Altronix Corp EFLOW3NBV Access Power Supply 12VDC 24VDC 2A

Product Description

The ALTRONIX CORP EFLOW3NBV is an access control power supply designed to deliver regulated DC output for low-voltage security and access control applications. It provides selectable 12VDC or 24VDC output at up to 2 amps, powered from a 220V AC input source. This unit is intended for installation in access control panels, door hardware systems, and related electronic security equipment. Licensed security and low-voltage electricians are the primary installers. The EFLOW3NBV is sold as a single unit and suits facilities where 220V input power is the local standard.

This power supply is suited for commercial and light industrial access control installations where a stable, regulated DC source is required to power electric locks, magnetic locks, REX devices, or other panel-level hardware. It is appropriate for use in applications requiring a 220V input feed, such as international installations or facilities with 220V branch circuits dedicated to security equipment.

Key Features

• Selectable output voltage: 12VDC or 24VDC to match connected hardware requirements
• 2 amp continuous output current for powering access control devices and electric locking hardware
• 220V AC input compatible with international and dedicated 220V branch circuits
• Designed for access control panel integration in commercial security systems
• Single-unit packaging for straightforward replacement or new installation

Compatibility

Designed as an OEM-style replacement or new-installation power supply for access control systems requiring a regulated 12VDC or 24VDC source at 2 amps from a 220V AC input.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician in accordance with applicable NEC requirements and local codes. Disconnect and lock out all AC input power before wiring or servicing this unit. Verify output voltage selection matches the connected load before energizing. Do not exceed the rated 2 amp output to avoid overloading the supply.