Lifesafety Power FPO150/250-3D8P2M8NLCE4M1/T16-A Power Supply

Product Description

The LIFESAFETY POWER FPO150/250-3D8P2M8NLCE4M1/T16-A is an access control power supply designed to deliver and manage distributed power for electronic access systems. Rated at 400 watts, this unit supports 16 managed auxiliary outputs, allowing installers to independently supervise and control power to multiple field devices from a single enclosure. The managed output architecture provides per-output monitoring, which is essential for fault isolation in larger access control deployments. Licensed low-voltage technicians and security systems integrators are the primary installers of this class of equipment.

This power supply is suited for commercial access control installations where multiple door controllers, electric locks, request-to-exit devices, or other low-voltage field devices require individually managed and supervised power distribution. The dual-voltage output capability supports a range of device types within a single installation. It is typically installed in an electrical room, IDF closet, or secured equipment cabinet as part of a larger access control or integrated security system.

Key Features

• 400-watt total output capacity for high-demand multi-door access systems
• 16 managed auxiliary outputs for independent per-output supervision and control
• Dual-voltage output configuration supports mixed low-voltage device requirements
• Managed output design enables fault isolation without shutting down the full system
• Sold as a single unit (EA), suitable for direct integration into access control panels or enclosures

Compatibility

Designed as an OEM-style replacement or new-installation power supply for commercial electronic access control systems requiring managed multi-output low-voltage power distribution.

Installation Notes

Installation should be performed by a licensed low-voltage or electrical contractor in accordance with applicable NEC requirements for power-limited and access control wiring. Disconnect and de-energize all circuits before servicing or wiring outputs. Verify output voltage settings match the requirements of connected field devices before applying power. Follow the manufacturer documentation for output load balancing across the 16 managed circuits.