Middle Atlantic PD-DC-300-12V Dc Power Distribution 300W 12V

Product Description

The MIDDLE ATLANTIC - U.S. - LEGRAND PD-DC-300-12V is a DC power distribution unit rated at 300 watts and 12 volts, designed to distribute low-voltage DC power across multiple loads in AV and rack-mounted system installations. It serves as a centralized power management component, supplying stable 12V DC output to connected equipment within a structured rack environment. AV integrators and systems technicians install this unit as part of a complete rack power strategy, ensuring clean, distributed power delivery to sensitive electronics without relying on multiple discrete power supplies.

This unit is suited for professional AV rack installations in commercial and residential settings where 12V DC distribution is required. Typical applications include control system power feeds, rack-mounted AV equipment, and centralized power management for multi-device enclosures. It is packaged as a single unit and falls within the AV Power product category, making it appropriate for structured rack builds managed by AV integration professionals.

Key Features

• 300-watt total power capacity for distributing DC loads across a rack system
• 12-volt DC output suitable for standard low-voltage AV and control equipment
• Rack-mount form factor for clean, organized installation within AV enclosures
• Single-unit packaging for straightforward deployment in new or retrofit rack builds

Compatibility

Designed as an OEM-style DC power distribution solution for professional AV rack installations requiring 12V DC power management.

Installation Notes

Installation should be performed by a qualified AV integrator or low-voltage systems technician familiar with DC power distribution in rack environments. Power down all connected equipment before wiring inputs or outputs to the unit. Follow NEC guidelines for low-voltage wiring and observe the 300-watt total load rating to avoid overloading the distribution outputs. Secure the unit firmly in the rack enclosure before energizing the system.