Products and solutions for identification
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Products and solutions for identification

Identified – in any position Optical code readers or RFID systems are used for the detection and tracking of objects in material flow or production processes. The fields of application range from code reading on a wide range of transport containers, motor parts or medical samples to identification without visual contact through the use of RFID technology.

Our mobile and stationary identification systems read all common 1D- and 2D-codes or the data stored on transponders with extremely high reliability. Identification often occurs independent of the alignment and positioning of the object, even at high movement speeds. The right technology Page 6 – 7 Equipped for all requirements: — ven soiled or damaged codes can be reliably read using E code reconstruction technology — evices are available with especially compact design for D installation in constrained spaces — ur hand-held scanners – with various optics – enable code O reading from...

Shaping change Yesterday. Today. Tomorrow. With curiosity and determination, we – the Sensor People – have been partners for technological milestones in industrial automation for more than 50 years. The success of our customers is what drives us. Yesterday. Today. Tomorrow

The right technology To offer the optimum solution for all requirements, we use various technologies. These range from optically reading 1D- and 2D-codes to contact-free data transmission through radio frequency identification. 1D-code With 1D-codes, the information is represented using lines and gaps of various widths. The black bars and white gaps reflect the light emitted by the 1D-code reader to different degrees. Less light is reflected by the black bars. This is detected by the receiver module of the reader, which converts the information into binary data that can subsequently be...

Radio Frequency Identification – RFID An RFID system consists of a read/write system with integrated and/or external antenna as well as at least one transponder and uses electromagnetic waves for data transmission. Each transponder consists of an antenna and a microchip on which a unique, unchangeable serial number (Unique ID) as well as – depending on the type of transponder – other object-related data is stored. RF While active transponders use an integrated power source for data transmission, passive transponders draw the energy required for data transmission from the electromagnetic...

Selection guide Selection guide Without housing Industrial housing Relatively small Relatively large Stacked code Without housing Industrial housing Relatively small Without housing Industrial housing Relatively small Compact Directly marked codes (DPM)

Selection guide (depending on modulus width and optics model) MSPi systems

Selection guide Selection guide Mobile use hand-held scanners Industrial housing Stacked code Industrial housing Industrial housing Multi-purpose Directly marked codes (DPM)

Selection guide (depending on modulus width and optics model)

Code reading on objects of various height Requirement: If objects of various height are transported on a conveyor line, it must be guaranteed that the 1D-codes are read independent of their position. Solution: The BCL 300i and BCL 500i 1D-code readers are available in models with oscillating mirror that can read moving objects at different heights. Code reading in constrained spaces Requirement: If 1D-code readers are used in applications with small installation depth, a device with lateral beam exit may be necessary. Solution: The BCL 200i 1D bar code readers are optimized by means of a...

Code reading from long distances Requirement: If objects of various height are transported on a conveyor line at high speed, it must be guaranteed that the 1D-codes are read independent of their distance to the reader. Solution: The BCL 900i 1D-code readers have an especially large reading field due to their opening angle of 60°. The high scanning rate of up to 1,000 scans/s guarantees code reading even at high conveyor speeds. Omnidirectional code reading Requirement: Codes must be read independent of their alignment and position. Solution: The BCL 500i, 600i and 900i 1D-code readers are...

Code reading of multiple rows of racks Requirement: A large number of codes must be read at various distances within a short time. Solution: With their focus adjustment, the BCL 148 1D-code readers enable a reading field depth of up to 310 mm. As a result, codes with a small modulus size can be read even from a relatively long distance. The fast decoding and reading by the device enable a high process speed. Code reading on samples in constrained spaces Requirement: Codes must be read in constrained spaces while at a standstill or while moving slowly. Solution: Thanks to their extremely...

Product overview – 1D-code readers BCL 8 Compact 1D-code readers with especially high degree of protection of the housing Areas of application — Code reading in harsh industrial environments — Code reading on objects with medium to high movement speed Operating principle — Laser single line, deflecting mirror Advantages for you VERY ROBUST Compact housing with high degree of protection for the highest requirements in constrained spaces FLEXIBLE INSTALLATION Turning connector enables adaptation of the cable outlet to the application requirements EASY HANDLING Integrated control functions...

Product overview – 1D-code readers BCL 92, BCL 95 1D-code reader with high depth of field Areas of application — Code reading across up to 7 rows of racks — Code reading on objects with medium to high movement speeds Operating principle — Laser single line, deflecting mirror Advantages for you SPACE-SAVING Large reading field height even at short reading distance reduces installation depth FAST COMMISSIONING Configuration via Sensor Studio software enables fast commissioning FLEXIBLE INSTALLATION Adaptation to the application requirements thanks to flexible cable outlet Features — Reliable...