The 3D product viewer shows Opsytec meters and sensors as true-to-original models generated from the CAD design data – rotate, zoom and explore them directly in the browser, with nothing to install.
On the meters, the display can be operated. A click on the power key wakes the screen; the navigation pad and the softkeys lead through the same menu structure as on the real instrument. The curelog is included in its BASE, ONE, LED and PRO versions, the UV probes in their side-on, head-on and integrating head shapes – which makes the designs directly comparable.
For planning an installation the spatial view usually says more than a dimension: housing shape, window position, connector and cable exit are visible at a glance – for inline and pressure-water sensors as much as for flat instruments meant to travel through a conveyor line.
About the interactive 3D models
All models are generated directly from the original CAD data (STEP) of the Opsytec measurement devices and UV sensors. Rotate and zoom freely; use the selector at the top to switch between UVpad, UVpad E, curelog, RMD / RMD Pro, tinyTracker and the UV sensors. The ⤢ button shows the dimensions, ⓘ the labels.
The measurement devices are operable: the keys on the device (or in the “Operate the device” panel) switch the display on and walk through the original menu. All readings shown are demo values of a typical UV LED source, not real measurements. Technical data, datasheets and accessories can be found on the respective product page.
Author: Dr. Mark Paravia
Dr.-Ing. Mark Paravia is the managing director of Opsytec Dr. Gröbel GmbH in Ettlingen and heads the accredited calibration laboratory. Following his research on pulsed xenon excimer discharges at the Institute of Lighting Technology at KIT, his current focus is on optical radiation measurement technology. He is vice-chair of the DIN Standards Committee FNL 7 “Optical Radiation,” and a member of the DVGW Project Group on UV Disinfection.