12v DC Deadbolt Release with Door Monitoring Switch – For Heavy-Duty Doors

Full Description

Elevate your access control system with the 12v DC deadbolt release with door monitoring switch, which is ideal for heavy-duty doors and designed for the most demanding security environments. This robust and reliable electric release is a go-to choice for professional installers, offering exceptional functionality and security features.

One of its key features is its compatibility with 13mm deadbolts, ensuring versatile integration into various security setups. You have the flexibility to choose between Fail-Safe and Fail-Secure versions, allowing you to tailor your access control system precisely to your needs. Simply select your preferred version when placing your order.

With a voltage tolerance of ±10%, this electric release guarantees stable and consistent performance. Drawing a current of 120mA at a temperature of 20°C, it’s designed to operate efficiently without draining excessive power.

This release is engineered to withstand a wide range of environmental conditions. It operates flawlessly in temperatures ranging from -10~45°C (14 to 131°F), and its surface temperature remains consistent with the current temperature, maintaining safe and reliable operation even in challenging climates.

The 12v DC deadbolt release with door monitoring switch has a bolt status output, providing real-time feedback on the bolt’s status (locked or unlocked). This output, rated at 3A at 30VDC, enhances security monitoring and control.

Installation is a breeze with the option for horizontal or vertical mounting, ensuring a seamless fit into your existing security setup. Despite its heavy-duty performance, it maintains a nominal weight of just 600g, facilitating ease of installation and ensuring it won’t burden your access control infrastructure.

Choose the 12V DC Heavy-Duty Electric Release for a secure, reliable, and versatile solution that meets the rigorous demands of professional installers and enhances the safety of your premises.