Altronix T3M77LXK1D 16-Door Altronix/Mercury Access and Power Integration Kit, Trove3TM3 with (2) AL1024ULXB2, (2) ACMS8CB, (2) PDS8CB, (2) VR6, RBS2

Optimize enterprise security with the Altronix T3M77LXK1D — a 16-door access and power integration kit engineered to simplify deployment and ensure continuous operation. This Altronix access/power integration kit consolidates power supplies, Mercury access controllers, and wiring into a single Trove solution so integrators and facilities teams can deploy access control faster and cleaner. Dual voltage outputs (12V DC and 24V DC) accommodate a wide range of locks and controllers, while the included AL1024ULXB2 power/chargers and optional expansion for four 12V/12AH batteries deliver dependable backup power for uninterrupted monitoring and surveillance. Built-in PTC protection and factory-installed wire management reduce service calls and installation time, and NDAA compliance helps meet public-sector procurement requirements. Designed for robust indoor installations with 120V AC input, the T3M77LXK1D supports high-density security environments where reliability and tidy cabling matter. Ideal for enterprise, campus, healthcare, and government access control projects—choose this Altronix solution to streamline deployments, improve uptime, and strengthen your security infrastructure. Contact your Altronix distributor to spec this kit for your next access control or surveillance integration.

• Centralized 16-door power and access integration reduces rack complexity and accelerates installation
• Dual 12V DC and 24V DC outputs with Mercury compatibility support diverse controllers and locking devices for flexible system design
• Integrated AL1024ULXB2 power/chargers and support for up to four 12V/12AH batteries ensure continuous operation and monitoring during outages
• Factory-installed wire management and pre-configured terminal blocks minimize on-site wiring time and installation errors
• PTC overload protection and NDAA compliance protect equipment, simplify procurement, and support long-term system reliability