Non-Hold Open Concealed Overhead Door Closer

Non-Hold Open Concealed Overhead Door Closer
Model: ODC-150.AN

The Non-Hold Open Concealed Overhead Door Closer is designed for architectural glass door systems where reliable concealed closing performance and clean header integration are required. Built for durability and ease of installation, this extended door closer supports precise door hardware installation while maintaining a professional architectural appearance. It is ideal for modern commercial and architectural projects using 4" header systems.

Key Features

• Concealed Overhead Design: Designed for use inside 4" Commercial Door Rail Header for a clean, hidden closer installation.
  
• Extended Door Closer Function: Provides reliable closing performance for compatible glass door header applications.
  
• Quick Installation: Designed to save time with a straightforward setup process.
  
• No Specialized Tools Required: Simplifies installation without the need for expensive equipment.
  
• Complete Kit: Includes mounting clips, screws, and instructions for hassle-free installation.
  
• Durable Construction: Made for long-term use in architectural glass door systems.
  
• Header System Compatible: Designed for use with 4" Commercial Door Rail Header and related sidelite rail systems.
  

Specifications

• System Compatibility: 4" Commercial Door Rail Header
  
• Maximum Door Weight: 150 kg
  
• Maximum Door Width: 47"
• Installation Type: Concealed header-mounted closer
  
• Included Components: Mounting clips, screws, and instructions
  
• Application: Architectural glass door systems
  

Installation & Support

• Ease of Installation: Designed for quick installation using included mounting clips, screws, and instructions.
  
• Application: Suitable for commercial glass door systems using concealed overhead closers.
  
• Technical Support: For technical questions or quotes, please contact FMF Glass Hardware and include relevant drawings for accurate assistance.
  
• Shipping: Available for reliable delivery across North America.