Micro-Epsilon expands its portfolio of laser distance sensors with a compact model optoNCDT ILR1041-150-IO. The new sensor, operating based on the Time-of-Flight measurement principle, performs precise measurements at distances of up to 150 m.As the official distributor of Micro-Epsilon, WObit introduces this solution to the Polish market, providing engineers and integrators with technology that guarantees signal stability in demanding industrial applications
Precision and stability of measurement up to 150 meters
The optoNCDT ILR1041-150-IO model supports a measurement range from 0.2 m to 150 m when using reflective foil. The implemented measurement technology eliminates the influence of scattered light, which ensures repeatable and stable results even in strong ambient lighting up to 50,000 lx. The sensor can also cope with difficult optical conditions - when measuring objects with dark matte surfaces or variable structures.
Main technical parameters of the sensor:
Resolution: 1 mm
Linearity: ± 20 mm
Repeatability:< 6 mm
Measurement frequency: adjustable up to 333 Hz, which shortens the response time in dynamic processes
Laser class: 1 (no need to use additional eye protection for the operator)
Industry 4.0 Integration: IO-Link interface and IP69K design
The new Micro-Epsilon sensor supports modern control architectures. The integrated IO-Link interface ensures standardized data transmission and independence from the field bus used. The device is also equipped with a standard analog output (current or voltage), which allows direct integration with existing automation systems.
The housing with a high degree of protection (IP67 / IP69 / IP69K) protects the optoelectronic system against the ingress of dust and high-pressure water. Compact dimensions and swivel cable outlet allow the sensor to be installed in limited machine space. The device is parameterized in two ways: directly on the housing (using buttons and RGB LEDs) or using dedicated software.
Areas of application
High measurement stability and resistance to external factors predispose the optoNCDT ILR1041-150-IO model to work in the following areas:
Logistics and intralogistics: controlling the position of cranes, transport trolleys and monitoring the filling of high-bay warehouses.
Industrial automation: positioning of elements in production lines and mobile machines.
Construction sector and renewable energy: monitoring the geometry of large structures and machine arms.
The optimal price-performance ratio makes the optoNCDT ILR1041-150-IO sensor a cost-effective solution for series applications.Detailed technical specifications are available on the product page.
