SDC Security Door Controls PTH-4Q FPTH Power Transfer Hinge - 4 Wire
Electric Power Transfer Hinges provide a concealed and vandal resistant method for running wires from the frame to doors equipped with electric locks and exit devices.
- UL 10B Listed for 3Hr fire rated doors
- 800,000 cycles. 8 Times UL Test Criteria
- Wire Replacement Warranty
- Standard Weight, 5 Knuckle Hinge F
When it comes to securing your access control systems, the 4 wire hinge SDC Access Control Hinge PTH-4Q FPTH Power Transfer stands out as an exceptional choice. This product is specifically designed to provide reliable and seamless power transfer to electronic door hardware. The SDC Access Control Hinge includes four wires that enable efficient electricity flow and control functions, which is critical for maintaining the integrity of your access control solutions. This product is durable and resilient, so it’s built to withstand the daily wear and tear of frequent door operations.
One of the key features of the 4 wire hinge SDC Access Control Hinge PTH-4Q FPTH Power Transfer is its easy installation process, which saves you time and effort. Because it combines the power transfer capability with the hinge mechanism, it eliminates the need for separate power transfer devices. This integration ensures a cleaner appearance and reduces the potential points of failure in your access control setup. Furthermore, this product is compatible with a wide range of doors and frames, making it a versatile solution for different installation environments, be it in commercial buildings, educational institutions, or residential complexes.
In addition to its functionality, the 4 wire hinge SDC Access Control Hinge PTH-4Q FPTH Power Transfer is designed to enhance the overall security of your premises. Because security is paramount, this hinge ensures that there are no exposed wires, which can be vulnerable to tampering. The concealed wiring within the hinge provides additional safety and esthetics while supporting a variety of electronic locking mechanisms, access control systems, and other door hardware that require continuous power. The robust design and quality materials used in manufacturing this product make it a reliable choice for those who demand the highest security standards.
When considering cost-effectiveness, the 4 wire hinge SDC Access Control Hinge PTH-4Q FPTH Power Transfer offers great value. its integration reduces the need for multiple components and potential service calls, therefore lowering long-term maintenance expenses. With this setup being an all-in-one solution, facilities managers, security professionals, and building owners can ensure their access control systems are up to date without a significant investment in complex technical infrastructures.
Overall, if you are in need of a high-quality, reliable, and efficient method for power transfer in your access control systems, then the 4 wire hinge SDC Access Control Hinge PTH-4Q FPTH Power Transfer is a top-tier choice. it integrates seamlessly into various settings, providing secure, tamper-proof, and aesthetically pleasing solutions to meet the demands of modern security environments. Make sure to include this hinge in your access control projects for uncompromised performance and longevity.
Installed in the center hinge position of the door, PTH Power Transfer Hinges provide the concealed wires required between the door and the frame, for the purpose of powering and monitoring electric door hardware. • Electric Lock Power and Control • Door and Lock Status Signaling • Request-to-Exit Signaling Compatible with: • Electrified Mortise Locks • Electrified Cylindrical Locks • Delayed Egress Exit Devices • Electric Trim • Electric Strikes in Pair of Doors In addition to compatibility with other manufacturers electric hardware products, the PTH power transfer hinge may be used with the following SDC products. • Electrified Mortise Locksets 7800 Series • Electrified Cylindrical Locksets Z7200 Series • Delayed Egress Exit Devices S6000 Series • Request-to-Exit Bars PSB560 Series, MSB550 Series
