Orthos electronically monitored security interlocks meet the most exacting security requirements and offer optimum protection for the sensitive areas of a building. The required safety levels are provided individually: from the authorisation of staff access by a card reader or code keyboard to verification of identity using biometric systems in the interior of the lock.<br><br>Security interlocks can be equipped with a range of different resistance classes, biometric verification, weight checking, or one or two-zone contact mats.<br><br>Key features of Orthos security interlocks<br><br>A second person can be detected in the interior of the lock by the incorporation of contact mats or a weighing system. Additional biometric identification systems in the interior help to identify users and rule out misuse.<br><br>The Orthos product range also includes the modular PIL-M02 Channel for use in airports at airside-landside crossover points. The modular Orthos PIL-M02 Security Interlock only allows passage in one direction. Different security levels are possible depending on the configuration selected.<br><br>Product Details<br><br>Orthos PIL round or cubic Personal Interlocks<br><br> High level of security owing to contact mats<br> Additional security through installation of scales with weight limit or actual weight<br> Resistance classes RC2/WK2, WK3 and up to WK4 for cubic interlocks<br> Optional wings and folding wing doors and automatic locking<br> Optional fire door<br> Optional emergency exit function<br> Optional bullet and burglary-resistance<br> Elegant glass units<br> Quiet, low-noise operation<br> Minimal space requirement<br><br>Orthos PIL-M02 One-Way Corridor<br><br> Modular, adaptable system of half and full-height swing doors<br> Angled interlocks for impact resistance<br> Revolving door that is user-friendly passage also with luggage<br> Low forces and a sensor system ensure a high level of personal safety<br> Visual and audible alarm triggered on unauthorised passage in opposite direction<br> Visual user guidance<br> Security interlock with transparent design<br><br><br>