ASSA – Maximum+ Restricted – Small-Format IC Core Cylinder – SFIC – 6 Pins

ASS-R28600SFIC-626-XX-0B7The new Maximum+ E SFIC cylinders, based on Maximum+ Restricted technology, provides seamless integration of SFIC with high security cylinders, both mechanical and electronic, all operated by a single key. Cylinders can quickly and easily be changed by non-technical personnel by using a special control key which will remove the core from the lock housing. A core with a new combination can then be inserted and the lock will then effectively be “re-keyed.” All of this can be done without having to take the lock apart which reduces the expense of calling outside service personnel to perform routine lock “re-keys.Available:  Keyed Alike or Keyed DifferentlyRestricted: Has only 1 independent locking mechanism. No Side pins.PINS: 6 pinsFormat:  SFIC Keys: 2 Patented Restricted KeysBenefits: • Solid brass construction for excellent durability• Unique top and bottom pins, not compatible with existing SFIC pins• Solid Nickel Silver bottom pins reduce wear resistance• Individual pin chamber caps provide for ease of servicing• Locks can be keyed alike, keyed different, or master keyed depending on your specific needsTechnical Information:• Large master key capabilities• System compatibility with ASSA Maximum+ and CLIQ cylinders• New 0B7 profile integrates with 0A7 systems, however, 0A7 keys are not compatible with 0B7• One key flexibility for different 0B7 cylinder compatibility• Keys and cylinders are patent protected until 2030• Custom key coining available for added security• Can be pinned and repinned using traditional tools for BEST style cylinders (except the ejector pin)Applications:• Fits all applications where BEST style 6-pin length cylinders are used• The ASSA SFIC retrofit cylinders are ideal for any application requiring key control and physical security of your cylinders• Provides a key control retrofit for other manufacturers SFIC products in use in a variety of facilitiesPatented Key:• The Maximum+ SFIC keys are protected, against unauthorized duplication