Lifesafety Power RC150-C16/E Rackmount Power Supply with 16-Output Control Enclosure
Overview
The RC150-C16/E is a 150W rackmount power supply and control enclosure designed for mid-scale IP security and building automation deployments. It accepts 220VAC input and delivers either 12A at 12VDC or 6A at 24VDC, making it suitable for powering camera arrays, access control systems, and auxiliary security devices in cabinet-based installations. The 16-output configuration splits across two RC8 control boards, enabling independent circuit management and fault isolation — critical when a single device failure cannot cascade across your entire system.
Key Specifications
Power Input & Output: 220VAC input converts to selectable 12VDC/12A or 24VDC/6A output. The voltage choice depends on your camera power budget and wiring distance; 24VDC reduces voltage drop over longer runs, while 12VDC suits compact cabinet layouts with short cable runs.
Control Architecture: Dual RC8 boards provide 16 switched outputs total, enabling per-channel fault detection and independent load management. The R2U rear board handles fuse diagnostics (RD Faults), FAI supervision signals, and battery backup connections — essential for systems requiring UPS integration or supervised power delivery confirmation to downstream devices.
Rackmount Form Factor: 2RU height fits standard 19-inch equipment racks, simplifying integration into centralized security closets and reducing floor space in warehouse automation or data center security environments.
Compatibility
The RC150-C16/E integrates with security systems and camera arrays requiring distributed 12V or 24V power sourcing. Verify your downstream devices (IP cameras, door readers, relay panels, alarm modules) are rated for the selected output voltage. Confirm total amperage demand does not exceed 12A (12V mode) or 6A (24V mode) across all 16 outputs to prevent nuisance fuse trips.
Installation Notes
Requires standard 19-inch rackmount installation with adequate ventilation. The 220VAC input must be supplied via circuit breaker-protected mains; consult your facility electrician for proper inlet wiring. Battery backup and FAI supervision connections use the rear R2U board — these should be commissioned and tested before full system deployment to confirm alarm signal propagation.
