Bruker manual OMRON FQ VISION-SENSOR BROCHURE

[. . . ] Det klare bildet gir en enkel installering, siden synsvinkelen ikke er avgjørende lenger. Trykkeribransjen: objekter med flere farger Elektriske deler: laveste kontrast Metallindustri: skinnende og reflekterende Ekte fargeregistrering Alle RGB-graderinger (16+ millioner) blir behandlet direkte. Det er ikke behov for gråskalakonvertering eller fargefiltrering. Kraftig lys Kontrast var én gang et stort problem innen bildebehandling. Men med FQvisjonssensoren blir hvert bilde lyst og klart med perfekt kontrast for pålitelige resultater. HDR-sensor Variasjon i lysforhold kan føre til uønsket blendende lys eller halasjon. HDR minimerer disse effektene og maksimerer stabiliteten til inspeksjonsresultatene og behandler til og med variasjon bit for bit eller feilposisjonering. 6 Helt enkelt det mest fleksible produktet av sin type Fleksibilitet møter enkelthet i Omron FQvisionssensoren, og innen design møter funksjonalitet brukervennlighet. [. . . ] Velg elementet som skal inspiseres 2. Angi trinn 9 Få riktige resultater hver gang, i alle format Oversikt over resultater Vis resultatene for alle inspeksjonselementer i én visning. Naviger direkte til hvert resultat med ett trykk for å se detaljer. Trendmonitor Se historikken til inspeksjonsresultater over tid. Trenden til produksjonskvaliteten kan enkelt overvåkes. Motsettende målinger kan implementeres umiddelbart hvis kvaliteten går ned. Histogram Vis distribusjonen for alle måleresultater, noe som gir deg en øyeblikkelig oversikt over produksjonskvaliteten. FQ Trouble-free Operation On Site Real-time Threshold Adjustment The FQ vision sensor allows fast and easy real-time parameter adjustment. Eliminating the need to stop the machine for fine tuning and optimisation of settings, resulting in zero machine downtime. Vision sensors & systems Continuous inspection Updated Judgement conditions can be adjusted on the Touch Finder. Inspection History Logging Historical results logging is very useful for testing a new line. Samples are fed down the line and inspection results are logged. The logged data can be checked on a time scale in graph form and used to adjust judgement conditions. File Logging is convenient during operation. Large inspection histories can be saved in SD cards and used later for traceability. Recent Results Logging Displays the most recent 1, 000 inspection results in graph form. File Logging SD card Auto Detection When multiple sensors are connected to the Touch Finder, the display automatically switches to the image of the sensor which has produced an NG result. This allows dynamic visualisation of reject conditions. SD card Up to 10 million measurement values or more (for a 4-GB SD card) Up to 10, 000 images or more (for a 4-GB SD card) ! Automatically NG sensor image is displayed ! FQ Authentic Vision Technologies are Gathered on FQ Real Colour Sensing Most vision sensors on the market operate using greyscale image processing, due to the high demand of processing colour images. However, many applications may be unsuitable or unstable using greyscale processing due to the requirement of colour inspection or poor image contrast. In order to offer solutions for such issues, the FQ vision sensor combines a high power processor unit and real-colour processing technology which enables fast inspections using colour images. The same technology is used in Omron's flagship model of vision sensors and is widely utilised throughout industry. Input image Vision sensors & systems General-purpose vision sensor Binary image processing 1 bit monochrome image Gray image processing 8 bit gray image FQ Vision sensor Real colour image processing G 255 24 bit real colour image B 255 R 255 HDR Sensing Glossy & highly reflective surfaces can often result in "halation" or uneven brightness across an image, coupled with inconsistent workpiece placement inspections can become unstable and unreliable. Such halation is a result of the narrow dynamic range of standard vision sensors. The FQ vision sensor uses Omron's High Dynamic Range (HDR) processing technology, which increases the dynamic range of the system up to 16 times that of conventional vision sensors. The result is stable detection of objects which are highly reflective, even if workpiece placement is not consistent. General-purpose vision sensor image by narrow dynamic range FQ Vision Sensor image by wide dynamic range Dark Bright High Power Lighting Providing suitable illumination for inspections can often be the deciding factor between application success or failure. Especially when inspecting large field of views, even and consistent lighting can be difficult to achieve. [. . . ] The value will be affected by the operating environment and operating conditions. Battery Specifications Item Battery type Nominal capacity Rated voltage Ambient temperature range Ambient humidity range Charging method Charging time*1 Battery backup life*2 Weight *1 *2 FQ-BAT1 Secondary lithium ion battery 1, 800 mAh 3. 7V Operating: 0 to 40ºC Storage: -25 to 65ºC (with no icing or condensation) Operating and storage: 35% to 85% (with no condensation) Charged in Touch Finder (FQ-D31). 2. 5 h 300 charging cycles 50 g max. This value is only a guideline. The value will be affected by operating conditions This is a guideline for the time required for the capacity of the Battery to be reduced to 60% of the initial capacity. The value will be affected by the operating environment and operating conditions. System Requirements for PC tool for FQ The following Personal Computer system is required to use the software. OS CPU RAM HDD Monitor *1 *2 Microsoft Windows XP Home Edition/Professional SP2 or higher*1 Microsoft Windows 7 Home Premium or higher*1 Core 2 Duo 1. 06 GHz or the equivalent or higher 1GB min. [. . . ]