Accentra PB5491LN REX 1210 LC 626 24V Grade 1 Heavy Duty Electrified Hardware

Yale PB5491LN REX 1210 LC 626 24V Grade 1 Heavy Duty Electrified Lockset exemplifies robustness and reliability, making it ideal for industrial, commercial, and institutional applications. This fail-secure, 24V electrified cylindrical lock features a Pacific Beach lever design and a 6-pin LFIC preparation, ensuring enhanced security while allowing for easy customization. The lockset boasts a Free Wheeling lever mechanism that increases vandal resistance and minimizes maintenance, a critical feature for high-traffic environments. Constructed with wear-resistant chassis plates and heavy-duty lever return springs, it guarantees longevity and smooth operation. With a standard 1/2" throw stainless steel latchbolt and options for a 3/4" throw for fire-rated doors, it adapts to various needs. Designed with versatility in mind, the Yale PB5491LN offers 13 finish options and three lever designs, complying with ADA requirements for accessibility. Its patented adjustable rose support plates accommodate door thicknesses from 1-3/4" to 2", ensuring a perfect fit. Additionally, the lifetime-warranted heavy-duty components provide peace of mind for building professionals and homeowners alike. This Grade 1 lockset not only meets the highest standards of quality but also enhances overall security and functionality in any setting.

Grade 1 Hvy Duty Electrified

Fail Secure, 24V, Electrified Cylindrical Lock, PB Lever Design, 6-Pin LFIC, Less Core, REX, Satin Chrome

Designed for industrial, commercial and institutional use, the Yale 5400LN Series heavy duty cylindrical lockset offers no compromises when it comes to rugged reliability and performance. With key construction features such as our Free Wheeling lever mechanism, wear resistant chassis plates, heavy duty lever return springs and through bolting, this Grade 1 trendsetter proves time and again why it's the favorite among architects and building owners who demand the highest standard of product quality.