Manufacturer Part # : Read-station-EKS-modular
Manufacturer : EUCHNER
Description : Electronic-Key-System EKS EKS with data interface offers maximum flexibility. As the user you specify the data structure on the Electronic-Key and define how it is to be interpreted. For this purpose you program the processing logic in the control system to suit your needs exactly. In this way numerous possible scenarios can be depicted. For example: Control of certain machine functions Storage of process parameters Traceability of events Storage of an expiry date on the Electronic-Key Different access rights for multiple processes Your advantages Secure, controlled access to your processes Automatic logging on and logging off by positioning the Electronic-Key Variety of possible applications in all sectors due to industrial housing Straightforward integration by means of various interfaces Increased product quality due to controlled manufacture Increased reliability of your systems and as a result lower production costs Modular design With the modular design, the Electronic-Key adapter and electronics are mounted physically separated. Due to the separation, the Electronic-Key adapter fits in standard mounting bores with ¯ 22.5 mm. The rounded shape of the Electronic-Key adapter and the FDA-approved plastic permit usage in hygienically sensitive areas. With this design the Electronic-Key is only held in front or dropped into place. Electronic-Key adapter mounted physically separated from the electronics Straightforward installation in standard mounting bore ¯ 22.5 mm Suitable for hygienic areas Very robust housing for use in extremely harsh environments More information The Electronic-Key-System (EKS) is a transponder-based read/write system for industrial use. It is used primarily for electronic access control and access management as an alternative to the normal, password-based systems. Due to the combination of Electronic-Key and information store, however, it offers much more than just a password replacement. As an open, freely configurable system with various d
