CL1-86-SFIC Grade 1 Storeroom Cylindrical Lever Lock – SFIC, Less Core

CL1-86-SFIC Grade 1 Storeroom Cylindrical Lever Lock The CL1-86-SFIC is a heavy-duty commercial cylindrical lever lock designed for high-traffic applications where security, durability, and reliable operation are required. Featuring an ANSI F86 storeroom function and Small Format Interchangeable Core (SFIC) preparation, this lock is ideal for commercial, institutional, healthcare, educational, government, and industrial facilities. The exterior lever remains locked at all times and requires a key for entry, while the interior lever remains free for immediate egress. This makes the CL1-86-SFIC an excellent choice for storage rooms, electrical rooms, mechanical rooms, IT rooms, maintenance areas, supply rooms, and other restricted commercial spaces. Note: This lock is supplied less core. A compatible SFIC core must be purchased separately. ANSI F86 Storeroom Function Outside lever is always locked Exterior entry requires an authorized key Inside lever is always unlocked Interior lever provides immediate free egress Ideal for secured commercial and institutional rooms Heavy-Duty Grade 1 Construction Built for demanding commercial environments, the CL1-86-SFIC meets ANSI/BHMA A156.2 Grade 1 standards and exceeds 1,000,000 operating cycles. Its steel zinc-dichromated chassis provides corrosion resistance, while the precision cast steel retractor and fixed thru-bolts provide additional strength and long-term reliability. A built-in clutch mechanism allows the exterior lever to rotate when locked without retracting the latch, helping reduce damage caused by excessive force or vandalism. SFIC Interchangeable Core Capability The Small Format Interchangeable Core (SFIC) design allows authorized personnel to quickly remove and replace the lock core using a control key without disassembling the lockset. This feature is especially valuable for facilities with master-key systems, employee turnover, frequent rekeying requirements, or multiple secured doors. Fast core replacement No lock disassembly required for rekeying Ideal for master-keyed commercial facilities Reduces downtime during keying changes Designed for compatible SFIC cores Key Features ANSI/BHMA Grade 1 commercial lever lock ANSI F86 Storeroom Function SFIC preparation – Small Format Interchangeable Core Supplied less core Exceeds 1,000,000 operating cycles Heavy-duty steel chassis Corrosion-resistant zinc dichromate construction Precision cast steel retractor Vandal-resistant clutch lever mechanism Fixed thru-bolts for increased strength Non-handed and reversible design 2-3/4" standard backset ASA strike included ADA and ANSI A117.1 compliant UL listed for use on 3-hour fire-rated doors Specifications Model CL1-86-SFIC Lock Type Heavy-Duty Cylindrical Lever Lock Function Storeroom – ANSI F86 Grade ANSI/BHMA Grade 1 Core Type SFIC – Small Format Interchangeable Core Core Included No – Less Core Backset 2-3/4" Handing Non-Handed / Reversible Cycle Rating Exceeds 1,000,000 Cycles Fire Rating UL Listed for 3-Hour Fire-Rated Doors Accessibility ADA / ANSI A117.1 Compliant Ideal Applications Commercial storage rooms Electrical rooms Mechanical rooms IT and telecommunications rooms Maintenance rooms Janitorial closets Supply rooms Office buildings Schools and universities Healthcare and medical facilities Assisted living facilities Government buildings Retail stores Hotels and hospitality facilities Warehouses and industrial facilities Commercial Grade Security & Reliability The CL1-86-SFIC is designed for facilities that need a dependable Grade 1 storeroom lever lock with the added flexibility of interchangeable-core keying. Its heavy-duty construction, fire-door listing, accessibility compliance, and SFIC capability make it an excellent solution for new installations, replacement projects, and commercial door hardware upgrades. Before ordering, verify your door thickness, backset, finish, strike requirements, fire-rating requirements, and SFIC keying configuration to ensure compatibility with your opening. ```