Adopts an inclination adjustment mechanism! Height adjustment is possible without using height adjustment plates.
The "Sliding Closer CWV Series" is a closer specifically designed for sliding doors that opens easily with minimal force and closes quietly and reliably at your preferred speed. In this model change, we have adopted an inclination adjustment mechanism. We offer a set suitable for wooden and steel doors at a low cost. Additionally, it features easy operation that allows for ambidextrous use. *Please note that the catalog only lists the wooden door version, but we also have a version available for steel doors. For more details, please feel free to contact us.
Inquire About This Product
Related Videos
basic information
※Model Type Excerpt ●DSC-CW30V-22 Applicable door weight: 10–30kg Applicable door width: 600–1,200mm Maximum stroke: 1,500mm Closing drive method: Rail incline (3.5/300) Braking time: 7–11 seconds (at an opening distance of 900mm) Initial opening force: 2.3N (door weight 10kg), 6.1N (door weight 30kg) Durability: Over 500,000 openings and closings ●DSC-CWKS60V-31 Applicable door weight: 30–60kg Applicable door width: 1,200–1,600mm Maximum stroke: 1,500mm Closing drive method: Rail incline (3.5/300) Braking time: 7–11 seconds (at an opening distance of 900mm) Initial opening force: 6.1N (door weight 30kg), 11.6N (door weight 60kg) Durability: Over 500,000 openings and closings
Price range
Delivery Time
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
catalog（2）
Download All Catalogs
Company information
The Nitto Kohki Group supports comfortable living and a prosperous tomorrow across a wide range of fields, from construction sites to the aerospace industry and environmental maintenance projects. In response to increasingly diverse needs, we address them with exceptional engineering that promotes rationalization and labor-saving. We are developing unique and user-friendly new technologies as tools to connect to the next generation.