Lifesafety Power FPO150/250-3D8P2M8NLCE8M2/P16-C Power Supply

Product Description

The LIFESAFETY POWER FPO150/250-3D8P2M8NLCE8M2/P16-C is a 400-watt dual-voltage access power supply operating at 120 volts AC with 16 and 24 output configurations. It is designed for access control and life safety system installations where reliable, regulated power distribution is required. This unit supports multi-output panel architectures and is sized for commercial and enterprise-scale deployments. Licensed electricians and access control technicians are the primary installers of this class of equipment.

This power supply is used in commercial access control infrastructure, including door controller panels, electric locking hardware, and integrated life safety systems. The dual-voltage output capability allows a single unit to serve both 16-volt and 24-volt device loads within the same installation, reducing panel count and wiring complexity. It is suited for new construction and retrofit projects in commercial buildings where centralized power management is required.

Key Features

• 400-watt total output capacity for high-demand access control applications
• Dual-voltage design supports 16-volt and 24-volt output configurations from a single unit
• 120 volts AC input for standard commercial power feeds
• Multi-output architecture supports distributed panel installations
• Packaged as a single unit (sold individually)

Compatibility

Designed as an OEM-style access power supply for commercial access control and life safety panel systems requiring dual-voltage regulated power distribution.

Installation Notes

Installation should be performed by a licensed electrician or credentialed access control technician in accordance with NEC requirements for low-voltage power supply equipment. Disconnect and lock out all AC input power before servicing, replacing, or wiring any connections to this unit. Verify output voltage settings match the downstream device requirements before energizing. Follow the manufacturer documentation for load balancing across output circuits.