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Фрагмент инструкции
This is more than suf-process this data reliably. ficient for one-dimensional codes, since one line contains all information. After Nowadays there are approximately 30 the introduction of two-dimensional symbologies on the market. The optiocodes the laser scanners were impro-nal integrable CMOS Barcode Imager ved in a way in which deflection mirrors BCx10-Ex fitted to the i.roc x10 can create a second scan line that is genera-read all common barcodes, such as ID ted at a certain angle. linear codes, 2D stacked /matrix codes, OCR fonts, postal codes. This module This way it is possible to read stacked comprises an omni-directional (360.) two-dimensional codes.The second type of device is called an „area imager“. Integrated picture record modules record the barcode as if taking a photo. Then software algorithms are applied to find the barcode area within the picture, to recognise type and turning position and finally to identify the bar code.This makes it possible to read matrix codes as well. Application of the industrial PDA`s i.roc 420 in a shipping department. Technical data BC x10 -Ex imager: scanning range and a double coloured „aimer“ that marks the scanning area. readable bar codes: 2D: PDF417,MicroPDF417,MaxiCode,DataMatrix,QRCode,Aztec,AztecMesas,Code49,EANUCCComposite Linear: Code39,Code128,Codabar,UPC,EAN,Interleaved2of5,ReducedSpaceSymbology,Code93,CodablockF Postal: Postnet, Planet Code, British, Canadian, Japanese, KIX (Netherlands) OCR Fonts: OCR-A and OCR-B Focus: 178 mm (7”) from front panel (nominal) Scan area: 360° Viewing angle: ±40° Surround light: 535 lux - 100.000 lux (49’ cd - 9292’ cd) Technical data BC x10 -Ex laserscanner: readable bar codes: UPC/EAN, Code 128, Code 39, Code 93, I 2 of 5, Discrete 2 of 5, Codabar,MSI Plessey Focus: min. 30 mm (1.18”), max 760mm (29.92”) Light Source: Visible Laser Diode 650 nm Scan Angle: 53° (typical) Scan Patterns: Linear Scan Rate: 39 (± 3) scans/sec (bi-directional) Ambient Light: 4844 lux - 107640 lux (450’ cd - 10000’ cd) Laser Classification: CDRH/IEC Class 2 Read/WriteModules Flexible in application and robust, RFID write/read systems provide for quick and reliable identification of objects at various distances. Primarily developed for application in production, commerce and logistics, the user memory has up to 2kb, depending on the type of transponder, which allows for the recording of information relating to the product to be stored without having to be connected to an external database. Wherever the mobile storage of data is required, e.g. for object identification, service or storage management, the RFID module is the ideal solution. • Integration into already existing systems is possible. • relatively wide reading-range • anti-collision, logging by more than one transponder in the field • software updates possible Basics of RFID technology RWU (Read/Write/Unit) data communication distance Radio Frequency IDentification (RFID) comprises wireless data transfer on the physical basis of electro-magnetic alternating fields.A RFID system consists of a transponder and a mobile or stationary write/read unit with antenna. Transponders feature a micro chip and a coil/antenna in different casings (plastics, glass,coins,key holders,smart label) and work within different frequency ranges. With regard to power supply transponders are distinguished as: • active (with battery for own power supply) • passive (power supply for data transfer inductive from write/read unit) During field operation while inspecting system parts. Technical data: RF x10...
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