Sargent 8271-24V Lnp 26D Electrified Mortise Lock

Product Description

The SARGENT 8271-24V LNP 26D is a fail-secure electrified mortise lock designed for commercial door hardware applications requiring access control integration. Operating at 24 volts, this unit remains locked when power is interrupted, maintaining a secured state during outages or system faults. It features an LN rose trim and P lever configuration in a Satin Chrome (26D) finish. Mortise locks of this type are installed by commercial locksmiths, security integrators, and qualified door hardware contractors in commercial and institutional buildings.

This electrified mortise lock is suited for commercial interior and entry doors where controlled access and fail-secure operation are required. Typical installations include office suites, healthcare facilities, educational buildings, and government facilities where door access must remain restricted during power loss. The LN rose and P lever trim provide a clean, standard commercial aesthetic compatible with typical commercial door preparations.

Key Features

• Fail-secure operation - door remains locked when power is removed
• 24-volt electrified operation for integration with access control systems
• LN rose trim with P lever configuration
• Satin Chrome (26D) finish for a standard commercial appearance
• Mortise lock body designed for commercial door preparations

Compatibility

Designed as an OEM-style electrified mortise lock for standard commercial mortise door preparations requiring fail-secure, 24-volt access control integration.

Installation Notes

Installation should be performed by a licensed locksmith or qualified commercial door hardware technician familiar with electrified hardware and low-voltage wiring. Power down the access control system and disconnect power to the door before installing or servicing the lock. Verify that the door preparation conforms to ANSI/BHMA standards for mortise lock cutouts before installation. Low-voltage wiring should comply with applicable NEC requirements for access control circuits.