Combining easy usability with unbeatable efficiency, the SICK OD200 µm optical displacement sensor offers quick, secure and exact short-range measurement throughout a number of software situations.
SICK has launched the brand new OD200, a compact laser distance sensor for measuring brief ranges that units new requirements on this sensor class with its excellent stability on extremely reflective, darkish and irregular surfaces. It delivers excessive efficiency and productiveness even in complicated and demanding purposes, comparable to shiny metallic and plastic elements and in poor lighting situations, to scale back errors and minimise pricey rework. With a newly-developed measuring core, cutting-edge dynamic receiver system and optimised optical system, the strong OD200 µm optical displacement sensor raises the bar in the case of quick, secure, dependable, and repeatable detection and measurement.
Complementing sensor intelligence specialist SICK’s portfolio of displacement sensors and the vary of purposes of the extremely profitable OD Mini, the OD200 is plug and play for straightforward set up and commissioning. It provides all the usual connectivity choices and allows excessive course of velocity with full and exact measurement efficiency. Along with the measured values, the IO-Hyperlink-enabled sensor additionally offers knowledge for inline efficiency optimisation and ongoing situation monitoring.
The OD200 meets the calls for of recent manufacturing and high quality management, making it the perfect answer for a variety of purposes in an array of various industries, together with the automotive {industry}, aerospace, shopper items {industry}, electronics, robotics, and mechanical and plant engineering. It may be utilized in purposes as diverse as real-time in-line high quality management for reflective supplies, exact counting of small elements and items, and correct detection of peak deviations in assembled elements.
OD200: The best answer for measurements on all supplies and environmental situations
The OD200 delivers extra secure and correct measurement outcomes on complicated surfaces. In industrial manufacturing, meeting and high quality processes, reflective, irregular or complexly structured materials surfaces (comparable to carbon fibre composites, die castings or finely textured metals) pose a problem for exact measurements. This could result in inaccurate or lacking measured values, notably in troublesome lighting situations or when elements are small. The OD200 succeeds in attaining considerably extra correct measurements on difficult surfaces.
A newly-developed triangulation measurement core with highly effective analysis algorithms performs a key position in delivering a excessive stage of accuracy. The OD200 is designed for prime velocity purposes, with course of speeds as much as 3 kHz, and is on the market in varied sensor variants for measuring ranges of 25 mm to 160 mm, with repeatability all the way down to 2 µm. As well as, the high-resolution receiver unit ensures even surfaces with low remission are reliably detected. The optical system is optimised for the geometry and high quality of the sunshine spot, in addition to ambient gentle immunity. When mixed, these options guarantee dependable measuring for high-gloss, reflective or nearly remission-free objects, structured and uneven surfaces, or in vital ambient brightness. Interference brought on by incorrect measurements and lacking alerts is considerably diminished to chop downtime, adjustment and upkeep effort, delivering greater productiveness.
Integration, commissioning, connectivity: all plug and play
Integration and commissioning of the compact OD200 is easy, even in confined areas. The sensor is appropriate with all {industry} requirements and has a spread of equipment out there. Clever default settings and algorithms, in addition to the intuitive, menu-driven person interface on the machine’s show, simplify setup and operation. The versatile OD200 provides a variety of connectivity choices for automation methods and {industry} 4.0 environments, together with all required and industry-standard interfaces and I/Os, IO-Hyperlink, an analogue present/voltage output, and one switching enter and output. IO-Hyperlink ensures full entry to the sensor, even in troublesome or inaccessible set up places.
Inline optimisation and situation monitoring
The OD200 may be programmed utilizing SICK’s free and easy-to-use SOPAS open parameterization and software software program. Along with the precise measurement knowledge, the sensor additionally offers helpful working knowledge, for instance on the publicity time or the width of the sign peak, which is evaluated to calculate the gap. This info from ongoing operation can be utilized each for inline optimization of sensor efficiency and for situation monitoring of the sensor or processes.
Nick Hartley, SICK Market Product Supervisor for Instrumentation & Distance Measurement, says, “The compact OD200 displacement sensor allows dependable measurements, even on supplies that different sensors fail to measure. It’s strong, quick and simple to put in, with its compact housing offering higher integration. Delivering exact, secure measurement from 25 mm to 160 mm all the way down to the micron stage throughout three variants, the OD200 is suited to quite a few purposes throughout a variety of {industry} sectors, offering enhanced productiveness and peace of thoughts even in difficult ambient gentle situations and with darkish, shiny or uneven supplies.”
