SDC PTH-10QDPS PTH Series 10-Conductor Power Transfer Hinge with Door Position Status (DPS), (10x) 28 AWG, Dull Chrome

For secure, professional installations where concealment and monitoring matter, the Security Door Controls PTH Series 10‑Conductor Power Transfer Hinge with Door Position Status (PTH‑10QDPS) delivers reliable power and status reporting from frame to door. Designed to replace a center hinge, this electrified hinge provides a vandal‑resistant pathway for up to ten 28 AWG conductors, enabling simultaneous connections for electrified locks, strikes, trims and request‑to‑exit devices. Built‑in DPS lets access control systems and security monitoring platforms detect door position without additional visible sensors, improving situational awareness for security and surveillance systems. The hinge is UL10B listed for 3‑hour fire rated doors and is cycle tested to 800,000 operations for durability in high‑traffic commercial environments. With a 5' prewired cable and standard 4½" × 4½" footprint, the PTH‑10QDPS simplifies installation and reduces labor on retrofits or new construction. Ideal for architects, security integrators and facility managers specifying electrified openings, this Security Door Controls power transfer hinge streamlines wiring while maintaining code compliance and monitoring capability. Order the PTH‑10QDPS for reliable, concealed power transfer and integrated door status monitoring on secure openings.

• Concealed, vandal‑resistant power routing keeps wiring hidden in the hinge for clean, tamper‑proof installations.
• Built‑in Door Position Status (DPS) enables reliable monitoring and integration with access control and surveillance systems.
• Supports up to 10 conductors (10 × 28 AWG) to power and monitor multiple electrified devices from one hinge.
• UL10B listed for 3‑hour fire rated doors and rated for 800,000 cycles for long service life and code compliance.
• Prewired with a 5' cable and standard 4½" × 4½" 5‑knuckle hinge form factor for straightforward retrofit or new‑build installation.