Dormakaba BTS75V90HO Concealed CH Double Acting 90 Hold Open Door Closer Body Case

Dorma BTS75V90HO Concealed CH Double Acting Size 1-4 90 Degree Hold Open Door Closer Body and Cement Case Only offers a seamless solution for door control in various settings. This concealed door closer is designed for both single and double-acting doors, ensuring a versatile installation that complements any architectural style. The adjustable spring size, ranging from 1 to 4, allows for customization according to the specific demands of your door application. With its mechanical backcheck feature, the BTS75V provides added safety by preventing the door from swinging too far open, which can mitigate potential damage or injury. Its trouble-free performance under adverse climatic and traffic conditions makes it an ideal choice for high-traffic environments, ensuring reliability and durability. The closers are UL and cUL listed, guaranteeing compliance with safety standards, and they come with a limited 25-year warranty, reflecting Dorma's commitment to quality. Designed for concealed mounting, this closer maintains an unobtrusive appearance while delivering robust functionality. Whether you are upgrading an existing system or embarking on new construction, the Dorma BTS75V90HO is a dependable choice that enhances security and convenience around the door.

Concealed CH Double Acting Size 1-4 90 Degree Hold Open Door Closer Body and Cement Case Only

DORMA Americas is a leading global manufacturer of premium access solutions that enable better buildings. DORMA has earned a widespread reputation for products and services that provide security, safety and convenience around the door. No matter what sort of door application you are planning, DORMA has the door system to operate it.

• Adjustable spring size 1-4
• Mechanical backcheck
• Concealed installation
• Non-handed for single and double-acting doors
• Trouble-free performance under adverse climatic and traffic conditions makes the BTS75V floor-concealed closer dependable and a perfect choice for even the most rigorous applications