) It is easy to use and operate, small in size and light in weight, and easy to carry. It is not only suitable for laboratory calibration, but also for on-site calibration.

5) Large surface source isothermal blackbody radiation surface, the factory default emissivity is 0.95, and the emissivity can be adjusted between 0.96-0.99 if different emissivities are required.

6) The screen has built-in multi-point independent temperature correction function.

7) Automatic intelligent adjustment: Contains MH logic intelligent adjustment function, and advanced control algorithm for parameter self-tuning function.

8) Program control function, the equipment has 10 groups of different program setting interfaces reserved, one-key operation, convenient and fast, meeting the user's requirements for multiple detection points and improving the user's detection efficiency.

9) The communication interface can be customized RS232.

10) The device has a memory function, which allows it to quickly restore to the previous setting state after restarting, without the need for additional settings to start.

Technical Indicators of Blackbody Radiation Calibration

Model	DY-HT2M
Temperature Range	RT +5℃~500℃ ( RT=22℃±3℃）
Control Mode	Touch Screen
Temperature Resolution	0.1℃/0.01℃
Temperature Control	PID Automatic Control
Radiating Surface	φ100mm
Emissivity	≥0.95
Temperature Stability	Not greater than 0.15℃ and 0.15%T(bigger one in two) T is the radiation source temperature（Within 10min）
Temperature Uniformity	Not greater than ±0.2℃ and 0.2%T(bigger one in two) T is the radiation source temperature（In 2/3 of the central zone）
Power Supply	220V AC 50/60Hz
Wire Line Diameter	≥1.5㎡
Power	800W
Dimension(L×W×H)	315mm×200mm×340mm
Weight	8Kg
Environment	22℃±3℃;15%-65%RH;High 2000m
Optional Features	①Support 232 communication ②Adjustable emissivity（Adjustable between 0.95~0.99）

Note: other special requirements can be customized according to the needs of users