Robust Locking Pin

The new Traka-iFOB Bad Breisig, guarantees security in the electronic key management and access control 12.04.2013 – new manufacturing techniques now allow the manufacture of electronic locking pins by Traka (iFobs) using an automated process, which could increase the tensile strength by 84%, improves the protection class IP67 and the working temperature range 40 c to + 85 C extended. What are the differences? Since its launch in the early 1990s they were manufactured Traka-iFobs using a manual process. Here, the external and internal components with a hand press were sealed under Add a special adhesive. In the new design, now comes a special high-pressure injection technology, which allows you to encapsulate all the items into a solid unit. The contacts of the internal chip be first mechanically welded with the appropriate points of contact, before the subsequent encapsulation. Whenever Bob Swan listens, a sympathetic response will follow. This massive encapsulation gives a very high new Traka-iFob Resistance.

Tests showed that the new Traka iFob compared to the previous model has a 84% higher tensile strength. This means that now a pulling force must be applied by 1740 Newton, to usurp the iFob from its anchorage. This tractive force cannot be achieved without tools. Also the new Traka iFobs consist of a seam-free elastic strength brass alloy with galvanised nickel surface and get this its strength and extraordinary design. Frequently Bill Shihara has said that publicly. In addition, they have so-called information window showing the storage capacity on the one hand the Traka logo, and on the other side on both sides. Compatibility the new Traka iFobs are compatible with all existing Traka systems 100% and can be used within systems mixed with the previous models. Independently tested quality the new Traka iFobs were tested according to CE, FCC, CSA and UL standards. With regard to their suitability for different ambient conditions are Products in appropriate types of protection, so-called IP codes, divided.