C.R. Laurence DL2171SCKDDU Bronze Double Mortise Cylinder with Schlage 'C' Keyway and Keyed Randomly is an essential component for enhancing security in various applications. Crafted from durable diecast zinc, this 5-pin cylinder measures 1" (25 mm) in length and features a diameter of 1-5/32" (29 mm), ensuring a robust and reliable locking mechanism. This model includes an AR MS-Type Cam and comes with two keys, available in either Schlage® 'C' or Yale® "8" keyway configurations, allowing for flexible keying options to suit your needs. The cylinder's core face and keys are finished in US26D, providing a sleek and professional appearance. Additionally, it includes 3/16" (4.8 mm) cylinder rings, with other sizes and styles available to accommodate specific installation requirements. Designed for easy installation, the DL2171SCKDDU is perfect for both residential and commercial projects. Its bronze finish not only adds an aesthetic appeal but also offers durability against wear and tear. Each package contains one pair, keyed randomly, making it a convenient choice for contractors and builders looking to streamline their security solutions. Trust C.R. Laurence to deliver quality and performance in every product.
Bronze Double Mortise Cylinder with Schlage 'C' Keyway and Keyed Randomly
Most shipping weights are approximate and have not been verified. If the exact weight is needed in order to determine shipping costs, and shipping costs are required in order for you to complete your order, please request this prior to submitting your order by contacting CRL Customer Service. Product images shown are of the actual product or a close representation. Colors can vary depending on your computer's video card and on how your monitor's color is adjusted.
Compliance and Restrictions: Warning Reproductive Harm - www.p65warnings.ca.gov
Cylinder Diameter: 1-5/32
Cylinder Length: 1
Finish/ Color:: Bronze
Keyed: Randomly
Keyway: Schlage® 'C'
Material: Diecast Zinc
Mortise Type: Double
Ring Diameter: 3/16
Ring Thickness: 0.197
Shipping Limitations: None