The SDC HDB1 Herculite Door Bracket is an essential accessory for those utilizing the SDC EMLock Series electromagnetic locks. This well-engineered product offers a reliable solution for mounting locks on outswing Herculite style doors, ensuring that your security system functions effectively without compromising the integrity of the glass.
Designed with versatility in mind, the SDC HDB1 bracket is field adjustable, accommodating glass thicknesses ranging from 1/2′ to 3/4′ (12 mm to 19 mm). This feature is particularly beneficial for various door installations, as it allows for easy customization to fit your specific requirements. The bracket includes adjustable components and compression pads, which work together to eliminate any glass-to-metal contact, protecting the glass from potential damage during operation.
Feature | Description |
---|---|
Compatibility | Designed for use with SDC EMLock Series electromagnetic locks. |
Glass Thickness | Adjustable for 1/2′ to 3/4′ (12 mm to 19 mm) glass. |
Material | Constructed from satin anodized aluminum with a standard finish of 628. |
Installation | Easy installation on outswing Herculite style doors. |
The satin anodized aluminum finish not only enhances the aesthetic appeal of the bracket but also provides durability and resistance to corrosion. This means that it will maintain its appearance and functionality over time, even in challenging environments.
Moreover, the SDC HDB1 bracket is designed to be user-friendly. The installation process is straightforward, allowing you to achieve a secure fit without the need for specialized tools. This makes it an excellent choice for both professional installations and DIY projects.
In summary, the SDC HDB1 Herculite Door Bracket for Electromagnetic Locks is a premium choice for anyone looking to enhance their security with a reliable and adjustable mounting solution. Its unique features, including compatibility with various glass thicknesses, robust construction, and ease of installation, make it a top-tier product for ensuring safety and functionality in your access control systems.
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