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Blackbody radiation
Latest
Availability: In Stock
Blackbody radiation
application
ATG8200 provides a reliable set of refrigerated low-temp surface source blackbody radiation sources for scientific research and industry.
The maximum temperature of the ATG8200 medium-temperature area source blackbody can reach 600°C (450°C optional), the temperature resolution is as high as 0.01°C, and the area source uniformity reaches 0.004×T (ATG8200-T450), 0.006×T. It has the characteristics of high resolution, high stability and high uniformity.
The radiation source diameter of ATG8200 can reach up to 12 inches*12 inches, and its large-area design can provide strong support for domestic scientific research projects.
The ATG8200 medium-temperature surface source blackbody temperature can be communicated through RS485, Ethernet, and Wi-Fi. When used with the Optosky blackbody controller, high-precision temperature control can be achieved.
| parameter | |
| Built-in temperature sensor | Pt100 four-wire system |
| Effective emissivity | 0.97 ± 0.03 |
| Radiator type | extended source |
| Standard calibration method | Front temperature sensor/standard transmission radiometer |
| Temperature accuracy | ATG8000-T660: Ta+5℃~<450℃ is ±（0.15+0.002 x |T|）, 450℃~660℃ is 450℃~660℃ ATG8000-T1000: ±2 °C |
| Temperature control and calibration software | BMC-30 |
| Temperature resolution | 0.01℃ |
| Way of communication | RS485、Ethernet、WIFI |
- Temperature range: Ta +5℃～660℃/1000℃.
- High temperature resolution: 0.01℃.
- High stability: 0.01℃/30min, ±0.5 °C.
- Blackbody emissivity: 0.99 ± 0.01.
- Various aperture sizes available.
- Professional temperature control and calibration software.
- Multiple communication methods: RS485, Ethernet, WiFi.
- Radiation thermometer calibration
- Infrared thermal imaging camera calibration
- Calibrate the radiation intensity of the infrared radiation source
- Calibrated response rate for radiation absorption
- Study the thermal radiation properties of material surfaces
- Measure material surface emissivity
- Optical performance measurements
