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RFID
Made in Germany

Contactless and uncomplicated

Schlegel's RFID solutions

RFID technology offers a contactless, safe and simple solution to control machines or manage access authorisations. An RFID system consists of a reading device and a transponder (so-called tag) with an integrated microchip for data storage. This allows transmitting and analysing person- or product-specific information.

Conventional key switches for machine controls can be replaced or complemented as well. The RFID solution of SCHLEGEL allows implementing any number of switching positions.

The RFID technology easily manages access authorisations to protected areas, so that a complex key system is not necessary. This technology also minimises the risk of unauthorised usage in case of key (transponder) loss. In such case, the lost transponder can be deleted from the system and easily replaced by a new one.




Product configurator

Schlegel offers three RFID Systems

For customised applications

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RFID-Standard - for individual, special requirements (freely configurable)

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RFID SKS - for quick and easy integration in areas with few requirements (up to 25 transponders)

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RFID TMS - for flexible application in areas with complex requirements (various number of transponders possible)


Depending on the version, the RFID systems support the following operating modes:

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Cyclic and/or single reading

FAQ

RFID stands for Radio Frequency Identification and describes the contactless identification of objects via radio waves. An RFID system always consists of a reading unit and one or more transponders (so-called tag).

The transponder consists of a coil (antenna) and a microchip that carries the data. The reading device generates an electromagnetic field via radio waves. If there is a transponder present within this field, its coil induces electricity and creates a signal, which the reading device can receive and analyse.

A typical field of application for RFID is the identification of people, e.g. access controls or time recordings. But also identification of objects, e.g. in relation to authenticity checks, maintenance or production, is often realised by using RFID.

RFID is available for various frequencies. To put it simple, the longer the required range, the more energy is needed. There is a distinction between three frequency ranges: LF (low) covers areas of < 135 KHz and < 0.1 m, HF (high) covers areas of 13.56 MHz and < 0.5 m, UHF (ultra high) covers areas of 865 – 928 MHz and < 10 m.

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