The Austrian
Calibration Measurement Software Company
light an radiation applications since 1998
Calibration Measurement Software Company
light an radiation applications since 1998
LANGUAGE
RADIOMETER
We offer an extensive range of detectors to measure radiation from UV to IR.
Radiometers to measure solar radiation with weather proof housing as well as filter based radiometers with individual spectral response.
UV Radiometer for solar UV radiation measurement
We offer the UV-A, UV-B, UV-E, UV-AB and UV-A/UV-E Broadband Detectors for measuring precise global UV irradiance for different spectral ranges.
The systems provide a considerably improved measurement accuracy in comparison to the traditional detectors. The direct cosine error f2 is typically less than 1.5%.
The detectors are flexible enough to be easily installed on every measurement site. Detector base plates for individual alignment work and a shadowring system J1033-Shadowring (pdf 42k) make an effective meteorological system.
The detectors are flexible enough to be easily installed on every measurement site. Detector base plates for individual alignment work and a shadowring system J1033-Shadowring (pdf 42k) make an effective meteorological system.
- Manual (pdf 280k)
- Data UV-A (pdf 92k)
- Data UV-B (pdf 92k)
- Data UV-E (pdf 110k)
- Data UV-AB(pdf 120k)
- Data UV-A/UV-E (pdf 105k)
Filter Based Detectors
We also offer a range of filter based detectors offering “close match” spectral responses to the desired function. For example, the DH400-VL photometric detector provides high accuracy illuminance and luminance measurements.
Some of the most common detector types are listed below:
Some of the most common detector types are listed below:
| Model | Spectral Function | Wavelength range | Normal calibration |
| DH400-VL-x | Photometric | 380-780nm | lux |
| DH400-VS-x | Scotopic | 380-780nm | lux |
| DH400-XYZ | x,y,z Colorimetric | 380-780nm | (x,y), K, lux |
| DH400-UVA-x | Radiometric UV-A | 315-400nm | W/m² |
| DH400-UVB-x | Radiometric UV-B | 280-315nm | W/m² |
| DH400-UVC-x | Radiometric UV-C | 250-280nm | W/m² |
| DH400-UV-x | Radiometric UV | 250-400nm | W/m² |
| DH400-R01-x | Radiometric ‘blue’ | 400-500nm | W/m |
| DH400-R02-x | Radiometric ‘red’ | 700-800nm | W/m² |
| DH400-R03-x | Radiometric ‘visible’ | 400-800nm | W/m² |
| DH400-R04-x | Radiometric ‘near IR’ | 800-1000nm | W/m² |
| DH400-R05-x | Radiometric ‘vis-NIR’ | 400-1000nm | W/m² |
| DH400-yyy-x | Custom /user defined | within 200-1700nm | as required |
-x: Detector options such as with/without diffuser;
-yyy: Special or user defined spectral function.
The ORM400 Optical Radiation Meter is ideally suited to display the measurements from the DH400 range of detectors as well as third party current generating detectors. The ORM400 has a USB 2.0 interface and is supplied with powerful calibration features and data display functions. It includes a library of standard spectral light sources to which customers may add. This accommodates greatest accuracy and flexibility when measuring light sources with a filter based instrument.
-yyy: Special or user defined spectral function.
The ORM400 Optical Radiation Meter is ideally suited to display the measurements from the DH400 range of detectors as well as third party current generating detectors. The ORM400 has a USB 2.0 interface and is supplied with powerful calibration features and data display functions. It includes a library of standard spectral light sources to which customers may add. This accommodates greatest accuracy and flexibility when measuring light sources with a filter based instrument.