LCN 1460-TBWMS-US26 Surface Mount Door Closer part Thru Bolt Wood & Machine in Bright Chrome Finish

The LCN 1460 Series Surface Mount Door Closer is designed for maximum versatility available with multiple cover options, can be used for both commercial and institutional applications. This 1460 Series fully universal closer offers a wide variety of options and new fast and accurate installation.

Product Overview

Model: 1460-TBWMS-US26
Type: Surface Mount Door Closer Component (Hardware Pack)
Finish: Bright Chrome (US26)
Screws Included: Thru Bolt Wood and Machine Screws
Compatibility: Part of the LCN 1460 series, which is designed for use in both commercial and institutional settings.

Key Features

Material: High-durability cast iron construction ensures long-lasting performance, even in high-traffic areas.
Finish: Bright Chrome (US26) for a sleek, polished look suitable for modern architecture.
Installation: Includes thru bolts, wood screws, and machine screws for secure mounting on various door types, including wood and metal.
Compliance: The LCN 1460 series is compliant with ANSI Grade 1 standards and meets ADA requirements, ensuring it is suitable for rigorous applications.
Applications: Ideal for use in schools, universities, healthcare facilities, commercial buildings, and institutional settings.
Specifications:
Series: LCN 1460
Mounting: Surface mount with a non-handed design, allowing for installation on both left and right-swinging doors.
Certifications: Meets Grade 1 ANSI A156.4, UL 10C, ADA, and BAA (Buy American Act) standards.
Durability: Includes all-weather fluid, a full complement bearing, and a heat-treated pinion journal, contributing to its robust performance.

Additional Information:  The LCN 1460 series is known for its versatility, with the ability to be installed in various configurations, including hinge (pull side), top jamb (push side), and parallel arm (push side). The 1460-TBWMS-US26 hardware pack is specifically designed to enhance the stability and security of the door closer installation, particularly in heavy-use environments.