LifeSafety Power SD4P-BOXED Smart Distribution Module, 4 Outputs, Network Managed, Class 2 Power Limited

Streamline power distribution and remote management for security and surveillance installations with the LifeSafety Power SD4P-BOXED Smart Distribution Module. This network-managed power supply centralizes four individually monitored output channels, reducing field wiring and simplifying maintenance while ensuring continuous operation for access control, CCTV, alarm devices and other monitoring equipment. Supporting both 12V and 24V DC input configurations and delivering up to 2.5A output capacity, the SD4P-BOXED adapts to mixed-voltage deployments without additional converters. Its Class 2 power-limited design enhances installation safety and can reduce the need for extra conduit or specialized labor, lowering overall deployment costs. Because each output is managed over the network, technicians can remotely view load status, isolate faults and apply configuration changes—minimizing downtime for critical security systems. The compact enclosure mounts easily in control panel boards or server racks, integrating with existing security management and monitoring workflows. Ideal for system integrators, IT managers and security professionals, the LifeSafety Power SD4P-BOXED delivers reliable, auditable power for surveillance and monitoring applications. Contact your distributor or specify this module on your next access control or CCTV project to improve uptime and serviceability.

• Centralized, network-managed power for security systems reduces site visits and simplifies diagnostics.
• Four individually monitored outputs streamline wiring and isolate faults to keep surveillance and access control online.
• Flexible 12V/24V support with up to 2.5A output accommodates mixed-device deployments and reduces inventory.
• Class 2, power-limited design improves installation safety and can lower compliance and labor costs.
• Compact, rack- and cabinet-friendly enclosure integrates easily into control panel boards and server room environments.