Euchner CIS inductive identification system works for harsh industrial use

The CIS identification system by Euchner

Advanced Motion & Controls Ltd. provides safety-engineering solutions by Euchner, like the CIS inductive identification system. This device is used for non-contact identification of tools, product carriers, containers, and other products in manufacturing and logistics. Three models are available: the CIS3, the CIS3A, and the CIS3A-Mini.

With robust read heads and data carriers and a high level of protection, this identification system by Euchner functions without issues when subject to moisture or dirt.

Programmed with unique sequential number

Designed for harsh industrial use, the CIS has data carriers programmed primarily with a unique sequential number; this number is used to identify a product at a read station, and the related production information is then assigned to the product. The data carriers are read with a fully wear-free inductive coupling. The unit comprises two main components: data carriers, and read-only or read/write station with data interface.

The three models are similar regarding the interfaces to the higher-level control system, so the integration into the control system is similar. But there are differences in the design of the antenna and components. The special features and benefits of the individual systems and the related system components are divided into separate sections for the three systems, all available from Advanced Motion & Controls. The components for the different models are not interchangeable.

For the CIS3 and CIS3A, the read stations and read/write stations are compactly fit into one housing, while the stations in thje CIS3A-Mini are split in two, with interface adapter and antenna connected by an antenna cable. The transponder supplies the power, and data is transmitted between the read/write station and the data carrier without using any contacts.

The CIS functions on the principle of inductive coupling in the near field, based on a carrier frequency of 125 kilohertz. This standard frequency at the low end of the frequency band used for RFID applications enables the installation of the data carrier flush in metal if required. But it is beneficial if a non-metallic material is used in the immediate area surrounding the data carrier.

For more information, contact Advanced Motion & Controls.

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