With the optoNCDT ILR1041-150-IO, Micro-Epsilon is expanding its portfolio of high-performance laser distance sensors with a particularly compact model for measuring ranges of up to 150 m. The sensor works according to the time-of-flight measuring principle and enables fast and reliable distance measurements - even with changing surfaces, dark materials or strong ambient light. This makes the ILR1041-150 ideal for demanding applications in automation, logistics, construction machinery or in the field of renewable energies.

High measuring accuracy at long distances

The ILR1041-150-IO covers a measuring range of 0.2 m to 150 m with reflector foil. The measuring principle is largely insensitive to stray light and delivers stable results even in strong ambient light up to 50,000 lx. The adjustable measuring rate of up to 333 Hz allows short response times for dynamic processes. With a resolution of 1 mm, a linearity of ± 20 mm and a reproducibility of < 6 mm, the sensor offers outstanding measuring accuracy - even over long distances. Thanks to laser class 1, no additional eye protection is required in normal operation.

IO-Link communication for industrial applications

The integrated IO-Link interface enables standardized, fieldbus-independent data communication and supports modern automation concepts. An analog output (current or voltage) is also available, ensuring flexible integration into existing systems. The compact, robust design (IP67 / IP69 / IP69K) and the rotatable, flexibly alignable cable outlet facilitate installation in confined spaces. Parameterization and operation can be carried out directly on the sensor via buttons and RGB LEDs or via software. With its combination of large measuring distance, high signal stability, IO-Link integration and attractive price-performance ratio, the optoNCDT ILR1041-150 is ideally suited for series use in industrial automation.