Schlage PC70-B-RHO-622 Grade 1 Cylindrical Classroom Lock, Rhodes Lever, Matte Black, Less Core

Schlage Lock Company PC70-B-RHO-622 Grade 1 Cylindrical Classroom Lock is the ideal choice for commercial environments that require reliable security and ease of use. Designed with a Rhodes lever, this lock offers a contemporary aesthetic that complements various architectural styles, while its matte black finish (622/US19) adds a touch of sophistication. Engineered to meet stringent Grade 1 standards, this cylindrical lock ensures durability and performance under heavy use, making it perfect for educational institutions and other high-traffic areas. Its Small Format Interchangeable Core (SFIC) preparation allows for easy core replacement, providing flexibility for changing security needs without the need for complete lock replacement. The lock features a 2-3/4 inch backset and is compatible with ANSI strike hardware, ensuring a smooth installation process. With alternate codes such as PC70-B-RHO-622 and PC70BRHO622, this lock is easily identifiable and readily available. Whether you are a building professional or a knowledgeable homeowner looking for robust security options, the Schlage PC70-B-RHO-622 cylindrical classroom lock delivers both peace of mind and style, making it a smart choice for any commercial locking solution.

Grade 1, Cylindrical Classroom Lock, Rhodes Lever, SFIC Small Format IC Prep, Less Core, 2-3/4in Backset, ANSI Strike, 622/US19 Matte Black

• Tested and certified to ANSI/BHMA Grade 1 operational and security standards; FSIC Interchangeable core cylinders meet Grade 2 security standards and SFIC Interchangeable core cylinders meet Grade 3 security standards. Optional 2-3/8" backset latches meet BHMA Grade 2
• Design-forward styles including 8 levers, 1 rose, and 6 finishes that perfectly suite with ND & ALX Series
• Available in 8 functions; four keyed, two non-keyed, two dummy functions
• Modular design of zinc and steel components plated for corrosion protection
• Outside cast steel spindle construction exceeds 2 million cycles (2x the BHMA standard)