Measuring principle
Measuring principle
Based on a luminance measurement system, the mlts / mlcs is able to measure illuminance distributions with high resolution. The photometric and geometric measurement of the light field is done within seconds and tested against tolerances. Approval against values requested by regulations like DIN EN 60601-2-41 medical lighting or DIN EN ISO 9680 dentistry lighting can be verified.
Maintenance and Calibration
Maintenance and Calibration
When installing the test system on site, opsira's engineers calibrate the system in compliance with international photometric transfer standards. The calibration records extensively document the traceability to international photometric standards.
Furthermore, opsira offers the recalibration and maintenance of the system which is carried out once a year usually. The software provides a comfortable and easy-to-use calibration assistant which enables the user to carry out the calibration alone.Software
- The test stand is delivered including customised user interfaces depending on the specific demands. All important control elements for the measurement are handed out to the test staff. The basic settings, e.g. the link of the corresponding standards to the airfield lighting are done in an administrator mode.
Add-on | Remarks |
---|---|
power and voltage supply | AC, DC, up to 6 kW |
power measuring devices | P, Peff, frequency, phase shift, etc. |
thermal sensor system | temperature, air pressure, humidity (i.e. for EN 13032-4) |
temperature sensor system | multichannel measurement by thermocouples |
temperature control of samples | heating or cooling control of the sample |
identification of samples | barcode and DMC reader |
labelling of samples | label printer, marker |
ambient light protection | enclosure |
security | laser scanner for safety of user and system |