Transient multispectral radiation pyrometer is mainly used for transient high temperature measurement under dynamic load, and can also be used for measuring other transient ultra-high temperatures.
thisTransient multispectral radiation pyrometerIt is an optical instrument based on Planck's theory of thermal radiation, which compares the radiance of the test light source with the brightness of a standard light source to measure the temperature of the test light source. Within the radiation wavelength range, extract the radiance corresponding to 6-8 narrowband spectra, and fit the curve of spectral radiance variation with wavelength at different temperatures, and then calculate the temperature.
Mainly used for transient high temperature measurement under dynamic loads (1000 ℃~8000 ℃), such as measurement of detonation shock wave temperature, combustion temperature, material impact temperature, plasma temperature, unloading temperature, engine temperature, tail jet temperature, etc; It can also be used for measuring other transient ultra-high temperatures; Other parameters of materials under high pressure can also be measured, such as the time it takes for shock waves or sparse waves to reach the material interface, to determine their shock wave velocity and high-pressure unloading sound velocity; It can also be used to measure the temperature of the explosion temperature field.
Transient multispectral radiation pyrometerTechnical Specifications:
1. Temperature range: 1000~8000 ℃;
2. Temperature measurement accuracy: 2%
3. Measurement distance: 0.1~100m
4. Working wavelength: 0.4~1.8 μ m
5. Number of wavelengths: ≥ 6
6. Maximum sampling frequency: 200MHz
7. Maximum measurement time: 5 seconds
8. Data acquisition system: no less than 6 channels, capable of independent operation
9. Output: Curve digital display and storage of temperature data
10. Response time: ≤ 10ns; 11) Environment: Operating temperature -10~50 ℃, humidity: 95%, no condensation.
Transient multispectral radiation pyrometerAfter-sales service
Before leaving the factory, the equipment undergoes strict debugging and verification to ensure quality, normal system operation, and that the provided equipment is brand new, unused, and meets the agreed brand, specifications, technical performance, configuration, quality, and other requirements.