Altronix T1AXK3F2SV 2-Door Altronix / Axis Access and Power Integration Kit, Trove1DR1 with eFlow6NBV, VR6, ACM4, PDS8, D10

Optimize access control installations with the Altronix T1AXK3F2SV 2-Door Access and Power Integration Kit — a turnkey access power controller solution designed for security professionals. This Altronix access power controller kit combines a Trove1 enclosure and TDR1 DIN rail/backplane with the eFlow6NBV 12/24VDC @ 6A power supply/charger, a fused access power controller, VR6 regulator and the PDS8 dual input fused power distribution module to deliver centralized, dependable power for locks, readers and peripherals. Supporting one A1610 or two A1210 boards, the kit simplifies two-door deployments while reducing wiring complexity and installation labor. Built for commercial security, surveillance and monitoring applications, the integrated components provide fault isolation, easy serviceability and clean wire management—critical for reliable uptime in access control systems. Whether deploying new door-entry systems or retrofitting existing infrastructure, the T1AXK3F2SV streamlines commissioning and ongoing maintenance. Contact your Altronix distributor or order today to accelerate your next access control or surveillance deployment.

• Centralized power and control: consolidates power, fuse distribution and access controllers in one Trove1 enclosure to simplify wiring and cut installation time.
• Ready for 2-door deployments: supports one A1610 or two A1210 boards for up to two doors with integrated fused access power controller and ACM4 monitoring.
• Flexible 12/24VDC power: includes eFlow6NBV 12/24VDC @ 6A power supply/charger for reliable, scalable power to locks and devices.
• Professional-grade distribution and regulation: built-in PDS8 dual input fused distribution and VR6 voltage regulation protect equipment and simplify serviceability.
• Streamlined installation and maintenance: TDR1 DIN rail/backplane and Trove enclosure optimize board layout and wire management to reduce labor and downtime.