Altronix Corp R248UL 8 Output 24VAC Power Supply

Product Description

The ALTRONIX CORP R248UL is an 8-output, 24-volt AC power supply designed to distribute low-voltage AC power across multiple devices in a CCTV or security system installation. It provides eight individually fused or protected output channels, allowing technicians to power cameras, access control readers, and other 24-volt AC field devices from a single centralized unit. The R248UL is built for professional security installations where reliable, distributed power delivery is critical. Licensed security and low-voltage electricians are the typical installers for this type of unit.

This power supply is suited for commercial and residential security applications where multiple 24-volt AC devices must be powered from a single location. Common deployment scenarios include CCTV camera systems, access control panels, and integrated security systems requiring centralized power distribution. The R248UL is sold individually and is intended for rack or enclosure mounting in a controlled equipment space.

Key Features

• 8 individual 24-volt AC output channels for distributed device power
• Designed for CCTV and low-voltage security system installations
• Centralized power distribution reduces field wiring complexity
• UL-listed configuration suitable for professional security applications
• Sold as a single unit for straightforward procurement

Compatibility

Designed as an OEM-style replacement or direct-install power supply for CCTV and low-voltage security systems requiring 24-volt AC multi-output distribution.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified security technician in accordance with applicable NEC low-voltage wiring requirements. Disconnect all power to the system before connecting or disconnecting output leads. Mount the unit in a protected enclosure away from moisture, excessive heat, and physical damage. Verify that the total load across all eight outputs does not exceed the unit rated capacity before energizing the system.