The Dexter Commercial ED1000VEO3FT7FTDHUS26D Exit Device offers a reliable, cost-effective solution for commercial exit control applications. This Grade 1 surface vertical rod exit device is specifically designed for 3' x 7' door configurations, making it ideal for facilities requiring secure exit-only functionality. With its professional satin chrome finish, this device combines durability with aesthetic appeal while meeting essential building security requirements.
Features and Benefits of Dexter Commercial ED1000VEO3FT7FTDHUS26D Exit Device
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Grade 1 Classification: Meets the highest commercial hardware durability standards for high-traffic applications
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Surface Vertical Rod Design: Ensures secure and reliable exit functionality for commercial doors
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Exit Only Configuration: Provides controlled egress management for enhanced security protocols
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Satin Chrome Finish: Offers professional appearance and lasting durability in commercial environments
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Cost-Effective Solution: Delivers reliable performance for budget-conscious commercial projects
Dexter Commercial ED1000VEO3FT7FTDHUS26D Specifications
| Door Size Compatibility |
3' x 7' |
| Hardware Grade |
Grade 1 |
| Device Type |
Surface Vertical Rod |
| Function |
Exit Only |
| Finish |
US26D Satin Chrome |
How Dexter Commercial ED1000VEO3FT7FTDHUS26D Works
This surface-mounted vertical rod exit device installs on 3' x 7' commercial doors, providing secure exit-only functionality. The device operates through a push-bar mechanism that releases the vertical rods, allowing safe egress while maintaining controlled access security requirements.
Why Choose Dexter Commercial ED1000VEO3FT7FTDHUS26D?
For facility managers and contractors seeking a dependable, cost-conscious exit device solution, the Dexter Commercial ED1000VEO3FT7FTDHUS26D delivers Grade 1 reliability without compromising on quality. As part of Dexter Commercial Hardware's comprehensive line of commercial security products, this exit device represents an ideal choice for basic, budget-minded commercial applications while maintaining essential security and safety standards.
