Altronix Corp AL624MOD9 Intrusion Power Supply 9VDC

Product Description

The ALTRONIX CORP AL624MOD9 is a 9VDC power supply and battery charger designed for intrusion alarm and security panel applications. It provides regulated DC output combined with battery charging capability, making it a dual-function component in low-voltage security systems. Licensed alarm installers and low-voltage electricians typically install this unit as part of a centralized power distribution assembly within a control panel enclosure. The 9VDC output makes it suited for powering sensors, keypads, and other low-voltage security devices that require stable, conditioned power.

This power supply is used in residential and light commercial intrusion detection systems where a dedicated, regulated 9VDC source with integrated battery charging is required. It fits into modular power supply assemblies, allowing system designers to match output voltage to device requirements. Typical install scenarios include new system builds and retrofit upgrades where the existing power supply module is being replaced or expanded to support additional devices on the security panel bus.

Key Features

• 9VDC regulated output with integrated battery charging function
• Designed for intrusion alarm and security panel power distribution
• Modular form factor suitable for panel enclosure mounting
• Dual-function design provides both device power and standby battery maintenance
• Sold individually as a single unit (EA)

Compatibility

Designed as an OEM-style replacement or expansion module for modular intrusion power supply systems requiring a 9VDC output with battery charging capability.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified alarm systems technician in accordance with applicable NEC low-voltage wiring requirements and local jurisdiction codes. Disconnect and de-energize the primary power source and disconnect the standby battery before servicing or installing this module. Verify output voltage and polarity at the terminal connections before connecting downstream devices. Do not exceed the rated output current of the module when calculating connected device loads.