+8615966019173
Low Temperature Blackbody Furnace
Home - Products - Black Body Infrared Calibration Furnace - Low Temperature Blackbody Furnace - DY-HT1A Low Temperature Blackbody Furnace(-40℃-80℃)
The temperature range of the black body temperature calibrator is -40℃~80℃.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.
As a standard radiation source, standard black bodies are mainly used to calibrate radiation thermometers, infrared thermometers and radiation temperature sensor detectors. Our company currently has advanced black body technology, a full range of black body products with a wide temperature range. The products are small in size, light in weight and easy to carry. They are not only suitable for calibrating radiation thermometers in laboratories of metrology institutions at all levels, but can also be used for on-site calibration.
1. More portable and lighter.Higher accuracy.
2. Human-machine interface, touch operation.
3. One-key temperature setting, easy to operate.Rapid heating, temperature control.
4. Can copy the language interface of any place in the world according to customers' requirements for export convenience.
Model | DY-HT1A |
Temperature Range | -40℃-80℃ |
Control Mode | Touch Screen |
Temperature Resolution | 0.1℃/0.01℃ |
Temperature Control | PID Automatic Control |
Cavity Diameter | Φ40mm(Customizable) |
Emissivity | ≥0.995 |
Temperature Stability | Larger than 0.1℃ and 0.1% T (T is the radiation source temperature) |
Temperature Uniformity | Larger than ±0.15℃ and 0.15% T (T is the radiation source temperature) |
Power Supply | 220V AC 50HZ |
Power | 500W |
Dimension(L×W×H) | 370mm×250mm×370mm |
Weight | 8.5Kg |
Note: other special requirements can be customized according to the needs of users