Lifesafety Power FPO150/250-2C8P2D8PE8H1/T16-D Dual-Output Power Supply with Relay Control
Overview
The FPO150/250-2C8P2D8PE8H1/T16-D is a redundant, dual-channel power supply designed to support distributed access control, lock management, and auxiliary circuits in mid-scale security deployments. This model delivers selectable 12VDC or 24VDC output—150W or 250W depending on voltage—making it suitable for installations combining card readers, electromagnetic locks, door position sensors, and controlled devices across multiple zones. The dual-output architecture and configurable relay logic reduce the need for secondary control modules in smaller system footprints.
Compatibility
The FPO150/250 supports Lifesafety Power ecosystem integrations, including supervisory wiring to bus architecture (Bus1 or Bus2 selectable per auxiliary output) and failsafe/failsecure relay control modes. Compatible with standard access control panels, door strike controllers, and auxiliary monitoring circuits requiring Class 2 power-limited outputs. Installation typically pairs with Lifesafety Power enclosure mounting templates and existing facility wiring infrastructure.
Output Specifications
Relay Control Outputs: 8 outputs at 2.5A max per channel, Class 2 power-limited. Each relay independently selectable for Failsafe (FAI), Failsecure, or Failsoft operation—critical where lock state on power loss must be defined per door or zone. DC Auxiliary Outputs: 8 additional 2.5A outputs, each assignable to Bus1 or Bus2, enabling parallel supervision circuits and load distribution without auxiliary boards. Power Delivery: 150W @ 12VDC (12A) or 6A @ 24VDC; 250W @ 20A (12VDC) or 10A (24VDC). Dual rating allows right-sizing to mixed 12V/24V lock populations common in retrofits and hybrid installations.
Physical Installation
Housed in E8 enclosure (36H × 30W × 6.5D inches) with optional Honeywell back plate and door mount kit. Compact form factor fits standard electrical cabinets and wall-mounted security racks. Includes quick-start guides and C4/C8 jumper configuration documentation for output logic assignment.
