Optical distance sensors with maximal resolution

With the optical distance sensors ODSL 9, Leuze electronic has extended its family of optical distance sensors and set new benchmarks for speed, precision, compact design and comfortable operation. The devices feature high precision up to 0.01 mm and short measurement times.

The new optical laser distance sensors ODSL 9 are designed to be used in precision applications of mechanical engineering and work according to the triangulation principle. Like Leuze electronic's other optical distance sensors, they stand out with high ranges relative to resolution. The devices are available in two types, one with a resolution of 0.1 mm and a measurement range of 50 to 450 mm, and the other with a resolution of 0.01 mm and a measurement range of 50 to 100 mm. Their speed is stunning with a measurement acquisition rate of 500 Hz independent of measurement distance and object characteristics. This turns the new ODSL 9's into the ideal solution, in particular for moving applications. The speed can also be used for filtering measurement values and for preprocessing via statistical functions, allowing even more precise measurements to be generated. The devices operate largely independent of object characteristics and are nearly insensitive to gloss and structures. The temperature stability in effect also contributes to precision.

The compact structure of the ODSL 9's in relation to their performance is a first for optical distance sensors. The housings are made from plastic with a turning connector and are connection-compatible with other Leuze distance sensors. A highlight is the LCD graphics display used for configuration but also for measurement value display and diagnostics. A proven menu structure is at the user's disposal for this purpose. It permits the selection of various operating modes from speed to precision. In addition, application adaptations are possible, such as measurement data filtering or configuration of the switching outputs. The measurement values are conveniently displayed directly in millimeters, which considerable simplifies fault diagnosis and verification of the installation situation.